Download GSM/DCS ZAP - Level 3 Procedure

Dual Band ZAP
Europe, Middle East & Africa
Version 1.3 - 12th October 1998
The World’s Leading Cellular
Telephone Manufacturer
Product Service Preview
Europe, Middle East & Africa Cellular Subscriber Group
Product Service Preview
Dual Band ZAP
ZAP CD920
INITIAL MARKETS
FUTURE MARKETS
EARLIEST RELEASE DATES
Middle Tier
South Afrika, Hong Kong, Switzerland (Stage I)
Wordwide
June ( Stage I )
CD920 / flipped version
CD930 flipless version
OVERVIEW
The ZAP is a new platform which uses the GSM Dual Band Standard.
The ZAP will replace the 8000 series and SlimLite products in the mid tier of the market.
The product introduction will take place in three main stages.
ZAP Launch Stages
EUROPE
ASIA
Test makets in South Afrika and
Switzerland
Limited launch in Nordicmarkets
for June only
Test market in Hong Kong;
Launch with Asian SMS
and Chinese languages
in Asian markets
Stage2:
Fully featured flipped variant
Full launch in Europe
Will NOT ship in Asia
Stage3:
Fully featured flipless variant
Full launch in Europe
Full launch in Asia
with Asian SMS
and Chinese languages
Stage1:
No EFR,
black flipped variant only
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Motorola Ltd. 1997
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European Cellular Subscriber Division
Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p2 of 17
Refresh
A Zap Refresh product has been defined for launch in September ‘98 ( Stages IV and V ), when
the following key changes will be added:
- MMI Enhancements to SMS
- SIM Application Toolkit upgraded to full Class II
- Tri-Rate Codec ( Full Rate, EFR and Half Rate )
A further refresh of the product may be made in Q1-99, to include the Whitecap chipset;
adding features such as internal data and enhanced performance.
The ZAP will include all of the data features as in the 8700 product.
That includes support for:
- Ergonomically designed for comfortable handling
- Lage, Optimax TM high contrast display
- VibraCall TM vibrating alert as standart
- 3 minute VoiceNote TM message recording feature
- Dual-Band technology; the quality capacity solution
ACCESSORIES
Batteries and Doors
The batteries to be available for ZAP and their standby and talk times will be:
Part
Number
Standby
Time (Hrs)
Talk Time
(Min)
Availability
Notes
Weight Leadership 400mAh Li Ion
SNN5089
30-40
60-90
June 98
650 mAh AAA Long NiMH
SNN5291
60-80
150-180
June 98
1000mAh LGQ8 Li Ion
SNN5360
90-105
210-270
June 98
1100mAh AA NiMH
SNN5307
90-120
210-270
June 98
Performance Leadership 2800mAh Li Ion
SNN5260
200-250
480-600
June 98
Extended AA battery door Black
SHN6618
June 98
Extended AA battery door Grey
SHN6829
June 98
Extended AA battery door Blue
SHN6944
June 98
Performance Leadership battey door Blk
SHN6975
June 98
Performance Leadership battey door Gry
SHN6827
June 98
Performance Leadership battey door Blu
SHN6945
June 98
Battery Types
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Motorola, Easter Inch, Bathgate, West Lothian
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MOTOROLA CONFIDENTIAL PROPRIETY
p3 of 17
Chargers
The charger available for the ZAP will consist of a universal rapid travel charger with different
plugs and a separate charger base which.
The part numbers for these will be:
Charger Type
Part Number
Availability
Notes
Universal Rapid Travel Charger
SPN4278
As StarTac
Plug Euro
SYN4655
As StarTac
Plug UK
SYN4656
As StarTac
Plug Aus/ NZ
SYN4694
As StarTac
Plug Indian
SYN4696
As StarTac
Plug USA
SYN4657
As StarTac
Desktop Charger
SPN4523
June 98
Car Kits & Accessories
Car kits and accessories available for ZAP transceiver will be.
Car Kit or Accessory
Part Number
Availability
Notes
Headset / Microphone
SYN6962
Same all products
Headset Adapter and Headset / Microphone
SLN3940<
June 98
Wireless Headset adapter and Earpiece
TBD
TBD
Cigarette Lighter Adapter
SYN4241
As StarTac
Hang Up Cup
SYN6911
June 98
Professional Car Kit with DSP
S8148
June 98
Professional Car Kit with DSP and VR
S8141
Q3, 98
Basic Car Kit
SLN3901
Q3, 98
Smart CELLect Data Cable & Soft Modem
CD1310
Aug 98
Carry Cases
The holsters and carry cases available for ZAP are as shown below:
Part Number
Availability
Notes
Plastic Holster
SHN6851
June 98
Leather Holster with roting belt clip
SYN6913
Aug 98
Leather Pouch with flip top
SYN6913
June 98
Carry Case Type
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Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
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Data and Fax Modems / Connector Cable
Name
Part Number
Availability
Notes
PC Card to Phone Connector Cable
SKN4821
As StarTac
CELLect TM 1 + German / English
S6112
As StarTac
CELLect TM + French
S6113
As StarTac
CELLect TM 1 + Italian / Spain
S6114
As StarTac
CELLect TM 3 Denmark
CD1181
As StarTac
CELLect TM 3 Germany
CD1177
As StarTac
CELLect TM 3 Finland
CD1183
As StarTac
CELLect TM 3 France
CD1179
As StarTac
CELLect TM 3 Italy
CD1175
As StarTac
CELLect TM 3 Norway
CD1182
As StarTac
CELLect TM 3 Sweden
CD1178
As StarTac
CELLect TM 3 Switzerland
CD1180
As StarTac
CELLect TM 3 UK
CD1176
As StarTac
SUPPLY POWER
The Power for the ZAP is supplied from the Batt or from an external
accessory via the butt plug. The output from the batt is between 3.2V and 5V.
This is stepped upvia a booster circuit (U900 & discretes) to give 5.6 Volt dc,
to supply the 5V regulator in the SIM interface and an input from U900 to generate
L500, R475. The R275, L275 and R275 are generated in the U900 from B+.
RF POWER
The Rf Power levels for ZAP are the same as for all previous GSM / DCS products.
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Motorola Ltd. 1997
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European Cellular Subscriber Division
Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p5 of 17
FREQUENCY OVERVIEW
GSM 900 Frequencies in MHz for ZAP are shown below:
CHANNEL
MAIN
VCO
Rx I.F
L.O
Rx I.F
Tx I.F
Tx I.F
L.O
Tx
Rx
1-Low
890.2
935.2
720,2
215
430
170
340
62-Middle
902.4
947.4
732,4
215
430
170
340
124-High
914.8
959.8
744,8
215
430
170
340
GSM 1800 Frequencies in MHz for ZAP are shown below:
CHANNEL
Tx
Rx
MAIN
VCO
Rx I.F
Rx I.F
L.O
Tx I.F
Tx I.F
L.O
512-Low
1710
1805
1590
215
430
120
240
700-Middle
1747,8
1842,8
1627,8
215
430
120
240
885-High
1785
1880
1665
215
430
120
240
OTHER NEW FEATURES
Real Time Clock
The ZAP comes with a real time clock which is shown on the display whenever the radio is
on. This is powered by L275 when the radio is on, and by a Button Cell Battery located
on the main PCB top of the shield SH1 near the antenna connector, when the radio is off.
The clock uses a xtal as reference.
External Audio Digital / Analog
In ZAP audio speech to and from a hands free kit is passed digitally through the butt plug
and is converted to and from analogue in the external DHFA box. The Audio In and
Audio Out Lines are used for the analog Headset.
Full and Enhanced Full Codec support
The Zap supports in the version SUG1137A with the SMOC (Speechcoder and Modem)
the Full Rate and the version SUG1165A / SUG1159A
with the Firestorm the Enhanced Full Rate. This feature depends on the Network Provider.
DISASSEMBLY / ASSEMBLY TOOLS
Tools required for disassembly. Procedure to be included in Level 1 & 2 Service Manual.
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Motorola Ltd. 1997
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Description
Part Number
T7 Torx Screw Driver ( 39Ncm)
-----------------
European Cellular Subscriber Division
Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p6 of 17
SERVICE SUPPORT
General
Schematics, component overlays, electrical and mechanical spare parts lists, and Level 1, 2, 3 and
4 Documentation will be available via CD described on following intranet page.
http://emeacs.fle.css.mot.com/
by April 1st 1998. Paper copies of diagrams are available by request to the responsible
regional Hub Supporter. The documentation and diagrams available for
the ZAP for each level are shown in the table overpage.
Documentation Content
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Motorola Ltd. 1997
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Level 1&2
Available
Photographic Parts List
X
User Manual
X
Marketing Information Pack
X
Level 1 & 2 Service Manual
X
Model Accessories Catalogue
X
Level 3
Available
Product Service Preview
X
Colour Diagrams & Layouts
X
Charger Description
X
Battery Select Description
X
Debug Guides
X
Limited Parts List
X
Test Equipment Description
X
Full Board Layouts
X
Top Failure List
X
Level 4
Available
Product Description.
X
Interface Document
X
Full Schematics
X
Model Differences
X
Full Circuit Descriptions.
X
Troubleshooting Guide
X
Full Parts List
X
European Cellular Subscriber Division
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EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p7 of 17
TESTING AND PHASING
For testing and phasing the equipment listed overpage is available to order.
If there are any queries regarding ordering or specifications of this equipment,
please contact Axel Schneider or Claus Hinrichsen.
Part Description
Part Number
Contact
GSM Test Box
--------------------
Field Support Engineer
Spectrum Analyser
--------------------
Field Support Engineer
Oscilloscope
--------------------
Field Support Engineer
Power Supply
--------------------
Field Support Engineer
Mini Test SIM Card
GSM / DCS
8102430Z04
Motorola
Emmi - Butt plug Cable
SKN4779A
Motorola (same as StarTac)
700 mAh AAA Long
NiMH
Motorola
--------------------
Field Support Engineer
ZA1000
AMS (Flensburg)
Motorola Win Gate 22 System
--------------------
Field Support Engineer
Secured Emmi - For Level 3 Software 30.42
--------------------
Field Support Engineer
Unsecure Emmi - For Level 4 Software 22.43
SLN3577B
Easter Inch Distribution
Then Software Upgraded
Charged Batteries Rf Connector for butt plug
Complete Gate 22 Cable
PARTS IDENTIFICATION
Main Parts
cd920
Antenna
Camp-Status LED
cd930
Phone Book
Volume
Buttons
Speaker Cavity
Graphic Display
Keypad
Mic Cavity
Flip
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Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p8 of 17
Main Battery Contacts
Backhousing
Screws
Alert Cavity
Latch for Battery Door
SIM Block
Screws
L_BATT+
NC
BATT_SER_DATA
GND
THERMISTOR
Butt Plug Configuration
15
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1
1 - Ground
2 - RF In/Out
3 - Ground
4 - Battery Feedback
5 - Manual Test Line
6 - RS232 Tx
7- RS232 Rx
8 - Audio In / CHG_EN
9 - Audio Out / ON_OFF
10 - Ground
11 - Uplink
12 - Downlink
13 - DSC_EN_B
14 - EXT B+
15 - Ground
European Cellular Subscriber Division
Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
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Inside of the Front and Backhousing
Voice-Note-Key
Interface Board
Alert
Volume-Mute Key
Interface Board
Vibrator
Battery Connector
Clips
Keypad
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Main Board Top Side
CR710
Bicolour LED
Q460
Mixer
Q301
PA Power Switch
FL480
IF Filter
215MHz
J803
LS Connector
PAC circuit
J502-504
Volume- Mute Key
Connector
Main VCO
Loudspeaker position
(Not assempled)
U403
RF Switch driver
DS101-104
Display LEDs
U340
PAC IC
TX VCO
U704
Flash
U370
TIC IC
U702
SRAM
U500
SMOC or
Firestorm IC
U701
Call Processor
Q111
Display LED Driver
U980
Voice Annotator
J500
Keyboard Connector
Mic. and
Mic.Grommet pos.
(Not assempled)
Q604
Vibra Driver
U101
DC DC Conv.
-10V
Blue Text Description for Main Board Top Side:
CR710 Bipolar LED
3 Colour LED - Sign.: Red - No Service, Green - In Service, Orange - Camping or Roaming in other countrys
DS101 - 104 Display LEDs
FL480 IF Filter 215 MHz
215 MHz Saw Filter with GSM -4,5dB / DCS 4,5dB loss.
J500 Keyboard Connector
32 Pin Conncetor between Main Board and Keyboard.
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Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
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J502 - 504 Volume - Mute Key Connector
Four Pads, to connect the Switch Interface PCB to the main PCB.
J803 LS Connector
2 Pin SMD Connector to connect the Loudspeaker.
Q111 Display LED Driver
Driven by BL_CNTL. Part of the CPU backlight control Circuit - Switches DS101-104.
Q301 Pa Power Switch
Dual Transistor P- Chan.Mosfet used to switch the B+ supply for the PA.
Q460 Mixer
Mixer in Rx Signal Parth switched by RX_EN and supplyed by RX275 for mixing Rx Antenna Frequency and
Main VCO Frequency to 215 MHz IF.
Q604 Vibra Driver
Power PNP Transistor switched by VIB_EN and supplyed by B+ to enable the Vibrator.
U101 DC DC Conv. -10V
Converts L500 to -10V to supply U403 ( RF Switch) and the GSM_DCS Switch Circuit to generate FLTR_10Vused in the IPA to switch the GSM_DCS Filter and the PA.
U340 Pac IC
Power Amplifier Control IC. Controlled by TX_EN.
U370 TIC IC
Mixer and phase detect to control the Tx VCO.
U403 RF Switch
Controlled by RX_EN and TX_EN. Used to select between internal and EXT Antenna, controlls the Antenna
Switch U401 via V1 and V2 line.
U500 SMOC IC
High integrated mask programmed processor. Controls data exchange between the phone and the network and the
digital audio process.
U701 Call Processor
Same as Modulus but now in Ball Grid Area technologie (chip sized reduced) .This is very difficult to change.
U702 SRAM
Used as buffer storage for the Call Processor.
U704 Flash
Used to store the Software. Able to reflash for updates.
U980 Voice Annotator
New Chip for recording up to 180 seconds of receiving audio signals, or in stand by voice notes. Controlled from
the CPU via Serial Data Bus.
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EH48 2EH, Scotland.
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Main Board Bottomside Side
FL400
1st. GSM Rx Filter 900MHz
A1
Antenna Connector
BT700
LS Connector
LS801
Alert Connector
U401
RF switch
FL461
2nd. GSM Rx Filter 1800MHz
FL301
Tx / PA Filter
and Coupler 900-1800MHz
FL401
1st. DCS Rx Filter 1800MHz
J603
Vibra Connector
U301
PA
PA
power supply
FL462
2.nd DCS Rx Filter 900MHz
Y702
Ref.Xtal 13 MHz
U220
GIFSYN
U707
Dallas Chip
Q906
Supply Switch
J610-613
Batt Conn.
U703
BIC IC
U705
EEProm
Y701
Real Time Xtal.
J900
SIM Connector
Q601
Charging Control
U902
SIM 5V Supply
U709
RS232 Matrix
U982
Rx Audio Driver
U900
GCAP
L902
Choke
J802
Mic. Connector
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J600
15 Pin Butt. Plug
Connector
European Cellular Subscriber Division
Motorola, Easter Inch, Bathgate, West Lothian
EH48 2EH, Scotland.
MOTOROLA CONFIDENTIAL PROPRIETY
p13 of 17
Blue Text Description for Main Board Bottom Side:
A1
Connects the antenna directly, not as in past products inductively.
BT700
2 Pin SMD Connector to connect the Buffer Battery for the Real Time Clock.
FL301 TX / PA Filter and Coupler
Bandpass Filter 900 / 1800Mhz with seperate output to to PAC IC for measuring the TX Power.
GSM -0,6dB / DCS -1,0dB loss.
FL400 1st. GSM Rx Filter 900 MHz
Pass-band filter ( 925-960 MHz ) with -2,2dB loss.
FL401 1st. DCS Rx Filter 1800MHz
Pass-band filter (1805-1880 MHz ) with -2,2dB loss.
FL461 2nd. GSM Rx Filter 900MHz
Pass-band filter ( 925-960 MHz ) with -2,2dB loss.
Fl462 2.nd DCS Rx Filter 1800MHz
Pass-band filter ( 1805-1880 MHz ) with -2,2dB loss.
J600 15 Pin Butt. Plug Connector
Main Lines - Provides an interface between board and any external device. Main lines - Uplink/Downlink Comms
Lines, Audio IN/OUT Lines, DSC Enable Line, RF In/Out Line, Battery Feedback, Manual Test and external power line.
J603
2 Pin SMD Connector to connect the Vibra.
J610-613 Batt.Conn.
5 Print Pats to connect the clips in the Backhousing.
J802 Mic. Connoctor
2 Pin SMD Connector to connect the Microphone.
J900 SIM Connector
6 Pin Connector without SIM detect switch.
L902 Choke
Part of the Switch Mode Power Supply, boosting the supply voltage up to 5.6Vdc. Driven by U900.
LS801
Two Print Pats to connect the Alert.
Q601 Charging Control
Part of charger circuit and used as current control , adjusted by the CHRGC output from U900.
Q906 supply Switch
Dual Transistor P- Chan.Mosfet used to switch between L_BATT+ ans EXT_B+ in the Warm Switch Over Circuit.
U220 GIFSYN
Integrated Guss and IF. ( modulation , demodulation, Main- and Reference PLL control ).
U301 PA
GaAs Fet amplifier.
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EH48 2EH, Scotland.
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U703 BIC IC
Works as a data interface beween external accesories, and emmi box via the butt plug. It is also uses A/D Converters to provide DAC information to U701 on the level of the supply voltages.
U705 EE Prom
Stores all data such as phasing, serial numbers, EMEI, telephone numbers etc.
U707 Dallas Chip
Provides the Unit for copying the EE Prom. Each Dallas Chip and EEProm are a set. If only one is replaced the
unit wont start.
U709RS232 Matrix
Part of the RS232 Switch Matrix.
U900 GCAP
Provides regulated output voltages for the board, drives a switch mode power supply, controls battery charging and
audio logic circuitry.
U902 SIM 5V Supply
Supplys the SIM Cip with 5V controled by VSWITCH.
U982 Rx audio Driver
This Dual Amlifier is Part of the Voice Annotation Circuit
Y702 Ref.Xtal 13MHz
Xtal. oscillator running on 13 Mhz and is taken as reference frequency for the whole radio.
Y701 Real Time Clock Xtal
This xtal is of a very high accuracy and provides 32.768KHz for the real time clock.
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Motorola, Easter Inch, Bathgate, West Lothian
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p15 of 17
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MOTOROLA CONFIDENTIAL PROPRIETY
External
Antenna
Speaker
Analogue
Analogue
Downlink
Uplink
U705
EEprom
U702
SRam
Keyboard Display
External
Speaker
Microphone
Alert
U900
GCAP
U703
BIC
J600
Butt Plug
External
Microphone
SMOC
U500
U980
Q480
Amp
FL480
215 MHz
Transmit Path
Tuning Voltages
430MHz
PAC
U340
Q460
Mixer
1627,8 MHz
FL401
FL462
Q430 LNA
732,4 MHz
Main VCO
CR202
PA
U301
1842,8MHz
DCS
Exc
Q330
732,4 MHz/GSM
1627,8 MHz/DCS
Tx VCO
VR353
VR354
Receive Path
Rx LO
CR220
U220
Gif Syn
340MHz
240MHz
Tx LO
CR261
TIC
U370
U401
FL301
A1
Antenna
FL461
LNA Q410
FL400
947,4MHz
GSM
Ant. Switch
902.4 MHz/ GSM
1747,8 MHz/ DCS
GSM ZAP BLOCK DIAGRAM
J900
SIM
Connector
215 MHz
SPI Bus
RXI & Q
TXI & Q
340 MHz/GSM
240 MHz/DCS
Call
Processor
U701
Main VCO
Data Bus
U704
Eprom
J500
Keyboard
Connector
SIM
Card
Voice
Annotation
p16 of 17
Display Board
LCD
Graphic Display
Metal Dome
Keypad
DS1-6
Keypad LEDs
U100
Display Driver
Direct Chip
Attachment
J501
Keyboard Connector
Q100
Display Supply
S119
Hook Switch
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p17 of 17
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Standard Customer Presentation
June 1998
Issue 2.0 Dominic Strowbridge - /1
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Standard Customer Presentation
Contents
•
•
•
•
•
•
•
•
•
•
•
•
•
Issue 2.0 Dominic Strowbridge - /2
Introduction
Key Consumer Selling Points
Key Network Features
Product Positioning
Product Specification
Product Performance
Feature Specification
Full Feature List
Accessory Range
Product Variants
Product Customisation
Competitors
Marketing Support
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Introduction
Don’t fly in and out
of the Office.
Take it with you.
Issue 2.0 Dominic Strowbridge - /3
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Key Consumer Selling Points
•
•
•
•
•
Issue 2.0 Dominic Strowbridge - /4
Designed to be compact and very portable
Optimax™ , high contrast, easy to read display
VibraCall™ vibrating alert as standard
3 minute VoiceNote™ message recorder
Future proofed with GSM900/1800 Dual-Band technology
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Key Network Features
•
•
•
•
•
Issue 2.0 Dominic Strowbridge - /5
Dual-Band (GSM900/1800)
Enhanced Full Rate Codec (EFR)
SIM Application Toolkit
Research proven design
Data capable without PC card
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Product Positioning
• In the Motorola Product Range
– Mid-tier
• Targeted at Business Users
– Flipped version to eventually replace
International 8000 series
– Flipless version to eventually replace Slimlite
• Relative to Competitors
– In the same tier as Nokia 6110, Ericsson 888,
Philips Spark, Siemens S10
Issue 2.0 Dominic Strowbridge - /6
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Product Specification
• Size, Weight, Performance
– 139 cc; 120 gm minimum; 145gm standard package
– 210-270 mins talktime, 90-105 hrs standby standard package
– up to 10 hours talktime, 250 hours standby
• Standard Package includes
– cd920 or cd930 transceiver
– 1000 mAh LiIon battery
– Rapid Travel Charger with either UK or Euro plug
– Pivoting Belt Holster
– Local language user guide
– Accessory leaflet and other local literature kit
• Walk and Talk Package includes standard contents plus PHFA
• Data Package includes standard contents plus Smart CELLect™
Issue 2.0 Dominic Strowbridge - /7
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Standard Package
Issue 2.0 Dominic Strowbridge - /8
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Product Performance
400 mAh
Li Ion
650 mAh
Ni MH
Volume (cc)
139
139
139
160
189
160
Weight (gm)
120
147
145
185
230
depends on
batteries
130x55x27
130x55x27
130x55x27
130x55x32
130x55x43
130x55x32
Talktime: up to
(mins)
60 - 90
150 - 180
210 - 270
210 - 270
480 - 600
depends on
batteries
Standby time: up to
(hours)
30 - 40
60 - 80
90 - 105
90 - 120
200 -250
depends on
batteries
2
1
3
1.5
4
n/a
Dimensions (mm)
Charge time: to 90%
(hours)
1000 mAh 1100 mAh 2800 mAh
Li Ion
Ni MH
Li Ion
AA
Alkaline
Standard Package Highlighted in Red. Charge times are with Rapid Travel Charger or optional Desktop Charger accessory. All times are approximate and will
vary depending on network configuration and status, and the functions selected. Standby times arequoted as a range from DRX=2 to DRX=9. Talktimes are
quoted as a range from DTX off to DTX on. Support of DTX mode is dependent on the network and may not be available in all areas.
Issue 2.0 Dominic Strowbridge - /9
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Main Feature Specification
•
•
•
•
•
•
•
•
Dual-Band (GSM900/1800)
Optimax™ , high contrast display
VibraCall™ Alert
VoiceNote™ Recorder (3min)
Clock and Date
Pivoting Belt Holster
SIM Application Toolkit
Data capable without PC card
Issue 2.0 Dominic Strowbridge - /10
• Enhanced Full Rate Codec (EFR)
• Rapid Travel Charger
• Takes Standard AAs (for emergency use)
• LED Status Indicator
• Operator defineable ringing melody
• Fixed Antenna (end user preference)
• Popular, Ergonomic design
• LiIon batteries as standard
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Full Feature Specification
Us e r In te rfac e
Display type
- Illuminated Graphic
- up to 4 lines of text
- Optimax ™ High Contrast
Display icons
- Battery Meter
- Signal Strength
- Off-hook
- Roaming
- Home Zone*
- Tex t Message Waiting
- Voice Message Waiting*
- Ringing Alert On
LED Status Indicator
Dedicated Control Buttons
- Quick Access
- Smart Button
- Volume k ey s
- VoiceNotes™
Languages
- 16 European languages
- Automatic selection determined by
SIM card
Alert types
- VibraCall™ vibrating alert
- 11 different ringer tones
- Visual alert
Tel e p h o n e Di re c t o ri e s
Phone based directories:
- Phone book (100 names & numbers)
- last 10 calls made
- last 10 calls receiv ed or missed
SIM Card based directories:
- Phone book (upto 155 names &
numbers depending on SIM)
- Fix ed Dialling List (upto 40 names
& numbers)*
- Serv ice Dialling List (dependent on
Service Provider)*
Cal l Co n tro l
Call Diverting
Call Barring
Hold Call
Call Waiting
Calling Line Identification (name
displayed if in Phonebook)
Missed Call Indicator
International Access Key Sequence
Key Answer Only (cd920 only)
User Call Rejection
Conference Calling*
Call Transfer*
Mute Call
Automatic Redial - on busy
Call Cost Control
- Adv ice of Charge (Charging and
Information)*
- Programmable Audible Call Timers
- Display Call Timers or charge meters
Adv an c e d Fe ature s
VoiceNotes™
- upto 3 minutes of messages
- upto 99 separate messages
Real Time Clock, with Date
Ne t wo rk Re l at e d
Dual-Band GSM900/1800 operation
SIM Application Toolkit support
EFR Enhanced Voice Quality*
Voice encryption with A5/2 Algorithm
Flip to answer/end calls (cd920 only)
Postscripting
- short cut number entry sy stem
Illuminated Keypad
Personalised Menu List
No n - Vo i c e f eat ure s
Text Messaging*
- Send Short Messages
- Receive Short Messages
- Cell Broadcast
Fax*
- Alternate between fax and v oice
(TS61)
Data*
- upto 9600 bps standard operation
- upto 36000 bps (with optional
CELLect™ 1+ and Smart CELLect™
accessories)
- upto 56000 bps (with optional
CELLect™ 3 accessory )
S e c uri t y
Phone Lock
- manual
- automatic
SIM Card Lock
- SIM PIN
- SIM PIN 2
Keypad Lock
Restrict Access to Phone Directories
* Network or Service Provider dependent feature
Issue 2.0 Dominic Strowbridge - /11
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Accessory Range
• Rapid Travel Charger
– Same as StarTAC (SPN4278, plus appropriate plug)
– Included in every package
• Rapid Desktop Charger
– New; can charge phone and second battery (SPN4523)
• Headset with Microphone (PHFA)
– New; accept and end calls while phone is in holster (SLN3940)
• Pivoting Belt Holster
– New; brings wearability to a new market segment (SHN6851)
– Included in every package
• Leather carry cases
– New; leather pouch stylish alternative to the plastic holster (SYN6913)
– New; leather holster with rotating belt clip (SYN7380)
Issue 2.0 Dominic Strowbridge - /12
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Accessory Range
• Cigarette Lighter Adapter
– Same as StarTAC (SYN4241)
• Professional Install Digital Handsfree Car Kit
– New; full duplex operation (S8142)
• Professional Install Digital Handsfree Car Kit with Voice Recognition
– New; allows storage and retrieval of 20 names and numbers (S8141)
• Smart CELLect™ data cable
– New; allows full data and fax functionality without PC Card (CD1310)
• Range of Batteries
– 650 mAh NiMH (SNN5291)
– 1000 mAh LiIon (SNN5360)
– 1100 mAh NiMH + battery door (SNN5307 + SHN6618)
Issue 2.0 Dominic Strowbridge - /13
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Product Variants
cd920
Black
cd920
Grey
• Two designs
– cd920 - Flipped version
– cd930 - Flipless version
• Three plastic colours
– Black
– Magix Grey
– Ten-Pin Blue
cd920
Blue
Issue 2.0 Dominic Strowbridge - /14
cd930
Black
cd930
Grey
cd930
Blue
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Product Customisation
• Opportunities
– Physical changes
• Front escutcheon
• Box artwork, within brand guidelines
– Flexing changes
• Wake-up graphic
• Menu structure and feature set
• Rules
– No changes to lens, housing, keypad or branding on rear of product
– No changes to transceiver or box labels, except to reflect product name or EAN
• space on Tranceiver label limited to 10 characters
– Box artwork must conform to new Motorola brand guidelines
– No changes allowed to inside of manuals
• cover can be customised for large customers, within POD and brand guidelines
• Minimum volume for any change is 50k units over a 12 month period
Issue 2.0 Dominic Strowbridge - /15
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Competitors
Motorol a
cd920 or cd930
Eri cs s on
sh888 or s f888
Noki a
6150
(Dual-band version of 6110;
expected end Q3-98)
S i emens
S15
Bo sch
Dual -Com 738
Mi ts ubi s hi
MT-D30
(expected end Q2-98)
NEC
DB2000
(Low tier model G10
also expected Q3-98)
Nortel / AEG/ Matra
2785
(Expected end Q3-98)
Issue 2.0 Dominic Strowbridge - /16
Standard Package
Best Per formance
Strengths
Size (cc)
139
Weight (gm)
145
Talk time (mins) 210-270
Standby time (hrs) 90-105
Size (cc)
140
Weight (gm)
195
Talk time (mins) 210-265
Standby time (hrs) upto 80
Size (cc)
130
Weight (gm)
142
Talk time (mins) 180-300
Standby time (hrs) 60-260
Size (cc)
160
Weight (gm)
185
Talk time (mins) upto 180
Standby time (hrs) upto 80
Size (cc)
*
Weight (gm)
192
Talk time (mins)
200
Standby time (hrs)
80
Size (cc)
168
Weight (gm)
185
Talk time (mins) upto 180
Standby time (hrs) upto 110
Size (cc)
100
Weight (gm)
120
Talk time (mins) upto 150
Standby time (hrs) upto 300
Size (cc)
*
Weight (gm)
*
Talk time (mins)
*
Standby time (hrs)
*
Smallest size (cc)
139
Lowest weight (gm)
120
Talk time (mins) 480-600
Standby time (hrs) 200-250
Smallest size (cc)
*
Lowest weight (gm)
173
Talk time (mins) 315-400
Standby time (hrs) upto 120
Smallest size (cc)
130
Lowest weight (gm)
142
Talk time (mins) 300-480
Standby time (hrs) 100-450
Smallest size (cc)
160
Lowest weight (gm)
185
Talk time (mins) upto 600
Standby time (hrs) upto 220
Smallest size (cc)
*
Lowest weight (gm)
174
Talk time (mins)
575
Standby time (hrs)
220
Smallest size (cc)
168
Lowest weight (gm)
185
Talk time (mins) upto 240
Standby time (hrs) upto 180
Smallest size (cc)
100
Lowest weight (gm)
120
Talk time (mins) upto 300
Standby time (hrs) upto 600
Smallest size (cc)
*
Lowest weight (gm)
165
Talk time (mins)
360
Standby time (hrs)
280
• Dualband (GSM900/1800)
• Ergonomic designs
• VoiceNote & VibraCall
• Optimax display
• Dualband (GSM900/1800)
• Internal data card built-in
• Infra-Red port
• Enhanced Full Rate Codec
• Dualband (GSM900/1800)
• Infra-Red port
• Reminders and Games
• Call Screening
• Dualband (GSM900/1800)
• Easy to use
• Dynamic character size
• Calculator function
• Dualband (GSM900/1800)
• Belt clip accessory
• Vibrating battery access’y
• Calculator function
• Dualband (GSM900/1800)
• Rocker menu key
• Closed User Group
• Conference Calling
• Dualband (GSM900/1800)
• Metallic finish
• Vibrating alert as standard
• LiIon battery as standard
• Dualband PLUS E-GSM
• 14,400 data capable
• Handsfree mode
• Voice control and calling
Motorola Confidential Proprietary
Weaknesses
• No Infra-Red port
• No Half Rate Codec
• Expensive
• No Half Rate Codec
• Old form factor
• Gimmicky features
• Late to market
• Limited Infra-Red
functionality
• OEM version from Bosch
• Consumer oriented
• No EFR or HR Codecs
• Consumer oriented
• No EFR or HR Codecs
• Consumer oriented
• No EFR or HR Codecs
• No Half Rate Codec
• No Infra-Red port
• Expensive
• No Infra-Red port
* Not known
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Marketing Support
• Advertising
– TV adverts are Brand only; not product specific
– Press adverts
• Full Page Motorola, Co-Op and Dealer advert templates available
• Point of Sale
– Product leaflets
– cd900 series Accessory leaflet
– POS Kit
•
•
•
•
•
•
•
4 x cubes
1 x poster
1 x literature dispenser
1 x ‘Open / Closed’door sign
1 x window sticker
1 shelf wobbler
1 x instore banner
– Dummies
Issue 2.0 Dominic Strowbridge - /17
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Press Advert
Issue 2.0 Dominic Strowbridge - /18
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
Marketing Support cont.
• Channel Support
– Call Centre Fulfilment Pack
– Trade Launch Communications Pack
– Web Pages
• Training Materials
– Internal Motorola Materials
• Standard Presentation (this !)
• Product Launch Manual
– Channel Training Materials
• Roadmap Mini-Training Guide
• Roadmap Standad Presentation
• Accessories Training Pack
• Other Resources
– Consumer PR Kit
– Video, Product and Lifestyle Image libraries
Issue 2.0 Dominic Strowbridge - /19
Motorola Confidential Proprietary
June 1998
Europe, Middle East & Africa
Cellular Subscriber Group
Motorola cd900 Series
For Further Information
wings.motorola.com - New “Wings” Web site
Issue 2.0 Dominic Strowbridge - /20
Motorola Confidential Proprietary
June 1998
DUAL BAND ZAP RF BLOCK DIAGRAM
Tx SIGNALS - 110062#, 1215#, 310#
GSM / DCS 1,2V
ANT
7
V2
V1
6
j
GSM -2,2dB
DCS -2,2dB
GSM 12,8dB
DCS 9,3dB
B
C
Q430
DCS -2,2dB
2
FL401
B
1842,8 MHz
DCS ( CH 700 )
GSM -4,5dB
DCS -4,5dB
FL462
1
4
TX_EN
RX_EN
5
732,4 MHz
i
h
f
Logig_GSM_*DCS
a
Logig_*GSM_DCS
1
-10V
C
B
Q221
13
E
E
Q222
RX275
g
DEMODULATION
C213
Q206
16
DCS ( CH 700 )
1747,8 MHz
C214
CR203
FL301
Signal from uP inverted via Q504.
Enables TIC, PA and TX VCO.
When high, this enables Tx path.
TXI
2.1Vpp
From SMOC IC to GIF SYN
This signal is the in-phase input to the I-Q Modulator of the GIF SYN.
TXQ
2.1Vpp
CLK_OUT
59
26
23
57
PLL
SPI SERIAL
DATA BUS
INTERFACE
Output
GSM 8,7dB
DCS 12dB
GSM -5dB
DCS -5dB
CR303
U301
FL301
Q330
Q331
PA
R337
Attenuator
GSM 2,5dB
DCS 6,0dB
Q305
Q306
DCS
C
TX VCO
C
Q350
Y702
Modem Callprocessor Interface
MDM_RD
2,8Vpp
500us/cm
From uP to SMOC.
This signal indicates when the uP is reading data from the SMOC. High when enabled.
VR353
C
8
GSM
B
Q351
C
Q362
7
DM_CS
Q309
1
Logig_GSM_*DCS
f
DET
Logig_*GSM_DCS
MDM_WR
2,8Vpp
500us/cm
From uP to SMOC.
This signal indicates when the uP is writing data to the SMOC. High when enabled.
CR223
CR 261
1, 3
C271
10
12
8
61
62
63
64
R275
MODULATION
TXQ_P
TXQ_M
TXI_P
TXI_M
from SMOC
2,8Vpp
20us/cm
RF_START
7
From uP to GIF SYN
Signal to drive the GIFSYN IC. This is a pulsed signal which controls the sending of SPI data
to the GIFSYN for all RF functions.
Frequency 217Hz - 1ms/cm
PLL
RX SIGNAL PATH
TX
LOCAL
OSCILLATOR
TX SIGNAL PATH
RXI
1.8Vpp
500us/cm
From GIF Syn to SMOC IC.
This is a baseband analogue signal to A/D convertors of SMOC
RXQ
1.8Vpp
500us/cm
From GIF Syn to SMOC IC.
This is a baseband analogue signal to A/D convertors of SMOC
MAIN VCO SIGNAL PATH
10
11
From uP to SMOC
This is an interrupt from the uP to the SMOC. When high this indicates to the SMOC the
beginning of the receive burst.
Rx SIGNALS - 110062#, 262000#, 25013#, 241#
6
GSM 340 MHz
DCS 240 MHz
GSM_*DCS
4, 14
2,8Vpp
500us/cm
RX_ACQ
Osc.
discrete
circuty
g
R475V
R475
2 ,12
PAC_EN
SAT.
11, 22, 44
9,10
GSM 170 MHz
DCS 120 MHz
4
RF_SCK
DM_CS
4
2
3
2
PHASE
DET.
4
6
RF_SPI
Rx SIGNALS - In Standby Mode
7
VR354
EXC
RF_IN
CHARGE
PUMP
4
52
53
1
U370 / TIC
FLTR_-10V
U340 / PAC
14
B
From SMOC IC to GIF SYN
This signal is the quadrature input to the I-Q Modulator of the GIF SYN.
AFC
CR221
DCS 1,8 - 2,1V
GSM 21dB
DCS 17dB
Signal from SMOC to PAC.
This is a linear control voltage for ramp up and ramp down of the PA output level.
This controls the voltage on the exciter control output (EXC) from the PAC.
2,8Vpp
RF_START
*GSM_DCS
GSM -17dB
DCS -13dB
From uP to PAC.
This is a timing signal to the PAC to provide the current path for the initial loop precharge
Signal from uP but inverted via Q500 and used to time:1. GIF SYN 2. TIC 3. Tx VCO 4. PAC 5. RF Switch
Enables Tx Path when high
DM_CS
GSM / DCS
R275
GSM -0.4dB
DCS -0.5dB
Signal from the SMOC to the PAC
When this signal is low, the internal gain in the PAC is unity.
When this signal is high, the internal gain in the PAC is 1.
3Vpp
TX_EN
GSM 1,5V - 2,5V
DCS 1,5V - 3,0V
CR 202
Power Step:
04 - 520mVpp
15 - 280mVpp
VRef
LOOP FILTER
B
2,75Vpp
AOC
GSM
C
TX_KEY
to SMOC
RXQ
51
DCS ( CH 700 )
813,9 MHz
C
Power Step:
04-11 - 50mVpp
12-15 - 900mVpp
19
SF_VCC 21
GSM ( CH 62 )
732,4 MHz
C212
RXI
IQ REF
47
48
18
B
MAIN VCO
C
C
DCS
C Q201
Q200
Q202 B
C
B
DET_SW
17
C
6
Q200 works as 2nd
HarmonicAmpl.
GSM ( CH 62 )
902,4 MHz
b
3
4 Q205 2
a d c e
33
12
MDM_ANA_VCC
to SMOCand 13 MHZ Clock
B+
1627,8 MHz
6
31 ATT.
25dB
SW_VCC
c
RX_EN
DCS ( CH 700 )
46
k
C
B
GSM ( CH 62)
GSM 10dB
DCS 10dB
C
Q480
FL480
PLL
Signal from PAC to SMOC.
When PA is at or near saturation signal is low, telling SMOC to reduce AOC drive
When the PA is not near saturation this is high, telling SMOC to increase AOC drive.
3Vpp
SAT_DET
42
215 MHz
C
41
430 MHz
B
3
2
3
V1
V2
U401
U403
SWITCH
8 CONTROL
RX275
GSM 9,8dB
DCS 9,8dB
Q460
FL461
C
GSM -2,2dB
5
U401
4
C
Q411
FL400
RX
LOCAL
OSCILLATOR
Osc.
discrete
circuty
6
B
GSM -0,6dB
DCS -1,0dB
RX275
2
4
GSM ( CH 62 )
947,4 MHz
Loss from
Antenna and EXT ANT
GSM -1.7dB
DCS -2.1dB
RX_EN
SWITCH
1
Q412
SUPER
FILTER
3
U220
GIFSYN
43
f
Logig_GSM_*DCS
Frequency 217Hz - 1ms/cm
CR 220
g
Logig_*GSM_DCS
EXT ANT
SW_RF
from and to
J600 Pin2
RF BOARD SIGNALS
TUNING VOLTAGES
DET_SW
TX_KEY
SAT_DET
From SMOC to GIF Syn.
REFERENCE CLOCK
GSM ----- 1V
DCS 1,7 - 2V
1.38Vrms
500us/cm
IQ_REF
This is a DC level from SMOC for the RXI and Q signals to ride on.
Orderable Part
Non - Orderable Part
AOC_DRIVE
RF LAYER - ORDERABLE SPARES
Part
Designator
Part
Description
Part
Number
Part
Designator
Part
Description
Part
Number
A1
Antenna Connector
3909155T01
Q350-351
TX VCO Transistor
4809940E01
CR202
Main VCO Varactor
4809641F02
Q411
Receive Power Transistor
CR203
Main VCO Diode
4809948D10
Q412
CR220
RX Local Osc.Varactor
4809641F02
Q430
CR221
Master Xtal Varactor
4809641F04
Q460
Receive Mixer Transistor
4809527E20
CR223
Tx Local Osc. Diode
4809948D05
Q480
IF Isolation Aplifier
4809940E01
CR261
Tx Local Osc. Varactor
4809641F02
U220
GIFSYN IC
5109632D92
CR303
TX Exciter Diode
4809948D10
U401
Antenna Switch IC
5109572E04
FL301
1st Rx Filter
9109193T05
U403
Switch Control
5109923D14
FL400
2nd Rx Filter
9109144M01
U301
PA Dual FET IC
4809527E31
TEST COMMANDS
# press 2 sec.
Enter Manual Test Mode with Test Card
01 #
Exit Manual Test Mode
07 #
Mute Rx Audio Path
4809527E24
08 #
Unmute Rx Audio Path
GSM / DCS Switch
4809939C07
09 #
Mute Tx Audio Path
Receive Power Transistor
4809527E32
10 #
Unmute Tx Audio Path
11 xxxx #
Program Main Local Osc. to Channel
12 xx #
Set Tx Power level to fixed valure
19 #
Display SW Version Number of Call Processor
20 #
Display SW Version Number of Modem
22 #
Display SW Version Number of Speech Coder
25 #
Set Continuous AGC
26xxxx #
Set Continuous AFC
31x #
Initiate Pseudo-Random Sequence with Midamble
FL401
VCO Filter
9109111C08
U370
TIC IC
5109879E12
33xxxx #
Synchronize to BCH Carrier
FL480
IF Saw Filter
9109035M01
U340
PAC IC
5109632D91
36 #
Initiate Acoustic Loopback
FL461
RX GSM Injection Filter
9109157M01
VR353
TX VCO Varactor
4809877C06
FL462
RX DCS Injection Filter
9109429J04
VR354
TX VCO Variator
4809877C04
46 #
Display Current Valure od AFC DAC
Q200
Main VCO Transistor
4809527E30
SH1
Shield Low Noise Ampl.
2609474M01
47x #
Set Audio Volume
Q201-202
Main VCO Transistor
4809527E24
SH2
Shield PA
2609475M01
58 / xxxxxx #
Display / Modify Security Code
Q205
GSM / DCS Switch
4809939C07
SH3
Shield GIFSYN
2609476M01
59 / xxx #
Display / Modify Lock Code
60 #
Display IMEI
7100 #
Display Error Code
Q221-222
Supply Transistor
4809579E18
SH4
Shiel Exiter
2609477M01
Q305-306
PAC Transistor
4809939C06
SH5-SH7
Shield VCO TIC
2609480M01
Q309
GSM / DCS Switch
4809939C07
SH8
Shield Mixer Iso Ampl.
2609478M01
Q330
TX Buffer
4809527E26
SH9
Shield Rf Switch
2609479M01
Q331
TX Predriver
4809527E24
37 #
Stop Test
45xxxx #
Serving Cell Power Level
RECEIVE DEBUG - GSM MODE
c -10V ______and
a MDM_ANA_VCC______,
e
b RX_EN______,
Before actually removing any cans it may be worth checking the RX275_____,
f is high to switch the output of Q412 Pin6 and Q205 Pin4 to high.
if the Logig_GSM_*DCS______
j
TEST MODE: Type in Key commands: 110062#, 262000#, 25013#, 241#. Test for a set level eg. (-30dB’s) at point ______to compensate cable losses.
k (pin 31of GIF).
The only real short-cut we can take is by probing the 215MHz test point_______
- If the 215 is OK then we can assume problem lies around GIF, either 430MHz Local Oscillator or in generation of RXI and RXQ. The can
SH03 should then be removed. Check that IQ Ref from the SMOC is around 1.38Vdc and then the RXI and Q outputs from the GIF to check which is
faulty.
- If the 215Mhz is low probe the R.F inputs to the Mixer to see which RF path (RF INPUT or MAIN VCO) the fault lies on.
- If Main VCO is low, the main suspicions are with the main VCO, or the VCO filter (FL461/462) and the SH07can should be removed.
. If the input to the filter is low, then there is some discretes under the VCO can. Check SF_VCC U220 Pin23 and Main VCO tuning voltage U220 Pin21.
TRANSMIT DEBUG
Put the phone into test mode and key in the commands: 110062#, 1200#, 310#
Firstly if no Transmiter output we should check the modulation output at U220 Pin 4 and the Main VCO
h i establish which of the signals are missing or if both the signals are missing.
at point _________to
- If the modulation output is missing and Main VCO is fine then remove SH03 and check in the TX Local Oscillator
the CR212 and the tuning voltage from U220 Pin10. Check if Q222 and Q221 have both 2.7V.
If still no problems found, measure from CPU DM_CS at SMOC Pin2. If ok replace U220.
- -If Main VCO is missing but modulation is fine remove SH07 and check discretes, SF_VCC U220 Pin23 and
Main VCO tuning voltage U220 Pin21.
- If bothMain VCO and modulation are missing then check the collectors of Q221 and Q222 for 2.7V. If ok, then
check from CPU DM_CS at SMOC Pin2. Possible GIF SYN or SMOC problem.
- If RF INPUT, and the MAIN VCO OK, the main suspicions are with the 2 input filters FL400 and FL401 and the can SH01 should be removed.
If the signal is low at the input to these, it could be losses caused by the Antenna Switch U401.
- If TX is generated but is low then we look for problems under SH02 and SH09 and follow path through to antenna.
k then we must also remove can SH08. The SAW filter (FL480)
- If 947.4 and 794.4 RF values are fine but 215MHz into GIF is low_____
and IF Isolation AMP (Q480) is located under here.
- If TX looks OK but fails in wingate check at the T/R switching circuitry (U401/U403) switching RF to J600 Pin2
and the J600 connector itself.
FREQUENCIES GSM / DCS
GSM / CHANNEL
Tx
Rx
MAIN VCO
Rx I.F
Rx IF LO
Tx I.F
Tx IF LO
1-Low
890.2
935.2
782.2
215
430
170
340
62-Middle
902.4
947.4
794.4
215
430
170
340
124-High
914.8
806.8
215
430
170
DCS / CHANNEL
959.8
Tx
Rx
MAIN VCO
Rx I.F
Rx IF LO
340
Tx I.F
Tx IF LO
512-Low
1710
1805
1590
215
430
120
240
700-Middle
1747,8
1842,8
1627,8
215
430
120
240
885-High
1785
1880
1665
215
430
120
240
Motorola Confidential Proprietary
REVISIONS
Europe Middle East & Africa Customer Services
13.04.99
LEVEL 3 COLOUR DIAGRAMS
Rev. 1.1
Dual band ZAP
Colin Jack, Michael Hansen, Billy Jenkins
Page 2 of 2
DUAL BAND ZAP AUDIO LOGIC BLOCK DIAGRAM
13 MHz Clock
BIC_INT
R275
L275
d
TX_EN
C
Q500
Q501
35
B
32
31
1
DP_EN
RX_EN
64
1
4
54
11
TX_EN
MAN_TEST
3
34
58 33
DISPLAY
SW_RF
VA_SPI_MO
SPI_RFCS
SPI_MISO
SPI_CLK
MDM_RD
MDM_WR
SCI_TX
DATA
J613, 1
to
GIFSYN
18
CPU
Interface
-1
CODEC
2
1
D/A
11
9
10
SPI
38
AFC
D/A
40
AOC
DET_SW
SAT_DET
39
14
15
PLL
Transmit
Power
Control
D/A
Audio
Filter
Multiplexer
GMSK
U500
SMOC IC
BGA
MIC_BIAS 3 U982
26
27
29
28
TXQ_P
TXQ_M
TXI_P
TXI_M
23
21
22
RXI
IQ REF
40, 25
U980
L275
7, 26
RXQ
5
46
Part
Description
Part
Number
Part
Designator
20
+
-
19
AUX_MIC 7
U982 6
2, 7, 35, 36
U900
GCAP
25
AL
22
RF
41
AL
SW
39
Enter Manual Test Mode
01 #
Exit Manual Test Mode
07 #
Mute Rx Audio Path
08 #
Unmute Rx Audio Path
09 #
Mute Tx Audio Path
Alert
5009005J03
Q601
Power Transistor Charging
4809579E04
Connector Real Time Clock
0909888M01
Q602
Transistor Battery Feedback
4809939C05
CR607
Diode Charge Line
4809606E07
R602
Resistor I Sense
0680195M64
10 #
Unmute Tx Audio Path
CR910
Diode Switched Supply
4809653F02
U500
SMOC IC
5199332C04
11xxxx #
Program Main Local Osc. to Channelbb
J500
Keyboard Connector
2809424M01
U703
BIC IC
5109962C11
12xx #
Set Tx Power level to fixed valure
J600
Connector-Extern
0909449B03
U900
GCAP
5109632D75
19 #
Display SW Version Number of Call Processor
20 #
Display SW Version Number of Modem
J603
Connector Vibra
0909888M01
U980
Voice Annotation IC
5109152M07
22 #
Display SW Version Number of Speech Coder
J802
Connector Microphone
0909195E01
U982
Amlifier IC
5109731C03
25 #
Set Continuous AGC
J803
Connector Speaker
0909888M04
SH11
Shield Call Processor
2609482M01
26xxxx #
Set Continuous AFC
J900
SIM Connector
3909426M01
SH12
Shield GCAP
2609481M01
31x #
Initiate Pseudo-Random Sequence with Midamble
LS802
Speaker
5009076E12
SH13
Shield SMOC
2609483M01
33xxxx #
Synchronize to BCH Carrier
36 #
Initiate Acoustic Loopback
Microphone
5009536H15
Transistor TX_EN
4809607E05
SH14
Shield BIC / EEPROM
11
VRef
TEST COMMANDS
# press 2 sec.
2609484M01
37 #
Stop Test
45xxxx #
Serving Cell Power Level
46 #
Display Current Valure od AFC DAC
47x #
Set Audio Volume
58 / xxxxxx #
Display / Modify Security Code
59 / xxx #
Display / Modify Lock Code
60 #
Display IMEI
7100 #
Display Error Code
From CPU (U701) to SRAM.
1. Chip Enable controlling read/write access to and from 2nd half of SRAM (U704).
ROM1_CS
2.8Vpp
100ns / cm
From CPU (U701) to Eprom.
1. Chip Enable controlling read/write access to and from Eprom (U702).
start up or
press key
From CPU (U701) to display, via connector J101.
1. Processor selects to enable display. When high, the display is enabled and low disabled.
2.8Vpp
100ns / cm
Speech Coder Interface. This is a signal from uP (U701) to Speech Coder (U801).
1) This is a 20ms timing signal from U701 which times the decoding and encoding function of the Speech Coder
U801.
start up or
press key 2.8Vpp
2ns / cm
2.8Vpp
1ms / cm
From BIC to uP.
This signal periodically interrupts the uP at 217Hz. During Power Saving mode this signal is set
to DC.
2.8Vpp
50us / cm
From BIC to uP. This signal interrupts the uP for a number of reasons.
1. Keypad detection
2. Power Sense
3. SIM Functions
4. DSC Bus Status Indicators
UPLINK
2.8Vpp
10us / cm
From butt plug (J600) to BIC chip (J600).. This is a comms link from an external peripherale and the phone,
and could be either data information or speech information. It is also used to sense the presence of a DHFA and
the ignition status of the DHFA with DC levels
DOWNLINK
5Vpp
10us / cm
From BIC chip (U703) to butt plug (J600).
. This is a comms link from an external peripherale and the phone,
and could be either data information or speech information. It is also used to sense the presence of a DHFA and
the ignition status of the DHFA with DC levels
CLK_13_IN
1.6Vpp
50ns / cm
Regulator Output from CLA 4.4V
without charging
BIC_INT
press a key
MIC
From GIF Syn to BIC IC - 13MHz clock..
This is the master clock reference required for the radio
Measured in test mode
AUDIO IN
test mode
08#, 10#, 36#
434#, 477#
2.7Vpp
5us / cm
External audio from butt plug, directly to SMOC IC
2.8Vpp
5us / cm
External audio from SMOC via FCAP to butt plug
test mode
AUDIO OUT 08#, 10#, 36#
434#, 477#
MAIN VCO SIGNAL PATH
TUNING VOLTAGES
2.8Vpp
5us / cm
CLK_AUD
VSWITCH
CR910
Orderable Part
Non - Orderable Part
This signal is from the BIC to the SMOC
It is a timing signal and runs at 512KHz, and times the transfer of speech information on the DSC
Bus between BIC and SMOC.
REFERENCE CLOCK
Alert
Mic
R475
L500
Boost Mode Circuitry
Part
Number
2.8Vpp
100ns / cm
9
TX SIGNAL PATH
3
L901
to Call Processor
RAM2_CS
RX SIGNAL PATH
L275V
37
BT700
Q501
R275V
VSWITCH 5.6V
VA_SPI_SCK
VA_CS
VA_SPI_MI
VA_SPI_MO
20
Part
Description
Vswitch DC/DC
From CPU (U701) to SRAM.
1. Chip Enable controlling read/write access to and from 1st half of SRAM (U704).
1
5
28
RF
B+ DC/DC
AL LAYER - ORDERABLE SPARES
Part
Designator
+
-
B+
37
14
2
9
-
6
2.8Vpp
100ns / cm
MOBPORTB
J802
45
49 RX_AUD
Buffer
Ampl. 54 AUX_AUD
A/D
EXT_B+
13
+
RAM1_CS
MF_INT
4
16
30
Tone
Generator
3
AFC
15
CHARGER
12
Voice Annotation
SPI_MOSI
17
29
CPU
Signal
Processing
2
RF_SPI
46
From CPU (U701) to Eprom.
1. Chip Enable controlling read/write access to and from Eprom (U702).
ISENSE
CHRGC
47
10
99
1
RF_SCK
DACOUT
L_BATT+
14
RESET
Audio
Filter
BATT_FDBAK
AUDIO_OUT
63
64
Q602
Controlled at power up by GCAP (U900) & CPU (U701).
1. Connected to CPU (U701), BIC (U703), Modem (U501) & Speech coder (U801).
After power up sequence, any chip can hold RESET low to power phone off if there is a problem.
2.8Vpp
100ns / cm
SC_INT
R602
Q601
FS_AUD
CLK_AUD
SP_INT
98 56
from CPU
BATT_CNTL
CR605
J612, 1
From CPU (U701), but inverted by Q501. High when
1. Enable the Rf switch for transmit mode & also the GIFSYN for transmit mode.
2. Supply Voltage for the PAC IC.
3. Isolates RF, by switching the PA Bias Circuitry ( Not shown).
DUAL_CS
DP_EN
L_BATT+
L_BATT+ J611, 1
7Vpp
10ms / cm
2,8Vrms
200ms / cm
power on
8
SPEAKER
J610, 1
From the CPU (U701). When high, Rx path enabled and low muted.
1. Enables the Rf switch (U400) for receive mode.
2. Biases the mixer Q420, and low noise amp (Q418).
5
ALERT
47
RESET
AUDIO_IN
62
THERM
GND
4
SPI_MISO
ON_OFF_SENSE
BATTERY
Parts of
Backhousing
Assembly
UPLINK_AUD
DWNLINK_AUD
ADDRESSS / DATA BUS
ADDRESSS / DATA BUS
13MHz CLOCK
65
16
DM_CS
SPI_RFCS
1, 3,10,15
MAN_TEST
U709
100
SPI_SCK
BATT_SENSE
GND
FLASH
U704
uBGA
21
MDM_WR
B+_SENSE
RESET
ADDRESSS / DATA BUS
RESET
2
AUDIO_IN
20
MDM_RD
AD_THERM
EEPROM
U705
to U702
BATT_CNTL
External
Bus
Interface
RX_ACQ
TX_KEY
to U702
RAM2_CS
Queued
Serial
Module
SPI_MOSI
to U704
RAM1_CS
U701
Call Processor
BGA
VA_SPI_SCK
VA_CS
VA_SPI_MI
to SMOC
ROM1_CS
UPLINK_AUD
Time
Processing
Unit
to TIC ....
to PAC / SMOC
Chip
Select
SRAM
U702
uBGA
30
BL_CNTL
SP_INT
RF_START
RX_ACQ
DM_CS
TX_KEY
DWNLINK_AUD
BIC_INT
to BIC
to SMOC
to GIFSYN
to SMOC
2.8mVpp
10ms / cm
CLK_OUT
FS_AUD
to U403 Pin8
c
RX_EN
12
UPLINK
46
Measured in standby mode
13
DOWNLINK
39
48, 57, 60
L275
J600
from GIFSYN
DSC_EN_B
63
BIC
U703
RESET
DISPLAY
CONNECTOR
J500
E
CLK_13IN
17
37
38
20
40
MF_INT
217 Hz
LOGIC BOARD SIGNALS
2.8Vpp
5us / cm
FS_AUD
POWER UP DEBUG
Tie watchdog as shown in Signal Flow diagram, and supply power to radio:
- Check that there is B+ present at input to GCAP on pin 40. If not, could be problem with Battery Select Circuitry (Q906)
This signal is from the BIC to the SMOC
It is a timing signal at 8KHz and provides for frame synchronisation during speech transfer on
the DSC bus.
COMMON PROBLEMS
Customer complaints Special Note
Part
Part / Prefix
Reason
1. NO PWR UP
SRAM
U702
bad soldering / defective
2. NO PWR UP
EPROM
U704
bad soldering / defective
PA
U301
defective
defective
- GCAP should then drive R275, L275 and VRef. If these are not present, could be a problem with GCAP itself.
3. TX PROBLEM ( PWR DWN)
- Verify collectors of regulators Q221 and Q222 are both around 2.75V.
4. PWR DWN
CAPACITY
C330
- If ok, then check that the SMOC drives the Xtal Varactor Diode CR201 on the AFC line with a DC Voltage.
5. NO CHARGING
RESISTOR
R602
broken
GIF_SYN
U220
defective
- If ok, then follow 13MHz path through GIF SYN & BIC and then to Call Processor and SMOC.
6. TX / RX FEHLER
7. NO PWR UP
- If ok, then check chip enables from Eprom, and SRams at Test Points.
- If ok, then verify Reset Line.
Motorola Confidential Proprietary
8. NO DISPLAY / NO PWR UP
9. PX PROBLEM
10. NO BATT CONTACT
GCAP
U900
defective
DISPLAY BOARD
DISPLAY BOARD
defective
FILTER
FL480
defective
BACKHOUSING
BACKHOUSING
broken
REVISIONS
Europe Middle East & Africa Customer Services
13.04.99
LEVEL 3 COLOUR DIAGRAMS
Rev. 1.1
Dual Band ZAP
Colin Jack, Michael Hansen, Billy Jenkins
Page 1 of 2
Contents
•Variants
• Disassembly
• Mechanical Parts and Design Review
• Electrical Parts and Design Review
• Accessories
Variants
Stage 1: ( CD 920 )
Test market launch - Black flipped variant only - standard display.
Stage2: ( CD 920 ) four weeks after Stage 1
Worldwide launch of fully featured flipped variant, three different
colours ( Black, Steel Gray and Pin Blue ).
Stage 3: ( CD 920 and CD930 ) four weeks after stage2
Worldwide launch of fully featured flipless variant, three different
colours ( Black, Steel Gray and Pin Blue ), holographic display.
Disassembly for ZAP
1. Remove Battery door by
pressing down on latch and
pulling.
2. Remove the Battery by
pushing from the bottom and
lifting upwards.
Disassembly for ZAP
3. Remove 4 screws with
torque 7
4. Unscrew antenna and
remove
Disassembly for ZAP
5. Remove with care the
Backhousing from Unit
6. Remove vibrator connector
from PCB with tweezers
Disassembly for ZAP
7. Detach PCB from front
housing
8. Remove display board
from PCB
Disassembly for ZAP
9. Remove Keypad from
front housing
10. Remove vibrator from
back housing
Disassembly for ZAP
11. Prise alert from back housing by placing tweezers under
Mechanical Overview - Dual Band
✦
✦
✦
✦
✦
✦
✦
✦
✦
✦
✦
✦
✦
✦
Mid Tier Product - Desktop charger, 4 Line Graphic Display, Data transfer possible.
Flipped and non flipped Version
3 Cell Battery Used .
Battery Door on Backhousing.
Transceiver and Keyboard are separate PCBs.
Wiring for vibrator only.
No wiring for Speaker, Alert and Mic - Contact Pads and connectors only.
Off the shelf screw in Antenna
Plastics have no shielding, so Logic is shielded as well as RF.
No moon tyres or ground clips needed
No Peel off cans like in Modulus used.
Uses mini SIM with SIM Enabling Circuit.
Auxilliary RF via Batt Plug Connector J600.
Housings Screwed instead of being clipped.
Electrical Overview
• 2.7V Chipset Technology as in 8700 / Modulus.
• Use BGA and uBJA Technologie. ( Call Processor, SRAM, EPROM )
• Use SMOC IC. (Speech Modem Chip)
• GCAP used (Global Control Audio Power IC)
• Clock Modulation Circuit used to improve interference on certain channels
• E P Battery Charger like in StarTac.
• SIM Enabling Circuit Required as phone has no Presence Detect switch.
• Use Voice Annotation IC for recording receiving Audio and Voice Notes ( 3min)
• Use Interface Board for Volume/Mute and Voice Annotation Button connected via Pads.
• Real Time Clock only supplied by battery on top the Shieds.
Frequencys
GSM / CHANNEL
1-Low
62-Middle
124-High
DCS / CHANNEL
512-Low
700-Middle
885-High
Tx
890.2
902.4
914.8
Tx
1710
1747,8
1785
Rx
MAIN VCO
Rx
782.2
794.4
806.8
MAIN VCO
1590
1627,8
1665
935.2
947.4
959.8
1805
1842,8
1880
Rx I.F
Rx IF LO
Rx I.F
430
430
430
Rx IF LO
430
430
430
215
215
215
215
215
215
Tx I.F
Tx IF LO
Tx I.F
340
340
340
Tx IF LO
240
240
240
170
170
170
120
120
120
Electrical Overview Bottomside
XTAL
1st , 2nd RX FILTER
and TX Filter
GIFSYN
GIFSYN
GIFSYN
PA
BIC
CHARGE CONTR.
EEPROM
SIM CONN.
GCAP
RS232 SWITCH
BUTT PLUG
Electrical Overview Topside
RF SWITCH
PA POWER
SWITCH
SRAM ( uBGA )
IF FILTER
PAC
EPROM ( uBGA )
TIC
CPU
SMOC
Keyboard Conn.
Voice Annotator
Accessories
1. Universal Rapid Travel Charger
2. Desktop Charger with separate battery slot.
3. Cigarette Lighter Adapter
4. Headset ( Personal Handsfree System )
5. Hang Up Cup
•
6. Plastic
Holster
7. Leather Holster
8. Professional Hands Free Kit - with DSP - without HS
9. Professional Hands Free Kit - with DSP - and Voice Recognition
Page 1
Dual Band _ZAP_P12
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
EUROPE MIDDLE EAST & AFRICA
11.05.98
CUSTOMER SERVICES
LEVEL 3 COLOUR SIGNAL FLOW
Rev. 1.0
Dual Band_Zap
Ralf Lorenzen, Michael Hansen, Colin Jack, Billy Jenkins Page1
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
European Cellular
Subscriber Division
Easter Inch
Bathgate
West Lothian EH48 2EH
Tel: +44 (0)131 469 6969
Fax: +44 (0)131 469 6970
ZAP ANALYSIS OVERVIEW
Registered Office: Motorola Ltd., Jays Close, Viables Industrial Estate, Basingstoke, Hampshire, RG22 4PD Registration No. 912182 England.
Iain Mawhinney
PAGE 1
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Contents
1)
Product Strategy/Target Markets.
Page 4.
2)
History so far.
Page 6.
3)
Brief Description.
Page 8.
4)
Preliminary Design(Physical Dimensions).
Page 10.
5)
Receive Path Theory.
Page 15.
6)
Transmit Path Theory.
Page 23.
7)
Logic Path Theory.
Page 38.
Iain Mawhinney
21/6/98
PAGE 2
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 1
Iain Mawhinney
21/6/98
PAGE 3
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Product Strategy
The demand for a Dual Band phone in a fresh, new design is critical in competing with new product offerings by the competition. The Zap product is a SMoC- based, band aware, and targeted toward mid to
high tier business users. It will replace the 8000 series product line, which includes a SmoC - based
8700, SmoC-based 8700 with Voice Annotator, and a band aware version (8900).
Zap will incorporate the latest in feature offerings including HDML, multi-rate speech coder, one-touch
voice memo recording, and offer market leading talk and stand-by times. A full line of accessories will be
developed to support Zap including DHFA with Voice Recognition, headset with mic, desktop charger,
and data cable which eliminates the need for a PCMCIA card. Several different batteries will be available, allowing the user to either minimize weight, or maximize performance.
To fully capitalize on Motorola’s leadership in band aware technology, Zap must be introduced no later
than Q4 1997. Dancall and Ericsson, among others, have announced their intentions of new product offerings in this category. Aggressive ramp schedules must be met to achieve a Europe-wide launch in
December 1997.
Target Markets
The target market for Zap will be mid to high tier business, with emphasis on the focused and balanced
business user segments.
Focused Business: These are the heaviest users, and are prone to use the phone for business only.
Viewing the phone as an absolute necessity, the focused business user is able to carry out professional
responsibilities efficiently and tirelessly. Mainly travelling to dense urban environments, call success rate
is extremely important to this segment.
Balanced Business: The balanced business user primarily uses the phone for business related activities, but has also integrated its use into personal life. Characterized by working the longest hours and
travelling the most, these users primarily depend on performance.
Iain Mawhinney
21/6/98
PAGE 4
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 2
Iain Mawhinney
21/6/98
PAGE 5
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
History so far
The Zap radio is a band aware product that was developed for use in areas where both GSM and DCS
systems are in existence.
The Zap dates back to December of 1996 when development initially took the GSM 8800 circuitry and
modified it to what we currently know as Zap. The Zap is smaller and lighter than GSM 8800 and from a
mechanical viewpoint, it is a derivation of the GSM/DCS Modulus product line.
The radio is very easy to assemble and not as sensitive to operator issues as the Clam Rae product.
The first proto run was performed in July 1997 in the Advanced Realization Centre. In August 1997, the
first proto run in the European Subscriber Division was realised. At that time, they were using blank
Flash IC’s which had to go through boot-code before going to tuning. Later builds had the EPROM preprogrammed when placed on the board, so it was not necessary for the boards to go through boot-code.
In Libertyville Tech-ops are currently working on a testbay setup where the unit under test will go
through boot-code just prior to being tuned. This is a setup that is currently being employed at Easter
Inch with great success.
Flensburg have planned to start production of Zap for early 1998 and are currently doing proto runs of
approximately 50 - 100 units. There is poor availability of Sram’s and PA’s which is limiting the amount
of radios built during these proto stages.
Easter Inch are planning to do a proto run sometime between weeks 48 & 52, hopefully week 48 but
more realistically week 49, with a plan to start full scale production Feb. 1998.
Iain Mawhinney
21/6/98
PAGE 6
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 3
Iain Mawhinney
21/6/98
PAGE 7
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Brief Description
Zap is the latest look in the evolving MOTOROLA MicroTAC Flip phones. It is being developed for GSM/
DCS systems worldwide.
The RF portion of Zap is capable of being modified for operation on EGSM frequencies.
A single phone will work on GSM 900 and DCS 1800 Bands. It provides the service provider the ability
to better manage congestion by transferring traffic over to the other less congested system. The user
has the advantage of being able to roam into either one of the systems that is available.
The transceiver board and keypad/display board are mated by a 32 pin connector. The transceiver
board being made up of 6 layers.
The phone utilises a real time clock, internal fast charger, a 32 x 96 graphics display, Personality software, smart button, voice annotator and also accommodates a small SIM card.
The Zap will also support the RAE universal transformer and CLA. The RAE desktop charger will be
modified to fit the ZAP form factor.
Marketing has requested new accessories which include a boom headset, data cable, smart card reader, and three new car kits.
The ZAP will utilise the butt plug and one battery as power source options. Support for alkaline AA batteries is also being investigated.
The Zap also incorporates the SMoC IC which is a composition of Speech Coder, Modem and Codec.
This component is found on various other products for example 8700 and Modulus.
The Zap also uses 3 BGA’s (Ball Grid Array):- 68338 uP (BGA)
- Flash EPROM (uBGA)
- SRAM (uBGA)
The transceiver board is almost entirely covered with cans similar to Modulus but are solid with a few
holes placed to aid can removal.
The receiver and transmitter are very similar to bandaware but the switching network is simpler and
more integrated.
The Zap will be the first MOTOROLA digital phone to utilize a voice annotator.
Iain Mawhinney
21/6/98
PAGE 8
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 4
Iain Mawhinney
21/6/98
PAGE 9
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Preliminary Design/Dimensions
Physical Characteristics:
Transceiver weight = 98g
Volume (with slim battery door) = 135cc
Lightest/smallest config. (LP4 battery) = 120g
Length = 130mm
Width = 55.25mm
Depth = 26.95mm
Electrical Design:
Zap utilizes a 2.7V platform, Rae style connector, 3.6V battery support, and the latest components to
minimize both Tx and Rx current drain. A BIC 4.2 is required to support recognition of a small SIM and
smart card. NiMH, LiIon and alkaline technologies will be supported.
Front Housing:
The front housing design includes an earpiece, and allows the use of a lens and 18-key keypad. Three
side buttons are utilized on the left side, functioning as up and down scroll, and smart key (similar to
StarTAC). One right side button will serve as the dedicated voice memo record button. A microphone
port is located bottom centre left, with two other styling ports for symmetry. A protective ridge is used
around the power key to avoid inadvertent operation.
Rear Housing:
The rear housing is cut away at the bottom to utilize a battery door concept. An escutcheon at the top of
the rear housing makes visible the Motorola brand name while the phone is in use and covers two assembly screws. A call alert port is positioned below the escutcheon and to the right.
Battery door:
Zap uses a battery door concept. Three doors will exist; a slim door which will house the LP4, AAA
Longs and LSQ8 batteries, a slightly larger door will cover the AA batteries and a door large enough to
cover two LP13 batteries. The doors will be completely removable, and will mount to the rear housing by
placing the heel of the door into a guide and rotating down until it snaps to the back housing. The doors
will be the same colour and texture of the front and rear housing.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Display/Indicators:
The display consists of a 96 x 32 pixel LCD module, with full graphics support and icons. Utilizing the
same pixel density of StarTAC and 8700, the display size is slightly smaller, measuring 34mm by 23mm.
The display icons are arranged in two rows, located at the top of the display.
Top row: signal strength indicator, real time clock, battery charge indicator
Bottom row: off-hook, roam, home, voicemail message, SMS, ringer-on
The top row will be continuously on, while the illumination of the bottom row icons will depend on the
specific operating conditions. New with Zap, the ringer on icon will be illuminated when the ring alert has
been selected. The icon will not be visible when either vibracall or silent alert has been activated.
Lens:
The lens is curved to follow the contour of the front housing. Motorola branding is positioned at the top of
the lens. The lens has a glossy finish, and has the same colour as the housing.
Flip:
For the flip version of Zap, the flip is designed to fully cover the keypad. The top edge of the flip will coincide with the lens. A cam mechanism is utilized. Clicking must not be audible when operating the flip,
and the design must give a sturdy, unbreakable perception. The flip has an escutcheon pocket positioned at the top.
Keypad:
The keypad consists of 18 keys. A domed plastic key is used to enhance tactile feel. The keypad layout
is as follows:Quick Access
MENU
C
OK
1
2 ABC
3 DEF
4 GHI
5 JKL
6 MNO
7 PQRS
8 TUV
9 WXYZ
*
0+
#
Power Icon
M+
The key colours are as follows; Background (except power key)- black. Digits, Alpha, MENU, M+ - white.
C - red. OK - green. Power - white background with black icon
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
External Keys:
Three side keys are used on the left side of the phone. The top and bottom keys scroll through menus
and phone book entries, while the middle key functions as a smart key (similar to StarTAC). The middle
key is oval and domed with moulded diamond icon. The scroll keys are domed, half oval with moulded
up and down indicators.
One key is present on the right side, just under the antenna, for dedicated voice memo recording. The
key is “flush to below” the housing to prevent inadvertent operation.
All external keys are made of soft silicon rubber and are process black.
Earpiece:
The earpiece is a recessed oval with the middle detail slightly raised with a slot pattern to accommodate
the dynamic speaker. The actual slot design allows sufficient air movement to maximize audio clarity.
This slotting was determined by engineering to achieve best results.
SIM Card:
Zap uses a small SIM design. It is positioned in the back housing, under the battery. A sliding, flip up
door configuration is used to allow for easy insertion/removal.
Batteries:
Shrink wrapped, 3.6V batteries are used for Zap. In addition to cost effectiveness, this design allows
minimal product thickness. Lithium Ion, Nickel Metal Hydride and Alkaline batteries are supported. Because of the huge variation in performance when using alkaline batteries, these batteries are promoted
as “emergency use only”. Average talk and stand-by times should not be associated with alkaline batteries. Five battery configurations will be available:
1. LP4 (Li Ion, 500 mah) $56
2. AAA Long (NiMH, 700 mah) $9
3. LSQ8 (Li Ion, 900 mah) $21
4. AA (NiMH, 1500 mah) $13
5. Double LP13 (Li Ion, 2600 mah) $100
6. AA Alkaline (emergency use only)
LED Indicator:
A status LED indicator is positioned at the top left of the phone, towards the front. This indicator has similar functions as the one used on StarTAC: green will flash when phone is on and in service, red when
the phone is on and out of service, and orange when the user is in roam.
Antenna:
The antenna must support both 900 and 1800Mhz frequencies. Both the stub and pull out style antennas were evaluated with regards to signal performance and the tendency is leaning towards using the
stub antenna.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Voice Annotator:
Zap supports the voice annotator feature, allowing at least 3 minutes of multiple messages with store
and erase capability. To maintain consistency with the 8700 memo product, hands free operation must
be available when using the voice annotator with a car kit.
Key/Unique Features
Automatic Band Switching:
As the majority of the market will be moving towards dual band capability, Zap will be positioned as a
high performance, band aware offering in a new, ergonomic design.
HDML support:
To carry internet access into the cell phone arena, Unwired Planet has agreed to support our efforts in
integrating this feature into Zap.
Performance:
Targeted toward the mid to high tier business user, performance is critical. Zap will take a leadership position with the Extra Performance package, offering stand-by time of over 2 weeks.
Smart Card support:
eCash and paperless ticketing are two examples of smart card applications. Through a smart card accessory, Zap will offer smart card support, allowing the user access to the variety of other potential applications.
Multi Rate speech coder:
Now becoming a competitive necessity, Zap will offer excellent audio quality through this feature.
SIM Tool Kit:
A competitive necessity, this will allow operators to customize their software load according to their
needs.
Form Factor:
In several user surveys focusing on design, the Zap form factor has repeatedly ranked among the highest. Test subjects indicated the phone was very comfortable to hold, looked expensive, and appeared
like it was easy to use.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Data Compatibility:
With the data cable accessory, Zap will support:
1. Data: 9600 baud, transparent and non-transparent, AT and V.25 bis
command operation. V.42 bis compression/decompression is
supported.
2. Fax: 9600 baud, transparent and non-transparent, EIA/TIA class 1, 2,
and 2.0 AT command operation.
Software and MMI description:
Zap uses the personality II interface, however scrolling through menus is accomplished by using the up
and down side buttons. As with current products, User Configurable Quick Access is supported. The
Smart button functions identical to StarTAC 110. The dedicated voice annotator key functions the same
as it did on 8700 memo product (multiple messages totalling 3 minutes), including instant recording by
pressing the dedicated button.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 5
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
CONTENTS
1)
Rx Path Brief Description.
Page 17.
2)
RF Switch.
Page 18.
3)
RF Switch To Receiver Front End.
Page 19.
4)
Main/Rx Vco.
Page 20.
5)
Output Of Low Noise Amplifier To Gif_Syn.
Page 21.
6)
Mixer To Gif_Syn I.C.
Page 22.
7)
Audio Path From SMoC To Speaker.
Page 23.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Rx Path Brief Description
*
As the Zap product is bandaware there are two RF paths to follow GSM and DCS the
following deals primarily with GSM and has the equivalent DCS parts in Bold type.
*
The RF Signal enters the Radio via the antenna, then passes through the RF switch,
depending on the switching signals present at the switch network of U401and U403.
*
From the RF switch the signal then passes through FL400/FL401 which are bandpass
filters where it is cleaned up before being passed onto C413/C433 (de-coupling capacitors).
*
The signal is then passed onto the base of Q410/Q430 (low noise amplifiers), where it gains
small amplification.
*
The output of the LNA now passes through FL461/FL462 which are combination bandpass
filters with approximate losses of 3dbm across the filters.
*
The MAIN VCO signal also enters the filters(FL461/FL462) at this point and both signals
are passed onto the Mixer Stage (Q460). The output of the mixer consists of 3 main
components F1 x F2, F1 + F2, F1 - F2. You will also find various harmonics at this point.
F1 = Rx signal
F2 = Main VCO signal
*
To remove the unwanted signals at the output of the mixer these signals are fed through a
SAW filter (Surface Acoustic Wave) FL480 which only passes the difference of these two
signals 215Mhz.
*
The signal then passes onto the Isolation Amplifier (Q480), which provides a little gain
and also prevents feedback/noise from the GIF_SYN I.C. U220.
*
The now “cleaned” I.F. signal now enters U220 via pin 31 (pre_in) where it is mixed
internal to U220 with a pure 215Mhz signal. The internal 215Mhz signal is derived from
the 430Mhz L.O. which is divided by two internally, this again gives us the difference.
*
From the mixing of the two 215Mhz signals, of which one has modulated data (derived from
the external RF Signal), we derive two signals the RxI and the RxQ which contain the
Digital information.
*
This is further demodulated in the SMoC I.C. (U500) and provides serial data, which is then
D/A converted, amplified by the G-Cap and presented to the speaker.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
RF SWITCH
Circuit Description:
The RF switch has two basic functions. Firstly it prevents RF entering the Rx path when the unit is transmit mode. Secondly it switches the path for the RF signal from the antenna(A1) to the SW_RF connector
(J600 pin2).
U403 is the logic switch that controls the state of U401 (RF switch).
When the radio is in a transmit state Tx_EN is high and Rx_EN is low therefore V1 is going to be high
(+3V), V2 will therefore be low (-7V). The state of these two control signals will determine the path taken,
in this case, RF will only pass through the antenna and not enter the receive path.
In receive mode the reverse will be true, and RF will be directed to the Rx path.
In the second case the circuit must be able to establish whether the antenna or the SW_RF connector is
connected. This is done by sensing the impedance to ground(>10K) of the auxiliary RF connector.
Switch U403 also detects the 50ohm resistance of the RF cable used when the SW_RF is connected,
thus allowing antenna or AUX RF connection.
ANTENNA
TX
U401
V2
RX
V1
SW_RF
V2
V1
HIGH
+3V
-7V
RX
HIGH
LOW
-7V
+3V
TX
NO
LOW
HIGH
-7V
+3V
RX
NO
HIGH
LOW
+3V
-7V
TX
SW_RF
TX_EN
RX_EN
YES
LOW
YES
ANT
AUX
ZAP T/R SWITCH COMBINATIONS
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
FROM RF SWITCH TO RECEIVER FRONT END
Circuit Description:
The RF signal enters the antenna(A1) and when the Rx_EN is high the signal passes through the RF
switch to FL400/FL401, these are bandpass filters with pass bands of 935-960Mhz (BW=25Mhz) for
GSM and 1805-1880Mhz for DCS (BW=75Mhz) respectively both having approximately 3db loss.
The signal passes onto Q410/Q430 which are low noise amplifiers with a typical gain of 13/9.5dBm.
L410/L430 are RF chokes to prevent AC getting to the DC bias voltage Rx275. Capacitors C413/C433
and C412/C432 are coupling capacitors and there purpose is to prevent DC bias voltage from Q410/
Q430 from reaching the other stages. Q410/Q430 are enabled from Rx_EN via U701 pin A9 and
LOGIC_GSM_*DCS from U701 pin B5 via Q412, which controls Q411/Q431 hence de-activating either
Q410 or Q430.
The signal then goes to a second filter FL461/FL462 and then onto the mixer stage. In addition to the receive signal entering FL461/FL462 the MAIN VCO signals for the particular band (GSM or DCS) enters
at these Combination Filters.
A1
GSM FL400
Q410
FL461
IF
MIXER
RF
SWITCH
DCS
FL401
Q430
FL462
MAIN
VCO
Logic*Gsm_Dcs
U701
RF SWITCH TO RECEIVER FRONT END BLOCK DIAGRAM
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
MAIN VCO/RX VCO
Circuit Description:
The main VCO is a 3V Dual Band design based on Knifeswitch which consists of a colpitts oscillator(Q202), which operates from 720 to 745Mhz/795 to 832.5Mhz and is controlled by the GIF_SYN I.C.
(U220, pin23). The output of the ocsillator is supplied via a common base buffer(Q201) followed by separate 2nd stage common emitter buffers for GSM and DCS (Q206/Q200), and resistive splitters to drive
the receiver front end, GIF_SYN prescaler and the TIC I.C. The second buffer stage in DCS mode is
used as a doubler (output frequency = 1590 - 1665Mhz). From there the signal goes through FL461/
FL462 to achieve the correct levels at the input to the mixer.
The tuning voltage representing the channel is output on MAIN_CP (U220 pin23) to the varactor diode
CR202; note that CR203 and associated components R215,R236 and C214 are in circuit for DCS
mode when the correct condition is met via the *GSM_DCS line from Q100 & Q105. The change in
capacitance will control the frequency of oscillation. The higher the voltage the lower the capacitance
and the higher the oscillating frequency.
The main VCO is adjusted by the RF_SPI and RF_SCK lines from the Call Processor to the SMoC I.C.
and from the SMoC I.C. to the GIF_SYN and thereafter the MAIN CP is changed accordingly.
The supply for the main VCO is derived from pin 21 of U220 which is the SF_OUT. This supply is the super filtered supply to eliminate any noise generated. It is a 2.55V dc level.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
OUTPUT OF LNA TO GIF_SYN (U220)
Circuit Description:
The RF signal and the main VCO signal pass through the combination bandpass filters FL461/FL462
(2.5dB loss) and are mixed in transistor Q460 (10dB gain). The output of the mixer will contain the original signals, their sum, difference, product and harmonics. The strongest signal will be the difference
(215Mhz). The signal is then passed through FL480, which is a Surface Acoustic Wave (SAW) filter that
passes only the 215Mhz signal with a bandwidth of 180Khz.
The signal then goes to the Isolation Amplifier (Q480), the bias of which is provided by SW_VCC and
that is supplied by U220 pin 33. The IF signal from the Isolation Amplifier(10dB gain) then goes to pin 31
(PRE_IN) of U220. The purpose of the Isolation Amplifier is to isolate U220 from the receive path. It is
used to decrease the reverse feedback of the 215Mhz local oscillator and step up the impedance to the
IC. The use of this amplifier improves the noise figure performance, while providing an opportunity to
compensate for gain variations in the rest of the receive path over temperature (AGC).
SIGNALS
FROM LNA
& VCO.
MIXER
Q460
SAW
FILTER
FL480
ISOLATION
AMP
Q480
pin 31
GIF_SYN
U220
Rx_EN
MUTE = 0V
BLOCK DIAGRAM OF LNA TO GIF SYN.
Muting the receiver:
The Rx_EN is used to mute the receiver when Rx_EN is low. When it is high, the base of the mixer
Q460 goes high and the amplifier is turned on. When it is low the base of the transistor goes low, and
the amplifier is turned off, thus muting the receiver front end.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
FROM MIXER TO GIF SYN(U220)
Circuit Description:
The 215Mhz IF goes into pin 31 of U220. In the GIF_SYN(U220) the signal passes a 25dB step attenuator (internal to U220) on its way to the Quadrature Demodulator. The step attenuator is designed to improve the range of the receiver, by keeping the RF signal in the range of the amplifier.
i.e. When the signal is too strong the step attenuator will kick in and drop the signal by 25dB.
Inside the GIF_SYN the IF is mixed with the 430Mhz from the external tank circuit, (which is divided by
two internal to U220), and demodulated to give two signals RxI and RxQ on pins 46 and 48 of U220.
RxI and RxQ are Quadrature baseband analogue signals at 1vp-p on a 1.65v DC level. These two signals then go to the SMoC I.C. where they are further demodulated.
The signals RxI and RxQ then go to pins 23 and 22 respectively of the SMoC I.C.(U500). In the SMoC
I.C. the I & Q signals are A/D converted and the digital data is transmitted serially to the Call Processor
(U701) pin E1 (MISO). The SMoC I.C. also decodes and decompresses the signal before D/A conversion.
ISO AMP
(Q480)
LOCAL
OSCILLATOR
430MHZ
42
31
43
GIF_SYN
(U220)
46
RxI
48
RxQ
SMoC
(U500)
BLOCK DIAGRAM OF ISOLATION AMP TO SMoC.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
AUDIO PATH FROM SMoC TO SPEAKER
Circuit Description:
After being decoded from digital to analogue, the audio signal exits the SMoC (U500) at pin 49 (SPKR).
Now named Rx_AUDIO, the signal travels via C825 and R810,R801 to the GCAP (U900) pin 21(SPKR
IN). The signal is amplified internally by U900 and then output on U900 pins 19 and 20 (SPKR+ and
SPKR -). The speaker is driven differentially and is connected via R852 (+) and R853 (-).
The audio tones which are heard when a key is pressed, are generated as digital signals within the
U500 before being converted to analogue. The signal then follows the path described above.
U500
pin19
U900
pin20
pin49
+
speaker
pin21
BLOCK DIAGRAM OF AUDIO PATH FROM SMoC TO SPEAKER.
The internal amplifier of U900 is controlled by the Call Processor via the control ports at pins 57 & 60 of
U500(AUD_EN2 & AUD_EN1) which go to U900 pins 44 & 45 respectively. To activate the internal mic
and speaker amplifiers U701 drives AUD_EN1 low and AUD_EN2 high.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 6
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
CONTENTS
1)
Tx Path Brief Description.
Page 26.
2)
Mic To SMoC I.C.
Page 27.
3)
GMSK- Gaussian Minimum Shift Keying.
Page 28.
4)
GIF_SYN To Translational I.C.
Page 29.
5)
TIC I.C. Operation.
Page 31.
6)
Tx VCO To Exciter.
Page 32.
7)
Exciter To Power Amplifier.
Page 33.
8)
PAC I.C. Operation.
Page 34.
9)
Relevant Control Signals For RF Paths.
Page 36.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Tx Path Brief Description
*
Audio from the microphone (analogue signal) is amplified by U900.
*
The signal is then A/D converted by the SMoC I.C.
*
The SMoC also adds error correction bits and encodes the signal, the data is then GMSK
digitally modulated and then D/A converted.
*
See notes for GMSK modulation:
*
The modulated analogue signal is then sent to the GIF_SYN I.C. as inphase (I) and
Quadrature (Q) components. These ride on a DC level.
*
The Q signal lags the I signal by 90 degrees.
*
These are then modulated onto a 170/120Mhz signal.
*
The 170/120Mhz signal then enters the TIC I.C.(U370) along with the main VCO. The TIC
I.C.utilizes a phase lock loop configuration to modulate the TX_VCO (GSM/DCS = Q351/
Q350).
*
The now modulated TX_VCO is then preamplified by the exciter.
*
The gain of the exciter is controlled by the PAC I.C. (U340).
*
This is then fed to a fixed gain Dual Pack PA amplifier and then output via an RF switch to
the antenna.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
FROM MIC TO SMoC I.C.
Circuit Description:
Audio from the microphone enters the GCAP (U900) at pins 8 & 9(mic in +-) where it is amplified and
then output on pin 10 (micout). This signal then goes to the SMoC I.C. U500 (pin 45).
Inside the SMoC this signal is then A/D converted, error detection bits added and compressed.The resulting data stream is then GMSK digitally modulated, D/A converted and then filtered.This modulated
analogue signal is then sent to the GIF_SYN U201 as inphase (I) and quadradine (Q), which are commonly called TxIP and TxQP on pins 63 & 61 respectively.These signals are roughly 330mV pk-pk riding
on a 1.65v DC level (I-Qref).
TX_EN
45
SMoC
U500
26
27 29 28
60
61
62
63
INPUT FROM
GCAP
TxIP& TxQP are
330mv pk - pk.
TxIM & TxQM are
reference lines(1.65v dc).
GIF_SYN
U201
64
4
OUTPUT TO
THE TIC
.
BLOCK DIAGRAM OF MIC TO GIF_SYN.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
GMSK- Gaussian Minimum Shift Keying
GMSK is a digital modulation technique where 1’s and 0’s are represented by shifting the RF carrier by
plus or minus 67.708Khz. The data rate of GSM is 270.833 Kbits/second which is exactly four times the
RF frequency shift.
GMSK is not phase modulation. Information is not conveyed in absolute phase states, but by the change
in phase states.
1’s are seen as a phase increase of 90 degrees
0’s are seen as a phase decrease of 90 degrees
If a constant stream of 1’s are being transmitted, MSK will stay 67.708Khz above the carrier centre frequency. If the carrier centre frequency is taken as a stationary phase reference, the 67.708Khz signal
will cause a steady increase of phase. In one bit period, the phase will go a quarter of the way round the
IQ diagram, or 90 degrees. Two 1’s cause a phase increase of 180 degrees, three 1’s - 270 degrees,
and so on. 0’s cause the same phase shift but in the opposite direction. See diagram below;
270.33KHz
DATA
FREQUENCY +/- 67KHz
-90
0
+90
PHASE
0
0
360 Q
270
0
0
90 I
1 BIT PERIOD
1
270.33KHz
1800
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
GIF SYN TO TRANSLATIONAL IC (TIC)
Circuit Description:
Inside the GIF_SYN, the baseband TxIQ inputs from the SMoC pass through an IQ low pass Filter.The
inputs labelled TxI_P, TxI_M, TxQ_P, TxQ_M in the GIF are differential in-phase and quadrature inputs.
Q is defined as lagging I by 900. These inputs may be driven either single-ended or double-ended. In the
single ended configuration TxI and TxQ are inputs while TxIX and TxQX are tied to VREF(A/D). The
baseband single-ended inputs to the IQ Modulator are 0.12 x Vcc + 10% peak centred on VREF.
The IQ inputs must be filtered to avoid alias components and must keep all noise components below
-79dBc on the exciter output.
After filtering the IQ signals are sent to the IQ modulator where they are mixed along with the TX Offset
LO (see below). A pair of active mixers are used at this point where the outputs are recombined in a passive load and then buffered and amplified and then passed to the limiter stage and is output at -16dBm
+2dB into 200ohms at pin 4 of U220.
The output of the modulator is controlled by the MOD_EN pin 60 (U220). This is a digital input which
controls the output of the limiter. A logic high on this pin enables the limiter output and a logic low reduces the output to -35dBm or less, this logic low also reduces current by disabling the TX Quad Generator,
Mixers, IQ Buffers and limiters. The offset LO will remain locked.
The Tx Offset LO does not frequency hop but is still fast to assure turn on times of less than
600useconds. This allows the offset VCO to be shut down between Tx bursts. The Tx Offset LO uses a
1Mhz reference derived from the 13Mhz reference.The tank circuit used operates at 340Mhz for GSM
and 240Mhz for DCS and is divided by two internal to the GIF_SYN.
The resultant output of the limiter 170/120Mhz + 67Khz frequency shift, depending on the relationship of
Q & I, is then sent to pin 4 of the TIC I.C.
The TIC I.C. (U370) converts the low frequency GMSK modulated IF signal from GIF_SYN pin 4 to the
final transmit frequency without introducing noise. The TIC uses a phase lock loop (PLL) to lock the low
frequency modulated 170/120Mhz signal to the difference between the main VCO (RX VCO) and the Tx
VCO, so the loop would be locked if the difference between the Rx VCO and the Tx VCO is 170/
120Mhz.
The Tx VCO signal is sent to pin 14 of the TIC. The Rx VCO enters the TIC at pin 1. These two signals
are mixed and the difference is input to the phase detector, internal to the TIC, along with the IF input
and the resultant output of the phase detector is the correction voltage that goes to the VR354/VR353 of
the GSM/DCS Tx VCO to change the VCO frequency. The output of the TIC is enabled by the DM_CS
signal(pin 7) that is controlled by U701 pins D2 & F1.
See Diagram Overleaf;
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
GIF_SYN
U220
MAIN
VCO
TXIM
64
26
TXQM
62
63
23
TXI
61
10
6/7
TXQ
4
TO EXCITER
LOCAL
OSCILLATOR
1 TIC
U370
4
14
TX VCO
VR354/353
8
7
DM_CS
BLOCK DIAGRAM OF GYF_SYN TO TIC.
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MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
TIC OPERATION.
For the following example, we will use the mid channel on GSM.
The GIFSYN (U220) will tune the main VCO to 794.2 MHz by outputting the proper DC voltage on pin 23
(MAIN_CP). This main VCO signal will then be input to pin 1 of the TIC (U370). The GIFSYN (U220) will
also output a 170 MHz +- 67 KHz signal on pin 4 (LIM_OUT). This signal will be input to pin 4 of the TIC
(U370).
Initially, the output of the mixer will not be 170 MHz because the TX VCO feedback (pin 14) is not 902.4
MHz. So, the PLL will not be locked. The phase detector will then steer the charge pump to change CP
OUT (pin 8) until the TX VCO is oscillating 170 MHz above the main VCO and the PLL will be locked.
When the radio changes channels the GIFSYN will tune the main VCO to the desired channel. This inturn will change the output of the mixer causing the phase detector to steer the charge pump to change
CP OUT until the TX VCO signal is 170 MHz above the main VCO and the PLL is locked.
pin14 tx vco
rx vco
pin1
MAIN
TX
VCO
To Exciter
stage
CHARGE
PUMP
pin8
cp out
VCO
PHASE
DETECTOR
MIXER
pin23 main cp
pin4
lim out
IF in
pin4
GIF
SYN
U370 TIC
170Mhz+- 67Khz
BLOCK DIAGRAM OF TIC OPERATION.
Iain Mawhinney
21/6/98
PAGE 31
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Tx VCO TO EXCITER.
Circuit Description:
Zap utilizes two Tx VCO circuits one for GSM the other for DCS. These Tx VCO’s are of Colpitts oscillator configuration (capacitive feed back) where VR354 & C364 form a tank circuit for Q351,the oscillating
device for GSM, and VR353 & C356 form the tank circuit for Q350, the oscillating device for DCS.
The control voltage, CP_OUT, from the TIC (pin 8) passes through the loop filter (C378,C379 & R377) in
order to clean up this signal before it reaches the required varactor for the mode of operation. Q309 determines what Tx VCO is on via control signals C1 & C2. C2 forward biases Q351 for GSM and C1 forward biases Q350 for DCS. This control voltage from the TIC changes the capacitance of the varactor;
the higher the voltage, the lower the capacitance and therefore, the higher the frequency of oscillations.
Capacitors C360 & C361 are feedback capacitors for GSM and C354 & C355 are feedback capacitors
for DCS. TL350 and TL360 are used as RF chokes to prevent RF from going to the control lines
Logic_GSM_*DCS, DM_CS and B+. L350 is used as an RF choke to prevent RF from going onto the
R275 supply voltage. Transmission lines TL351 & TL361 are used as part of the frequency determining
network for their respective circuits.
The output of the VCO’s are then sent to two points: pin 14 of the TIC and to the base of the Tx Exciter
buffer amplifier Q331 and then onto the exciter Q330.
Tx_Exciter
TX VCO
TX VCO
GSM
DCS
VR354
VR353
Q331/Q330
LOOP
FILTER
8
14
GIF_SYN
TIC
U370
U220
4
MAIN
1
VCO
IF from GIF
BLOCK DIAGRAM OF Tx VCO TO EXCITER
Iain Mawhinney
21/6/98
PAGE 32
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
FROM EXCITER TO POWER AMP.
Circuit Description:
The input from the Tx VCO is passed through the driver Q330 to produce a gain of 8dBm/12dBm, then
the signal is passed through a impedance matching circuit using C316, C334, C329, C324, C396,
TL310, TL309. The signal is then input to the PA via pin 8. The exciters output is controlled by the PAC
I.C. (U340). This IC allows the amplifier to have a linear control voltage for ramp up/down of the PA output level. Once the transmitter is on, the peak RF power of the PA will be coupled back to pin 2 (RF_IN)
of the PAC via the filter FL301. The RF detector internal to the PAC, will output a DC voltage proportional to the peak RF power. The RF detector output will be an input to a comparator (internal to the PAC),
which is used to indicate the presence of the RF power. The gain is determined by pin 11 (DET_SW).
This is a control signal from the SMoC to the PAC.
The AOC is an input from the SMoC to the PAC, its output level is determined by the PA DAC values 015. The voltage on the AOC will determine the output power of the transmitter. The output on pin 7(EXC
of the PAC) will drive the exciter and PA stages so that the RF power level presented to the RF detector
results in equality of the voltage present at pin 6(INT) and pin 8(AOC).
When this condition is met, the PA is being driven at the proper level.The PAC I.C. also contains a saturation detector. If the buffer amplifier lags too far behind the AOC signal, its output pin 12(SAT_DET) will
go low, indicating that the loop is near saturation. SAT_DET is output from the PAC I.C. to the SMoC
I.C., when this signal is low the SMoC will reduce AOC until pin 12(SAT_DET) goes high.
The Tx output of the PA (pins 2,3,4) will be input to the bandpass filter FL301(17dBm/13dBm Loss) before being passed onto the RF Switch (U401 pin 2). The RF Switch will then route the Tx signal to the
antenna or the external connector whichever is required.
RF
SWITCH
FL301
EXCITER
Q350
PA
Q360
TX
VCO
O
7
PAC 12
4
U310
11
9
8
SAT DET
DET SW
AOC
SMOC
U500
PAC IC OPERATION.
Iain Mawhinney
21/6/98
PAGE 33
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Circuit Description:
The PAC IC (U340) is used to provide precise control for the ramp up/down, of the transmit power of the
radio transmitter.
Once the transmitter is on, the peak RF power out of the PA (U301) will be fed back to the PAC IC
pin2(RF_IN) via FL301 and C341. The RF detector internal to the PAC, will output a DC voltage proportional to that of the peak power. The RF detector output will then be an input to a comparator (internal to
the PAC), which is used to indicate the presence of RF power, a sufficient RF level must be present in
order to be measured by the detector, the RF detector output will also go through a buffer amplifier
which has a two gain setting. This gain setting is determined by pin11 (DET_SW). This is an input to the
PAC IC from the MODEM. Its output level (high or low) is determined by the DAC values (DET_HIGH
and DET_LOW). When pin11 (DET_SW) is low the gain will be 1 and when it is high the gain will be 3.
The comparator output which is pin9 (ACT) will be low when the RF detector detects an RF signal at
pin2 (RF_IN). The output from the buffer amplifier will be an input to the integrator from pin5 (F.B.) via
external resistor R340 and back to pin6 (INT). The other input to the integrator will be pin8 (AOC). The
AOC is an input to the PAC IC from the MODEM IC, its output level is determined by the PA DAC values
0-through-15. The voltage on the AOC line will determine the output power of the transmitter. The integrator output pin7 (EXC) will drive the exciter and PA stage, so that the RF Power level presented to the
RF detector results in equality of the voltage present at pin6 (INT) and pin8 (AOC).
When this condition is met, the PA is being driven at the proper level. The PAC IC (U340) also contains
a saturation detector. The output of the buffer amplifier and the input on pin8 (AOC) will be the inputs to
this detector.
See Diagram overleaf:
Iain Mawhinney
21/6/98
PAGE 34
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
1.8Ghz max
7v peak max
power range
0v=high/float=low
rf in
fb
pin2
int
pin5
pin11
pin6
rf
detector
(integrator)
loop activity
detection
pin7
power
range
selection
To exciter
(buffer amplifier)
(comparator)
saturation
detector
tx_en
PAC IC
pin4
ov=off
5v=on
pin10
pin9
act
pin13
pin12
sat_byp
pin8
aoc
sat_det
tx_key
aoc drive
BLOCK DIAGRAM PAC IC.
Iain Mawhinney
21/6/98
PAGE 35
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
RELEVANT CONTROL SIGNALS FOR THE RF PATH.
Rx_EN
Rx_EN is generated by the microprocessor (pinA9) and is used to control the mixer and LNA bias. When
Rx_EN is low the front end is muted.
Rx_275
This supply to the front end is taken from the V2 regulator(Q221) on the GIF_SYN. It is used to bias the
receive front end LNA. The voltage is regulated at 2.75Vdc +/- 50m Vdc.
SW_VCC
This signal comes from the GIF_SYN regulator via pin 33 and is used to supply the Isolation amp. It also
supplies the diode switching network Q100 & Q105 for the GSM_*DCS/*GSM_DCS signals.
VREF
This switched supply is generated in the GCAP (pin 11) and is on when ever the radio is on. The supply
is used for the reference inputs of the GIF_SYN IC regulators on the RF section. typically 2.75Vdc +/75mVdc.
RF_START
This signal is generated in the microprocessor (pin C2) and drives the GIF_SYN IC. The signal must be
high in order the allow changing data into the shift registers without affecting the current programming.
The pulse also initiates the adapt sequence in the receive IF section.
R475
This regulated supply is generated by the FCAP (pin 41) and is on when ever the radio is powered up. It
is used to drive the charge pump section of the GIF_SYN IC and TIC IC.
Typically 4.75 +/- 75mVdc.
R275
This signal is generated by the GCAP (pin 28) and is used to supply voltage for the TIC and the TX_VCO.
Typically 2.75Vdc +/- 75mV
(Note all these sections will be enabled by TX_EN.
Iain Mawhinney
21/6/98
PAGE 36
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Tx_EN
This is an inverted version of TX_ON_OFF from the microprocessor(pin B1) and is used by the
GIF_SYN,TIC, TX_VCO, and the T/R-RF switch.
-1OV
This is a low current supply used by the Tx/Rx switch and is generated externally by regulator U101 using
L500 as its supply.
DM_CS
This signal is generated by inverting the *DM_CS generated by the microprocessor at pinD2 (TP51).The
inverted signal is a 3V CMOS level signal which is also routed to the 3V SMoC IC.
TX_KEY
This is an Active high digital input to the SMoC IC(pin16) generated by the microprocessor(pinC1) indicating the location of the transmission bursts. It interrupts the SMoC IC and indicates the transmitter
ramp up and down operation.
*GSM_DCS
This is an active low digital signal inverted from the Logic GSM_*DCS signal generated by the microprocessor(pinB5). It is used to control GSM or DCS operation and switches the Main Vco/Tx External
oscillator/Tx Vco/PA/Tx filtering and LNA stages accordingly.
Iain Mawhinney
21/6/98
PAGE 37
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Section 7
Iain Mawhinney
21/6/98
PAGE 38
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
CONTENTS
1)
Logic Overview
Page 40.
2)
I.C. Description
Page 41.
3)
Bootcodes
Page 43.
4)
Power Up Sequence
Page 45.
5)
13Mhz Clock
Page 47.
6)
Clock Modulation Circuit
Page 49.
7)
Audio Control Circuitry
Page 50.
Iain Mawhinney
21/6/98
PAGE 39
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Iain Mawhinney
21/6/98
PAGE 40
512K
+
16
8K 8
EEPROM
+
32K 8
SRAM
+
+
Iain Mawhinney
FLASH
EEPROM
Memory
Data
D0-D15
Address
A0-A18
SPI Interface
SMoC
68338
Data D0-D3
Enable/Control
Control(10)
196_BGA
SIM Interface
Peripherals
EMMI
DHFA
Headset
D8-D15
BIC 4.1
DSC Bus
A0-A4
Keypad
Reset/
Watchdog
GCAP
Batt+
PAGE 41
Thermistor
3.6V
Battery
Pack
(Shrink Wrapped)
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Sim Card
96 32 Pixel
LCD Display
+
21/6/98
32K 8
SRAM
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
I.C.DESCRIPTION
U220 Gif_Syn_5.2.
This chip has the following functions:
Generation of RXI & RXQ signals, Supplies Main VCO and external tanks, cleans up the 13Mhz, RX demodulation, Tx modulation and data links with the SMoC.
U340 PAC IC.
This IC controls the transmit power levels of the phone.
U370 TIC IC.
This IC operates as a phase lock loop, it controls the TX VCO by the use of the Modulated IF from the
Gif, the Main VCO and feedback from the TX VCO.
U500 SMoC.
This IC carries out the following functions:
Modulation, Demodulation, Rx Baseband Analogue Signals (RXI&Q + IQref), Tx Inphase & Quadrature
signals, RF_SPI & RF_SCK, SPI Bus from Microprocessor to RF Board, DM_CS for TX path enable,
AOC/SAT_DET/DET_SW for PAC Control, Routes speech data between SMoC and BIC, AFC Control,
AGC Control and A/D Conversion via the MDM_ANA_VCC.
U701 Microprocessor.
The Call processor controls the keypad, Tx, Rx, etc. and routes data to the various IC’s in the phone.
U702 SRAM.
This IC contains the phones Random Access Memory.
Iain Mawhinney
21/6/98
PAGE 42
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
U703 BIC_4.1.
The Bus Interface chip is responsible for all the external communication interfacing, it contains the A/D
and D/A convertors and also routes the clock to the logic IC’s.
U704 Flash Eprom.
This chip contains the phones software.
U705 EEprom.
This chip contains the phones phasing data after it has passed through test.
U900 GCAP IC.
The GCAP (Global Control Audio Power) provides regulated power supplies for both the Logic and RF
sections of the phone. These supplies are R475, R275, L500, L275, VREF and VSWITCH.
R475: supplies the charge pumps in the GIF and the TIC, which drive the VCO’s.
R275: Is the supply/VCC for the TX VCO and the TIC IC.
L500: Is the 5V supply for the DSC bus, SIM interface and the -10V regulator used for the T/R Switch
control.
L275: Is the 2.75V supply for all logic IC’s, SMoC and the display
VREF: Is the reference voltage for the GIF.
VSWITCH: The supply voltage is too low for the R475 & L500, so the DC/DC convertor mode of
the GCAP is used to convert the supply up to 5.6V(Vswitch).
Iain Mawhinney
21/6/98
PAGE 43
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
BOOTCODES
Bootcode programming is necessary when we are using unprogrammed or virgin Eproms.
The main reason for using Virgin Eproms are:
1. Supply...................There are no problems associated with the supply of virgin eproms.
2. Cost.......................The cost of using virgin Eproms is significantly reduced.
3. Adaptabilty.......Changes in software can be incorporated into the virgin Eproms much easier.
4. Security..............Our software stays in-house reducing the risk of security breaches.
The following is a list of the BDM (Background develop mode) fail codes.
BDM L275
This is a check to see if the 2.75V is present at the output of the Gcap. The L275 voltage level is
checked by the bootcode bay probing onto one of the boot code test points on the board. Note that the
L275 is a supply for the logic side of the PCB.
BDM SIMS
This is when the bootcode bay software sets up the SIM Register in the processor, so that background
mode can take control.
BDM ERAS
This is when the bootcode bay tries to erase all the data in the bootcode area of the Eprom whether it
has already been done or not.
BDM PROG
The bootcode is programmed into the Eprom at this point which contains factory information relating to
that particular model of phone.
BDM COMP
At this point the contents of the bootcode area of the Eprom is read back by the testbay and compared
to the original data sent out.
Iain Mawhinney
21/6/98
PAGE 44
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
START
logic and
reference
regulators
turn on
13Mhz
clock
activation
chip enables
on IC’s
applied
EMMI
comms.
generated
power up
sequence
complete
END
Iain Mawhinney
21/6/98
PAGE 45
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
START
BDM
L275
is
L275
present?
NO
de-bug as
power-up
fail
YES
BDM
SIMS
is sim
register
being set?
NO
YES
BDM
ERAS
has data
been erased
?
YES
NO
check all logic
IC’s for DJ’s,SS’s
is EPROM faulty?
BDM
PROG
has
bootcode
programmed
into ROM
ok?
YES
NO
BDM
COMP
does
data in eprom
compare
ok?
YES
END
NO
BDM FLOW CHART
POWER UP SEQUENCE
Iain Mawhinney
21/6/98
PAGE 46
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
When the ON button is pressed pin 24 on the Gcap is taken low, when this happens if B+ is present at
pin 40 of the Gcap, then the Gcap turns on the logic and reference regulators L275/R275 (pins 22/28).
Once this has happened VREF pin11 is fed to the Gif_syn on pin 16.
When all these supplies are present the Gif_syn will turn on the 13Mhz clock. This 13Mhz clock is generated by the crystal Y702 and output by the Gif_syn at pin 59 and fed to the BIC, SMoC and Microprocessor.
At the same time the ON button is pressed the Gcap sets the reset line (pin 30) low, which allows the
13Mhz to stabilise and then allows reset to go high, allowing for bootcode programming and systems execution, i.e. chip enables, data/address bus and EMMI communications.
13_DCLK_B
CLK_13IN
BIC
GIFSYN
CPU
XTAL
AFC
SMOC
POWER SUPPLY FLOW CHART
Iain Mawhinney
21/6/98
PAGE 47
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
START
TIE THE
W/DOG
is B+ on
GCAP ?
NO
CHECK
B+
PATH
YES
are regs.
present
L275 R275
NO
CHECK GCAP
FOR DJ’s SS’s
ETC.
YES
CHECK GIF IS
SUPPLIED
Vref(P16)
CHECK
Gif_syn.
NO
are GIF
supplies
ok
YES
END
13Mhz CLOCK
Iain Mawhinney
21/6/98
PAGE 48
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
The 13Mhz clock is generated by the crystal oscillator circuit (Y702). It is input to the Gif_syn (U220) at
pin 57. This signal is used internally by the Gif_syn for the 2nd LO and offset VCO by dividing down to
1Mhz and for the main VCO by dividing down to 2.6Mhz to supply a reference to those circuits. The
13Mhz clock will be output from the Gif_syn on pin 59 and input to the BIC (U703)on pin 17. The BIC will
amplify and square up the 13Mhz and output it on pin 37, where it changes to 13_DCLK_B. This signal
will then go to the microprocessor (U701) pin M7 and also the SMoC at pin 40.
Iain Mawhinney
21/6/98
PAGE 49
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
START
ALL SUPPLIES
CHECKED
YES
is
XTAL
generating
13Mhz
NO
check supply
from SmoC
to varactor
(P38) CLK XTAL
YES
check clock
on BIC (P17) in
(P37) out
NO
is CLK
on CPU
and SmoC
YES
END
CLOCK MODULATION CIRCUIT
Iain Mawhinney
21/6/98
PAGE 50
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
Due to the 62nd and 63rd harmonics of the 13Mhz crystal clock interfering with the transmit frequencies
on channels 5 and 70, a clock modulation circuit is used on the clock output. Internally programmed in
the Gif_syn is the software to enable this, only when on these two channels. When this happens the
Gif_syn outputs a 2.75V 500Khz pulse to the collector of Q220. The Gcap constantly gives a pump output to the base of Q220, which is also a 500Khz signal. These two signals will switch on Q220 and amplitude modulation takes place in the 13Mhz output from the Gif_syn. This will introduce some phase
modulation which will knock the 13Mhz plus or minus off frequency very slightly and will therefore knock
the 62nd and 63rd harmonics off frequency a lot further away from the transmit channel frequencies of
channels 5 and 70. See below:
1
R221
C221
Q220
GCAP
R800
C224
R224
29
GIFSYN
59
R239
R228
57
C238
13 MHz TO BIC
FROM XTAL
C237
AUDIO CONTROL CIRCUITRY
Iain Mawhinney
21/6/98
PAGE 51
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
When referring to audio circuitry we are talking about the circuitry used to transfer the audio signals from
the input source to the U500 (SMoC), or from the U500 to the audio output. The audio input source can
either be from the radio’s microphone or an external microphone. The audio output source can either be
the radio’s speaker, the radio’s alert speaker or an external speaker. We can therefore see that there
are a number of different paths that can be used by the phone to transfer these audio signals.
The routing of these signals is controlled by the microprocessor (U701) via the SMoC IC using the control ports AUD_EN1(U500 pin 57) and AUD_EN2(U500 pin 60). These Audio Enable lines go to U900
pins 44 and 45 respectively. By switching these ports either high or low the processor can control which
of the internal amplifiers of U900 are activated thus controlling which audio path is being used. The table
below shows the Audio enable signal combinations.
AUDIO SOURCE
AUD_EN
1
AUD_EN
2
Ear
Piece
Alert
Mic
Ext. Aud
No Audio Signals
0V
0V
OFF
OFF
OFF
OFF
Radio mic/speaker
0V
2.7V
ON
OFF
ON
OFF
Alert
2.7V
0V
OFF
ON
OFF
OFF
Car Kit Connection
2.7V
2.7V
OFF
OFF
OFF
ON
Audio Enable Signal Combinations.
A-D CONVERSION OF AUDIO SIGNAL
Iain Mawhinney
21/6/98
PAGE 52
MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION
When the audio is in a call, the analogue signal is digitally coded inside the U500. The digital coding
process is as follows:
* Analogue signal enters U500.
* The signal is A-D converted by the codec section of the U500 (SMoC) resulting in a 64 kBits/sec data
stream.
*The 64kBits/sec digital data is then input to the speech coder section of the U500 where it is compressed to 13kBits/sec by internal software algorithms.
* A further 9kBits/sec of error correction bits are added to the signal in conjunction with the microprocessor (U701) giving a total of 22kBits/sec of digitally speech coded signal for transmission.
* This digital stream is then sent to the modem section of the U500 where the signal is converted into
TXI & Q signals which are then transmitted via the transmit path.
D - A CONVERSION OF AUDIO SIGNAL
D - A conversion is the reverse of the above process as far as the codec. Then, after the codec converts
the signal to analogue, it is amplified within the U500 before being sent to U900. The attenuation is variable from 0 - 35dB in eight 5dB steps and controls the audio volume. The signal then exits U500 and follows the configured audio path to U900.
Note:- When the radio is in audio loopback mode the following happens.
* Audio signal is passed through the input path.
* Signal is digitally coded.
* Digital information is looped back and decoded to analogue.
* Signal is passed through output path.
When in audio loopback mode the analogue signal is coded, looped back and decoded - it is not sent to
the modem to be converted to I & Q signals.
Iain Mawhinney
21/6/98
PAGE 53
Zap Flip Version (CD920)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 1
/16
Schematic Symbol
---------------A1
BT700
C00102
C00103
C00104
C00107
C00201
C00203
C00205
C00206
C00207
C00208
C00209
C00210
C00211
C00212
C00213
C00216
C00234
C00235
C00239
C00244
C00247
C00250
C00251
C00252
C00271
C00301
C00304
C00314
C00317
C00318
C00322
C00337
C00340
C00341
C00342
C00343
C00344
C00345
C00346
C00350
C00353
C00360
C00361
C00362
C00363
C00364
C00365
C00367
C00370
C00371
C00372
C00373
Component
-----------3909155T01
0909888M01
2311049A54
2311049A54
2311049A56
2113743N50
2113743N50
2113743N36
2113743L17
2113743N07
2113743N35
2113743N16
2113740L12
2113743L41
2113740L12
2113743N32
2113740L12
2113743N09
2113743L17
2113743N50
2113743N34
2113743N40
2113740A67
2113743N34
2109622N16
2109622N16
2113743L41
2113741F49
2113743N50
2113743E20
2113743N36
2113743N36
2113743N40
2113743N42
2113743N26
2113743N34
2113743L01
2113743N34
2113743L17
2113743L01
2113743L01
2113743L41
2113743N18
2113743N26
2113743N36
2113743L17
2113743N40
2113740F39
2113743M08
2113743N18
2113743N50
2113743N34
2113743N34
2113743N40
Intermediate
-----------0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------CNTCT ANT ZAP
RECEPT XDCR SMD
CAP TAN CHIP A/P 3.3 20 16
CAP TAN CHIP A/P 3.3 20 16
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 100 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1.5 PF +-.25PF COG
CAP CHIP 24.0 PF 5% COG
CAP CHIP 3.9 PF +-.25PF COG
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 10000 PF 10% X7R
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 18.0 PF 5% COG
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 2.0 PF +-.25PF COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 330
CAP CHIP 22.0 PF 5% COG
CAP CER CHIP NPO CLASS I
CAP CER CHIP NPO CLASS I
CAP CHIP 10000 PF 10% X7R
CAP CHIP CL2 X7R REEL 10000
CAP CHIP 100 PF 5% COG
CAP CHIP .10 UF 10%
CAP CHIP 27.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
CAP CHIP 47.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 220 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 39.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 33
CAP CHIP 22000 PF +80-20% Y5V
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 100 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 2
/16
Schematic Symbol
---------------C00374
C00375
C00376
C00377
C00378
C00379
C00380
C00409
C00410
C00420
C00421
C00422
C00453
C00460
C00461
C00462
C00468
C00469
C00470
C00481
C00482
C00505
C00524
C00525
C00530
C00536
C00537
C00538
C00550
C00551
C00552
C00553
C00554
C00555
C00556
C00557
C00558
C00559
C00560
C00561
C00562
C00563
C00564
C00565
C00605
C00612
C00702
C00704
C00705
C00708
C00715
C00716
C00750
C00751
Component
-----------2113743L17
2113743N26
2113743N26
2113743N34
2113740F57
2109622N16
2113743E11
2113743N36
2113743L41
2113743N26
2113743N26
2113743M24
2113740F11
2113743L17
2113743L17
2113743N46
2113743L17
2113743L17
2113743N12
2113740F27
2113743L41
2113743N34
2113743N54
2113743N36
2113743N54
2113740F61
2113743L05
2113741F29
2113743N54
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743G26
2113743M24
2113743M24
2113743E20
2113743E20
2113743M24
2113743N38
2113743N38
2113743E12
2113743E12
2113743E12
2113743L25
2113743N26
2113743E12
2113743E12
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------CAP CHIP 1000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 180
CAP CER CHIP NPO CLASS I
CAP CHIP .039 UF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP REEL CL1 +/-30 2.2
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 68.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 10
CAP CHIP 10000 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP 150 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 150 PF 5% COG
CAP CHIP REEL CL1 +/130 270
CAP CHIP 330 PF 10% X7R
CAP CHIP CL2 X7R REEL 1500
CAP CHIP 150 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP .10 UF 10%
CAP CHIP .10 UF 10%
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP 2200 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 3
/16
Schematic Symbol
---------------C00752
C00753
C00754
C00755
C00806
C00810
C00812
C00816
C00850
C00858
C00860
C00861
C00901
C00902
C00903
C00904
C00905
C00907
C00908
C00909
C00913
C00914
C00915
C00916
C00977
C00980
C00981
C00983
C00984
C00986
C023
C024
C1
C105
C108
C11
C12
C14
C2
C200
C202
C204
C21
C214
C217
C218
C22
C220
C221
C222
C223
C224
C225
C226
Component
-----------2113743E12
2113743E12
2113743E12
2113743E12
2113743L17
2113743A27
2311049A56
2113743E20
2113743N26
2113743N38
2113743N26
2113743N38
2311049C17
2113743H14
2113743H14
2113743N26
2113743E20
2113928J08
2113743H14
2113743E20
2113928J08
2113743L11
2113928J08
2311049C16
2113743N05
2113743M24
2113743M24
2113743M24
2113743M24
2113743F16
2113743N26
2113743M24
2113743A19
2113743G26
2113743E20
2113740A03
2113740A03
2113740A03
2113743A19
2113743N07
2113743N32
2113743L17
2113743L01
2113743L17
2113743N14
2113743N69
2113743L01
2113743N50
2113743L41
2113743N28
2113743N30
2113743L17
2113740F67
2109622N09
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A38
0109040A38
0109040A38
0109032A85
0109038A80
0109040A38
0109040A38
0109040A38
0109040A38
0109032A85
0109032A85
0109038A80
0109040A38
0109032A85
0109032A85
0109032A85
0109040A38
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP .470 UF 10% 16V
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP .10 UF 10%
CAP CHIP 10.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP TANT CHIP 10 UF 16V 10%
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP 10.0 PF 5% COG
CAP CHIP .10 UF 10%
CAP CERAMIC CHIP 10.0UF
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP .10 UF 10%
CAP CERAMIC CHIP 10.0UF
CAP CHIP 560 PF 10% X7R
CAP CERAMIC CHIP 10.0UF
CAP TANT CHIP 68 UF 10V 10%
CAP CHIP 1.2 PF +-.25PF COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 1.0 UF 16V +80-20%
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP .100 UF 10% X7R
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP .10 UF 10%
CAP CHIP REEL CL1 +/-30 1.0
CAP CHIP REEL CL1 +/-30 1.0
CAP CHIP REEL CL1 +/-30 1.0
CAP CHIP .100 UF 10% X7R
CAP CHIP 1.5 PF +-.25PF COG
CAP CHIP 18.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 3.3 PF +-.25PF COG
CAP CHIP 1.8PF 16V +/-.25PF
CAP CHIP 220 PF 10% X7R
CAP CHIP 100 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 12.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP CL1 +/-30 470 5%
CAP CER CHIP NPO CLASS I
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 4
/16
Schematic Symbol
---------------C227
C228
C229
C230
C231
C232
C233
C236
C237
C238
C240
C241
C242
C243
C246
C248
C249
C253
C254
C255
C256
C257
C259
C260
C261
C262
C263
C264
C265
C266
C267
C268
C269
C299
C3
C300
C302
C306
C307
C308
C309
C310
C311
C312
C313
C315
C319
C320
C321
C323
C324
C326
C327
C330
Component
-----------2113743L41
2113743L17
2113743L17
2113743L17
2113743L17
2113743L41
2113743L17
2113743N50
2113743N26
2113743N50
2113743L17
2113743N46
2113743L41
2113743G26
2113743L41
2113740A79
2113743N03
2311049A56
2113743N34
2113743N34
2113743N20
2113743L41
2113743G26
2113743N10
2113743M24
2113743L41
2113743L17
2311049A56
2113743N34
2113743N32
2113740F67
2113743N54
2109622N09
2113743N10
2113743A19
2113928J08
2113743M24
2113740F09
2113740L09
2113743N14
2113743N20
2113740F11
2113740L10
2113742C30
2113743N26
2113743N10
2113743N50
2113743N36
2113743N20
2113743N30
2113743N30
2113743N36
2113743N24
2113743N24
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A38
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A85
0109038A80
0109032A85
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 68.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 10000 PF 10% X7R
CAP CHIP REEL CL1 +/-30 1000
CAP CHIP 1.0 PF +-.25PF COG
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 22.0 PF 5% COG
CAP CHIP 18.0 PF 5% COG
CAP CHIP CL1 +/-30 470 5%
CAP CHIP 150 PF 5% COG
CAP CER CHIP NPO CLASS I
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP .100 UF 10% X7R
CAP CERAMIC CHIP 10.0UF
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP REEL CL1 +/-30 1.8
CAP CER CHIP 4.3 PF +-0.1PF
CAP CHIP 3.3 PF +-.25PF COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP REEL CL1 +/-30 2.2
CAP CER CHIP 4.7 PF +-0.1PF
CAP CER CHP 4.7PF +-.25PF 100V
CAP CHIP 10.0 PF 5% COG
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 100 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 8.2 PF + -.5PF COG
CAP CHIP 8.2 PF + -.5PF COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 5
/16
Schematic Symbol
---------------C331
C333
C335
C338
C347
C349
C351
C354
C355
C356
C357
C359
C366
C369
C381
C382
C383
C384
C385
C388
C389
C390
C391
C392
C393
C394
C395
C397
C399
C4
C402
C403
C408
C411
C412
C413
C415
C416
C417
C418
C419
C430
C432
C433
C435
C436
C437
C438
C439
C440
C463
C5
C600
C601
Component
-----------2113743N10
2113743N26
2113743N20
2113743N20
2113743N34
2113743N34
2113743L25
2113743N10
2113743N22
2113740L20
2113743L17
2113743N20
2113743L41
2113743N07
2311049B04
2113743N69
2113743L41
2113743L17
2113743N26
2113743L17
2113743N36
2113743N01
2113743N02
2113743L05
2113743N26
2113743N18
2113740F19
2113743N34
2113743N36
2113743A19
2113743N18
2113743N36
2113743N26
2113743L41
2113743N10
2113743N36
2113743L41
2113743N36
2113743N34
2113743N50
2113743N26
2113743L41
2113743N08
2113743N26
2113743L41
2113743N26
2113743N26
2113743N50
2113743N50
2113743N12
2113740F13
2113743A19
2113743N34
2113743N38
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A85
0109032A85
0109032A85
0109032A85
0109032A85
0109040A42
0109032A85
0109038A80
0109038A80
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A86
0109032A85
0109040A38
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109040A42
0109040A38
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 2200 PF 10% X7R
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 6.8 PF + -.5PF COG
CAP 12.0 PF 50V 2.0 %
CAP CHIP 1000 PF 10% X7R
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1.5 PF +-.25PF COG
CAP TANT CHIP 4.7 UF 10V 10%
CAP CHIP 1.8PF 16V +/-.25PF
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 0.5 PF +-.25PF COG
CAP CHIP 0.75 PF +-.25PF COG
CAP CHIP 330 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 4.7
CAP CHIP 22.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP .100 UF 10% X7R
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1.6 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 2.7
CAP CHIP .100 UF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 6
/16
Schematic Symbol
---------------C602
C603
C604
C606
C607
C608
C610
C611
C614
C620
C701
C703
C706
C709
C710
C711
C712
C714
C717
C759
C760
C761
C763
C791
C792
C802
C803
C804
C805
C808
C809
C811
C813
C815
C817
C818
C819
C820
C821
C822
C825
C826
C827
C830
C831
C834
C835
C837
C838
C906
C910
C911
C912
C918
Component
-----------2113743M24
2113743N38
2113743N38
2113743N50
2113743N38
2113743N38
2113743N38
2113743N38
2113743N36
2113743L21
2113740F19
2113743N34
2113743E12
2113743E07
2113743N54
2113743E12
2113743E07
2113743L17
2113743N34
2113743E12
2113743E12
2113743E12
2113743L41
2113743N30
2113743N30
2113928J08
2113743A19
2113741F21
2113743A19
2113743N38
2113743N38
2113743N38
2113743N38
2113741F49
2113743E20
2113743E20
2113743N38
2113743N38
2113743N26
2113743N26
2113743E20
2113743L41
2113743N38
2113743N08
2113743N13
2113743N18
2113743N26
2113743N24
2113743N38
2113743H14
2113928J08
2311049A56
2113743L41
2113743N12
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1500 PF 10% X7R
CAP CHIP REEL CL1 +/-30 4.7
CAP CHIP 22.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CER CHIP CAP .022UF
CAP CHIP 150 PF 5% COG
CAP CHIP .047 UF 10% X7R
CER CHIP CAP .022UF
CAP CHIP 1000 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 15.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CERAMIC CHIP 10.0UF
CAP CHIP .100 UF 10% X7R
CAP CHIP CL2 X7R REEL 680
CAP CHIP .100 UF 10% X7R
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP CL2 X7R REEL 10000
CAP CHIP .10 UF 10%
CAP CHIP .10 UF 10%
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP .10 UF 10%
CAP CHIP 10000 PF 10% X7R
CAP CHIP 33.0 PF 5% COG
CAP CHIP 1.6 PF +-.25PF COG
CAP CHIP 3.0 PF +-.25PF COG
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 8.2 PF + -.5PF COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 UF 16V +80-20%
CAP CERAMIC CHIP 10.0UF
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 10000 PF 10% X7R
CAP CHIP 2.7 PF +-.25PF COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 7
/16
Schematic Symbol
---------------C919
C920
C923
C953
C967
C982
C990
C993
C995
C996
C997
C998
C999
CR0202
CR0203
CR0308
CR0505
CR0604
CR0710
CR1
CR2
CR220
CR221
CR223
CR261
CR3
CR301
CR302
CR303
CR304
CR306
CR307
CR501
CR502
CR503
CR504
CR601
CR602
CR605
CR607
CR608
CR702
CR703
CR704
CR705
CR706
CR903
CR910
DS1
DS101
DS102
DS103
DS104
DS2
Component
-----------2113743N12
2113743G26
2113743N12
2113743N26
2113743L17
2113743M24
2113743M24
2113743M24
2113743L11
2113743M24
2113743M24
2113743L17
2113741F33
4809641F02
4809948D22
4809948D22
4813830M74
4809653F07
4809118D01
4809606E02
4813832P75
4809641F02
4809641F04
4809948D05
4809641F02
4813832P75
4809948D22
4809948D22
4809948D10
4809948D13
4809948D13
4809948D13
4809606E08
4809606E08
4809606E08
4809606E08
4809606E02
4809606E07
4809653F07
4809606E07
4809606E02
4809924D11
4809924D11
4809924D11
4809924D11
4809606E08
4809653F07
4809653F07
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A38
0109040A38
0109038A80
0109038A80
0109032A86
0109038A80
0109040A38
0109032A86
0109032A86
0109038A80
0109032A86
0109032A86
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109040A38
0109038A80
0109038A80
0109038A80
0109038A80
0109040A38
Description
-----------------------------CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 560 PF 10% X7R
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 1000 PF 10% X7R
CAP CHIP CL2 X7R REEL 2200
DIODE VCTR ABRUPT SMD SOD232
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR65-02W SCD-80
DIODE DUAL 6.8V COM ANODE
RECT SCHTTKY 1A MBRM120ET3
LED BICOLOR LNJ107W5PRA1
DIODE DUAL ARRAY DAN222
TRANS SUP QUAD 6.8 V
DIODE VCTR ABRUPT SMD SOD232
DIODE VCTR SMV1204-70 SOT23
DIODE RF SWITCH SMT SOD323
DIODE VCTR ABRUPT SMD SOD232
TRANS SUP QUAD 6.8 V
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR63-03
DIODE RF SWITCH BA892 ESC
DIODE RF SWITCH BA892 ESC
DIODE RF SWITCH BA892 ESC
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL ARRAY DAN222
DIODE DUAL ARRAY DA221
RECT SCHTTKY 1A MBRM120ET3
DIODE DUAL ARRAY DA221
DIODE DUAL ARRAY DAN222
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE DUAL SCHOTTKEY RB715F
RECT SCHTTKY 1A MBRM120ET3
RECT SCHTTKY 1A MBRM120ET3
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 8
/16
Schematic Symbol
---------------DS3
DS4
DS5
DS6
FL0480
FL301
FL400
FL401
FL461
FL462
J00500
J00502
J00503
J00504
J00505
J00803
J0803A
J0803B
J506
J507
J600
J603
J802
J900
L00201
L00203
L00204
L00205
L00222
L00226
L00301
L00350
L00401
L00451
L00460
L00461
L00462
L00465
L00498
L00520
L202
L206
L207
L220
L221
L223
L224
L225
L261
L303
L304
L309
L310
L332
Component
-----------4809938N10
4809938N10
4809938N10
4809938N10
9109035M01
9109193T05
9109144M01
9109111C08
9109157M01
9109429J04
2809424M01
3909173T01
3909173T01
3909173T01
3909173T01
0909888M04
3909301S02
3909301S02
3909173T01
3909173T01
0909449B03
0909888M01
0909195E01
3909426M01
2409154M88
2409154M96
2409154M91
2409154M38
2462587Q03
2462587Q36
2409154M84
2409154M37
2409154M38
2409646M30
2409646M28
2409646M70
2409646M26
2409646M44
2409646M72
2462587P36
2409154M96
2409154M83
2409154M96
2409257L15
2409704K50
2462587Q35
2409257L18
2409646M37
2409377M08
2409154M62
2409154M60
2409646M93
2409154M87
2409134J27
Intermediate
-----------0109040A38
0109040A38
0109040A38
0109040A38
0109040A42
0109038A80
0109038A80
0109032A86
0109038A80
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
FLTR SAW BP 215MHZ SMD
FLTR CER LP 897/1747MHZ SMD
FLTR CER RX 900MHZ SMD
FLTR CER 1800 MHZ SMD
FLTR SAW RX+LO 947/727 SMD
FLTR CER RX-LO1800MHZ SMD
HDR INTRBRD CONN 2X16 ZAP
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
RECEPT XDCR SMD
CNTCT BATT PCB ZAPPA
CNTCT BATT PCB ZAPPA
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
RECEPT MODULE 15 PIN SMD
RECEPT XDCR SMD
SKT BOT ENTRY 2 POS
CNTCT BLK SIM CARD READER ZAP
IND CER MLTILYR 10.0NH 1005
IND CER MLTILYR 47.0NH 1005
IND CER MLTILYR 18.0NH 1005
IND CER MLTILYR 15.0NH 1005
IND CHIP 82 NH 20%
IND CHIP 120 NH 10%
IND CER MLTILYR 4.7 NH 1005
IND CER MLTILYR 12.0NH 1005
IND CER MLTILYR 15.0NH 1005
IND CER MULTILYR 8.2NH 1608
IND CER MULTILYR 5.6NH 1608
IND CER MULTILYR 56NH 1608
IND CER MULTILYR 3.9NH 1608
IN CER MULTILYR
IND CER MULTILYR 82NH 1608
CHIP IND 100000 NH
IND CER MLTILYR 47.0NH 1005
IND CER MLTILYR 3.9 NH 1005
IND CER MLTILYR 47.0NH 1005
IND CHIP MLTLYR 18 NH 1608
IND CHIP MULTILYR 120NH 2012
IND CHIP 100 NH 10%
IND CHIP MLTLYR 33 NH 1608
IND CER MULTILYR 33NH 1608
IND CHIP WW 22 NH 5% 1608
IND CER MTLILYR 8.2 NH 1005
IND CER MTLILYR 5.6 NH 1005
IN CER MULTILYR 3.3NH 1608
IND CER MLTILYR 8.2 NH 1005
IND CHIP FER FLTR 1000 0402
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 9
/16
Schematic Symbol
---------------L351
L367
L402
L410
L411
L413
L430
L902
PCB
PCB
Q00109
Q00111
Q00201
Q00202
Q00206
Q00301
Q00305
Q00351
Q00460
Q00480
Q00501
Q00520
Q00602
Q00603
Q00604
Q00605
Q00704
Q00705
Q00711
Q0412
Q1
Q100
Q100
Q101
Q105
Q2
Q200
Q205
Q220
Q221
Q222
Q300
Q304
Q306
Q309
Q330
Q331
Q350
Q410
Q411
Q430
Q431
Q601
Q701
Component
-----------2409154M83
2409154M84
2409154M60
2409646M30
2409646M56
2409646M81
2409154M81
2503788S10
8403913S05
8409261U15
4809605E02
4809605E05
4809527E24
4809527E24
4809527E24
4809579E17
4809939C06
4809940E01
4809527E20
4809940E01
4809607E05
4809607E05
4809939C05
4809608E03
4809607E04
4809605E02
4809940E02
4809940E02
4809939C10
4809939C07
4809607E02
4809939C05
4809605E05
4809605E02
4809608E03
4809607E02
4809527E30
4809939C07
4809605E02
4809579E18
4809579E18
4809939C12
4809939C07
4809939C06
4809939C07
4809527E26
4809527E24
4809940E01
4809527E30
4809527E24
4809527E32
4809527E24
4809579E04
4809605E02
Intermediate
-----------0109038A80
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109040A38
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109040A38
0109032A85
0109040A38
0109040A38
0109032A85
0109040A38
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109040A42
0109032A85
0109032A85
0109032A85
0109038A80
0109038A80
0109032A85
0109038A80
0109038A80
0109032A86
0109032A86
0109038A80
0109038A80
Description
-----------------------------IND CER MLTILYR 3.9 NH 1005
IND CER MLTILYR 4.7 NH 1005
IND CER MTLILYR 5.6 NH 1005
IND CER MULTILYR 8.2NH 1608
IN CER MULTILYR 10 NH 1608
IN CER MULTILYR 10 NH 1608
IND CER MLTILYR 2.7 NH 1005
IND PWR 33 UH 20% 0.58A D01608
PCB ZAP METAL DOME KYPD
PCB ZAP TSOP XCVR
TSTR SIG NPN 2SC4617
TSTR SIG NPN 2SD1664 SOT89
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF MRF949LT1 SC-90
TSTR MOSFET P-CHAN SI9424
TSTR DUAL PNP/NPN UMZ2N
TSTR NPN MRF947 A/P
TSTR NPN RF 2SC4784 SC70
TSTR NPN MRF947 A/P
TSTR PNP DTA143EE
TSTR PNP DTA143EE
TSTR DUAL NPN/PNP UMC 5
TSTR DIG PNP DTA114YE
TSTR SIG PNP 2SB1132 SOT89
TSTR SIG NPN 2SC4617
TSTR DIG NPN DTC114YE
TSTR DIG NPN DTC114YE
TSTR DUAL PNP/PNP UMT1N
TSTR DUAL PNP/PNP UMA4NTL
TSTR SIG PNP 25A1774
TSTR DUAL NPN/PNP UMC 5
TSTR SIG NPN 2SD1664 SOT89
TSTR SIG NPN 2SC4617
TSTR DIG PNP DTA114YE
TSTR SIG PNP 25A1774
TSTR NPN RF NE68719 SC90
TSTR DUAL PNP/PNP UMA4NTL
TSTR SIG NPN 2SC4617
TSTR MOSFET P-CHAN TP0101T
TSTR MOSFET P-CHAN TP0101T
TSTR DUAL NPN/NPN UPA806T-T1
TSTR DUAL PNP/PNP UMA4NTL
TSTR DUAL PNP/NPN UMZ2N
TSTR DUAL PNP/PNP UMA4NTL
TSTR NPN RF 25C5081 SOT343
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN MRF947 A/P
TSTR NPN RF NE68719 SC90
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF BFP320W
TSTR NPN RF MRF949LT1 SC-90
TSTR MOSFET P-CHAN SI9434DY
TSTR SIG NPN 2SC4617
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 10
/16
Schematic Symbol
---------------Q702
Q703
Q706
Q709
Q905
Q906
Q907
R00118
R00121
R00202
R00203
R00204
R00205
R00206
R00207
R00209
R00210
R00211
R00212
R00213
R00214
R00227
R00229
R00232
R00233
R00234
R00245
R00301
R00302
R00305
R00306
R00307
R00309
R00313
R00316
R00318
R00318
R00321
R00328
R00330
R00331
R00335
R00337
R00340
R00341
R00342
R00343
R00354
R00357
R00358
R00370
R00374
R00377
R00405
Component
-----------4809940E03
4813824M33
4809605E02
4809608E03
4809939C10
4809579E17
4809939C05
0660076N03
0662057M80
0662057M43
0662057M54
0662057M90
0662057M84
0662057M52
0662057M60
0662057M34
0662057M78
0662057M74
0662057M82
0662057M80
0662057M43
0662057M43
0662057M38
0662057M98
0662057M38
0662057M84
0662057M68
0662057M62
0662057M90
0662057M76
0662057M60
0662057M74
0609591M43
0662057M43
0662057M98
0662057M01
0662057M70
0662057M80
0662057M01
0662057M70
0662057M74
0662057M44
0662057M40
0662057M94
0662057N23
0662057M94
0662057M01
0662057M82
0662057M38
0662057M90
0662057M54
0662057M26
0662057M43
0662057M82
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A85
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------TSTR DIG NPN DTC114TE
TSTR NPN 60V .6A GEN PURP
TSTR SIG NPN 2SC4617
TSTR DIG PNP DTA114YE
TSTR DUAL PNP/PNP UMT1N
TSTR MOSFET P-CHAN SI9424
TSTR DUAL NPN/PNP UMC 5
RES CHIP 12 OHM 5 1/8W
RES. CHIP 1800 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 120 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 22
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 51
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 1000 5% 20X40
RES CHIP DUAL 33K 5% 0.63W
RES. CHIP 51
5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 1000 5% 20X40
RES CHIP 56 5% 20X40
RES. CHIP 39
5% 20X40
RES. CHIP 6800 5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 6800 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 2200 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 2200 5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 11
/16
Schematic Symbol
---------------R00406
R00451
R00461
R00462
R00468
R00480
R00481
R00482
R00483
R00501
R00502
R00504
R00505
R00510
R00511
R00514
R00516
R00525
R00526
R00555
R00601
R00606
R00607
R00608
R00616
R00617
R00703
R00705
R00712
R00723
R00726
R00728
R00732
R00733
R00734
R00735
R00736
R00739
R00740
R00741
R00742
R00743
R00753
R00770
R00771
R00772
R00773
R00774
R00775
R00776
R00777
R00778
R00805
R00806
Component
-----------0662057N23
0662057M01
0662057M84
0662057M82
0662057M52
0662057M76
0662057M82
0662057M62
0662057M60
0662057M01
0662057M74
0662057M98
0662057N03
0662057N15
0662057M01
0662057M74
0662057N15
0662057M74
0662057M60
0662057N15
0662057N06
0662057N23
0662057N11
0662057N01
0662057M74
0662057M98
0609591M39
0609591M39
0609591M39
0662057M01
0609591M39
0662057N15
0662057N06
0662057M61
0609591M39
0662057M50
0662057M98
0609591M39
0662057M98
0662057M74
0662057N03
0662057N03
0609591M39
0609591M37
0609591M37
0609591M37
0609591M37
0609591M49
0609591M49
0609591M49
0662057N23
0662057N15
0662057N19
0662057M68
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------RES. CHIP 100K 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 120 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 20K
5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 33K
5% 20X40
RES CHIP 12K 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 0
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 47K
5% 20X40
RES. CHIP 20K
5% 20X40
RES CHIP 300 5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 10K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 15K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 100K 5% .63W
RES. CHIP 100K 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 68K
5% 20X40
RES. CHIP 560 5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 12
/16
Schematic Symbol
---------------R00808
R00812
R00852
R00853
R00920
R00977
R00984
R00985
R102
R103
R103
R104
R106
R106
R107
R107
R108
R109
R110
R111
R14
R15
R18
R200
R215
R216
R217
R219
R220
R221
R222
R223
R224
R225
R226
R228
R230
R231
R238
R239
R240
R241
R242
R243
R250
R303
R310
R311
R312
R313
R314
R315
R319
R320
Component
-----------0662057M90
0662057M74
0662057M26
0662057M26
0662057M74
0662057M76
0662057M98
0609591M42
0609591M07
0609591M07
0660076N55
0660076N01
0662057N11
0699200A13
0662057N11
0699200A13
0699200A13
0660076N89
0662057M62
0662057M98
0660076N79
0660076P11
0660076N87
0662057M38
0662057M76
0662057M90
0662057M85
0662057M38
0662057M80
0662057N03
0662057N07
0662057M26
0662057N15
0662057M98
0662057M38
0662057M26
0662057N13
0662057N29
0662057M50
0662057N17
0662057M80
0662057N07
0662057M98
0662057M82
0662057M68
0662057M43
0662057M74
0662057M70
0662057M70
0662057M43
0662057M78
0662057M01
0662057M74
0662057M58
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109040A38
0109040A38
0109032A85
0109040A38
0109032A85
0109040A38
0109040A38
0109040A38
0109032A85
0109032A85
0109040A38
0109040A38
0109040A38
0109032A85
0109032A85
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A85
0109032A85
0109038A80
0109032A86
0109032A86
0109032A86
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
Description
-----------------------------RES. CHIP 4700 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 27K 5% 0.63W
RES CHIP DUAL 33 5% 0.63W
RES CHIP DUAL 33 5% 0.63W
RES CHIP 1800 OHM 1/16 W
RES CHIP 10 OHM 5 1/16W
RES. CHIP 33K
5% 20X40
RES CHIP DUAL 33 5% 0603
RES. CHIP 33K
5% 20X40
RES CHIP DUAL 33 5% 0603
RES CHIP DUAL 33 5% 0603
RES CHIP 47 K OHM 1/16 W
RES. CHIP 330 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 18 K OHM 1/16 W
RES CHIP 270K OHM 5 1/8W
RES CHIP 39 K OHM 1/16 W
RES CHIP 33 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 3000 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 39K
5% 20X40
RES CHIP 180K 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 56K
5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 220 5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 13
/16
Schematic Symbol
---------------R322
R324
R325
R326
R329
R332
R333
R334
R336
R339
R349
R351
R353
R355
R368
R369
R371
R373
R410
R411
R412
R415
R418
R430
R431
R432
R433
R437
R450
R602
R603
R611
R614
R650
R701
R704
R706
R707
R708
R709
R710
R711
R713
R714
R715
R716
R717
R718
R719
R720
R721
R722
R724
R725
Component
-----------0662057M98
0662057N09
0662057N01
0662057N03
0662057M78
0662057M38
0662057M92
0662057M88
0662057M26
0662057M62
0662057M26
0662057M90
0662057M34
0662057M82
0662057M78
0662057M80
0662057N47
0662057N47
0662057M30
0662057M92
0662057M90
0609591M33
0662057M50
0662057M30
0609591M33
0662057M90
0662057M92
0662057M54
0662057M01
0680195M64
0662057M50
0609591M37
0662057M98
0662057M90
0662057M98
0662057M74
0662057M98
0662057N23
0609591M57
0662057N23
0609591M49
0609591M39
0662057N23
0662057M50
0662057N03
0662057M74
0662057M78
0662057M74
0662057M50
0662057N07
0662057M58
0662057M98
0662057M50
0662057M98
Intermediate
-----------0109032A85
0109032A85
0109032A85
0109032A85
0109032A86
0109038A80
0109038A80
0109038A80
0109032A85
0109038A80
0109038A80
0109032A85
0109032A85
0109032A85
0109032A85
0109032A85
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------RES. CHIP 10K
5% 20X40
RES. CHIP 27K
5% 20X40
RES CHIP 12K 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 1500 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 3900 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 22
5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 1.0 MEG 5% 20X40
RES. CHIP 1.0 MEG 5% 20X40
RES. CHIP 15 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 4700 5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 15 5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 4700 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 0
5% 20X40
RES 0.24 OHM 1/2W
RES. CHIP 100 5% 20X40
RES CHIP DUAL 10K 5% 0.63W
RES. CHIP 10K
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 100K 5% 20X40
RES CHIP DUAL 470K 5% .63W
RES. CHIP 100K 5% 20X40
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 100K 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 220 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 10K
5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 14
/16
Schematic Symbol
---------------R731
R745
R754
R755
R765
R766
R791
R800
R801
R802
R803
R804
R807
R809
R810
R811
R815
R817
R818
R819
R901
R905
R911
R912
R913
R914
R915
R980
R982
R988
R990
R993
R994
R996
R997
RT1
S119
SH0005
SH0006
SH0007
SH0008
SH0009
SH0011
SH0013
SH1
SH12
SH14
SH2
SH3
SH4
U00101
U00340
U00370
U00403
Component
-----------0662057N03
0609591M49
0662057N10
0662057N39
0662057N09
0662057N39
0662057N15
0662057N33
0662057N07
0662057N07
0662057N05
0662057N23
0662057M68
0662057M68
0662057N03
0662057N21
0662057M74
0662057M01
0662057M01
0662057M98
0609591M33
0662057M01
0662057M90
0662057N23
0662057N27
0662057N32
0662057M98
0609591M45
0662057M50
0662057M98
0662057M78
0662057N15
0609591M45
0662057M21
0609591M37
0613925A17
4082635T09
2609480M01
2609480M01
2609480M01
2609478M01
2609479M01
2609482M01
2609483M01
2609474M01
2609481M03
2609484M01
2609475M01
2609476M01
2609477M01
5109920D12
5109632D91
5109879E12
5109923D14
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109032A85
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109040A38
0109040A38
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------RES. CHIP 15K
5% 20X40
RES CHIP DUAL 100K 5% .63W
RES. CHIP 30K
5% 20X40
RES CHIP 470K 5% 20X40
RES. CHIP 27K
5% 20X40
RES CHIP 470K 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 270K 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 18K
5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 82K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 0
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 150K 5% 20X40
RES. CHIP 240K 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 47K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 47K
5% 20X40
RES CHIP DUAL 47K 5% 0.63W
RES. CHIP 6.2 5% 20X40
RES CHIP DUAL 10K 5% 0.63W
TMTR CHIP 100K 5%
SWITCH REED SMD 16-20AT
SHIELD VCO/TIC ZAP
SHIELD VCO/TIC ZAP
SHIELD VCO/TIC ZAP
SHIELD MIXER/ISO AMP ZAP
SHIELD RF SWITCH ZAP
SHIELD LOGIC 2 ZAP
SHIELD LOGIC 3 ZAP
SHIELD LNA ZAP
SHIELD LOGIC 1 ZAP
SHIELD LOGIC 4 ZAP
SHIELD PA ZAP
SHIELD GIF/SYN ZAP
SHIELD EXCITER ZAP
IC DC-DC CONV INVDBLR 682EOA
IC CUST PAC SC79948DTB 14TSSOP
IC BICMOS TIC 6.1 14TSSOP
IC CUST RF PS INTRFC SDC5100T1
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 15
/16
Schematic Symbol
---------------U00500
U00701
U00702
U00704
U00981
U220
U301
U401
U703
U705
U707
U708
U709
U710
U711
U712
U900
U902
U980
U982
VR0354
VR0502
VR0601
VR0802
VR1
VR353
VR501
VR602
VR609
VR801
VR803
Y701
Y702
Component
-----------5199374C02
5109841C42
5109509A16
5199342A01
5109522E14
5109632D92
4809527E31
5109572E04
5109962C11
5199301A01
5199249A01
5109522E23
5109522E30
5109512F02
5109522E34
5109817F22
5109923D38
5109781E50
5109152M07
5109731C03
4809877C04
4809788E08
4813832P75
4813830M74
4809788E11
4809877C06
4809788E08
4809788E08
4813830M74
4809788E08
4809788E08
4809995L05
4809612J19
0109032A86
0109038A80
0109032A85
0109040A42
0662057M01
0909423M03
5402282T01
1161
5402505T01
5409397M08
5602702Z06
SUG1165E
8509397T01
0309315B03
0509391M02
1109108J01
1109108U01
3209003J01
3809357M02
5009076E12
5102543T01
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A38
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0102701T17
0102701T17
0102701T25
0102701T25
0109038A80
0109040A38
0109040A38
S8323A
S8323A
S8323A
S8323A
S8323A
SAG4013A
SHN6607B
SHN6607B
SHN6607B
SHN6607B
SHN6607B
SHN6607B
SHN6607B
SHN6607B
Description
-----------------------------IC MASK DSP FIRESTORM 5013BT
IC MCU 68338 144BGA
IC SRAM 64KX16 KM616FS1000 BGA
IC FLASH ROM 512KX16 28F800B3
IC 2-INPUT OR GATE TC7S32FU
IC CUST GIFSYN 5.2 F2KHAA9712
TSTR NPN DUAL PHEMP 16TSSOP
IC GAAS RF SW DPDT MS098
IC ASIC BIC 4.2 SCS38138EC11
IC EEPROM SPCL 8KX8 28BV64
IC ROM LAZER D SSN DS2401P
IC SNGL INV GATE TC7SH04FU
IC BILAT SW QUAD TC74HC4066
IC VOLT REG 2.7V LP2981 5SOT
IC SNGL + GATE TC7SH08FU
IC COMPTR LMC7221 SOT23
IC CUST BICMOS GCAP LT 48QFP
IC LIN 5V REG LM2970 SOT23
IC EEPROM ANALOG ISD33180C2020
IC OP AMP SSOP8 TA75W01FU
DIODE VARACTOT SMV1104-36
DIODE ZENER 8.2V UDZTE178.2B
TRANS SUP QUAD 6.8 V
DIODE DUAL 6.8V COM ANODE
DIODE ZENER 9.1V UDZ9.1B SOD
DIODE VARACTOR SMV1104-33
DIODE ZENER 8.2V UDZTE178.2B
DIODE ZENER 8.2V UDZTE178.2B
DIODE DUAL 6.8V COM ANODE
DIODE ZENER 8.2V UDZTE178.2B
DIODE ZENER 8.2V UDZTE178.2B
XTAL QUARTZ 32.768KHZ CC4V-T1
XTAL 13MHZ 11PPM SMD 5X7 MM
SMT PARTS XCVR BD DCS ZAP BACK
SMT PARTS BACK FIRESTORM
SMT PARTS XCVR BD DCS ZAP FRNT
SMT PARTS XCVR ZAP FIRE FRNT
RES. CHIP 0
5% 20X40
RECPT INTRBD 2X16 POS 1MM SMD
KEYPAD FCS LABEL
PE - BEUTEL 130X250MM
LBL COMBI MOD/ZAP/STAC
LBL FLIP BLK CD920
CTN REPL GSM XCVR MODULUS
XCVR CD920 EFR SW04.29
ANT STUBBY ZAP
SCR METRIC TYPE PT
GROMMET MIC
TAPE CRISTAL LARGE
ADHESIVE SPEAKER PAD
GASKET ALERT 12MM
KYPD PLASTIC BOM SIP
SPKR DYN EARPC 20MM WIRE/LEADS
MIC PANASINIC = 5009536H15
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8323A
======================================================================
Date: 30-MAR-99
LS
Page 16
/16
Schematic Symbol
----------------
Component
-----------5402374T01
5402525T01
6009223J03
1109340M01
5409312U01
6109334M01
3209003J01
5409158T10
0102701T17
0102701T25
5402139T02
5402287T01
CDLN4279A
CDLN4282B
SAG4013A
SHN6607B
SHN6615A
SHN6616A
SRG4001F
SYN6933C
0109040A38
1404816Z03
1509433M01
4003959S02
5402287T01
7209294M08
Intermediate
-----------SHN6607B
SHN6607B
SHN6607B
SHN6615A
SHN6615A
SHN6615A
SHN6616A
SHN6616A
SRG4001F
SRG4001F
SRG4001F
SRG4001F
SUG1165E
SUG1165E
SUG1165E
SUG1165E
SUG1165E
SUG1165E
SUG1165E
SUG1165E
SYN6933C
SYN6933C
SYN6933C
SYN6933C
SYN6933C
SYN6933C
Description
-----------------------------FCS LBL GSM MOD REAR HSGTRVL
LABEL COMPOSITE TXCVR
BATT COIN LITH BACKUP
ADHESIVE LENS ZAP
LBL LINER LENS PROTECTIVE
LENS ZAP
GASKET ALERT 12MM
DECAL REAR BLK DOMES
ZAP DB FIRESTORM PARTS BACK
ZAP FIRESTORM P15 PARTS FRONT
ESN COMPOSITE LABEL SET
SMT IDENT LABEL
UNIQUE HSG KIT ZAP FRNT BLK
UNIQUE HSG KIT ZAP REAR BLK
ANTENNA GSM/DCS ZAP
H&H ZAP
HSNG & HDW FRONT ZAP
HSNG REAR ZAP
XCVR CD920 EFR SW04.29
KYBD ZAP HOLOGRAPHIC
SMT PART KYPD FP-ZAP V02
INSULATOR KYPD BD
PLASTIC LIGHT GUIDE LCD
SW ARRAY KYPD SNAP DOMES ZAP
SMT IDENT LABEL
LCD DSPL MOD 96X32PIX ZAP
*** Motorola Internal Use Only ***
http://cxema.ru
http://cxema.ru
Zap Flat Version ( CD930 )
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 1
/16
Schematic Symbol
---------------A1
BT700
C00001
C00002
C00003
C00004
C00005
C00102
C00103
C00104
C00107
C00201
C00203
C00205
C00206
C00207
C00208
C00209
C00210
C00211
C00212
C00213
C00216
C00234
C00235
C00239
C00244
C00247
C00250
C00251
C00252
C00271
C00301
C00304
C00314
C00317
C00318
C00322
C00337
C00340
C00341
C00342
C00343
C00344
C00345
C00346
C00350
C00353
C00360
C00361
C00362
C00363
C00364
C00365
Component
-----------3909155T01
0909888M01
2113743A19
2113743A19
2113743A19
2113743A19
2113743A19
2311049A54
2311049A54
2311049A56
2113743N50
2113743N50
2113743N36
2113743L17
2113743N07
2113743N35
2113743N16
2113740L12
2113743L41
2113740L12
2113743N32
2113740L12
2113743N09
2113743L17
2113743N50
2113743N34
2113743N40
2113740A67
2113743N34
2109622N16
2109622N16
2113743L41
2113741F49
2113743N50
2113743E20
2113743N36
2113743N36
2113743N40
2113743N42
2113743N26
2113743N34
2113743L01
2113743N34
2113743L17
2113743L01
2113743L01
2113743L41
2113743N18
2113743N26
2113743N36
2113743L17
2113743N40
2113740F39
2113743M08
Intermediate
-----------0109038A80
0109038A80
0109036A75
0109036A75
0109036A75
0109036A75
0109036A75
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109040A42
0109040A42
Description
-----------------------------CNTCT ANT ZAP
RECEPT XDCR SMD
CAP CHIP .100 UF 10% X7R
CAP CHIP .100 UF 10% X7R
CAP CHIP .100 UF 10% X7R
CAP CHIP .100 UF 10% X7R
CAP CHIP .100 UF 10% X7R
CAP TAN CHIP A/P 3.3 20 16
CAP TAN CHIP A/P 3.3 20 16
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 100 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1.5 PF +-.25PF COG
CAP CHIP 24.0 PF 5% COG
CAP CHIP 3.9 PF +-.25PF COG
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 10000 PF 10% X7R
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 18.0 PF 5% COG
CAP CER CHIP 5.6 PF +-0.1PF
CAP CHIP 2.0 PF +-.25PF COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 330
CAP CHIP 22.0 PF 5% COG
CAP CER CHIP NPO CLASS I
CAP CER CHIP NPO CLASS I
CAP CHIP 10000 PF 10% X7R
CAP CHIP CL2 X7R REEL 10000
CAP CHIP 100 PF 5% COG
CAP CHIP .10 UF 10%
CAP CHIP 27.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
CAP CHIP 47.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 220 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 39.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 33
CAP CHIP 22000 PF +80-20% Y5V
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 2
/16
Schematic Symbol
---------------C00367
C00370
C00371
C00372
C00373
C00374
C00375
C00376
C00377
C00378
C00379
C00380
C00409
C00410
C00420
C00421
C00422
C00453
C00460
C00461
C00462
C00468
C00469
C00470
C00481
C00482
C00505
C00524
C00525
C00530
C00536
C00537
C00538
C00550
C00551
C00552
C00553
C00554
C00555
C00556
C00557
C00558
C00559
C00560
C00561
C00562
C00563
C00564
C00565
C00605
C00612
C00702
C00704
C00705
Component
-----------2113743N18
2113743N50
2113743N34
2113743N34
2113743N40
2113743L17
2113743N26
2113743N26
2113743N34
2113740F57
2109622N16
2113743E11
2113743N36
2113743L41
2113743N26
2113743N26
2113743M24
2113740F11
2113743L17
2113743L17
2113743N46
2113743L17
2113743L17
2113743N12
2113740F27
2113743L41
2113743N34
2113743N54
2113743N36
2113743N54
2113740F61
2113743L05
2113741F29
2113743N54
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743M24
2113743G26
2113743M24
2113743M24
2113743E20
2113743E20
2113743M24
2113743N38
2113743N38
2113743E12
2113743E12
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 100 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 39.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP REEL CL1 +/-30 180
CAP CER CHIP NPO CLASS I
CAP CHIP .039 UF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP REEL CL1 +/-30 2.2
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 68.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 10
CAP CHIP 10000 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP 150 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 150 PF 5% COG
CAP CHIP REEL CL1 +/130 270
CAP CHIP 330 PF 10% X7R
CAP CHIP CL2 X7R REEL 1500
CAP CHIP 150 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP .10 UF 10%
CAP CHIP .10 UF 10%
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 3
/16
Schematic Symbol
---------------C00708
C00715
C00716
C00750
C00751
C00752
C00753
C00754
C00755
C00806
C00810
C00812
C00816
C00850
C00858
C00860
C00861
C00901
C00902
C00903
C00904
C00905
C00907
C00908
C00909
C00913
C00914
C00915
C00916
C00977
C00980
C00981
C00983
C00984
C00986
C105
C108
C11
C12
C14
C15
C200
C202
C204
C214
C217
C218
C220
C221
C222
C223
C224
C225
C226
Component
-----------2113743E12
2113743L25
2113743N26
2113743E12
2113743E12
2113743E12
2113743E12
2113743E12
2113743E12
2113743L17
2113743A27
2311049A56
2113743E20
2113743N26
2113743N38
2113743N26
2113743N38
2311049C17
2113743H14
2113743H14
2113743N26
2113743E20
2113928J08
2113743H14
2113743E20
2113928J08
2113743L11
2113928J08
2311049C16
2113743N05
2113743M24
2113743M24
2113743M24
2113743M24
2113743F16
2113743G26
2113743E20
2113743L01
2113743L01
2113743N26
2113743M24
2113743N07
2113743N32
2113743L17
2113743L17
2113743N14
2113743N69
2113743N50
2113743L41
2113743N28
2113743N30
2113743L17
2113740F67
2109622N09
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A85
0109038A80
0109036A75
0109036A75
0109036A75
0109036A75
0109032A85
0109032A85
0109038A80
0109032A85
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP .047 UF 10% X7R
CAP CHIP 2200 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP .470 UF 10% 16V
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP .10 UF 10%
CAP CHIP 10.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP TANT CHIP 10 UF 16V 10%
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP 10.0 PF 5% COG
CAP CHIP .10 UF 10%
CAP CERAMIC CHIP 10.0UF
CAP CHIP 10.0 UF 16V +80-20%
CAP CHIP .10 UF 10%
CAP CERAMIC CHIP 10.0UF
CAP CHIP 560 PF 10% X7R
CAP CERAMIC CHIP 10.0UF
CAP TANT CHIP 68 UF 10V 10%
CAP CHIP 1.2 PF +-.25PF COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 1.0 UF 16V +80-20%
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP .10 UF 10%
CAP CHIP 220 PF 10% X7R
CAP CHIP 220 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 1.5 PF +-.25PF COG
CAP CHIP 18.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 3.3 PF +-.25PF COG
CAP CHIP 1.8PF 16V +/-.25PF
CAP CHIP 100 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 12.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP CL1 +/-30 470 5%
CAP CER CHIP NPO CLASS I
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 4
/16
Schematic Symbol
---------------C227
C228
C229
C230
C231
C232
C233
C236
C237
C238
C240
C241
C242
C243
C246
C248
C249
C253
C254
C255
C256
C257
C259
C260
C261
C262
C263
C264
C265
C266
C267
C268
C269
C299
C300
C302
C306
C307
C308
C309
C310
C311
C312
C313
C315
C319
C320
C321
C323
C324
C326
C327
C330
C331
Component
-----------2113743L41
2113743L17
2113743L17
2113743L17
2113743L17
2113743L41
2113743L17
2113743N50
2113743N26
2113743N50
2113743L17
2113743N46
2113743L41
2113743G26
2113743L41
2113740A79
2113743N03
2311049A56
2113743N34
2113743N34
2113743N20
2113743L41
2113743G26
2113743N10
2113743M24
2113743L41
2113743L17
2311049A56
2113743N34
2113743N32
2113740F67
2113743N54
2109622N09
2113743N10
2113928J08
2113743M24
2113740F09
2113740L09
2113743N14
2113743N20
2113740F11
2113740L10
2113742C30
2113743N26
2113743N10
2113743N50
2113743N36
2113743N20
2113743N30
2113743N30
2113743N36
2113743N24
2113743N24
2113743N10
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A85
0109038A80
0109032A85
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 68.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 10000 PF 10% X7R
CAP CHIP REEL CL1 +/-30 1000
CAP CHIP 1.0 PF +-.25PF COG
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 22.0 PF 5% COG
CAP CHIP 18.0 PF 5% COG
CAP CHIP CL1 +/-30 470 5%
CAP CHIP 150 PF 5% COG
CAP CER CHIP NPO CLASS I
CAP CHIP 2.2 PF +-.25PF COG
CAP CERAMIC CHIP 10.0UF
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP REEL CL1 +/-30 1.8
CAP CER CHIP 4.3 PF +-0.1PF
CAP CHIP 3.3 PF +-.25PF COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP REEL CL1 +/-30 2.2
CAP CER CHIP 4.7 PF +-0.1PF
CAP CER CHP 4.7PF +-.25PF 100V
CAP CHIP 10.0 PF 5% COG
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 100 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 8.2 PF + -.5PF COG
CAP CHIP 8.2 PF + -.5PF COG
CAP CHIP 2.2 PF +-.25PF COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 5
/16
Schematic Symbol
---------------C333
C335
C338
C347
C349
C351
C354
C355
C356
C357
C359
C366
C369
C381
C382
C383
C384
C385
C388
C389
C390
C391
C392
C393
C394
C395
C397
C399
C402
C403
C408
C411
C412
C413
C415
C416
C417
C418
C419
C430
C432
C433
C435
C436
C437
C438
C439
C440
C463
C600
C601
C602
C603
C604
Component
-----------2113743N26
2113743N20
2113743N20
2113743N34
2113743N34
2113743L25
2113743N10
2113743N22
2113740L20
2113743L17
2113743N20
2113743L41
2113743N07
2311049B04
2113743N69
2113743L41
2113743L17
2113743N26
2113743L17
2113743N36
2113743N01
2113743N02
2113743L05
2113743N26
2113743N18
2113740F19
2113743N34
2113743N36
2113743N18
2113743N36
2113743N26
2113743L41
2113743N10
2113743N36
2113743L41
2113743N36
2113743N34
2113743N50
2113743N26
2113743L41
2113743N08
2113743N26
2113743L41
2113743N26
2113743N26
2113743N50
2113743N50
2113743N12
2113740F13
2113743N34
2113743N38
2113743M24
2113743N38
2113743N38
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A85
0109032A85
0109032A85
0109032A85
0109032A85
0109040A42
0109032A85
0109038A80
0109038A80
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A86
0109032A85
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 10.0 PF 5% COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 2200 PF 10% X7R
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 6.8 PF + -.5PF COG
CAP 12.0 PF 50V 2.0 %
CAP CHIP 1000 PF 10% X7R
CAP CHIP 5.6 PF + -.5PF COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1.5 PF +-.25PF COG
CAP TANT CHIP 4.7 UF 10V 10%
CAP CHIP 1.8PF 16V +/-.25PF
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 0.5 PF +-.25PF COG
CAP CHIP 0.75 PF +-.25PF COG
CAP CHIP 330 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 4.7
CAP CHIP 22.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 2.2 PF +-.25PF COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 27.0 PF 5% COG
CAP CHIP 22.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 1.6 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10000 PF 10% X7R
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 100 PF 5% COG
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP REEL CL1 +/-30 2.7
CAP CHIP 22.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 6
/16
Schematic Symbol
---------------C606
C607
C608
C610
C611
C614
C620
C701
C703
C706
C709
C710
C711
C712
C714
C717
C759
C760
C761
C763
C791
C792
C802
C803
C804
C805
C808
C809
C811
C813
C815
C817
C818
C819
C820
C821
C822
C825
C826
C827
C830
C831
C834
C835
C837
C838
C906
C910
C911
C912
C918
C919
C920
C923
Component
-----------2113743N50
2113743N38
2113743N38
2113743N38
2113743N38
2113743N36
2113743L21
2113740F19
2113743N34
2113743E12
2113743E07
2113743N54
2113743E12
2113743E07
2113743L17
2113743N34
2113743E12
2113743E12
2113743E12
2113743L41
2113743N30
2113743N30
2113928J08
2113743A19
2113741F21
2113743A19
2113743N38
2113743N38
2113743N38
2113743N38
2113741F49
2113743E20
2113743E20
2113743N38
2113743N38
2113743N26
2113743N26
2113743E20
2113743L41
2113743N38
2113743N08
2113743N13
2113743N18
2113743N26
2113743N24
2113743N38
2113743H14
2113928J08
2311049A56
2113743L41
2113743N12
2113743N12
2113743G26
2113743N12
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------CAP CHIP 100 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 27.0 PF 5% COG
CAP CHIP 1500 PF 10% X7R
CAP CHIP REEL CL1 +/-30 4.7
CAP CHIP 22.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CER CHIP CAP .022UF
CAP CHIP 150 PF 5% COG
CAP CHIP .047 UF 10% X7R
CER CHIP CAP .022UF
CAP CHIP 1000 PF 10% X7R
CAP CHIP 22.0 PF 5% COG
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP .047 UF 10% X7R
CAP CHIP 10000 PF 10% X7R
CAP CHIP 15.0 PF 5% COG
CAP CHIP 15.0 PF 5% COG
CAP CERAMIC CHIP 10.0UF
CAP CHIP .100 UF 10% X7R
CAP CHIP CL2 X7R REEL 680
CAP CHIP .100 UF 10% X7R
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP CL2 X7R REEL 10000
CAP CHIP .10 UF 10%
CAP CHIP .10 UF 10%
CAP CHIP 33.0 PF 5% COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP .10 UF 10%
CAP CHIP 10000 PF 10% X7R
CAP CHIP 33.0 PF 5% COG
CAP CHIP 1.6 PF +-.25PF COG
CAP CHIP 3.0 PF +-.25PF COG
CAP CHIP 4.7 PF +-.25PF COG
CAP CHIP 10.0 PF 5% COG
CAP CHIP 8.2 PF + -.5PF COG
CAP CHIP 33.0 PF 5% COG
CAP CHIP 10.0 UF 16V +80-20%
CAP CERAMIC CHIP 10.0UF
CAP TAN CHIP A/P 4.7 20 10
CAP CHIP 10000 PF 10% X7R
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP 2.7 PF +-.25PF COG
CAP CHIP 4.7 UF 16V +80-20%
CAP CHIP 2.7 PF +-.25PF COG
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 7
/16
Schematic Symbol
---------------C953
C967
C982
C990
C993
C995
C996
C997
C998
C999
CR0202
CR0203
CR0308
CR0505
CR0604
CR0710
CR1
CR2
CR220
CR221
CR223
CR261
CR3
CR301
CR302
CR303
CR304
CR306
CR307
CR501
CR502
CR503
CR504
CR601
CR602
CR605
CR607
CR608
CR702
CR703
CR704
CR705
CR706
CR903
CR910
DS1
DS101
DS102
DS103
DS104
DS2
DS3
DS4
DS5
Component
-----------2113743N26
2113743L17
2113743M24
2113743M24
2113743M24
2113743L11
2113743M24
2113743M24
2113743L17
2113741F33
4809641F02
4809948D22
4809948D22
4813830M74
4809653F07
4809118D01
4809606E02
4813832P75
4809641F02
4809641F04
4809948D05
4809641F02
4813832P75
4809948D22
4809948D22
4809948D10
4809948D13
4809948D13
4809948D13
4809606E08
4809606E08
4809606E08
4809606E08
4809606E02
4809606E07
4809653F07
4809606E07
4809606E02
4809924D11
4809924D11
4809924D11
4809924D11
4809606E08
4809653F07
4809653F07
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
4809938N10
Intermediate
-----------0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109036A75
0109036A75
0109038A80
0109038A80
0109032A86
0109038A80
0109036A75
0109032A86
0109032A86
0109038A80
0109032A86
0109032A86
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109036A75
0109038A80
0109038A80
0109038A80
0109038A80
0109036A75
0109036A75
0109036A75
0109036A75
Description
-----------------------------CAP CHIP 10.0 PF 5% COG
CAP CHIP 1000 PF 10% X7R
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 560 PF 10% X7R
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 100000 PF +80-20% Y5V
CAP CHIP 1000 PF 10% X7R
CAP CHIP CL2 X7R REEL 2200
DIODE VCTR ABRUPT SMD SOD232
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR65-02W SCD-80
DIODE DUAL 6.8V COM ANODE
RECT SCHTTKY 1A MBRM120ET3
LED BICOLOR LNJ107W5PRA1
DIODE DUAL ARRAY DAN222
TRANS SUP QUAD 6.8 V
DIODE VCTR ABRUPT SMD SOD232
DIODE VCTR SMV1204-70 SOT23
DIODE RF SWITCH SMT SOD323
DIODE VCTR ABRUPT SMD SOD232
TRANS SUP QUAD 6.8 V
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR65-02W SCD-80
DIODE PIN BAR63-03
DIODE RF SWITCH BA892 ESC
DIODE RF SWITCH BA892 ESC
DIODE RF SWITCH BA892 ESC
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL SCHOTTKEY RB715F
DIODE DUAL ARRAY DAN222
DIODE DUAL ARRAY DA221
RECT SCHTTKY 1A MBRM120ET3
DIODE DUAL ARRAY DA221
DIODE DUAL ARRAY DAN222
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE SCHTTKY DUAL RB717F SOT
DIODE DUAL SCHOTTKEY RB715F
RECT SCHTTKY 1A MBRM120ET3
RECT SCHTTKY 1A MBRM120ET3
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 8
/16
Schematic Symbol
---------------DS6
DS7
DS8
FL0480
FL301
FL400
FL401
FL461
FL462
J00500
J00501
J00502
J00503
J00504
J00505
J00803
J0803A
J0803B
J506
J507
J600
J603
J802
J900
L00201
L00203
L00204
L00205
L00222
L00226
L00301
L00350
L00401
L00451
L00460
L00461
L00462
L00465
L00498
L00520
L202
L206
L207
L220
L221
L223
L224
L225
L261
L303
L304
L309
L310
L332
Component
-----------4809938N10
4809938N10
4809938N10
9109035M01
9109193T05
9109144M01
9109111C08
9109157M01
9109429J04
2809424M01
0909423M03
3909173T01
3909173T01
3909173T01
3909173T01
0909888M04
3909301S02
3909301S02
3909173T01
3909173T01
0909449B03
0909888M01
0909195E01
3909426M01
2409154M88
2409154M96
2409154M91
2409154M38
2462587Q03
2462587Q36
2409154M84
2409154M37
2409154M38
2409646M30
2409646M28
2409646M70
2409646M26
2409646M44
2409646M72
2462587P36
2409154M96
2409154M83
2409154M96
2409257L15
2409704K50
2462587Q35
2409257L18
2409646M37
2409377M08
2409154M62
2409154M60
2409646M93
2409154M87
2409134J27
Intermediate
-----------0109036A75
0109036A75
0109036A75
0109040A42
0109038A80
0109038A80
0109032A86
0109038A80
0109032A86
0109040A42
0109036A75
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
LED CHIP YEL/GRN LNJ312G8T
FLTR SAW BP 215MHZ SMD
FLTR CER LP 897/1747MHZ SMD
FLTR CER RX 900MHZ SMD
FLTR CER 1800 MHZ SMD
FLTR SAW RX+LO 947/727 SMD
FLTR CER RX-LO1800MHZ SMD
HDR INTRBRD CONN 2X16 ZAP
RECPT INTRBD 2X16 POS 1MM SMD
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
RECEPT XDCR SMD
CNTCT BATT PCB ZAPPA
CNTCT BATT PCB ZAPPA
CNTCT PCB SMD ZAP
CNTCT PCB SMD ZAP
RECEPT MODULE 15 PIN SMD
RECEPT XDCR SMD
SKT BOT ENTRY 2 POS
CNTCT BLK SIM CARD READER ZAP
IND CER MLTILYR 10.0NH 1005
IND CER MLTILYR 47.0NH 1005
IND CER MLTILYR 18.0NH 1005
IND CER MLTILYR 15.0NH 1005
IND CHIP 82 NH 20%
IND CHIP 120 NH 10%
IND CER MLTILYR 4.7 NH 1005
IND CER MLTILYR 12.0NH 1005
IND CER MLTILYR 15.0NH 1005
IND CER MULTILYR 8.2NH 1608
IND CER MULTILYR 5.6NH 1608
IND CER MULTILYR 56NH 1608
IND CER MULTILYR 3.9NH 1608
IN CER MULTILYR
IND CER MULTILYR 82NH 1608
CHIP IND 100000 NH
IND CER MLTILYR 47.0NH 1005
IND CER MLTILYR 3.9 NH 1005
IND CER MLTILYR 47.0NH 1005
IND CHIP MLTLYR 18 NH 1608
IND CHIP MULTILYR 120NH 2012
IND CHIP 100 NH 10%
IND CHIP MLTLYR 33 NH 1608
IND CER MULTILYR 33NH 1608
IND CHIP WW 22 NH 5% 1608
IND CER MTLILYR 8.2 NH 1005
IND CER MTLILYR 5.6 NH 1005
IN CER MULTILYR 3.3NH 1608
IND CER MLTILYR 8.2 NH 1005
IND CHIP FER FLTR 1000 0402
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 9
/16
Schematic Symbol
---------------L351
L367
L402
L410
L411
L413
L430
L902
PCB
PCB
Q00109
Q00111
Q00201
Q00202
Q00206
Q00301
Q00305
Q00351
Q00460
Q00480
Q00501
Q00520
Q00602
Q00603
Q00604
Q00605
Q00704
Q00705
Q00711
Q0412
Q1
Q100
Q100
Q101
Q105
Q2
Q200
Q205
Q220
Q221
Q222
Q300
Q304
Q306
Q309
Q330
Q331
Q350
Q410
Q411
Q430
Q431
Q601
Q701
Component
-----------2409154M83
2409154M84
2409154M60
2409646M30
2409646M56
2409646M81
2409154M81
2503788S10
8409433U06
8409261U15
4809605E02
4809605E05
4809527E24
4809527E24
4809527E24
4809579E17
4809939C06
4809940E01
4809527E20
4809940E01
4809607E05
4809607E05
4809939C05
4809608E03
4809607E04
4809605E02
4809940E02
4809940E02
4809939C10
4809939C07
4809607E02
4809939C05
4809605E05
4809605E02
4809608E03
4809607E02
4809527E30
4809939C07
4809605E02
4809579E18
4809579E18
4809939C12
4809939C07
4809939C06
4809939C07
4809527E26
4809527E24
4809940E01
4809527E30
4809527E24
4809527E32
4809527E24
4809579E04
4809605E02
Intermediate
-----------0109038A80
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109038A80
0109036A75
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A86
0109036A75
0109032A85
0109036A75
0109036A75
0109032A85
0109036A75
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109040A42
0109032A85
0109032A85
0109032A85
0109038A80
0109038A80
0109032A85
0109038A80
0109038A80
0109032A86
0109032A86
0109038A80
0109038A80
Description
-----------------------------IND CER MLTILYR 3.9 NH 1005
IND CER MLTILYR 4.7 NH 1005
IND CER MTLILYR 5.6 NH 1005
IND CER MULTILYR 8.2NH 1608
IN CER MULTILYR 10 NH 1608
IN CER MULTILYR 10 NH 1608
IND CER MLTILYR 2.7 NH 1005
IND PWR 33 UH 20% 0.58A D01608
PCB KYBD FLAT ZAP
PCB ZAP TSOP XCVR
TSTR SIG NPN 2SC4617
TSTR SIG NPN 2SD1664 SOT89
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF MRF949LT1 SC-90
TSTR MOSFET P-CHAN SI9424
TSTR DUAL PNP/NPN UMZ2N
TSTR NPN MRF947 A/P
TSTR NPN RF 2SC4784 SC70
TSTR NPN MRF947 A/P
TSTR PNP DTA143EE
TSTR PNP DTA143EE
TSTR DUAL NPN/PNP UMC 5
TSTR DIG PNP DTA114YE
TSTR SIG PNP 2SB1132 SOT89
TSTR SIG NPN 2SC4617
TSTR DIG NPN DTC114YE
TSTR DIG NPN DTC114YE
TSTR DUAL PNP/PNP UMT1N
TSTR DUAL PNP/PNP UMA4NTL
TSTR SIG PNP 25A1774
TSTR DUAL NPN/PNP UMC 5
TSTR SIG NPN 2SD1664 SOT89
TSTR SIG NPN 2SC4617
TSTR DIG PNP DTA114YE
TSTR SIG PNP 25A1774
TSTR NPN RF NE68719 SC90
TSTR DUAL PNP/PNP UMA4NTL
TSTR SIG NPN 2SC4617
TSTR MOSFET P-CHAN TP0101T
TSTR MOSFET P-CHAN TP0101T
TSTR DUAL NPN/NPN UPA806T-T1
TSTR DUAL PNP/PNP UMA4NTL
TSTR DUAL PNP/NPN UMZ2N
TSTR DUAL PNP/PNP UMA4NTL
TSTR NPN RF 25C5081 SOT343
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN MRF947 A/P
TSTR NPN RF NE68719 SC90
TSTR NPN RF MRF949LT1 SC-90
TSTR NPN RF BFP320W
TSTR NPN RF MRF949LT1 SC-90
TSTR MOSFET P-CHAN SI9434DY
TSTR SIG NPN 2SC4617
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 10
/16
Schematic Symbol
---------------Q702
Q703
Q706
Q709
Q905
Q906
Q907
R00103
R00109
R00118
R00121
R00202
R00203
R00204
R00205
R00206
R00207
R00209
R00210
R00211
R00212
R00213
R00214
R00227
R00229
R00232
R00233
R00234
R00245
R00301
R00302
R00305
R00306
R00307
R00309
R00313
R00316
R00318
R00318
R00321
R00328
R00330
R00331
R00335
R00337
R00340
R00341
R00342
R00343
R00354
R00357
R00358
R00370
R00374
Component
-----------4809940E03
4813824M33
4809605E02
4809608E03
4809939C10
4809579E17
4809939C05
0660076N55
0660076N93
0660076N03
0662057M80
0662057M43
0662057M54
0662057M90
0662057M84
0662057M52
0662057M60
0662057M34
0662057M78
0662057M74
0662057M82
0662057M80
0662057M43
0662057M43
0662057M38
0662057M98
0662057M38
0662057M84
0662057M68
0662057M62
0662057M90
0662057M76
0662057M60
0662057M74
0609591M43
0662057M43
0662057M98
0662057M01
0662057M70
0662057M80
0662057M01
0662057M70
0662057M74
0662057M44
0662057M40
0662057M94
0662057N23
0662057M94
0662057M01
0662057M82
0662057M38
0662057M90
0662057M54
0662057M26
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109036A75
0109036A75
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109032A85
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------TSTR DIG NPN DTC114TE
TSTR NPN 60V .6A GEN PURP
TSTR SIG NPN 2SC4617
TSTR DIG PNP DTA114YE
TSTR DUAL PNP/PNP UMT1N
TSTR MOSFET P-CHAN SI9424
TSTR DUAL NPN/PNP UMC 5
RES CHIP 1800 OHM 1/16 W
RES CHIP 68 K OHM 1/16 W
RES CHIP 12 OHM 5 1/8W
RES. CHIP 1800 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 120 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 22
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 51
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 1000 5% 20X40
RES CHIP DUAL 33K 5% 0.63W
RES. CHIP 51
5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 1000 5% 20X40
RES CHIP 56 5% 20X40
RES. CHIP 39
5% 20X40
RES. CHIP 6800 5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 6800 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 2200 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 10
5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 11
/16
Schematic Symbol
---------------R00377
R00405
R00406
R00451
R00461
R00462
R00468
R00480
R00481
R00482
R00483
R00501
R00502
R00504
R00505
R00510
R00511
R00514
R00516
R00525
R00526
R00555
R00601
R00606
R00607
R00608
R00616
R00617
R00703
R00705
R00712
R00723
R00726
R00728
R00732
R00733
R00734
R00735
R00736
R00739
R00740
R00741
R00742
R00743
R00753
R00770
R00771
R00772
R00773
R00774
R00775
R00776
R00777
R00778
Component
-----------0662057M43
0662057M82
0662057N23
0662057M01
0662057M84
0662057M82
0662057M52
0662057M76
0662057M82
0662057M62
0662057M60
0662057M01
0662057M74
0662057M98
0662057N03
0662057N15
0662057M01
0662057M74
0662057N15
0662057M74
0662057M60
0662057N15
0662057N06
0662057N23
0662057N11
0662057N01
0662057M74
0662057M98
0609591M39
0609591M39
0609591M39
0662057M01
0609591M39
0662057N15
0662057N06
0662057M61
0609591M39
0662057M50
0662057M98
0609591M39
0662057M98
0662057M74
0662057N03
0662057N03
0609591M39
0609591M37
0609591M37
0609591M37
0609591M37
0609591M49
0609591M49
0609591M49
0662057N23
0662057N15
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
Description
-----------------------------RES. CHIP 51
5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 2700 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 120 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 270 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 20K
5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 33K
5% 20X40
RES CHIP 12K 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 0
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 47K
5% 20X40
RES. CHIP 20K
5% 20X40
RES CHIP 300 5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 10K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 15K
5% 20X40
RES CHIP DUAL 15K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 10K 5% 0.63W
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 100K 5% .63W
RES. CHIP 100K 5% 20X40
RES. CHIP 47K
5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 12
/16
Schematic Symbol
---------------R00805
R00806
R00808
R00812
R00852
R00853
R00920
R00977
R00984
R00985
R100
R102
R103
R104
R105
R106
R106
R107
R107
R108
R110
R111
R14
R18
R200
R215
R216
R217
R219
R220
R221
R222
R223
R224
R225
R226
R228
R230
R231
R238
R239
R240
R241
R242
R243
R250
R303
R310
R311
R312
R313
R314
R315
R319
Component
-----------0662057N19
0662057M68
0662057M90
0662057M74
0662057M26
0662057M26
0662057M74
0662057M76
0662057M98
0609591M42
0699200A13
0609591M07
0609591M07
0660076N01
0660076N05
0662057N11
0699200A13
0662057N11
0699200A13
0699200A13
0662057M62
0662057M98
0660076N93
0660076P03
0662057M38
0662057M76
0662057M90
0662057M85
0662057M38
0662057M80
0662057N03
0662057N07
0662057M26
0662057N15
0662057M98
0662057M38
0662057M26
0662057N13
0662057N29
0662057M50
0662057N17
0662057M80
0662057N07
0662057M98
0662057M82
0662057M68
0662057M43
0662057M74
0662057M70
0662057M70
0662057M43
0662057M78
0662057M01
0662057M74
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109036A75
0109038A80
0109038A80
0109036A75
0109036A75
0109032A85
0109036A75
0109032A85
0109036A75
0109036A75
0109032A85
0109032A85
0109036A75
0109036A75
0109032A85
0109032A85
0109032A85
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A85
0109032A85
0109038A80
0109032A86
0109032A86
0109032A86
0109032A85
0109032A85
0109038A80
0109038A80
Description
-----------------------------RES. CHIP 68K
5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 27K 5% 0.63W
RES CHIP DUAL 33 5% 0603
RES CHIP DUAL 33 5% 0.63W
RES CHIP DUAL 33 5% 0.63W
RES CHIP 10 OHM 5 1/16W
RES CHIP 15 OHM 5 1/16
RES. CHIP 33K
5% 20X40
RES CHIP DUAL 33 5% 0603
RES. CHIP 33K
5% 20X40
RES CHIP DUAL 33 5% 0603
RES CHIP DUAL 33 5% 0603
RES. CHIP 330 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 68 K OHM 1/16 W
RES CHIP 120K OHM 5 1/8W
RES CHIP 33 5% 20X40
RES. CHIP 1200 5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 3000 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 39K
5% 20X40
RES CHIP 180K 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 56K
5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 680 5% 20X40
RES. CHIP 51
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 1000 5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 13
/16
Schematic Symbol
---------------R320
R322
R324
R325
R326
R329
R332
R333
R334
R336
R339
R349
R351
R353
R355
R368
R369
R371
R373
R410
R411
R412
R415
R418
R430
R431
R432
R433
R437
R450
R602
R603
R611
R614
R650
R701
R704
R706
R707
R708
R709
R710
R711
R713
R714
R715
R716
R717
R718
R719
R720
R721
R722
R724
Component
-----------0662057M58
0662057M98
0662057N09
0662057N01
0662057N03
0662057M78
0662057M38
0662057M92
0662057M88
0662057M26
0662057M62
0662057M26
0662057M90
0662057M34
0662057M82
0662057M78
0662057M80
0662057N47
0662057N47
0662057M30
0662057M92
0662057M90
0609591M33
0662057M50
0662057M30
0609591M33
0662057M90
0662057M92
0662057M54
0662057M01
0680195M64
0662057M50
0609591M37
0662057M98
0662057M90
0662057M98
0662057M74
0662057M98
0662057N23
0609591M57
0662057N23
0609591M49
0609591M39
0662057N23
0662057M50
0662057N03
0662057M74
0662057M78
0662057M74
0662057M50
0662057N07
0662057M58
0662057M98
0662057M50
Intermediate
-----------0109038A80
0109032A85
0109032A85
0109032A85
0109032A85
0109032A86
0109038A80
0109038A80
0109038A80
0109032A85
0109038A80
0109038A80
0109032A85
0109032A85
0109032A85
0109032A85
0109032A85
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109032A86
0109032A86
0109032A86
0109032A86
0109032A86
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
Description
-----------------------------RES. CHIP 220 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 27K
5% 20X40
RES CHIP 12K 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 1500 5% 20X40
RES CHIP 33 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 3900 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 330 5% 20X40
RES. CHIP 10
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 22
5% 20X40
RES. CHIP 2200 5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1800 5% 20X40
RES. CHIP 1.0 MEG 5% 20X40
RES. CHIP 1.0 MEG 5% 20X40
RES. CHIP 15 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 4700 5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 15 5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 4700 5% 20X40
RES. CHIP 5600 5% 20X40
RES. CHIP 150 5% 20X40
RES. CHIP 0
5% 20X40
RES 0.24 OHM 1/2W
RES. CHIP 100 5% 20X40
RES CHIP DUAL 10K 5% 0.63W
RES. CHIP 10K
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 100K 5% 20X40
RES CHIP DUAL 470K 5% .63W
RES. CHIP 100K 5% 20X40
RES CHIP DUAL 100K 5% .63W
RES CHIP DUAL 15K 5% 0.63W
RES. CHIP 100K 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 100 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 220 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 100 5% 20X40
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 14
/16
Schematic Symbol
---------------R725
R731
R745
R754
R755
R765
R766
R791
R800
R801
R802
R803
R804
R807
R809
R810
R811
R815
R817
R818
R819
R901
R905
R911
R912
R913
R914
R915
R980
R982
R988
R990
R993
R994
R996
R997
RT1
SH0001
SH0002
SH0005
SH0006
SH0007
SH0008
SH0009
SH0011
SH0013
SH1
SH12
SH14
SH2
SH3
SH3
SH4
SH4
Component
-----------0662057M98
0662057N03
0609591M49
0662057N10
0662057N39
0662057N09
0662057N39
0662057N15
0662057N33
0662057N07
0662057N07
0662057N05
0662057N23
0662057M68
0662057M68
0662057N03
0662057N21
0662057M74
0662057M01
0662057M01
0662057M98
0609591M33
0662057M01
0662057M90
0662057N23
0662057N27
0662057N32
0662057M98
0609591M45
0662057M50
0662057M98
0662057M78
0662057N15
0609591M45
0662057M21
0609591M37
0611079B31
2609827G03
2609827G03
2609480M01
2609480M01
2609480M01
2609478M01
2609479M01
2609482M01
2609483M01
2609474M01
2609481M03
2609484M01
2609475M01
2609827G10
2609476M01
2609827G10
2609477M01
Intermediate
-----------0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109032A85
0109038A80
0109032A86
0109038A80
0109038A80
0109038A80
0109038A80
0109036A75
0109036A75
0109036A75
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109036A75
0109038A80
0109036A75
0109038A80
Description
-----------------------------RES. CHIP 10K
5% 20X40
RES. CHIP 15K
5% 20X40
RES CHIP DUAL 100K 5% .63W
RES. CHIP 30K
5% 20X40
RES CHIP 470K 5% 20X40
RES. CHIP 27K
5% 20X40
RES CHIP 470K 5% 20X40
RES. CHIP 47K
5% 20X40
RES. CHIP 270K 5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 22K
5% 20X40
RES. CHIP 18K
5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 560 5% 20X40
RES. CHIP 15K
5% 20X40
RES. CHIP 82K
5% 20X40
RES. CHIP 1000 5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 0
5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 4.7K 5% 0.63W
RES. CHIP 0
5% 20X40
RES. CHIP 4700 5% 20X40
RES. CHIP 100K 5% 20X40
RES. CHIP 150K 5% 20X40
RES. CHIP 240K 5% 20X40
RES. CHIP 10K
5% 20X40
RES CHIP DUAL 47K 5% 0.63W
RES. CHIP 100 5% 20X40
RES. CHIP 10K
5% 20X40
RES. CHIP 1500 5% 20X40
RES. CHIP 47K
5% 20X40
RES CHIP DUAL 47K 5% 0.63W
RES. CHIP 6.2 5% 20X40
RES CHIP DUAL 10K 5% 0.63W
RES FIXED CHIP 220K 5 1/10 A/P
SHIELD SPACER
SHIELD SPACER
SHIELD VCO/TIC ZAP
SHIELD VCO/TIC ZAP
SHIELD VCO/TIC ZAP
SHIELD MIXER/ISO AMP ZAP
SHIELD RF SWITCH ZAP
SHIELD LOGIC 2 ZAP
SHIELD LOGIC 3 ZAP
SHIELD LNA ZAP
SHIELD LOGIC 1 ZAP
SHIELD LOGIC 4 ZAP
SHIELD PA ZAP
SHIELD INDUCTOR SURFACE MNT
SHIELD GIF/SYN ZAP
SHIELD INDUCTOR SURFACE MNT
SHIELD EXCITER ZAP
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 15
/16
Schematic Symbol
---------------U00101
U00340
U00370
U00403
U00500
U00701
U00702
U00704
U00981
U220
U301
U401
U703
U705
U707
U708
U709
U710
U711
U712
U900
U902
U980
U982
VR0354
VR0502
VR0601
VR0802
VR1
VR353
VR501
VR602
VR609
VR801
VR803
Y701
Y702
Component
-----------5109920D12
5109632D91
5109879E12
5109923D14
5199374C02
5109841C42
5109509A16
5199342A01
5109522E14
5109632D92
4809527E31
5109572E04
5109962C11
5199301A01
5199249A01
5109522E23
5109522E30
5109512F02
5109522E34
5109817F22
5109923D38
5109781E50
5109152M07
5109731C03
4809877C04
4809788E08
4813832P75
4813830M74
4809788E11
4809877C06
4809788E08
4809788E08
4813830M74
4809788E08
4809788E08
4809995L05
4809612J19
0109032A86
0109038A80
0109032A85
0109040A42
4809788E08
0662057M01
1161
1309432U01
5402505T01
5602702Z06
SUG1159F
8509397T01
3209003J01
5409158T10
0309315B03
3209003J01
5102543T01
Intermediate
-----------0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109040A42
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109040A42
0109038A80
0109040A42
0109040A42
0109040A42
0109040A42
0109036A75
0109032A85
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0109038A80
0102701T17
0102701T17
0102701T25
0102701T25
0109036A75
0109038A80
S8324A
S8324A
S8324A
S8324A
S8324A
SAG4013A
SHN6616A
SHN6616A
SHN6816A
SHN6816A
SHN6816A
Description
-----------------------------IC DC-DC CONV INVDBLR 682EOA
IC CUST PAC SC79948DTB 14TSSOP
IC BICMOS TIC 6.1 14TSSOP
IC CUST RF PS INTRFC SDC5100T1
IC MASK DSP FIRESTORM 5013BT
IC MCU 68338 144BGA
IC SRAM 64KX16 KM616FS1000 BGA
IC FLASH ROM 512KX16 28F800B3
IC 2-INPUT OR GATE TC7S32FU
IC CUST GIFSYN 5.2 F2KHAA9712
TSTR NPN DUAL PHEMP 16TSSOP
IC GAAS RF SW DPDT MS098
IC ASIC BIC 4.2 SCS38138EC11
IC EEPROM SPCL 8KX8 28BV64
IC ROM LAZER D SSN DS2401P
IC SNGL INV GATE TC7SH04FU
IC BILAT SW QUAD TC74HC4066
IC VOLT REG 2.7V LP2981 5SOT
IC SNGL + GATE TC7SH08FU
IC COMPTR LMC7221 SOT23
IC CUST BICMOS GCAP LT 48QFP
IC LIN 5V REG LM2970 SOT23
IC EEPROM ANALOG ISD33180C2020
IC OP AMP SSOP8 TA75W01FU
DIODE VARACTOT SMV1104-36
DIODE ZENER 8.2V UDZTE178.2B
TRANS SUP QUAD 6.8 V
DIODE DUAL 6.8V COM ANODE
DIODE ZENER 9.1V UDZ9.1B SOD
DIODE VARACTOR SMV1104-33
DIODE ZENER 8.2V UDZTE178.2B
DIODE ZENER 8.2V UDZTE178.2B
DIODE DUAL 6.8V COM ANODE
DIODE ZENER 8.2V UDZTE178.2B
DIODE ZENER 8.2V UDZTE178.2B
XTAL QUARTZ 32.768KHZ CC4V-T1
XTAL 13MHZ 11PPM SMD 5X7 MM
SMT PARTS XCVR BD DCS ZAP BACK
SMT PARTS BACK FIRESTORM
SMT PARTS XCVR BD DCS ZAP FRNT
SMT PARTS XCVR ZAP FIRE FRNT
DIODE ZENER 8.2V UDZTE178.2B
RES. CHIP 0
5% 20X40
PE - BEUTEL 130X250MM
ESC FLATZAP
LBL COMBI MOD/ZAP/STAC
CTN REPL GSM XCVR MODULUS
XCVR GSM/DCS CD930 EFR SW04.29
ANT STUBBY ZAP
GASKET ALERT 12MM
DECAL REAR BLK DOMES
SCR METRIC TYPE PT
GASKET ALERT 12MM
MIC PANASINIC = 5009536H15
*** Motorola Internal Use Only ***
http://cxema.ru
(schemsym)
Schematic Symbols of Item S8324A
======================================================================
Date: 30-MAR-99
LS
Page 16
/16
Schematic Symbol
----------------
Component
-----------5402373T01
5402374T01
6009223J03
7509431U01
3809429U01
5409468U01
6109428U07
0102701T17
0102701T25
5402139T02
5402287T01
CDLN4282B
CDLN4290A
SAG4013A
SHN6616A
SHN6816A
SHN6817A
SRG4001F
SYN6973A
0109036A75
1102498T01
1509433M01
3209455U02
4009422U02
5402282T01
5402287T01
7209294M07
Intermediate
-----------SHN6816A
SHN6816A
SHN6816A
SHN6816A
SHN6817A
SHN6817A
SHN6817A
SRG4001F
SRG4001F
SRG4001F
SRG4001F
SUG1159F
SUG1159F
SUG1159F
SUG1159F
SUG1159F
SUG1159F
SUG1159F
SUG1159F
SYN6973A
SYN6973A
SYN6973A
SYN6973A
SYN6973A
SYN6973A
SYN6973A
SYN6973A
Description
-----------------------------FCS LBL GSM MOD REAR HSG
FCS LBL GSM MOD REAR HSGTRVL
BATT COIN LITH BACKUP
GROMMET MIC FLATZAP
KEYPAD FLATZAP
LINER LENS
LENS FLAT ZAP THICK
ZAP DB FIRESTORM PARTS BACK
ZAP FIRESTORM P15 PARTS FRONT
ESN COMPOSITE LABEL SET
SMT IDENT LABEL
UNIQUE HSG KIT ZAP REAR BLK
UNIQ HSG KIT FLAT ZAP FRNT BLK
ANTENNA GSM/DCS ZAP
HSNG REAR ZAP
H&H FLATZAP
H&H FRNT FLATZAP
XCVR CD920 EFR SW04.29
KYBD FLAT ZAP NO TEMP COMPHOL
KYBD SMT PARTS FLAT ZAP NO TEM
TAPE DOUBLE SIDED
PLASTIC LIGHT GUIDE LCD
GASKET KEYBOARD
MYLAR POLY DOME 8 LED
KEYPAD FCS LABEL
SMT IDENT LABEL
LCD DSPL MOD 96X32PIX ZAP
*** Motorola Internal Use Only ***
http://cxema.ru
http://cxema.ru
Product Description
GSM Zap and Zap C (Refresh)
Created By:
Jim Filicette-WJF005 on 22.04.98 at 17:21
Category:
Review
Version Number: 5
PR Number: A74-01 A74-02
Motorola Confidential Proprietary
05.11.98
1. Change Control and Release Approvals
Change Control:
Version Number
Date
Editor
1
2
4/22/98
5/25/98
Jim Filicette
Jim Filicette
3
6/10/98
Jim Filicette
4
7/1/98
Jim Filicette
5
8/14/98
Jim Filicette
Motorola Confidential Proprietary
Key Changes
Initial release of Zap refresh
to MMI per Steve
Akin's 5/22/98 email.
lAdd Tri-Codec and new
vibrator
lClarify stage IV and V of Zap
refresh
lRevise O2O feature
lAdd Stage I unicode support
for phone book to stage V
TM
lMove VoiceNotes
improvement to stage IV
lAdd note to tri-codec (voice
only HR)
Major Revisions:
lAdd Eastern Euorpean
Languages
lClarify stages and features
lAdd paint requirements
lAdd manual, literature kit
and model structure tables
lAdd unique SMS alert, last 10
improvements, quick access
software features to list.
Major Revisions:
lUdapte Table 1:
chargers/Manuals
lUpdate introduciton and
launch information
lUpdate models to be replaced
lUpdate software features
lUpdate core models, content
and variant tables
lUpdate milestones
lAdd Table 2 to appendix
lAdd Table 3; literature kits
lRevisions
Page: 2
05.11.98
Release Approval Summary:
Version Number
Signed by
Date
Jim Filicette
Tracey Koziol
Ruchi Mangalik
Steve Akin
Neal Keating
Doug Main
Mike Hader
Zaf Azam
Philip Broderson
Dave Loveridge
Jim Barber
Glenn Riese
Motorola Confidential Proprietary
Page: 3
05.11.98
2. Introduction
2.1 Market Name & Launch Date
Market Name:
Europe: cd920 (flip); cd930 (flat)
Asia: cd928e (flip); cd938e (flat)
Ship Authorization date:
11/Sept/98 (use format DDMMMYY)
2.2 Introduction Scope
This product description covers the worldwide requirements for GSM 900/1800 Zap and
Zap C REFRESH. It will have two stages which will be called: Zap stage IV and Zap stage
V. Zap refresh will have a number of long awaited software MMI improvements plus
improved keypad and vibrator hardware features.
Zap stage IV ship authorization requirement of 11/SEPT/98 for Western European build
and 01/OCT/98 for Eastern European build. Zap and Zap C will have similtaneous luanch
dates.
Zap stage V will include an enhanced version of stage IV plus Tri-Codec support (half
rate). Zap stage V goal for ship acceptance is Dec/98.
Europe Plan:
Stage IV for Europe will have numerous MMI improvements and hardware improvements
TM
(key pad and vibraCall ). At the same time, painted housings on the flat version only will
be available. The makret name will remain the same. The market name for Zap refresh
will remain the same as requested by the field.
Asia Plan:
Stage IV for Asia will require a product name change because of the numerous MMI
TM
improvements and hardware improvements (key pad and vibraCall ). The proposed
market name for Asia is cd928e/cd938e. Stage V for Asia will not require a product name
change because Half Rate support will be 'Soft' to the market (only operator). Asia plans
to introduce manual band select to limited market on Aug 18, 1998 and full roll out on
Sept 1, 1998.
2.3 Product Strategy
2.3.1 Signaling
Signaling Type:
GSM Dual Band
2.3.2 Key Selling Points
New key features in addition to previous versions for Zap Stage IV:
Signficant user interface enhancements
l
Unicode for full SIM application toolkit class II plus stage I of Asian phone book
l
Eastern European languages
TM
l
Improved keypad and VibraCall
l
Motorola Confidential Proprietary
Page: 4
05.11.98
New key features in addition to the above for Zap Stage V:
Tri-Codec support (voice only HR)
l
The following are key selling features of previous versions of Zap cd920/cd930:
Dual-Band technology, the quality capacity solution
l
Best in class radio, battery and speaker performance
l
Ergonomically designed for comfortable handling
l
Value added service delivery through SIM Toolkit
TM
l
3 minute VoiceNote message recording feature
l
Dual-Rate speech codec (FR and EFR)
l
Ease of use
TM
l
Large, high contrast (Optimax ), easy to read display
l
2.3.3 Tier
Mid Tier
2.3.4 Channel
Same as cd920/cd930.
2.3.5 Competitors
Ericsson SH888; now shipping
Nokia 6150, due end Q3-98
Siemens S15; due end Q2-98
Bosch Dual-Com 738; now shipping
Mitsubishi MT-D30; due to launch in Q2-98
NEC G10; due end Q3-98; and DB2000 also now due in Q3-98
Nortel/AEG 2785; due in Q3-98
2.3.6 Key Target Customers
Same as cd920 and cd930.
2.3.7 Product Tiering Strategy
Zap is a product representing the mid tier.
2.3.8 Models to be Replaced
Model Name
Model Number
Comments
cd920
cd920
SE0007Bccxx
SE0012Bccxx
cd920
cd920
SE0300Bccxx
SE0311Bccxx
cd920
SE0287Bccxx
cd920
SE0145Bccxx
cd930
SE0006Bccxx
Stage II Flipped Zap
Stage II Flipped Zap w/
CPHS
Stage II Flipped Zap w/ SAT
Stage II Flipped Zap w/
CPHS & SAT
Stage II Flipped Zap w/
PHFA
Stage II Flipped Zap GSM
900 only
Stage III Flat Zap
Motorola Confidential Proprietary
Page: 5
05.11.98
cd930
cd930
cd930
SE0013Bccxx
SE0913Bccxx
SE0310Bccxx
cd930
cd930
SE0288Bccxx
SE0146Bccxx
Stage III Flat Zap w/ CPHS
Stage III Flat Zap w/ SAT
Stage III Flat Zap w/ SAT &
CPHS
Stage III Flat Zap w/ PHFA
Stage III Flat Zap GSM 900
only
2.4 Target Markets
Zap is positioned as a feature loaded product, aimed at power users. In particular, the
Business Accomplishment and Activity Managment user segments will be targeted.
2.5 Advertising
To be developed in correlation to the Motorola Corporate Wings and brand awareness
campaign. Advertising is to be consistent with cd920/cd930. Advertising for the refresh
software and hardware features should be toned down. Advertising for the new Zap
colors; Electric Blue and Shark Silver should be emphisesed to demonstrate Motorola's
capabilities in producing exciting colors and finishes. The promotion should be used to
counter Nokia's work on the 6110 and 8810.
3. Product Description
3.1 Physical Characteristics
3.1.1 Phone
Zap refresh will not require any major modificaitons to the form factor. Flat Zap stage
IV will include painted front, rear and battery door housings in electric blue and shark
silver.
3.1.2 Housing
Same as cd920 and cd930.
3.1.3 Battery Door
Painted battery doors will be required to match the housing colors and be available
3.1.4 Display
Same as cd920 and cd930.
3.1.5 Lens
The shark silver phone will require a new lens to match the keypad. The color will be
DM483 blue silver.
3.1.6 Keypad
Zap stage IV will include an improved keypad that will adress the field complaints on
Motorola Confidential Proprietary
Page: 6
05.11.98
Zap. Also, shark silver will require a new keypad color to match the lens. The color
will be DM483 blue/silver.
3.1.7 Escutcheon
A new escuctheon will be required for the shark silver phone. The color of the
escutcheon will be shark silver with a semi gloss texture to blend in with the painted
front housing.
3.1.8 Antenna
Same as cd920 and cd930.
3.1.9 Connectivity
Same as cd920 and cd930.
3.1.10 Sim Card
Same as cd920 and cd930.
3.1.11 Other Physical Characteristics
Define any other physical characteristics.
TM
Zap stage IV will incorporate a new vibrator to improve the VibraCall feature. This
will address complaints from the field on the quality of the vibrator. Zap should use the
same vibrator that is being used in GSM 8700.
3.2 Performance Characteristics
3.2.1 Transceiver Performance
Volume (cubic Weight
cm)
(grams)
Motorola Confidential Proprietary
Talk Time
(minutes)
Standby Time With Battery
(hours)
(Name)
Page: 7
05.11.98
TALK/STANDBY TIMES - ZAP
DUAL BAND
--->
--->
--->
TX
RX
Wgt
ma
ma
grams
TX/DRX2
DTX/DRX9
275
12.7
99
220
9.5
3
MKT
A. Nickel Metal Hydride
A
P
R
I
TX
RX
Wgt
AAA - Long
139cc
Wgt
650
617.5
48
2.4
49
147
3.0
65
2-3 hrs
50-60 hrs
147 g
L
TX
RX
Wgt
AA
150cc
Wgt
1100
1045
83
4.0
84
182
5.0
110
4-5 hrs
80-100 hrs
193
9
9
8
1
B. Lithium Ion
TX
RX
Wgt
P5
139cc
Wgt
400
380
20
1.5
30
119
1.8
40
1-1.5 hrs
30-40 hrs
119 g
TX
RX
Wgt
LP4 Saft
139cc
Wgt
400
380
23
87
30
122
109
40
1-1.5 hrs
30-40 hrs
122 g
TX
RX
Wgt
LSQ8
139cc
Wgt
1000
950
45
3.6
75
144
4.5
100
3.5-4.5 hrs
80-100 hrs
144 g
TX
RX
Wgt
Hi-Cap Pack
189cc
Wgt
2800
2660
124
10.2
209
223
12.7
280
10-12 hrs
200-250 hrs
C. LiPolymer (Preliminary)
TX
RX
Wgt
Lith Ploymer
Wgt
480
456
19
105
36
118
131
48
Note: The above performance numbers are engineering estimates for Zap.
3.2.2 Compatible Battery Technology & Security
Same as cd920 and cd930. Zap refresh will also employ the invalid battery technology
by utilizing the Dallas chip. Zap refresh will eliminate the invalid battery leaflet by
integrating the information into the manual.
Motorola Confidential Proprietary
Page: 8
05.11.98
3.2.3 Charge Times
Battery
Charge time with E. P.
Charge time with E. P.
Standard Travel Charger Desktop Charger to 90 %
to 90 % charge (Minutes) charge
(Minutes)
Same as cd920 and cd930.
3.2.4 Data Compatibility
Same as cd920 and cd930.
3.3 Software and Hardware Requirements
Zap refresh will have the same feature set as Zap stage III launch plus the new features
below.
Key Software Requirements:
Tracking
Description
Status - First
Number
Launch
Features required in Zap refresh stage IV:
0203
0195
0196
?*
0016
0115
0023
0014
?*
0155
?*
0162
?*
n/a
?*
?**
?*
0138**
In process and
committed
SIM Toolkit class 2
In process and
committed
Eastern European
In process and
languages (not including committed
Hebrew)
Asian subsidy lock
In process and
enhancement
committed
Unicode for SIM Toolkit In process and
committed
SMS Delete all messages In process and
option
committed
MO-SMS reply to
In process and
MT-SMS
committed
SMS Phone book access In process and
committed
Manual band select for
In process and
dual band
committed
Increase SIM ADN
In process and
locations from 155- 255 committed
Increase SIM SMS
In process and
locations from 35 to 75
committed
Support for CSP based
In process and
on CPHS V4.2
committed
Change CLI lookup to
In process and
use 8 digits
committed
Check card software
In process and
committed
Conference call / call
In process and
transfer improvement
committed
Unicode phone book
Under investigation,
support-stage 1
NOT committed
Status - Main
Launch
Viag Home Zone
Orange data field
support
Quick access additions
(3)
Motorola Confidential Proprietary
In process and
committed
In process and
committed
Priority
1
1
1
1
1
1
1
1
1
1
1
1
1
Note: No MMI
required
1
1
Note: This feature
could hold up Zap
refresh launch date in
Asia
1
1
1
Page: 9
05.11.98
0075**
0028**
Last 10 call
improvements
Unique SMS alert tones
?*
O2O dual band CSP bit
In process and NOT
committed
In process and NOT
committed
Under investigation,
NOT committed
Features required in Zap refresh stage V:
0056**
Multi rate
In process and
speach coder
committed
(FR/EFR/HR)
(voice only HR)
2
2
2
1
Note:
* = denotes marketing specification is not available
** = denotes marketing specification is available
Priority:
1 = Required, will not ship without
2 = Will be considered for future product launch; will ship without
Transceivers:
Zap refesh for Europe will allow upto 14 languages per transceiver. The languages will be
formated in the following:
The first Zap Refersh transceiver will have theThe second Zap Refersh transceiver will have
the following languages:
following languages:
English
English
French
Russian
German
Lithuanian
Turkish
Polish
Italian
Czech
Spanish
Slovakian
Danish
Croatian
Finnish
Romanian
Dutch
Slovenia
Greek
Latvian
Norweigian
Estonian
Portugese
Ukraine
Swedish
Servian
Hungarian
Bulgarian
Motorola Confidential Proprietary
Page: 10
05.11.98
Key Hardware Requirements:
Tracking
Description
Number
Z-1
Z-2
Z-3
Z-4
Z-5
Z-6
Z-7
Z-8
Vibrator (same
as 8700)
Vibrator
grommet
Painted housings
& batt doors
(flat)
Improved
keypad
Tricoder
New blue/silver
lens
New blue/silver
keypad
New shark silver
escutcheon
Status - First
Launch
Status - Main
Launch
Priority
Stage IV
Committed
1
Stage IV
Committed
1
Stage IV
Committed
1
Stage IV
Committed
1
Stage V
Stage IV
Committed
2
1
Stage IV
Committed
1
Stage IV
Committed
1
Priority:
1=Must ship in stage IV launch on Sept 11
2=Must ship in stage V launch on Dec 1
3.4 Flex and Menu Requirements
3.4.1 Flex Default Requirements
Feature
Same as cd920 and cd930
Flex Default
Same as cd920 and cd930.
3.4.2 Menu Requirements
Quick Access
New Features
New Features
Phone
Book
Call Related
Features
Messages
Phone Setup
Motorola Confidential Proprietary
Network Selection
Call Meters
Accessory Setup
Page: 11
05.11.98
3.5 Packaging and Labeling
3.5.1 Box and Insert
New box artwork will not be required for Zap refresh.
Standard Box pack configuration.
Configuration
Contents
Quantity
Comments
Same as cd920/cd930 except the electric blue and shark silver models will substitute
the leather holster for the plastic holster.
Extended Box pack configuration.
Configuration
Contents
Same as cd920/cd930.
Quantity
Comments
3.5.2 Artworks
No new artwork will be required for Zap refresh.
3.5.3 Labeling
Same as cd920/cd930.
EAN Numbers for each product type, for each market:
Market (Country)
Product Name
EAN Number
Comments
3.6 Accessories and Compatibility
3.6.1 Current Accessories
Model, Kit, or Part
Number
Same as cd920 and cd930
Accessory Name
Compatibility Notes
3.6.2 Planned Accessories
Model, Kit, or Accessory Name
Part Number
Same as cd920 and cd930
Motorola Confidential Proprietary
Compatibility
Notes
Availability Date
Page: 12
05.11.98
3.7 Type Approval and Other Approvals
Same as cd920 and cd930
4. Models and Versions
4.1 New Sales Models - First Core Product
New Sales Models:
Sales Model Number
SE0007Cccxx
SE0012Cccxx
SE0300Cccxx
SE0311Cccxx
SE0287Cccxx
SE0145Cccxx
SE0006Cccxx
SE0013Cccxx
SE0913Cccxx
SE0310Cccxx
SE0288Cccxx
SE0146Cccxx
Brand
cd920
cd920
cd920
cd920
cd920
cd920
cd930
cd930
cd930
cd930
cd930
cd930
Description
Stage II Flipped Zap
Stage II Flipped Zap w/ CPHS
Stage II Flipped Zap w/ SAT
Stage II Flipped Zap w/ CPHS & SAT
Stage II Flipped Zap w/ PHFA
Stage II Flipped Zap GSM 900 only
Stage III Flat Zap
Stage III Flat Zap w/ CPHS
Stage III Flat Zap w/ SAT
Stage III Flat Zap w/ SAT & CPHS
Stage III Flat Zap w/ PHFA
Stage III Flat Zap GSM 900 only
cc = Color suffix, xx = language/market suffix
Note: For Europe, Zap refresh will utilize all the existing model numbers from the initial
launch of Zap. Zap reresh will employ a similar up-suffixing scheme as stage I, II, III of
Zap. Stage IV models will be upsuffixed to the 'C' version of Zap. Stage V model numbers
will be upsuffixed to 'D' version of Zap model number.
New Field Service Models:
Field Service Model
Number
Motorola Confidential Proprietary
Brand
Description
Page: 13
05.11.98
4.2 New Sales Model Content - First Core Product
Models
cd920-flip
Core Models
SE0007Cxxxx
SE0012Cxxxx
SE0300Cxxxx
SE0311Cxxxx
SE0287Cxxxx
SE0145Cxxxx
Transceiver
Manual
Accessories
Other
TCVR
SUG1264
SUG1265
SUG1266
SUG1267
SUG1268
SUG1269
Color
Black
TP Blue
MGX Grey
Black
TP Blue
MGX Grey
Language
Western
Western
Western
Eastern
Eastern
Eastern
Manual/Literature Kits
Kit:
See Table 1; Sect 4.4
P/N:
See Table 1; Sect 4.4
Literature Kit:
See Table 3; Appendix
Accessories
Battery (LSQ8): SNN5360
Battery Door:
SHN6617-Black
SHN6943-TP blue
SHN6825-MGX grey
Universal Charger: SPN4278
Plug: See Table 1; Sect 4.4
Other
Holster (plastic):
SHN6851
Zap Wings Box:
5602702Z14
Blue pulp insert:
5603930K01
Flip Esc: See
Table 2; Appendix
TCVR
SUG1259
SUG1260
SUG1261
SUG1262
SUG1263
SUG1254
SUG1255
SUG1256
SUG1257
SUG1258
Color
Language
Black
Western
TP Blue
Western
MGX Grey Western
Electric Blue Western
Shark Silver Western
Black
Eastern
TP Blue
Eastern
MGX Grey Eastern
Electric Blue Eastern
Shark Silver Eastern
Manual/Literature Kits
Kit:
See Table 1; Sect 4.4
P/N:
See Table 1; Sect 4.4
Literature Kit:
See Table 3; Appendix
Accessories
Battery (LSQ8): SNN5360
Battery Door:
SHN6617-Black
SHN6943-TP blue
SHN6825-MGX grey
SHN7105-Electric Blue
SHN7106-Shark Silver
Universal Charger: SPN4278
Plug: See Table 1; Sect 4.4
Other
Holster (plastic):
SHN6851
*Holster (leather):
SYN6913
Zap Wings Box:
5602702Z14
Blue pulp insert:
5603930K01
Flat Esc: See
Table 2; Appendix
cd930-flat
Core Models
SE0006Cxxxx
SE0013Cxxxx
SE0913Cxxxx
SE0310Cxxxx
SE0288Cxxxx
SE0146Cxxxx
* Leather holster is to be structured with Electric blue and Shark Silver models.
Motorola Confidential Proprietary
Page: 14
05.11.98
4.3 New Sales Model Variants - Following Core Products
Model
Number
Unique item
vs Core
Description
SE0166CB1H2
SE0160CB1H3
SE0167CB1H4
Stage IV Flip Zap TIM-Italy
Stage IV Flip Zap Omnitel-Italy
Stage IV Flip Zap Wind
SE0161CH2B3
Stage IV Flip Zap Orange-UK
SE0162CB1B7
SE0164CB1G4
SE0282CB1F9
SE0165CB1F9
SE0151CB1F5
SE0152CB1F8
SE0168CB1L2
SE0169CB1L2
SE0170CB1K2
SE0147CB1K4
SE0172CB1E2
Stage IV Flip Zap O2O-UK
Stage IV Flip Zap Cosmote
Stage IV Flip Zap Connect-Austria
Stage IV Flip Zap Mobilix
Stage IV Flat Zap Eplus - Germany
Stage IV Flat Zap Viag - Germany
Stage IV Flip Zap Movistar - Spain
Stage IV Flip Zap AirTel - Spain
Stage IV Flip Zap TMN - Portugal
Stage IV Flat Zap Optimus - Portugal
Stage IV Flip Zap Bouygues - France
Escutcheon,
Manual, Box, Flex
Escutcheon, Flex
Escutcheon, Flex
Escutcheon, Box,
Flex
Escutcheon, Box,
Manual, Flex
Escutcheon, Flex
Flex only
Flex only
Escutcheon, Flex
Escutcheon, Flex
Flex only
Flex only
Flex only
Escutcheon, Flex
Escutchone, Flex
Region
Responsible
for PD
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
Europe
4.4 Manual Requirements
Models
Motorola Confidential Proprietary
Manual Kit
Number
Manual Part
Number
Language
Market
Translation
Priority
Page: 15
05.11.98
Table 1. Chargers and Manuals
Stage IV Flip Stage IV Flat Charger
ZAP
ZAP
Plug
SE0007CccA1
SE0006CccA1
SE0012CccA1
SE0013CccA1
SE0007CccB1
SE0006CccB1
SE0012CccB1
SE0013CccB1
SE0007CccC1
SE0007CccD1
Manual
Kit #
Manual P/N Priority
Market or
Language
SYN4655
SJN7598B
6809417A28
2
Danish
SYN6718
SJN7609B
6809417A29
Master
SE0006CccC1
SYN4655
SJN7599B
6809417A30
2
Finnish
SE0006CccD1
SYN4655
SJN7602B
6809417A31
2
Dutch
SE0007CccE1
SE0006CccE1
SYN4655
SJN7604B
6809417A32
2
French
SE0012CccE1
SE0013CccE1
SE0007CccF1
SE0006CccF1
SYN4655
SJN7608B
6809417A33
1
German
SE0007CccG1
SE0006CccG1
SYN4655
SJN7600B
6809417A34
3
Greek
SE0007CccH1
SE0006CccH1
SYN4655
SJN7607B
6809417A35
2
Italian
SE0007CccJ1
SE0006CccJ1
SYN4655
SJN7597B
6809417A36
2
Norwegian
SE0007CccK1
SE0006CccK1
SYN4655
SJN7601B
6809417A37
3
Portuguese
SE0007CccL1
SE0006CccL1
SYN4655
SJN7603B
6809417A38
3
Spanish
SE0007CccM1
SE0006CccM1
SYN4655
SJN7606B
6809417A39
2
Swedish
SE0007CccN1
SE0006CccN1
SYN4655
SJN7602B & -
3
Belgium Package
-
2
Swiss Package
English (UK)
SJN7604B
SE0007CccP1
SE0006CccP1
SYN4655
SJN7604B
SJN7607B
SJN7608B
SE0007CccQ1
SE0006CccQ1
SYN4655
SJN7595B
6809417A39
3
Turkish
SE0007CccR1
SE0006CccR1
SYN4655
SJN7596B
6809417A43
3
Hungarian
SE0007CccS1
SE0006CccS1
SYN4655
SJN7572B
6809417A44
4
Slovakian
other models
other models
SYN4655
SJN7610B
6809417A45
5
Arabic
SE0007CccT1
SE0006CccT1
n/a
SJN7604B
-
5
North Africa Package
SJN7610B
SE0007CccU1
SE0006CccU1
SYN4655
SJN7593B
6809417A47
4
Russian
SE0007CccV1
SE0006CccV1
SYN4655
SJN7792B
6809417A48
4
Lithuanian
SE0007CccW1
SE0006CccW1 SYN4655
SJN7571B
6809417A49
4
Polish
SE0007CccY1
SE0006CccY1
SYN4655
SJN7793B
6809417A50
4
Czech
SE0007CccZ1
SE0006CccZ1
SYN4655
None
None
SE0007CccB2
SE0006CccB2
SYN4655
SJN7609B
6809417A29
5
Engl S. Africa
SE0007CccC2
SE0006CccC2
SYN4655
SJN8173B
6809417A52
4
Croatian
SE0007CccF2
SE0006CccF2
SYN4655
SJN7608B
6809417A33
3
Germn - Austria
SE0007CccG2
SE0006CccG2
SYN6718
SJN7600B
6809417A34
5
Cyprus
SE0007CccP2
SE0006CccP2
SYN4655
SJN8174B
6809417A55
4
Romanian
SE0007CccS2
SE0006CccS2
SYN4655
SJN8175B
6809417A56
4
Slovenian
SE0007CccT2
SE0006CccT2
SYN6718
SJN7609B & -
5
Gulf States Package
No language
SJN7610B
SE0007CccU2
SE0006CccU2
SYN4655
SJN8176B
6809417A57
4
Ukrainian
SE0007CccX2
SE0006CccX2
SYN4655
SJN8180B
6809417A58
5
Israeli
SE0007CccZ2
SE0006CccZ2
SYN6718
None
None
SE0007CccA3
SE0006CccA3
SYN4655
SJN8177B
6809417A59
4
Latvian
SE0007CccC3
SE0006CccC3
SYN4655
SJN8178B
6809417A60
4
Estonian
SE0007CccA4
SE0006CccA4
SYN4655
SJN8179B
6809417A61
4
Bulgarian
SE0007Cccxx
SE0006Cccxx
SYNxxxx
SJN8530A
6809417A62
4
Serbian
No language
5. Schedule Milestones
Motorola Confidential Proprietary
Page: 16
05.11.98
Schedule Milestone
Units
Requested Date
(DDMMMYY)
Comments
Non-Functioning
Cosmetically
Correct Units
For Marketing
Purposes
Functioning Units
For Marketing
Purposes
N/A
20
24/AUG/98
Note: Painted units
each color
Field Engineering
Test Samples
Worldwide
Operator
Test Samples
Market Trial
Test Samples
Launch
Requirements
30
31/AUG/98
Units with new
keypad/vibrator
100
31/AUG/98
(final functionality not
required)
N/A
30000
11/Sept/98
6. Launch Volume
11/Sept/98
5.000
Required Introduction Date:
Launch Volume (number of units):
Period
(MMMYY)
Required
Stock for
Launch
Sep. 98
Volume
Region 1
EMEA
Volume
Region 2
ASIA
15.000
Define expected Product Lifetime:
15.000
Volume
Region 3
Volume
Other
0
Volume
Total
Worldwide
0
30.000
Through Q4 1999
7. Future Product Requirements
Keep a list of all requirements requested in this product description, from the first draft
through final copy, which ARE NOT POSSIBLE in this product design. The intent of this
section is to keep a running list of all non-fulfilled requirements, for inclusion in the next
product design activity.
Approval of this product description, brings an agreement between all team members, on what
will be included in this product design. Items in this section are EXCLUDED from the
approval.
Define Key Requirements Excluded From This Product Description, but required for
Motorola Confidential Proprietary
Page: 17
05.11.98
future product introduction.
Tracking
Number
Description
Status - First
Launch
Status - Main
Launch
Priority
Define Other Expected Customers, in First 3 Months of Production:
Customer Name
Motorola Confidential Proprietary
Product Required
Comments
Page: 18
05.11.98
8. Appendix
Attach any additional information required:
Table 2:
cd920 flip
Black
Magix Grey
Lens Surround
Lens Printing
Black
Silver MM524
Pantone 427 Bright White
Ten Pin Blue
Black
Pantone 427
Front Escutcheon Part Number5409397M08
Front Escutcheon Background Black
Front Escutcheon Finish
Glossy
Front Escutcheon Printing
Pantone 427
5409397M09
Silver MM524
Glossy
Bright White
5409397M08
Black
Glossy
Pantone 427
Back Escutcheon Part Number5409158T04
Back Escutcheon Background Black
Back Escutcheon Finish
Domed
Back Escutcheon Printing
Pantone 427
5409158T04
Black
Domed
Pantone 427
5409158T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Hard
Black
Hard
Black
Hard
cd930 Flat
Black
Magix Grey
Ten Pin Blue
Electric Blue
Shark Silver
Lens Surround
Lens Printing
Black
Silver MM524
Pantone 427 Bright White
Black
Pantone 427
Black
Pantone 427
Blue/Silver DM483
Pantone 427
Front Escutcheon Part Number1309432U01
Front Escutcheon Background Black
Front Escutcheon Finish
Glossy
Front Escutcheon Printing
Pantone 427
1309432U05
Silver MM524
Glossy
Bright White
1309432U01
Black
Glossy
Pantone 427
1309432U01
Black
Glossy
Pantone 427
1309432U30
Shark Silver
Textured
Black
Back Escutcheon Part Number5409158T04
Back Escutcheon Background Black
Back Escutcheon Finish
Domed
Back Escutcheon Printing
Pantone 427
5409158T04
Black
Domed
Pantone 427
5409158T04
Black
Domed
Pantone 427
5409158T04
Black
Domed
Pantone 427
5409158T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Silicon Matte
Black
Silicon Matte
Black
Silicon Matte
Blue/Silver DM483
Silicon Matte
Motorola Confidential Proprietary
Black
Silicon Matte
Page: 19
05.11.98
Table 3: Literature Kits
Stage IV Stage IV Flat
Kit
Flipped ZAP
ZAP
Number
SE0007CccA1
SE0012CccA1
SE0007CccB1
SE0012CccB1
SE0007CccC1
SE0007CccD1
SE0006CccA1
SE0013CccA1
SE0006CccB1
SE0013CccB1
SE0006CccC1
SE0006CccD1
Market
SJN8356BA Denmark
Kit Contents
Accessory leaflet-68p09414A66
SJN8356BB UK
Accessory leaflet-68p09414A67
Registration Card-68p09408A20
SJN8356BC Finland
Accessory leaflet-68p09414A68
SJN8356BD Netherlands
Accessory leaflet-68p09414A69
Registration Card-68p09408A24
SE0007CccE1 SE0006CccE1 SJN8356BE France
Accessory leaflet-68p09414A70
SE0012CccE1 SE0013CccE1
Registration Card-68p09408A21
SE0007CccF1 SE0006CccF1 SJN8356BF Germany
Accessory leaflet-68p09414A71
Registration Card-68p09408A22
24 hour service-68p09405A07
SE0007CccG1 SE0006CccG1 SJN8356BG Greece
Accessory leaflet-68p09414A72
SE0007CccH1 SE0006CccH1 SJN8356BH Italy
Accessory leaflet-68p09414A73
SE0007CccJ1 SE0006CccJ1 SJN8356BJ Norway
Accessory leaflet-68p09414A74
SE0007CccK1 SE0006CccK1 SJN8356BK Portugal
Accessory leaflet-68p09414A75
Waranty Card-68p09405A09
SE0007CccL1 SE0006CccL1 SJN8356BL Spain
Accessory leaflet-68p09414A76
Registration Card-68p09408A23
Waranty Card-68p09405A08
SE0007CccM1 SE0006CccM1 SJN8356BM Sweden
Accessory leaflet-68p09414A77
SE0007CccN1 SE0006CccN1 SJN8356BN Belgium
Accessory leaflet-68p09414A78
SE0007CccP1 SE0006CccP1 SJN8356BP Switzerland
Accessory leaflet-68p09414A79
SE0007CccQ1 SE0006CccQ1 SJN8356BQ Turkey
Accessory leaflet-68p09414A80
SE0007CccR1 SE0006CccR1 SJN8356BR Hungary
Accessory leaflet-68p09414A81
SE0007CccS1 SE0006CccS1 SJN8356BS Slovakia
Accessory leaflet-68p09414A82
other models other models SJN8356BT Arab/Eng/French Accessory leaflet-68p09414A83
SE0007CccT1 SE0006CccT1 SJN8356BT North Africa
Accessory leaflet-68p09414A83
SE0007CccU1 SE0006CccU1 SJN8356BU Package
Russia
Accessory leaflet-68p09414A84
SE0007CccV1 SE0006CccV1 SJN8356BV Lithuania
Accessory leaflet-68p09414A85
SE0007CccW SE0006CccW1 SJN8356B Poland
Accessory leaflet-68p09414A86
1
SE0007CccY1 SE0006CccY1 W
SJN8356BX Czech Republic Accessory leaflet-68p09414A87
SE0007CccZ1 SE0006CccZ1 NONE
Generic UK plug None
SE0007CccB2 SE0006CccB2 SJN8491BA So Africa
Accessory leaflet-68p09414A67
SE0007CccC2 SE0006CccC2 SJN8356BY Croatia
Accessory leaflet-68p09414A88
SE0007CccF2 SE0006CccF2 SJN8489BA Austria
Accessory leaflet-68p09414A71
Registration Card-68p09408A22
24 hour service-68p09405A16
SE0007CccG2 SE0006CccG2 SJN8356BZ Cyprus
Accessory leaflet-68p09414A89
SE0007CccP2 SE0006CccP2 SJN8490BA Romania
Accessory leaflet-68p09414A90
SE0007CccS2 SE0006CccS2 SJN8492BA Slovenia
Accessory leaflet-68p09414A79
SE0007CccT2 SE0006CccT2 SJN8493BA Gulf States
Accessory leaflet-68p09414A83
SE0007CccU2 SE0006CccU2 SJN8357BA Package
Ukraine
Accessory leaflet-68p09414A91
SE0007CccX2 SE0006CccX2 SJN8357BB Israel
Accessory leaflet-68p09414A92
SE0007CccZ2 SE0006CccZ2 NONE
Generic UK plug None
SE0007CccA3 SE0006CccA3 SJN8357BC Latvia
Accessory leaflet-68p09414A93
SE0007CccC3 SE0006CccC3 SJN8357BD Estonia
Accessory leaflet-68p09414A94
SE0007CccA4 SE0006CccA4 SJN8357BE Bulgaria
Accessory leaflet-68p09414A95
SE0007Cccxx SE0006Cccxx
Serbia
Zap Refresh Aug 98.ppt
Motorola Confidential Proprietary
Page: 20
05.11.98
Motorola Confidential Proprietary
Page: 21
µ MOTOROLA
PRODUCT DESCRIPTION
European Cellular Subscriber Division
Standard
Core Product Description
ZAP
GSM900/1800
Stages I, II and III
Project Nos.
Flipped ZAP
Flipless ZAP
A74-01
A74-02
Issue 8.0
Note: This document is also available on Lotus Notes at the following location:
- EMEA Product Description
- - ZAP version 8.0
- - - Section 8. Appendix
- - - - ZAP PD v8.0.doc (An MS Word Attachment)
Dominic Strowbridge
October 12, 1998
MOTOROLA CONFIDENTIAL PROPRIETARY
This document and the information contained in it is CONFIDENTIAL INFORMATION
of Motorola and shall not be used, published, disclosed, or disseminated outside of Motorola
in whole or in part without Motorola's consent. This document contains trade secrets of Motorola.
Reverse engineering of any or all of the information in this document is prohibited.
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
INTERIM-RELEASE SIGNATURES
Name
Signature
Date
Tracey Koziol
EMEA Product Marketing
Ruchi Mangalik
GCSA Product Marketing
John Calderone
Accessories Product Marketing
Zaf ul Azam
Engineering Manager
Glenn Riese
Electrical Engineering Manager
Jim Barber
Mechanical Engineering Manager
Dave Trahan
Accessories Engineering Manager
Doug Main
Software Engineering Manager
Steve Akin
MMI Software Section
Philip Brodessen
Flensburg Manufacturing
Dirk Klostermeier
Flensburg Materials
Michael Petersen
Flensburg Distribution
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
Paul Royer
Programme Manager
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
MANAGEMENT SIGNATURES
Name
Signature
Date
Ralph Pini
European General Manager and VP for GSM
Mark Powell
European Product Marketing
Paul Pelski
Asia Product Marketing
Paul Dal Santo
European Core Group Engineering
Henry Lee
Software Operations Manager
Jim Gentile
European Finance
Phil Tutor
Asia Finance
Finn-Lund Andersen
European Manufacturing
Hiram Burrows
Materials
Jorge Santos
Quality Group
Walter Kleine
European Distribution
Bernie McGill
Asia Distribution
Ian Park
European Service
Vincent Cheung
Asia Service
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
REVISION HISTORY
Version
Date
Name
Reason
Issue 1.2
24 Jul 97
Pete Thompson
Latest release of ‘Flip’ZAP Product Description.
Issue 1.0
28 Jul 97
Pete Thompson
Initial release of ‘Flat’ZAP Product Description.
Issue 2.0
05 Sept 97
Dominic Strowbridge
First release of combined Flipped and Flipless ZAP Product
Description, for limited distribution only.
Issue 3.0
17 Oct 97
Dominic Strowbridge
Second main release:
main changes documented in previous versions.
Issue 4.0
10 Dec 97
Dominic Strowbridge
Third main release:
main changes documented in previous versions.
Issue 5.0
22 Jan 98
Dominic Strowbridge
Fourth main release:
main changes documented in previous versions.
Issue 6.0
12 Mar 98
Dominic Strowbridge
Fifth main release:
main changes documented in previous versions.
Issue 6.1
19 Mar 98
Dominic Strowbridge
Change Magix Grey to ‘H2’suffix; update Appendix 3.
Delete 20k flipless forecast for May.
Issue 7.0
15 May 98
Dominic Strowbridge
Main changes include:
•Definition of Stage I in Europe to SIM Application Toolkit
•Definition of Stage II in Europe to include non-EFR
•Update competitive information
•Include possibility of using ‘Optimax’trademark
•Move refresh ZAP details to the introduction only
•Add painted Flipless ZAP housings to the requirements
•Correct keypad finish
•Correct introduction timescale for Retractable Antenna
•Change battery names and correct volumes/capacities/weights
•Move Financial section to separate document and update
•Add details of flexing scheme for Non-EFR models
•Add model numbers for European Operator models
•Add transceiver and box part numbers to model structures
•Change UK plug to new version that passes BSI
•Remove French manual from Gulf States package
•Add Service Transceiver model numbers
•Add matrix of Service Kit numbers for each package
•Add EANs for main packages
•Correct Type Approval date
•Correct Accessory Part Numbers
Issue 8.0
24 June 98
Dominic Strowbridge
Main changes include:
•revision to ZAP Refresh plan
•update on key competitors
•confirm use of ‘Optimax™ ’for holographic display
•add dimensions for each battery configuration
•simplify ‘A’and ‘B’suffix convention to cover all models
•add core model numbers with PHFA
•add Connect Austria; remove Telecel, FT and SFR
•change standard battery from SNN5090 to SNN5360
•add different colour transceivers and battery doors
•add English, French & Arabic manuals to MidEast packages
•add Invalid Battery leaflets to Service Packs
•add TAC, FAC and Serial number information
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
•update accessory table; add POS package part numbers
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
TABLE OF CONTENTS
1.
2.
INTRODUCTION.................................................................................................................1
1.1
Product Strategy..........................................................................................................1
1.2
Target Markets ............................................................................................................2
1.3
Distribution Strategy ...................................................................................................2
PRODUCT DESCRIPTION ................................................................................................2
2.1
Physical Characteristics ..............................................................................................2
2.1.1
2.1.2
2.1.3
2.1.4
2.1.5
2.1.6
2.1.7
2.1.8
2.1.9
2.2
Size Goals..........................................................................................................................2
Housing .............................................................................................................................3
Display ..............................................................................................................................3
Lens ...................................................................................................................................4
Keypad ..............................................................................................................................4
LED Indicators ..................................................................................................................4
Connectors.........................................................................................................................4
SIM Card...........................................................................................................................5
Antenna .............................................................................................................................5
Performance Characteristics .......................................................................................5
2.2.1
2.2.2
2.2.3
2.2.4
2.2.5
Radio Performance ............................................................................................................5
Battery Performance..........................................................................................................5
Battery Charge Times........................................................................................................6
Compatible Battery Technology........................................................................................6
Data Compatibility ............................................................................................................6
3.
TIMING, DEMAND AND FINANCIAL TARGETS........................................................6
3.1
Introduction.................................................................................................................6
3.2
Expected Lifetime .......................................................................................................6
4. SOFTWARE AND MMI DESCRIPTION .........................................................................6
5. MODELS/VERSIONS..........................................................................................................9
5.1
New Core Sales Models..............................................................................................9
5.2
Other New Sales Models ............................................................................................9
5.3
New Sales Model Structures .....................................................................................11
5.4
European Model, Charger Plug and Manual requirements.......................................11
5.5
Service Requirements ...............................................................................................15
6. PACKAGING/LABELLING REQUIREMENTS...........................................................15
6.1
Box sizes and packaging materials ...........................................................................15
6.2
Labels ........................................................................................................................15
6.3
EANs.........................................................................................................................16
7. PRODUCT NAME/MARKET NAME .............................................................................19
8. SAMPLE SCHEDULE.......................................................................................................19
9. TYPE APPROVAL.............................................................................................................19
10. ACCESSORIES & COMPATIBILITY............................................................................19
10.1 Current ......................................................................................................................20
10.2 Planned......................................................................................................................20
APPENDIX 1: SPECIFIC MODEL REQUIREMENTS.........................................................21
A1
Diagrams of Flipped ZAP and Flipless ZAP ...........................................................21
A2
Coloured Housing requirements ...............................................................................22
A3
Flexing Defaults ........................................................................................................23
A4
Menu Requirements ..................................................................................................24
A5
Specifications of Competitors’Products ..................................................................25
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
1.
PRODUCT DESCRIPTION
INTRODUCTION
This product description covers the worldwide requirements for the GSM900/1800 ZAP family
of products, including performance and features. However, only the core Motorola models for
European markets are described in detail. Operator specific models required for European
channels and models for the Asian markets will be described in separate ‘variant’product
descriptions issued by the appropriate groups.
A minor update of the ZAP product will be required in August 1998, to support the VIAG
Home Zone feature for a new operator in Germany. This update will not require worldwide
field testing. A separate product description will be issued for this product.
A ZAP Refresh product has been defined for launch in September ‘98 (Stages IV and V), when
the following key changes will be added:
• MMI Enhancements to SMS
• SIM Application Toolkit upgraded to full Class II
• Tri-Rate Codec (Full Rate, EFR and Half Rate)
A separate product description has been issued for the refreshed product.
A further refresh of the product may be made in Q1-99, to include the Whitecap chipset;
adding features such as internal data and enhanced performance.
The following programmes make use of ZAP family plastics and technology, and therefore
must be included when considering the positioning of the ZAP products:
• N-AMPS ZAPPER
• CDMA ZAP
1.1
Product Strategy
The ZAP products will replace the 8000 series and Slimlite products, in the mid tier of the
market. Product introduction is due in Q2-98, and will take place in three main stages:
ZAP Launch Stages
EUROPE
ASIA
Stage I:
No EFR,
black flipped variant only
Test markets in
South Africa and
Switzerland
Test market in Hong Kong;
Limited launch in Nordic
markets for June only
Launch with Asian SMS
and Chinese languages
in Asian markets
Stage II:
Fully featured flipped variant
Full launch in Europe
Will NOT ship in Asia
Stage III:
Fully featured flipless variant
Full launch in Europe
Full launch in Asia
with Asian SMS
and Chinese languages
The decision to launch a non-EFR Stage I product in some European markets has been
taken due to the continued slip of the full Stage II product. However, no distinction will be
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made in the market between the non-EFR and EFR versions; only the model number will
be upsuffixed to mark this change. It is envisaged that the non-EFR version will only ship
for approximately one month before the EFR version is freely available.
Key competitors are listed below. See Appendix A5 for more details.
•Ericsson sh888, now shipping
•Nokia 6150, due end Q3-98
•Siemens S15, due end Q2-98
•Bosch Dual-Com 738, now shipping
•Mitsubishi MT-D30, due to launch in Q2-98
•NEC G10, due end Q3-98; and DB2000 also now due in Q3-98
•Nortel/AEG 2785, due in Q3-98
As more manufacturers move over to dual-band designs, single-band products will become
less significant as competitors.
ZAP will be differentiated from the key competitors by the following key advantages:
•Ergonomically designed for comfortable handling
•Large, Optimax™ high contrast display
•VibraCall™ vibrating alert as standard
•3 minute VoiceNote™ message recording feature
•Dual-Band technology; the quality capacity solution
1.2
Target Markets
ZAP will be positioned as a feature loaded product, aimed at power users. In particular,
the Focused and Balanced Business user segments will be targeted.
1.3
Distribution Strategy
The ZAP product family gives Motorola the possibility of regaining market share in the
mid tier. Both flipped and flat variants of the product will be available, in 3 different
coloured plastics. The distribution strategy will be evolved over the next few months to
take advantage of all the opportunities this variety can support. As deals are negotiated
with the channels, any issues concerning exclusivity in a market will be noted here.
No single band variant of ZAP will be offered, in order to reinforce the Dual-Band ‘Quality
Capacity Solution’message.
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2.
PRODUCT DESCRIPTION
PRODUCT DESCRIPTION
2.1
2.1.1
Physical Characteristics
Size Goals
The size goal for ZAP is 139cc in the standard configuration. Dimension goals for
the standard configuarion are 130 x 55 x 27 mm.
2.1.2
Housing
ZAP will utilise a completely new front and back housing. Based on survey data and
field feedback, the housing is rounded and emphasises simplicity. Two designs will
be used: the first design to launch will incorporate a flip; the second will be flipless.
The flipless version will differ slightly besides the flip, including a rounded lens. The
flipless version will be launched no later than 12 weeks after the flipped version.
•Main housings:
The main housings will incorporate three buttons on the left side, functioning as up
and down volume, plus a smart key (similar to StarTAC™ ). On the right side, a
dedicated voice memo record button will be located. The ear piece should give
maximum benefit to the dynamic speaker, and the asymetry of the microphone
should be disguised with styling marks. A ridge should be incorporated around the
power button, to prevent accidental operation. If blind user location markers can
not be incorporated into the keypad design, they should be included around the ‘5’
key.
The rear housing will be cut away at the bottom to utilise a battery door concept.
An alert port will be located near the top of the back housing.
•Battery door:
Three doors will be required: a slim door will house the Weight Leadership, AAA
Long and LGQ8 batteries; a slightly larger door will cover the AA batteries; and the
largest door will house the Performance Leadership battery. The doors will be
completely removeable and have the same colour and texture as the main housings.
•Escutcheons:
3 different escutcheons will be required for the ZAP family: all designs will take a
rear escutcheon, designed to give more exposure to the Motorola Brand and also to
cover two assembly screws on the back housing; the flipped variant will take an
escutcheon on the flip; and the flipless variant will take an escutcheon at the base of
the front face. The back escutcheon will be fitted in the Factory; front escutcheons
will be assembled in Distribution. See Appendix A2 for details of escutcheon
colours.
•Colours:
ZAP products will be available in three different colours from Stages II and III.
These are: Black; Magix Grey; and Ten Pin Blue. The following parts will be
changed according to colour: the front and back housings; the battery door;
escutcheons and lens. Keypads will not vary. No other parts will be affected.
Special editions of the Flipless ZAP will be created using painting techniques (for
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PRODUCT DESCRIPTION
example, the metallic blue used at CeBIT). A range of specials are required for
August 1998. Keypad, Lens and Escutcheons may be changed to compliment these
new colours.
•Texture:
Front, back and battery door will be finished with a textured surface that feels
‘silky’to the touch. The finish will be VDI27. This should de-emphasise the
appearance of smudges and facial oil.
2.1.3
Display
The display will consist of a 96 x 32 pixel LCD module, with full graphics support
and icons. Utilising the same pixel density of both StarTAC™ and 8700, the display
size will be slightly smaller, measuring 34 x 23 mm. The display icons will be
arranged in two rows, located at the top of the display, to allow the integration of soft
prompts at the bottom of the display when WAP is introduced.
Top Row: Signal strength indicator, Real-time clock, Battery charge indicator
Bottom Row:
Off-hook, Roam, Home Zone, Voicemail, SMS, Ringer On
Note: ‘Ringer On’is a new feature, not offered in previous products.
2.1.4
Lens
The different lenses for Flipped and Flipless ZAP will be curved to follow the
contours of their front housings. Motorola branding will be positioned at the top of
the lenses in stark white. The lenses will have glossy finishes, and be the same
colours as the main housings. However, the finish should minimise glare. The
borders around the displays must be minimised, but should not allow any gasket
material to show through. A Holographic effect will be applied to the lenses of the
models in Stages II and III of the product launch.
2.1.5
Keypad
The flipped ZAP keypad will consist of 18 keys; the flipless ZAP keypad will consist
of 17 keys, as the scroll up and down keys will be incorporated into one rocker key.
The flipped ZAP keypad will have hard keys; the flipless ZAP keypad will be made
of rubber with a clear encapsulated, non-glare top (this will blend with the larger lens
area of the flipless design). See below for keypad layout.
Scroll up
Scroll down
OK
Menu
Menu
1
2 ABC
3 DEF
4 GHI
5 JKL
6 MNO
7 PQRS
8 TUV
9 WXYZ
Scroll left *
0+
# Scroll right
Power
Quick Access
Cancel
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PRODUCT DESCRIPTION
Spacing of keys must be maximised, as per form factor survey results. Tactile
response should also be maximised. Key colours will be:
•Background: Black for all keys (Pantone 6C)
•Digits, alphas, Menu, Quick Access, scroll icons: White (Pantone 427C)
•Cancel and power icon: Red (Pantone 485C)
•OK: Green (Pantone 347C)
Side buttons will all be black in colour.
2.1.6
LED Indicators
A status LED indicator will be positioned at the top left of the phone, towards the
front. This indicator will have the same functionality as on the StarTAC™ .
2.1.7
Connectors
ZAP will use the same connector for battery charging, RF output and connection to
peripherals as on the StarTAC™ .
2.1.8
SIM Card
ZAP will utilise a small SIM card size. The SIM will be positioned in the back
housing, under the battery. A sliding, flip-up door configuration will be used to allow
for easy insertion and removal.
2.1.9
Antenna
The antenna will support both 900 and 1800 mHz frequencies. ZAP will ship with a
fixed, black antenna. As soon after launch as possible, a retractable antenna
accessory will be developed; from that point, all new units will be capable of being
retro-fitted with the retractable antenna.
2.2
2.2.1
Performance Characteristics
Radio Performance
The following targets should be met for free space radio performance of the ZAP
platform:
Retractable antenna up:
better than 8700 antenna up
Retractable antenna down: better than 8700 antenna down
Fixed antenna:
better than 8700 antenna up
2.2.2
Battery Performance
Below are estimates for talk and standby times for the ZAP platform. These figures
must be verified by Engineering before promotional material is published.
Priority for battery production is:
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1.
2.
3.
PRODUCT DESCRIPTION
LGQ8 for Stage I launch
AAA Long for Stages II and III, with 500 units of other types also available
All other batteries available within 3 months of Stage II and III launches
Volume
(cc)
Weight
(gr)
Dimensions
(mm)
Talk Time*
(mins)
Standby
Time*
(hours)
139
139
139
139
160
189
98
120
147
145
185
230
130 x 55 x 27
130 x 55 x 27
130 x 55 x 27
130 x 55 x 32
130 x 55 x 43
60 - 90
150 - 180
210 - 270
210 - 270
480 - 600
30 - 40
60 - 80
90 - 105
90 - 120
200 - 250
160
N/A**
130 x 55 x 32
N/A**
N/A**
with Battery
Transceiver only
Weight Leadership Li Ion (400 mAh)
AAA Long NiMH (650 mAh)
LGQ8 Li Ion (1000 mAh)
AA NiMH (1100 mAh)
Performance Leadership Li Ion (2800 mAh)
2 x AA Alkaline
* All battery performance times are approximate and will vary depending on network
configuration, band and status, and the functions selected. Times are quoted as a
range from DRX=2 to DRX=9. Support of DTX mode is dependent on network
support and may not be available in all areas.
** Because of the wide variation of talk and standby times with different alkaline
batteries, these will be promoted for ‘emergency use only’.
2.2.3
Battery Charge Times
Maximum acceptable charge times are shown below.
Battery
Charge time with E.P.
Standard Travel Charger
to 90% charge
Charge time with E.P.
Desktop Charger
to 90% charge
120 minutes
60 minutes
180 minutes
90 minutes
240 minutes
120 minutes
60 minutes
180 minutes
90 minutes
240 minutes
Weight Leadership Li Ion (400 mAh)
AAA Long NiMH (650 mAh)
LGQ8 Li Ion (1000 mAh)
AA NiMH (1100 mAh)
Performance Leadership Li Ion (2800 mAh)
2.2.4
Compatible Battery Technology
ZAP will be the first product on a 3.6 volt platform to use label-wrapped batteries.
Battery security will only allow Motorola batteries to be charged.
2.2.5
Data Compatibility
The Band-Aware will support 9600 baud data and fax rates in conjunction with a
compatible PC card (eg CELLect 1+, 2 or 3) or the Smart CELLect™ data cable.
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3.
3.1
PRODUCT DESCRIPTION
TIMING, DEMAND AND FINANCIAL TARGETS
Introduction
The Stage I Flipped ZAP product was be ship accepted on 12th June 1998. In Europe, this
variant was shipped to South Africa and Switzerland for intial trials and fully launched in a
limited number of markets. In Asia, the Asian languages and Asian SMS will be added and
the product shipped until Stage III is available. This initial product will only be available in
Black.
The Stage II fully featured Flipped ZAP product will be shown at CeBIT during March and
ship accepted at the end of June. This will be available in all three colours.
The Stage III Flipless ZAP product will be ship accepted within 8 weeks of Stage II.
However, it will be available in all three colours for presentation at CeBIT.
See separate Business Case Product Description for Forecasts and Financial Targets.
3.2
Expected Lifetime
The ZAP platform is expected to ship into the market until the end of Q2-99. Refreshed
versions of the product may be introduced through the product lifecycle.
4.
SOFTWARE AND MMI DESCRIPTION
ZAP will use the Personality™ II interface. It will take the complete feature set of the
International 8900 (after the first maintenance release of software, which includes IP-Phonebook
and Call Transfer), plus the features listed below. Note definitions of feature priorities below:
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1
2
3
PRODUCT DESCRIPTION
Features that are not negotiable; they are essential parts of the proposition for this new
product. The launch will be delayed until these features are ready.
Important usability or operator requested features. Significant sales volumes will be lost
of these features are not included.
Other features requested by the field.
Tracking
Number
Description
Status for
Stage I launch
n/a
n/a
0198
0165
0131
n/a
n/a
0112
n/a
0198
n/a
0165
0067
n/a
Combined Menu and Scroll keys
LED status indicator flex control
Headset answer on/off support
Stop Call Alert with Volume keys
Delayed Power On and Off flex control
Smart Connect
Ability to flex as single-band GSM900 or GSM1800
Ringer-On display icon
Real Time Clock and Date
Smart Key (place/answer calls with Smart Key)
Invalid battery feature
Alert Muting feature
Voice Note support
Asian SMS
n/a
0057
0039
0157
Support for SmartCELLect cable modem
EFR / FR Codec support
SIM Tool Kit 1+
6 x SIM interface
Tracking
Number
0158
0021
0185
0187
0022
0174
0115
0135
0190
0167
0038
0023
0128
0196
Description
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
Committed
(Asia only)
Committed
Committed
Committed
Committed
Status for
Stage I launch
SIM Lock modifications
Service Dialling Numbers
16k SIM
Delayed Answer
CPHS version 3.2
Keypad Lock prevents power off
‘Delete All Messages’menu and Quick Access item
‘Show Date’Quick Access item
‘Credit Remaining’Quick Access item or key
SIM Copy (GCSA implementation)
Closed User Group (CUG)
SMS-MO Reply to SMS-MT
Local Languages - Extended Latin
Local Languages - Cyrillic
Status for
Priority
Stages II & III
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Status for
Priority
Stages II & III
Committed
Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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Tracking
Number
0139
0143
0053
0014
0051
0197
0020
0075
0155
n/a
0015
0072
PRODUCT DESCRIPTION
Description
Status for
Stage I launch
Unique Ringer Tone
SMS Status Report
Multipage SMS
Phonebook access for Call Divert and SMS
Interchangeable language sets - Latin
Interchangeable language sets - Cyrillic
Quick Access Location Finder
Distinguish answered & missed last calls
Additional SIM AND locations (over 155 limit)
‘Find New Network’Quick Access item
Alarms / Scheduler
Teleservice 89: Multiple Line Service for GSM
Status for
Priority
Stages II & III
Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
Not Committed
3
3
3
3
3
3
3
3
3
3
3
3
Software builds for the Asian and European models will initially be separate. However, the aim is to
combine the core feature set builds, with Asian specific features being added afterwards. When this
integration is achieved the only differences between the two feature sets will be as follows:
European Models
Languages
Asian Models
Full European Language set
Full European Language set
PLUS
Simplified Chinese
Complex Chinese
Thai
Vietnamese with tonal marks
Bahasa - Indonesian
Additional
Features
- none -
All Asian SMS
Chinese Date Format
Chinese PLMN and
Incountry PLMN Roaming
Support for two bitmaps: 15x15 and 15x16
Flexing
Note that to cope with the release of both non-EFR and EFR versions of the product in Europe
the following conventions will be used. ‘A’suffix flexes will support non-EFR models
ONLY. eg
• SE0006A???? - Motorola Flipless ZAP - Non-EFR
• SE0007A???? - Motorola Flipped ZAP - Non-EFR
• SE0012A???? - Motorola Flipped ZAP - Non-EFR, w/CPHS
• SE0013A???? - Motorola Flipless ZAP - Non-EFR, w/CPHS
‘B’suffix flexes will support EFR models ONLY. eg
• SE0006B???? - Motorola Flipless ZAP - EFR
• SE0007B???? - Motorola Flipped ZAP - EFR
• SE0012B???? - Motorola Flipped ZAP - EFR, w/CPHS
9
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
• SE0013B???? - Motorola Flipless ZAP - EFR, w/CPHS
5.
MODELS/VERSIONS
5.1
New Core Sales Models
Model Number
Brand
SE0005AB1xx
Motorola
Description
STAGE I FLIPPED ZAP FOR TEST MKTS
SE0007AB1xx
Motorola
STAGE I FLIPPED ZAP
SE0012AB1xx
Motorola
STAGE I FLIPPED ZAP W/CPHS
SE0007Bccxx
Motorola
STAGE II FLIPPED ZAP
SE0012Bccxx
Motorola
STAGE II FLIPPED ZAP W/CPHS
SE0006Bccxx
Motorola
STAGE III FLIPLESS ZAP
SE0013Bccxx
Motorola
STAGE III FLIPLESS ZAP W/CPHS
Note: xx = language; cc = colour (B1 is Black; X1 is Ten Pin Blue; H2 is Magix Grey)
5.2
Other New Sales Models
The models listed below are described in separate variant product descriptions.
Model Number
Region
Responsible for PD
Short Description
Unique
Items vs Core
S7940ABW
Asia
Stage I ZAP for China
Transceiver
Escutcheon
Manual
Flex
S7941ABX
Asia
Stage I ZAP for Taiwan
Transceiver
Escutcheon
Manual
Flex
S7942ABX
Asia
Stage I ZAP for Hong Kong / Macau
Transceiver
Escutcheon
Manual
Flex
S7943ABB
Asia
Stage I ZAP for S. Asia (Euro Plug) Transceiver
Escutcheon
Manual
Flex
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
S7944ABB
Asia
Stage I ZAP for S. Asia (Xcvr only) Transceiver
Escutcheon
Manual
Flex
S7945ABB
Asia
Stage I ZAP for S. Asia (US Plug)
Transceiver
Escutcheon
Manual
Flex
S7946ABB
Asia
Stage I ZAP for Australia/NZ
Transceiver
Escutcheon
Flex
S7979ABB
Asia
Stage I ZAP for S. Asia (Delux Euro)
Transceiver
Escutcheon
Flex
S7980ABB
Asia
Stage I ZAP for S. Asia (Delux US)
Transceiver
Escutcheon
Flex
S7981ABZ
Asia
Stage I ZAP w/ S. Asia Languages
Transceiver
Escutcheon
Flex
SE0287vccxxx
Europe
Stage I (v=A) or Stage II (v=B)
ZAP with PHFA
Add PHFA to
std package
SE0288Bccxxx
Europe
Stage III ZAP with PHFA
Add PHFA to
std package
SE0166BB1H2
Europe
Stage II ZAP for TIM
Escutcheon
Manual
Box, Flex
SE0160BB1H3
Europe
Stage II ZAP for Omnitel
Escutcheon
Flex
SE0167BB1H4
Europe
Stage II ZAP for Wind
Escutcheon
Flex
SE0161BH2B3
Europe
Stage II ZAP for Orange
Escutcheon
Box, Flex
SE0162BB1B7
Europe
Stage II ZAP for One2One
Escutcheon
Box, Manual
Flex
SE0164BB1G4
Europe
Stage II ZAP for Cosmote
Escutcheon
Flex
SE0282AB1F9
Europe
Stage I ZAP for Connect
Flex only
SE0165AB1A5
Europe
Stage I ZAP for Mobilix
Flex only
11
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
SE0151BB1F5
Europe
Stage III ZAP for E-Plus
Escutcheon
Flex
SE0152BB1F8
Europe
Stage III ZAP for Viag Interkom
Escutcheon
Flex
SE0168BB1L2
Europe
Stage II ZAP for Movistar
Flex only
SE0169BB1L3
Europe
Stage II ZAP for AirTel
Flex only
SE0170BB1K2
Europe
Stage II ZAP for TMN
Flex only
SE0147BB1K4
Europe
Stage III ZAP for Optimus
Escutcheon
Flex
SE0172BB1E2
Europe
Stage II ZAP for Bouygues
Escutcheon
Flex
12
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
5.3
PRODUCT DESCRIPTION
New Sales Model Structures
Model
Transceiver
Manual
Accessories
Other
Stage I
Flipped ZAP
SE0005AB1xx
and
SE0007AB1xx
and
SE0012AB1xx
Stage II
Flipped ZAP
SE0007Bccxx
and
SE0012Bccxx
Kit:
SUG1137
Rear escutcheon:
See Appendix 3
Kit:
See below
Manual:
See Table 1 below
Literature Kit:
See Table 2 below
Battery (LGQ8):
SNN5360
Battery Door (AAA):
SHN6617 - Black
Universal Charger:
SPN4278
Plug:
See Table 1 below
Holster (Plastic):
SHN6851
Generic Art Box:
5603929K01
Blue Pulp insert:
5603930K01
Flip Escutcheon:
See Appendix 2
Kit:
SUG1165 - Black
or SUG1162 - Grey
or SUG1192 - Blue
Rear escutcheon:
See Appendix 3
Kit:
See below
Manual:
See Table 1 below
Literature Kit:
See Table 2 below
Holster (Plastic):
SHN6851
ZAP WINGS Box:
5602702Z14
Blue Pulp insert:
5603930K01
Flip Escutcheon:
See Appendix 2
Stage III
Flipless ZAP
SE0006Bccxx
and
SE0013Bccxx
Kit:
SUG1159 - Black
or SUG1173 - Grey
or SUG1172 - Blue
Rear escutcheon:
See Appendix 3
Kit:
See below
Manual:
See Table 1 below
Literature Kit:
See Table 2 below
Battery (LGQ8):
SNN5360
Battery Door (AAA):
SHN6617 - Black
or SHN6825 - Grey
or SHN6943 - Blue
Universal Charger:
SPN4278
Plug:
See Table 1 below
Battery (LGQ8):
SNN5360
Battery Door (AAA):
SHN6617 - Black
or SHN6825 - Grey
or SHN6943 - Blue
Universal Charger:
SPN4278
Plug:
See Table 1 below
Holster (Plastic):
SHN6851
ZAP WINGS Box:
5602702Z14
Blue Pulp insert:
5603930K01
Front Escutcheon:
See Appendix 2
Note: SE0012 differs to SE0007 only by the flex; as does SE0013 to SE0006.
5.4
European Model, Charger Plug and Manual Requirements
Manuals will be single colour, single language, A6, POD configuartion. Table 1. below
shows all relevant part numbers. A separate ‘Literature Kit” will be structured to take
additional leaflets, an Accessories Brochure, Sales Promotions and special Warranty cards.
Table 2. shows all relevant part numbers. Where no items are listed in the Literature Kit,
the pack does not need to be included; if Accessory leaflets are not available at time of
launch, product may still ship.
Table 1. Chargers and Manuals
Charger
Stage I
Flipped ZAP
Plug
Stage II
Flipped ZAP
Stage III
Flipless ZAP
SE0007AB1A1 SE0007BccA1 SE0006BccA1 SYN4655
SE0012BccA1 SE0013BccA1
Priority
Manual
Kit Number Part Number
Market or
Language
SJN7598A
6809402A62
3
Danish
SE0005AB1B1 SE0007BccB1 SE0006BccB1 SYN6718 or SJN7609A
SE0007AB1B1 SE0012BccB1 SE0013BccB1 SYN4656
6809402A74
1
English (UK)
SE0007AB1C1 SE0007BccC1 SE0006BccC1 SYN4655
6809402A63
3
Finnish
SJN7599A
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GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
SE0007BccD1 SE0006BccD1 SYN4655
SJN7602A
6809402A66
4
Dutch
SE0007BccE1 SE0006BccE1 SYN4655
SE0012BccE1 SE0013BccE1
SJN7604A
6809402A68
2
French
SYN4655
SJN7608A
6809402A73
2
German
SE0007BccG1 SE0006BccG1 SYN4655
SJN7600A
6809402A64
4
Greek
SE0007BccH1 SE0006BccH1 SYN4655
SJN7607A
6809402A72
2
Italian
SYN4655
SJN7597A
6809402A61
3
Norwegian
SE0007BccK1 SE0006BccK1 SYN4655
SJN7601A
6809402A65
4
Portuguese
SE0007BccL1 SE0006BccL1 SYN4655
SJN7603A
6809402A67
4
Spanish
SE0007AB1M1 SE0007BccM1 SE0006BccM1 SYN4655
SJN7606A
6809402A71
3
Swedish
SE0007AB1F1 SE0007BccF1
SE0007AB1J1 SE0007BccJ1
SE0006BccF1
SE0006BccJ1
SE0007BccN1 SE0006BccN1 SYN4655
SJN7602A & SJN7604A
-
Belgium
Package
SE0005AB1P1 SE0007BccP1 SE0006BccP1 SYN4655
SJN7604A,
SJN7607A &
SJN7608A
-
Swiss Package
SE0007BccQ1 SE0006BccQ1 SYN4655
SJN7595A
6809402A59
5
Turkish
SE0007BccR1 SE0006BccR1 SYN4655
SJN7596A
6809402A60
5
Hungarian
SE0007BccS1
SE0006BccS1
SYN4655
SJN7572A
6809402A56
5
Slovakian
other models
other models
n/a
SJN7610A
6809402A75
2
Arabic
SJN7604A
SJN7609A &
SJN7610A
-
North Africa
Package
SE0007AB1U1 SE0007BccU1 SE0006BccU1 SYN4655
SJN7593A
6809402A57
5
Russian
SE0007AB1V1 SE0007BccV1 SE0006BccV1 SYN4655
SJN7792A
6809408A62
5
Lithuanian
SE0007BccW1 SE0006BccW1 SYN4655
SJN7571A
6809402A55
5
Polish
SE0007BccY1 SE0006BccY1 SYN4655
SJN7793A
6809408A63
5
Czech
SE0007BccZ1 SE0006BccZ1 SYN4655
none
none
-
No language
SE0005AB1B2 SE0007BccB2 SE0006BccB2 SYN4655
SJN7609A
6809402A74
1
English for
South Africa
SE0007BccC2 SE0006BccC2 SYN4655
SJN8173A
6909413A02
5
Croatian
SE0007BccF2
SJN7608A
6809402A73
2
German for
Austria
SE0007BccG2 SE0006BccG2 SYN6718 or SJN7600A
SYN4656
6809402A64
5
Cyprus
SE0007BccP2 SE0006BccP2 SYN4655
SJN8174A
6909413A03
5
Romanian
SE0007BccS2
SJN8175A
6909413A04
5
Slovenian
-
Gulf States
Package
SE0007BccT1 SE0006BccT1 SYN4655
SE0006BccF2
SE0006BccS2
SYN4655
SYN4655
SE0007BccT2 SE0006BccT2 SYN6718 or SJN7604A
SYN4656
SJN7609A &
SJN7610A
SE0007BccU2 SE0006BccU2 SYN4655
SJN8176A
6909413A05
5
Ukrainian
SE0007BccX2 SE0006BccX2 SYN4655
SJN8180A
6909413A09
5
Israeli
SE0007BccZ2 SE0006BccZ2 SYN6718 or none
SYN4656
none
-
No language
SE0007BccA3 SE0006BccA3 SYN4655
SJN8177A
6909413A06
5
Latvian
SE0007BccC3 SE0006BccC3 SYN4655
SJN8178A
6909413A07
5
Estonian
14
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
SE0007BccA4 SE0006BccA4 SYN4655
Table 2: Literature Kits
Stage I
Flipped ZAP
Stage II
Flipped ZAP
Kit
Stage III
Flipless ZAP
SJN8179A
6909413A08
Market
Kit
Number
5
Bulgarian
Contents
SE0007AB1A1 SE0007BccA1 SE0006BccA1 SJN8356AA Denmark
SE0012BccA1 SE0013BccA1
Accessory Leaflet - 68P09414A66
Invalid Battery - 68P09415A29
SE0007AB1B1 SE0007BccB1 SE0006BccB1 SJN8356AB UK
SE0012BccB1 SE0013BccB1
Accessory Leaflet - 68P09414A67
Registration Card - 68P09408A20
Invalid Battery - 68P09415A30
SE0007AB1C1 SE0007BccC1 SE0006BccC1 SJN8356AC Finland
Accessory Leaflet - 68P09414A68
Invalid Battery - 68P09415A31
SE0007BccD1 SE0006BccD1 SJN8356AD Netherlands
Accessory Leaflet - 68P09414A69
Registration Card - 68P09408A24
Invalid Battery - 68P09415A32
SE0007BccE1 SE0006BccE1 SJN8356AE France
SE0012BccE1 SE0013BccE1
Accessory Leaflet - 68P09414A70
Registration Card - 68P09408A21
Invalid Battery - 68P09415A33
SE0007AB1F1 SE0007BccF1
SE0006BccF1
SJN8356AF Germany
Accessory Leaflet - 68P09414A71
Registration Card - 68P09408A22
24 Hour Service - 68P09405A07
Invalid Battery - 68P09415A34
SE0007BccG1 SE0006BccG1 SJN8356AG Greece
Accessory Leaflet - 68P09414A72
Invalid Battery - 68P09415A35
SE0007BccH1 SE0006BccH1 SJN8356AH Italy
Accessory Leaflet - 68P09414A73
Invalid Battery - 68P09415A36
SE0007AB1J1 SE0007BccJ1
SE0006BccJ1
SJN8356AJ
Norway
Accessory Leaflet - 68P09414A74
Invalid Battery - 68P09415A37
SE0007BccK1 SE0006BccK1 SJN8356AK Portugal
Accessory Leaflet - 68P09414A75
Warranty Card - 68P09405A09
Invalid Battery - 68P09415A38
SE0007BccL1 SE0006BccL1 SJN8356AL Spain
Accessory Leaflet - 68P09414A76
Registration Card - 68P09408A23
Warranty Card - 68P09405A08
Invalid Battery - 68P09415A39
SE0007AB1M1 SE0007BccM1 SE0006BccM1 SJN8356AM Sweden
Accessory Leaflet - 68P09414A77
Invalid Battery - 68P09415A40
SE0007BccN1 SE0006BccN1 SJN8356AN Belgium
Accessory Leaflet - 68P09414A78
Invalid Battery - 68P09415A32
Invalid Battery - 68P09415A33
SE0005AB1P1 SE0007BccP1 SE0006BccP1 SJN8356AP Switzerland
Accessory Leaflet - 68P09414A79
Invalid Battery - 68P09415A33
Invalid Battery - 68P09415A34
Invalid Battery - 68P09415A36
SE0007BccQ1 SE0006BccQ1 SJN8356AQ Turkey
Accessory Leaflet - 68P09414A80
Invalid Battery - 68P09415A41
SE0007BccR1 SE0006BccR1 SJN8356AR Hungary
Accessory Leaflet - 68P09414A81
Invalid Battery - 68P09415A42
SE0007BccS1
Accessory Leaflet - 68P09414A82
SE0006BccS1
SJN8356AS Slovakia
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
Invalid Battery - 68P09415A43
16
October 12, 1998
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
Other models
PRODUCT DESCRIPTION
Other models
SJN8356AT Arab/Eng./French
SE0007BccT1 SE0006BccT1 SJN8356AT North Africa
Accessory Leaflet - 68P09414A83
Invalid Battery - 68P09415A44
Accessory Leaflet - 68P09414A83
Invalid Battery - 68P09415A30
Invalid Battery - 68P09415A33
Invalid Battery - 68P09415A44
SE0007AB1U1 SE0007BccU1 SE0006BccU1 SJN8356AU Russia
Accessory Leaflet - 68P09414A84
Invalid Battery - 68P09415A45
SE0007AB1V1 SE0007BccV1 SE0006BccV1 SJN8356AV Lithuania
Accessory Leaflet - 68P09414A85
Invalid Battery - 68P09415A46
SE0007BccW1 SE0006BccW1 SJN8356AW Poland
Accessory Leaflet - 68P09414A86
Invalid Battery - 68P09415A47
SE0007BccY1 SE0006BccY1 SJN8356AX Czech Republic
Accessory Leaflet - 68P09414A87
Invalid Battery - 68P09415A48
SE0007BccZ1 SE0006BccZ1 none
Generic- Euro Plug none
SE0005AB1B2 SE0007BccB2 SE0006BccB2 SJN8491AA South Africa
Accessory Leaflet - 68P09414A67
Invalid Battery - 68P09415A30
SE0007BccC2 SE0006BccC2 SJN8356AY Croatia
Accessory Leaflet - 68P09414A88
Invalid Battery - 68P09415A52
SE0007BccF2
SJN8489AA Austria
Accessory Leaflet - 68P09414A71
Registration Card - 68P09408A22
24 Hour Service - 68P09414A16
Invalid Battery - 68P09415A34
SE0007BccG2 SE0006BccG2 SJN8356AZ Cyprus
Accessory Leaflet - 68P09414A89
Invalid Battery - 68P09415A35
SE0007BccP2 SE0006BccP2 SJN8490AA Romania
Accessory Leaflet - 68P09414A90
Invalid Battery - 68P09415A51
SE0007BccS2
Accessory Leaflet - 68P09416A79
Invalid Battery - 68P09415A50
SE0006BccF2
SE0006BccS2
SJN8492AA Slovenia
SE0007BccT2 SE0006BccT2 SJN8493AA Gulf States
Accessory Leaflet - 68P09414A83
Invalid Battery - 68P09415A30
Invalid Battery - 68P09415A33
Invalid Battery - 68P09415A44
SE0007BccU2 SE0006BccU2 SJN8357AA Ukraine
Accessory Leaflet - 68P09414A91
Invalid Battery - 68P09415A55
SE0007BccX2 SE0006BccX2 SJN8357AB Israel
Accessory Leaflet - 68P09414A92
SE0007BccZ2 SE0006BccZ2 none
none
Generic- UK Plug
SE0007BccA3 SE0006BccA3 SJN8357AC Latvia
Accessory Leaflet - 68P09414A93
Invalid Battery - 68P09415A54
SE0007BccC3 SE0006BccC3 SJN8357AD Estonia
Accessory Leaflet - 68P09414A94
Invalid Battery - 68P09415A49
SE0007BccA4 SE0006BccA4 SJN8357AE Bulgaria
Accessory Leaflet - 68P09414A95
Invalid Battery - 68P09415A53
Note: Italian packages also require the following unique items added to their BOMS:
1 x Loyalty Card (68P09413A84)
2 x Security stickers (5402318T04)
17
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
5.5
PRODUCT DESCRIPTION
Service Requirements
The following items are required for service:
• a Service Transceiver with IMEI, with no accessories / maunal /etc
Part numbers are:
Flipped ZAP (Stage I; Non EFR models): S8332A
Flipped ZAP (Stage II; EFR models): S8323A
Flipless ZAP (Stage III; EFR models): S8324A
• a spare Printed Circuit Board (PCB), fully phased and tested, with an IMEI.
6.
6.1
PACKAGING/LABELLING REQUIREMENTS
Box sizes and packaging materials
Two one piece boxes will be developed for all ZAP packages worldwide.
The ‘Standard ZAP’box will be capable of packing the following components:
• Flipped or Flipless Transceiver, face-up, at top of package
• Either a AAA Long NiMH or LGQ8 LiIon or AA NiMH battery
• Either AAA or AA battery door
• Leather or Plastic Holster
• Universal Travel Charger
• Headset Adapter and Earpiece accessory (PHFA kit)
• 1 plug (either UK, Euro, US, Aus/NZ or Indian)
• Up to 3 single language, A6 manuals
• Literature Kit
Outside dimensions of the standard pack (for sleeving purposes) are: 184 x 248 x 72mm.
The ‘Extended ZAP’box will be capable of packing everything in Standard ZAP box, plus
the following components:
• Either Desktop charger or Cigarette Lighter Adapter
• Either a AA NiMH or Performance Leadership LiIon battery (ie second battery)
• Either a AA or Triple Stacked battery door
• A second plug
• As an alternative to the three A6 manuals, two A5 could be an option for this box
All packaging materials should be environmentally friendly. The Pulp insert may be
coloured Motorola blue.
Artwork: for Stage I, standard Motorola artwork will be used on the new packaging. For
Stages II and III, new WINGS branded artwork has been defined.
6.2
Labels
Transceiver labels placed in the factory will include ‘˜MOTOROLA’and ‘Made in ....’.
Transceiver labels placed in Distribution will include the following information:
18
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µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
‘Model: ’plus model number
‘Type: ’plus Type name
‘MSN: ’plus MSN in human readable format
‘IMEI: ’plus IMEI in human readable format (with section spacers and check digit)
IMEI in bar code 128 format
‘CE0168X’in characters a minimum of 5mm in height
Space must be allowed for the code ‘S/L’for SIM Locked models and for co-branding
operator names of upto 10 letters.
European Box labels will include the following:
‘Made in .... ’in the header
‘Motorola’plus product name (ie ‘cd920’or ‘cd930’in the header
‘GSM900/1800’in the header
‘CE’in the header
Der Grüne Punkt mark in the header
Sequence number in human readable and bar code (format 39)
Model number in human readable and bar code (format 39)
MSN in human readable and bar code (format 39)
IMEI in human readable (with section spacers and check digit) and bar code (format 39)
EAN in human readable and bar code
T-Options in human readable and bar code
Space must be allowed for the OBO text.
NOTE: The presentation of IMEI will be the new Phase II format, which matches the IMEI
is the display (ie with 15th check digit) in all human readable forms.
6.3
EANs
Black models will be defined for all countries; other colours will be defined as required.
Mkt/Colour Stage I ZAP
EAN
Denmark:
SE0007AB1A1 50 25322 191620
- Black
- Blue
- Grey
- Black CPHS SE0012AB1A1 50 25322 192 306
UK:
- Black
SE0005AB1B1/ 50 25322 191 637
SE0007AB1B1
- Blue
- Grey
- Black CPHS SE0012AB1B1 50 25322 192 313
Finland:
- Black
- Blue
- Grey
SE0007AB1C1 50 25322 191 644
Netherlands:
- Black
- Blue
- Grey
France:
- Black
- Blue
Stage II ZAP
EAN
Stage III ZAP
EAN
SE0007BB1A1
50 25322 191620
SE0006BB1A1
50 25322 191 965
SE0012BB1A1
50 25322 192 306
SE0013BB1A1
50 25322 192 351
SE0007BB1B1
50 25322 191 637
SE0006BB1B1
50 25322 191 972
SE0012BB1B1
50 25322 192 313
SE0013BB1B1
50 25322 192 368
SE0007BB1C1
50 25322 191 644
SE0006BB1C1
50 25322 191 989
SE0007BB1D1
50 25322 191 651
SE0006BB1D1
50 25322 191 996
SE0007BB1E1
50 25322 191 668
SE0006BB1E1
50 25322 192 009
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GSM900/1800 ZAP, Issue 8.0
- Grey
- Black CPHS
Germany:
- Black
- Blue
- Grey
SE0007AB1F1
50 25322 191 675
PRODUCT DESCRIPTION
SE0012BB1E1
50 25322 192 320
SE0013BB1E1
50 25322 192 375
SE0007BB1F1
50 25322 191 675
SE0006BB1F1
50 25322 192 016
20
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Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
Greece:
- Black
- Blue
- Grey
SE0007BB1G1
50 25322 191 682
SE0006BB1G1
50 25322 192 023
SE0007BB1H1
50 25322 191 699
SE0006BB1H1
50 25322 192 030
SE0007BB1J1
50 25322 191 705
SE0006BB1J1
50 25322 192 047
SE0007BB1K1
50 25322 191 712
SE0006BB1K1
50 25322 192 054
SE0007BB1L1
50 25322 191 729
SE0006BB1L1
50 25322 192 061
SE0007BB1M1
50 25322 191 736
SE0006BB1M1
50 25322 192 078
SE0007BB1N1
50 25322 191 743
SE0006BB1N1
50 25322 192 085
SE0007BB1P1
50 25322 191 750
SE0006BB1P1
50 25322 192 092
SE0007BB1Q1
50 25322 191 767
SE0006BB1Q1
50 25322 192 108
SE0007BB1R1
50 25322 191 774
SE0006BB1R1
50 25322 192 115
SE0007BB1S1
50 25322 191 781
SE0006BB1S1
50 25322 192 122
SE0007BB1T1
50 25322 191 798
SE0006BB1T1
50 25322 192 139
SE0007AB1U1 50 25322 191 804
SE0007BB1U1
50 25322 191 804
SE0006BB1U1
50 25322 192 146
SE0007AB1V1 50 25322 191 811
SE0007BB1V1
50 25322 191 811
SE0006BB1V1
50 25322 192 153
Italy:
- Black
- Blue
- Grey
Norway:
- Black
- Blue
- Grey
SE0007AB1J1
50 25322 191 705
Portugal:
- Black
- Blue
- Grey
Spain:
- Black
- Blue
- Grey
Sweden:
- Black
- Blue
- Grey
SE0007AB1M1 50 25322 191 736
Belgium:
- Black
- Blue
- Grey
Switzerland:
- Black
- Blue
- Grey
SE0005AB1P1 50 25322 191 750
Turkey:
- Black
- Blue
- Grey
Hungary:
- Black
- Blue
- Grey
Slovak Rep. :
- Black
- Blue
- Grey
ME (NAfrica)
- Black
- Blue
- Grey
Russia:
- Black
- Blue
- Grey
Lithuania:
- Black
- Blue
- Grey
PRODUCT DESCRIPTION
21
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Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
Poland:
- Black
- Blue
- Grey
Czech Rep. :
- Black
- Blue
- Grey
No Ln (Euro):
- Black
- Blue
- Grey
South Africa:
- Black
SE0005AB1B2/ 50 25322 191 842
SE0007AB1B2
PRODUCT DESCRIPTION
SE0007BB1W1
50 25322 191 828
SE0006BB1W1
50 25322 192 160
SE0007BB1Y1
50 25322 191 835
SE0006BB1Y1
50 25322 192 177
SE0007BB1Z1
50 25322 192 337
SE0006BB1Z1
50 25322 192 382
SE0007BB1B2
50 25322 191 842
SE0006BB1B2
50 25322 192 184
SE0007BB1C2
50 25322 191 859
SE0006BB1C2
50 25322 192 191
SE0007BB1F2
50 25322 191 866
SE0006BB1F2
50 25322 192 207
SE0007BB1G2
50 25322 191 873
SE0006BB1G2
50 25322 192 214
SE0007BB1P2
50 25322 191 880
SE0006BB1P2
50 25322 192 221
SE0007BB1S2
50 25322 191 897
SE0006BB1S2
50 25322 192 238
SE0007BB1T2
50 25322 191 903
SE0006BB1T2
50 25322 192 245
SE0007BB1U2
50 25322 191 910
SE0006BB1U2
50 25322 192 252
SE0007BB1X2
50 25322 191 927
SE0006BB1X2
50 25322 192 269
SE0007BB1Z2
50 25322 192 344
SE0006BB1Z2
50 25322 192 399
SE0007BB1A3
50 25322 191 934
SE0006BB1A3
50 25322 192 276
- Blue
- Grey
Croatia:
- Black
- Blue
- Grey
Austria:
- Black
- Blue
- Grey
Cyprus:
- Black
- Blue
- Grey
Romania:
- Black
- Blue
- Grey
Slovenia:
- Black
- Blue
- Grey
ME (Gulf)
- Black
- Blue
- Grey
Ukraine:
- Black
- Blue
- Grey
Israel:
- Black
- Blue
- Grey
No Ln (UK):
- Black
- Blue
- Grey
Latvia:
- Black
- Blue
- Grey
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Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
Estonia:
- Black
- Blue
- Grey
Bulgaria:
- Black
- Blue
- Grey
7.
PRODUCT DESCRIPTION
SE0007BB1C3
50 25322 191 941
SE0006BB1C3
50 25322 192 283
SE0007BB1A4
50 25322 191 958
SE0006BB1A4
50 25322 192 290
PRODUCT NAME/MARKET NAME
The internal name for this product is ZAP. The pre-launch name of the product that can be used
with customers is ‘Platform Z’. This name is to be used as a precaution against the name ZAP
becoming adopted by the market. The final market names for the different models are below.
Europe
Asia
Pan-America
Stage I
cd920
cd928
n/a
Stage II
cd920
n/a
g929
Stage III
cd930
cd938
g939
8.
SAMPLE SCHEDULE
This list will be constantly updated as new requirements are submitted.
9.
TYPE APPROVAL
Full Phase II Type Approval was obtained for the ZAP Platform on 16 March, 1998. Type
approval should symultaneously be sought in Asia. Type approval should then be supported
and obtained in the following countries outside the European Community:
- Russia
- Hungary
- Poland
- Ukraine
- Israel
The following Type names will be used in European Type Approval:
Stage I & II, Flipped MC2-41B11
Stage III, Flipless
MC2-41B12
The TAC awarded for MC2-41B11 is: 447768
with the following FACs: 69 (Harvard), 07 (Flensburg) and 40 (Easter Inch)
and initial range from: 425 425 to 725 424.
The phone, the Rapid Travel Charger and Data accessories must also have CE approval.
All models must be Year 2000 compliant.
23
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
10. ACCESSORIES & COMPATIBILITY
See separate Accessories product description for full details of the accessory development plan.
All accessories are required for launch, unless otherwise stated.
10.1
Current
Part Number POS Number
SYN4241
CLA9000
CHA9000 (Eur)
SPN4278
Name
Cigarette Lighter Adapter
Universal Rapid Travel Charger
Availability Notes
As StarTAC™
As StarTAC™
UK Plug
Euro Plug
Aus/NZ Plug
Indian Plug
US Plug
PC Card to Phone Connector Cable
CELLect™ 1+ German/English
CELLect™ 1+ French
CELLect™ 1+ Italian / Spanish
CELLect™ 3 Denmark
CELLect™ 3 Germany
CELLect™ 3 Finland
CELLect™ 3 France
CELLect™ 3 Italy
CELLect™ 3 Norway
CELLect™ 3 Sweden
CELLect™ 3 Switzerland
CELLect™ 3 UK
Universal Headset and microphone
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
As StarTAC™
Same all products
Name
Weight Leadership LiIon 400 mAh battery
AAA Long NiMH 650 mAh battery
LGQ8 LiIon 1000 mAh battery
AA NiMH 1100 mAh battery
Performance Leadership LiIon 2800 mAh
Extended AA battery door - Black
Extended AA battery door - Grey
Extended AA battery door - Blue
AA Dry Cell battery carrier
Performance Leadership battery door - Blk
Performance Leadership battery door - Gry
Performance Leadership battery door - Blu
Desktop Charger
Headset Adapter
Hang-up Cup
Headset Adapter and Headset/Microphone
Availability Notes
Jan. ‘98
Jan. ‘98
Jan. ‘98
March ‘98
March ‘98
Jan. ‘98
CHA9010 (UK)
SYN6718
SYN4655
SYN4694
SYN4696
SYN4657
SKN4821
S6112
S6113
S6114
CD1181
CD1177
CD1183
CD1179
CD1175
CD1182
CD1178
CD1180
CD1176
SYN6962
10.2
n/a
n/a
n/a
n/a
n/a
n/a
PCC9100
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
PCC9300
n/a
Planned
Part Number POS Number
SNN5089
n/a
SNN5291
BNS6070
SNN5360
BLS6100
SNN5307
BNX6100
SNN5260
n/a
SHN6618
n/a
SHN6829
n/a
SHN6944
n/a
1504768Z01
n/a
SHN6975
n/a
SHN6827
n/a
SHN6945
n/a
SPN4523
CHA6100
SYN6719
n/a
SYN6911
HUC6000
SLN3940
HSK6000
TBD
March ‘98
May ‘98
May ‘98
May ‘98
May ‘98
24
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
SHN6851
SYN6913
SYN7380
CD1310
S8142
S8141
SLN3901
TBD
CCA6100
n/a
CCA6000
PCC6000
HFK6200
TBD
HFK6100
TBD
PRODUCT DESCRIPTION
Plastic Holster
Leather Pouch - with flip top
Leather Holster - with rotating belt clip
Smart CELLect Data Cable & Soft Modem
Professional Car Kit with DSP
Professional Car Kit with DSP & VR
Basic Car Kit
Wireless Headset adapter and Earpiece
May ‘98
May ‘98
July ‘98 .
July ‘98
May ‘98
Q3, ‘98
Q3, ‘98
Q3, ‘98
25
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
APPENDIX 1: SPECIFIC MODEL REQUIREMENTS
A1
Diagram of Flipped ZAP
Diagram of Flipless ZAP
26
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
27
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
A2
PRODUCT DESCRIPTION
Initial Coloured Housing Requirements
Stages I and II: Flipped
Black
Magix Grey
Ten Pin Blue
Lens Surround
Lens Printing
Black
Pantone 427
Silver MM524
Bright White
Black
Pantone 427
Front Escutcheon Part Number
Front Escutcheon Background
Front Escutcheon Finish
Front Escutcheon Printing
54-09397-M08
Black
Polished
Pantone 427
54-09397-M09
Silver MM524
Polished
Bright White
54-09397-M08
Black
Polished
Pantone 427
Back Escutcheon Part Number
Back Escutcheon Background
Back Escutcheon Finish
Back Escutcheon Printing
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Hard
Black
Hard
Black
Hard
Stage III: Flipless
Black
Magix Grey
Ten Pin Blue
Lens Surround
Lens Printing
Black
Pantone 427
Silver MM524
Bright White
Black
Pantone 427
Front Escutcheon Part Number
Front Escutcheon Background
Front Escutcheon Finish
Front Escutcheon Printing
13-09432-U04
Black
as body
Pantone 427
13-09432-U05
Silver MM524
as body
Bright White
13-09432-U04
Black
as body
Pantone 427
Back Escutcheon Part Number
Back Escutcheon Background
Back Escutcheon Finish
Back Escutcheon Printing
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Silicon
Black
Silicon
Black
Silicon
Note: Ten Pin Blue is defined as Pantone 296C
28
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
A3
Flexing Defaults
Below is a list of the most important default flexing settings:
Feature
Flex Default
Operating Bands
Band-Aware GSM 900 / 1800
Network Selection
Automatic
Network Search Frequency
Medium
SIM Lock
None
Home Zone
None
CPHS Feature Package
Off
VMWI Type
GSM Phase II+ implementation
Emergeny Number
112
Data
9600 baud
Extended Menus
Off
Ringer
Standard Tone
Ringer Volume
Maximum
Earpiece Volume
Maximum
Keypad Tone
Normal Tones
Greeting Tone
On
Language
Automatic
Keypad Lock
Flip locks keypad when closed (Stage I and II)
# and * keys lock keypad (Stage III)
Key Answer Only
Off (Stages I and II only)
Phone Lock
Off
Phone Lock Number
1234
Security Code
000000
Battery Saving Mode
On
In-Call Display
Off
Single Alert Timer Length
30 seconds
Repetitive Timer Length
60 seconds
Phone Book Access
No Restrictions
CLI Alpha Tag Lookup
On
One-Touch dialling
to SIM Memory
Quick Access
User definable
Voicemail Number
from Phone Memory
LED Status Indicator
On
Power key delays
Delay on Power On and Power Off
Wake Up Graphics:
Stage I
Stage II
Stage III
29
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
PRODUCT DESCRIPTION
30
October 12, 1998
Motorola Confidential Proprietary
µ MOTOROLA
GSM900/1800 ZAP, Issue 8.0
A4
Menu Requirements
QA
VN
MENU
Quick Access
VoiceNote
Phonebook
Call Related Features
Messages
24
October 12, 1998
Motorola Confidential Proprietary
Phone Setup
Network Se
GSM900/1800 ZAP, Issue 8.0
Assigned Functions:
1- Find Name
2- Add to SIM
3- Call Voicemail
4- Battery Meter
5- Play VoiceNote
6- Mute On/Off
7- Read Messages
8- Vibrate On/Off
9- Divert On/Off
• Recording ...
Available Functions:
• Find by Name
• Find by Location
• Add Entry to Phone
• Add Entry to SIM
• Call Voicemail
• Battery Meter
• Phone Lock Now
• Phone Mute On/Off
• Ring Volume
• VibraCall On/Off
Ringer On/Off
Divert All Voice Calls
• Switch Memory
• Read Messages
• Outgoing Messages
• Message Editor
• Last Calls Received
• Last Call Charge
• Last Call Timer
• Talk and Fax
• Show My ID Next Call
• Restrict my ID
• Key Answer Only
Switch Line 1/2
• Show Services
• Play VoiceNote
• Divert Voice Call
• Personal Numbers
• Find Entry By Name
•
< Personal Numbers >
•
Call Number
•
Modify Name or No
•
Erase Name and No
• Find Entry By Location
•
< Personal Numbers >
•
Call Number
•
Modify Name or No
•
Erase Name and No
• Add Entry
•
Add To Phone Memory
•
Add To SIM Card Mem
• Check Capacity
•
Check Phone Capacity
•
Check SIM Capacity
• Prevent Access
•
To SIM Card Memory
•
To Phone Memory
•
To Phone & SIM Mem
•
No Memory Restriction
Copy SIM Memory
• Show Services
• Last Ten Calls
• Last Calls Made
• Last Calls Received
• Erase All Numbers
• My Phone Number(s)
• < MSISDN List >
• Fixed Dialling2
• View Fixed Dial List
•
< Fixed Dial List >
• Setup Fixed Dialling
•
< Enter PIN2 >
•
On
•
Off
•
Edit Entry
•
< Fixed Dial List >
•
Add Entry
•
Erase Entry
• One Touch Dial Setting
• To Phone Memory
• To SIM Card
• To Fixed Dial List2
• Show Battery Meter
• Restrict My Phone Number
• Show ID On Next Call
• Restrict ID On Next Call
• Call Diverting
Divert All Voice Calls
• Divert Voice Calls
•
Divert When Unavail.
•
Submenu-1
•
Divert All Voice Calls
•
Submenu-1
•
Detailed Diverting
•
If Busy
•
Submenu-1
•
If Not Reachable
•
Submenu-1
•
If No Answer
•
Submenu-1
• Divert Fax Calls
•
Submenu-1
• Divert Data Calls
•
Submenu-1
• Cancel All Diverting
• Talk and Fax
• On/Off
• Call Waiting
• On/Off
• Call Barring
• Bar Outgoing Calls
•
Int'l Calls
•
Int'l Calls Ex Home
•
All Calls
•
Off
• Bar Incoming Calls
•
When Roaming
•
All Calls
•
Off
• Cancel All Barring
• Change Bar Password
• Key Answer Only ***
• On
• Off
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Call Voicemail
Received Messages
< Message List >
Delete Message
Return Call
Edit Message
< Message Editor>
Send Message
Store Message
Go To Next Message
Outgoing Messages
< Message List >
Send Message
Edit Message
< Message Editor>
Send Message
Store Message
Delete Message
Go To Next Message
Message Editor
Send Message
Store Message
VoiceNotes
Play VoiceNotes
< Playing ... >
Go To Next
Show Time Available
Erase All VoiceNotes
Cell Broadcast
On/Off
Message Settings
Voicemail Number
Service Centre
Expiry Period
Outgoing Message Type
Text
Fax
X400
Paging
E-mail
ERMES
Voice
Select Phone Line
Line 1
Line 2
• Adjust Ring Volume
• < Volume Keys >
• Ring or Vibrate
• Ring Only
• Vibrate Only
• Vibrate Then Ring
• No Ring Or Vibrate
Ringer On or Off
On/Off
• Set Ringer Tone
• Standard Tone ... etc
Set Ringer Tone 2
Standard Tone ... etc
• Phone Lock
• Automatic Lock
•
On/Off
• Lock Now
• Change Unlock Code
• Require SIM Card PIN
• On/Off
• Change SIM PIN Code
• Change SIM PIN2 Code2
• New Security Code
• Extended Menus
• On/Off
• Show Time and Date
• Set Time and Date
• Set Time Format
• Language Selection
• Dansk
...
...
• Türkce
• Automatic
Change Greeting
• Battery Saving Mode
• On/Off
• Select Keypad Tones
• Normal Tones
• Single Tones
• No Tones
• Phone Status
• Status Review
• Master Reset
• Master Clear
• Available Netwo
• < PLMN List >
•
Register N
•
Make P
• Network Search
• Registration P
•
Automatic
•
Manual Se
• Frequency of
•
Slow Searc
•
Medium Se
•
Fast Searc
•
Continuous
• Preferred Netw
• Add Network T
•
Choose Fr
•
Cho
•
Add New N
• Show List Of N
•
< PLMN Li
•
Move T
•
Delete
• Find New Netwo
Menu Key: •flex on; + flex on but not shown in manual; Bold are CSP controlled; Italics are in Extended Menus; menus marked 2 appear
** New features; to be confirmed. *** Not required for Flipless ZAP (Stage III).
24
October 12, 1998
Motorola Confidential Proprietary
GSM900/1800 ZAP, Issue 8.0
A5
Specifications of Competitors’Products
Standard Package
Motorola
cd920 or cd930
Ericsson
sh888 or sf888
Nokia
6150
(Dual-band version of
6110; expected end Q3-98)
Siemens
S15
Bosch
Dual-Com 738
Mitsubishi
MT-D30
(expected end Q2-98)
NEC
DB2000
(Low tier model G10
also expected Q3-98)
Nortel/AEG/Matra
2785
(Expected end Q3-98)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
Size (cc)
Weight (gm)
Talk time (mins)
Standby time (hrs)
139
145
210-270
90-105
140
195
210-265
upto 80
130
142
180-300
60-260
160
185
upto 180
upto 80
*
192
200
80
168
185
upto 180
upto 110
100
120
upto 150
upto 300
*
*
*
*
Best Performance
Smallest size (cc)
139
Lowest weight (gm)
120
Talk time (mins) 480-600
Standby time (hrs) 200-250
Smallest size (cc)
*
Lowest weight (gm)
173
Talk time (mins) 315-400
Standby time (hrs) upto 120
Smallest size (cc)
130
Lowest weight (gm)
142
Talk time (mins) 300-480
Standby time (hrs) 100-450
Smallest size (cc)
160
Lowest weight (gm)
185
Talk time (mins) upto 600
Standby time (hrs) upto 220
Smallest size (cc)
*
Lowest weight (gm)
174
Talk time (mins)
575
Standby time (hrs)
220
Smallest size (cc)
168
Lowest weight (gm)
185
Talk time (mins) upto 240
Standby time (hrs) upto 180
Smallest size (cc)
100
Lowest weight (gm)
120
Talk time (mins) upto 300
Standby time (hrs) upto 600
Smallest size (cc)
*
Lowest weight (gm)
165
Talk time (mins)
360
Standby time (hrs)
280
25
October 12, 1998
Motorola Confidential Proprietary
Strengths
•Dualband (GSM900/1800)
•Ergonomic designs
•VoiceNote™ & VibraCall™
•Optimax™ display
•Dualband (GSM900/1800)
•Internal data card built-in
•Infra-Red port
•Enhanced Full Rate Codec
•Dualband (GSM900/1800)
•Infra-Red port
•Reminders and Games
•Call Screening
•Dualband (GSM900/1800)
•Easy to use
•Dynamic character size
•Calculator function
•Dualband (GSM900/1800)
•Belt clip accessory
•Vibrating battery access’y
•Calculator function
•Dualband (GSM900/1800)
•Rocker menu key
•Closed User Group
•Conference Calling
•Dualband (GSM900/1800)
•Metallic finish
•Vibrating alert as standard
•LiIon battery as standard
•Dualband PLUS E-GSM
•14,400 data capable
•Handsfree mode
•Voice control and calling
GSM900/1800 ZAP, Issue 8.0
* Not currently known
25
October 12, 1998
Motorola Confidential Proprietary
Product Description
GSM Zap and Zap C (Refresh)
Created By:Jim Filicette-WJF005 on 22/04/98 at 16:21
Category: Review
Version Number: 4
Hot Spot to PR Number Assignment database. This Hot Spot for use by ECSG personnel only.
Click in Hot Spot, to view, or to generate a request for a Product Release (PR) number.
PR Number: A74-01 A74-02
Motorola Confidential Proprietary
Insert Table in field below to define key changes. Go to Menu -> Create -> Table. Make table 4 columns wide.
Enter brief summary of any updates below:
Change Control:
Version Number
Date
Editor
1
2
4/22/98
5/25/98
Jim Filicette
Jim Filicette
3
6/10/98
Jim Filicette
4
6/?/98
Jim Filicette
Key Changes
Initial release of Zap refresh
Revisions to MMI per Steve Akin’s 5/22/98 email.
Add Tri-Codec and new vibrator
Clarify stage IV and V of Zap refresh
Revise O2O feature
Add Stage I unicode support for phone book to stage V
Move VoiceNotesTM improvement to stage IV
Add note to tri-codec (voice only HR)
Major Revisions:
Add Eastern Euorpean Languages
Clarify stages and features
Add paint requirements
Add manual, literature kit and model structure tables
Add unique SMS alert, last 10 improvements, quick
access software features to list.
Insert Table in field below to define release approvals. Go to Menu -> Create -> Table. Make table 3 columns wide.
When ready for release, submit for signatures. Define who signed below.
Each subsequent version change requires release signatures.
Release Approval Summary:
Version Number
Jim Filicette
Tracey Koziol
Ruchi Mangalik
Neal Keating
Doug Main
Mike Hader
Zaf Azam
Philip Broderson
Dave Loveridge
Signed by
Date
Market Name:
Proposed: cd921 (EMEA Flip) cd931 (EMEA Flat)
Proposed: cd928e (ASIA Flip) cd938e (ASIA Flat)
Ship Authorization date:
01/SEPT/98 (use format DDMMMYY)
Give a general introduction for this product requirement.
This product description covers the worldwide requirements for GSM 900/1800 Zap and Zap C REFRESH. It will have two stages which will be called: Zap stage IV and Zap stage V. Zap refresh will have a number of long awaited software MMI
improvements plus improved keypad and vibrator hardware features.
Zap stage IV software release date is 20/JUL/98 for internal test and ship authorization requirement of 01/SEPT/98. Zap and Zap C will have similtaneous luanch dates.
Zap stage V will include an enhanced version of stage IV plus Tri-Codec support (half rate). Zap stage V goal for ship acceptance is 01/OCT/98.
Europe Plan:
Stage IV for Europe will require a product name change because of the numerous MMI improvements and hardware improvements (key pad and vibraCallTM). Stage IV will also include painted housings on the flat version only. The proposed
market name for Europe is cd921/cd931. Stage V for Europe will not require a product name change because Half Rate will be ’Soft’ to the market (only operator).
Asia Plan:
Stage IV for Asia will require a product name change because of the numerous MMI improvements and hardware improvements (key pad and vibraCallTM). The proposed market name for Asia is cd928e/cd938e. Stage V for Asia will not require a
product name change because Half Rate support will be ’Soft’ to the market (only operator). Asia plans to introduce manual band select to limited market on Aug 18, 1998 and full roll out on Sept 1, 1998.
Signaling Type:
Define Key Selling Points and Message:
GSM Dual Band
New key features in addition to previous versions for Zap Stage IV:
Signficant user interface enhancements
Unicode for full SIM application toolkit class II plus stage I of Asian phone book
Eastern European languages
Improved keypad and VibraCallTM
New key features in addition to the above for Zap Stage V:
Tri-Codec support (voice only HR)
The following are key selling features of previous versions of Zap cd920/cd930:
Dual-Band technology, the quality capacity solution
Best in class radio, battery and speaker performance
Ergonomically designed for comfortable handling
Value added service delivery through SIM Toolkit
3 minute VoiceNoteTM message recording feature
Dual-Rate speech codec (FR and EFR)
Ease of use
Large, high contrast (OptimaxTM), easy to read display
Define Product Tier (High, Mid, or Low):
Mid Tier
Define Distribution Channel:
Same as cd920/cd930.
Define Competitors:
Ericsson SH888; now shipping
Nokia 6150, due end Q3-98
Siemens S15; due end Q2-98
Bosch Dual-Com 738; now shipping
Mitsubishi MT-D30; due to launch in Q2-98
NEC G10; due end Q3-98; and DB2000 also now due in Q3-98
Nortel/AEG 2785; due in Q3-98
Define Key Target Customers:
Same as cd920 and cd930.
Define product tiering strategy, and any planned variants, for this product:
Zap is a product representing the mid tier.
Define Models to be Replaced by this Product:
Place cursor in field below. Go to Menu, select Create -> Table, then define number of rows you require, by 3 columns.
Model Name
Model Number
Comments
cd920
cd920
cd930
cd930
SE0007Bccxx
SE0012Bccxx
SE0006Bccxx
SE0013Bccxx
Stage II Flipped Zap
Stage II Flipped Zap w/ CPHS
Stage III Flat Zap
Stage III Flat Zap w/ CPHS
Define Target Markets:
Zap is positioned as a feature loaded product, aimed at power users. In particular, the Business Accomplishment and Activity Managment user segments will be targeted.
Define Advertising Requirements, Specifications to Advertise, and Key Message to be delivered:
To be developed in correlation to the Motorola Corporate Wings and brand awareness campaign. Advertising is to be consistent with cd920/cd930.
Define Phone Physical Characteristics. Insert drawings, photos, or other representation if available.
Zap refresh will not require any major modificaitons to the form factor. Flat Zap stage IV will include painted front, rear and battery door housings in various colors, including CeBit Motorola blue. These colors will be available at stage IV
launch on 01/Sept/98.
Define Housing Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define Battery Door Physical Characteristics. Insert drawings, photos, or other representation if available.
Painted battery doors will be required to match the housing colors and be available
Define Display Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define Lens Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define Keypad and Keypad Board Physical Characteristics. Insert drawings, photos, or other representation if available.
Zap stage IV will include an improved keypad that will adress the field complaints on Zap.
Define Escutcheon Physical Characteristics. Insert drawings, photos, or other representation if available.
New escutcheons will be needed for the new market names. The market names for Europe will be cd921 and cd931 for flip and flat respectively.
Define Antenna Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define Connectivity Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define SIM Card, and SIM Card Reader Physical Characteristics. Insert drawings, photos, or other representation if available.
Same as cd920 and cd930.
Define any other physical characteristics.
Zap stage IV will incorporate a new vibrator to improve the VibraCallTM feature. This will address complaints from the field on the quality of the vibrator. Zap should use the same vibrator that is being used in GSM 8700.
Define Transceiver Performance:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Volume (cubic cm)
Weight (grams)
Talk Time (minutes)
Standby Time (hours)
With Battery (Name)
T A LK /S T A N D B Y T IME S - Z A P
3
DUAL BAND
--->
--->
--->
TX
RX
Wgt
ma
ma
gra ms
T X /D R X 2
D TX /D R X 9
275
12.7
99
220
9.5
MK T
A . N ic k el Metal H y d rid e
A
P
R
I
TX
RX
Wgt
A A A - Long
139c c
Wgt
650
617.5
48
2.4
49
147
3.0
65
2-3 h rs
50-60 h rs
147 g
L
TX
RX
Wgt
AA
150c c
Wgt
1100
1045
83
4.0
84
182
5.0
110
4-5 h rs
80-100 h rs
193
9
9
8
TX
RX
Wgt
P5
139c c
Wgt
400
380
20
1.5
30
119
1.8
40
1-1.5 h rs
30-40 h rs
119 g
TX
RX
Wgt
L P 4 S aft
139c c
Wgt
400
380
23
87
30
122
109
40
1-1.5 h rs
30-40 h rs
122 g
TX
RX
Wgt
LSQ 8
139c c
Wgt
1000
950
45
3.6
75
144
4.5
100
3.5-4.5 h rs
80-100 h rs
144 g
TX
RX
Wgt
H i-C ap P ac k
189c c
Wgt
2800
2660
124
10.2
209
223
12.7
280
10-12 h rs
200-250 h rs
1
B . L ith ium Io n
C . L iP o ly m er (P relim inary )
TX
RX
Wgt
Lith P loyme r
W gt
480
456
19
105
36
118
131
48
Note: The above performance numbers are engineering estimates for Zap.
Define Battery Technology compatibility and Security requirements:
Same as cd920 and cd930. Zap refresh will also employ the invalid battery technology by utilizing the Dallas chip. Zap refresh will eliminate the invalid battery leaflet by integrating the information into the manual.
Define Charge Times with the sharger shipped as standard:
Battery
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 3 columns wide.
Charge time with E. P. Standard Travel Charger
Charge time with E. P. Desktop Charger to 90 %
to 90 % charge (Minutes)
charge
(Minutes)
Same as cd920 and cd930.
Define Data Compatibility:
Same as cd920 and cd930.
Define any requirements in general terms, or define overall requirements scope:
Zap refresh will have the same feature set as Zap stage III launch plus the new features below.
Key Software Requirements:
Define Key Software Requirements. Insert drawings, photos, or other representation if required, after table.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Tracking Number
Description
Status - First Launch
Status - Main Launch
Priority
Features required in Zap refresh stage IV:
0203
Viag Home Zone
In process and committed
0195
SIM Toolkit class 2
In process and committed
1
1
0196
Eastern European languages (not including
In process and committed
1
Hebrew)
?*
Asian subsidy lock enhancement
In process and committed
1
0016
Unicode for SIM Toolkit
In process and committed
1
0115
SMS Delete all messages option
In process and committed
1
0023
MO-SMS reply to MT-SMS
In process and committed
1
0014
SMS Phone book access
In process and committed
1
?*
Manual band select for dual band (ASIA)
In process and committed
1
0155
Increase SIM ADN locations from 155- 255
In process and committed
1
?*
Increase SIM SMS locations from 35 to 75
In process and committed
1
0162
Support for CSP based on CPHS V4.2
In process and committed
1
?*
Change CLI lookup to use 8 digits
In process and committed
n/a
Check card software
In process and committed
?*
Conference call / call transfer improvement
In process and committed
?**
Unicode phone book support-stage 1
Under investigation, NOT committed
1
Note: No MMI required
1
1
Note: This feature could hold up Zap
1
refresh launch date in Asia
0138**
Quick access additions (3)
In process and committed
0075**
Last 10 call improvements
In process and NOT committed
2
0028**
Unique SMS alert tones
In process and NOT committed
2
?*
Orange data field support
Under investigation, NOT committed
2
?*
O2O dual band CSP bit
Under investigation, not committed
2
In process and committed
1
0056**
Features required in Zap refresh stage V:
Multi rate speach coder
(FR/EFR/HR) (voice only HR)
1
Note:
* = denotes marketing specification is not available
** = denotes marketing specification is available
Priority:
1 = Required, will not ship without
2 = Will be considered for future product launch; will ship without
Transceivers:
Zap refesh for Europe will allow upto 14 languages per transceiver. The languages will be formated in the following:
The first Zap Refersh transceiver will have the following languages:
English
French
German
Turkish
Italian
Spanish
Danish
Finnish
Dutch
Greek
Norweigian
Portugese
Swedish
Hungarian
The second Zap Refersh transceiver will have the following languages:
English
Russian
Lithuanian
Polish
Czech
Slovakian
Croatian
Romanian
Slovenia
Latvian
Estonian
Ukraine
Servian
Bulgarian
Key Hardware Requirements:
Define Key Hardware Requirements. Insert drawings, photos, or other representation if required, after table.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Tracking Number
Description
Status - First Launch
Status - Main Launch
Z-1
Z-2
Z-3
Vibrator (same as 8700)
Vibrator grommet
Painted housings & batt doors
(flat)
Improved keypad
Tricoder
Z-4
Z-5
Stage IV
Stage IV
Stage IV
Committed
Committed
Committed
1
1
1
Stage IV
Stage V
Committed
1
2
Priority:
1=Must ship in stage IV launch on Sept 1
2=Must ship in stage V launch on Oct 1
Define Flex Requirements. This is the list of most important default flexing settings.
Insert drawings, photos, or other representation if required, after table.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 2 columns wide.
Feature
Flex Default
Same as cd920 and cd930
Priority
Insert Wake Up Graphic required:
Same as cd920 and cd930.
Define Menu Requirements.
Insert graphic detail for new quick access icons, after table.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 3 columns wide.
Quick Access
New Features
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 7 columns wide.
Phone
Call Related
Book
Features
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 7 columns wide.
Phone Setup
Network Selection
Call Meters
New Features
Messages
Accessory Setup
Define Box , Box Insert, and Overpack requirements. Identify if these are common existing designs, or new designs.
Insert or attach drawing, or photos, if available.
New box artwork will be required for Zap refresh stage IV due to product market name change.
Standard Box pack configuration.
Define standard model complement. Identify all components which go into this pack configuration.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 4 columns wide.
Configuration
Contents
Quantity
Comments
Same as cd920 and cd930 except a leather holster will replace the plastic holster for product with painted housings.
Extended Box pack configuration.
Define extended model complement, (more items than standard model complement).
Identify all components which will go into this pack configuration.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 4 columns wide.
Configuration
Contents
Quantity
Same as cd920/cd930.
Define Packaging, Manual and Label Artwork requirements. Identify which items require a unique artwork.
Insert or attach drawing, or photos, if available.
New artworks will be required for manuals, boxes, escutheons as necessary due to the market name change on stage IV.
Comments
Define any unique package Labeling required for this product. Include special requirements such as TIM Metricola numbers, etc.
Include all labels, including transceiver, packaging, accessories, etc.
Insert or attach drawing, or photos, if available.
TBA
EAN Numbers for each product type, for each market:
Define EAN Numbers:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 4 columns wide.
Market (Country)
Product Name
EAN Number
Comments
Define Current Accessories and Compatibility to this product:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 3 columns wide.
Model, Kit, or Part Number
Accessory Name
Compatibility Notes
Same as cd920 and cd930
Define Planned Accessories and Compatibility to this product:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 4 columns wide.
Model, Kit, or Part Number
Accessory Name
Compatibility Notes
Availability Date
Same as cd920 and cd930
Define Type Approval Requirements, such as GSM Phase 2, and other Approval Requirements, such as CE Compliance, E Mark Compliance, etc. Include compliance specification number definition where required.
Same as cd920 and cd930
Hot Spot to Assembly Number Assignment database. This Hot Spot for use by all personnel.
Click in Hot Spot, to view, or to generate a request for model, kit, or assembly numbers.
New Sales Models:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 3 columns wide.
Sales Model Number
Brand
SE0007Cccxx
SE0012Cccxx
SE0006Cccxx
SE0013Cccxx
SE0007Dccxx
SE0012Dccxx
SE0006Dccxx
SE0013Dccxx
cd921
cd921
cd931
cd931
cd921
cd921
cd931
cd931
Description
Stage IV Flipped Zap
Stage IV Flipped Zap w/ CPHS
Stage IV Flat Zap
Stage IV Flat Zap w/ CPHS
Stage V Flipped Zap
Stage V Flipped Zap w/ CPHS
Stage V Flat Zap
Stage V Flat Zap w/ CPHS
Note: For Europe, Zap refresh will utilize all the existing model numbers from the initial launch of Zap. Zap reresh will employ a similar up-suffixing scheme as stage I, II, III of Zap. Stage IV models will be upsuffixed to the ’C’ version of Zap.
Stage IV product will also have the market name change as per above. Stage V model numbers will be upsuffixed to ’D’ version of Zap. Stage V will not have a market name change.
New Field Service Models:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 3 columns wide.
Field Service Model Number
Brand
TBA
Description
Define New Sales Model Content for the First Core Product. Include all model, kit, or item numbers:
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Models
Transceiver
Manual
Accessories
Other
Stage IV:
Kit:
Kit:
Battery: (LGQ8)
Holster (plastic):
Flip Zap
SUGxxxx - Blk
See Table 1 in section 4.4
SNN5360
SHN6851
SUGxxxx - Grey
Manual:
Battery Door AAA: SHN6617-BLK
ZAP WINGS box:
SUGxxxx - TP blue
See Table 1 in section 4.4
SHN6825-Grey
56xxxxxKxx
SHN6943-TP blue
Blue pulp insert:
5603930K01
SE0005CB1xx
SE0007CB1xx
SE0012CB1xx
Rear Escutheon:
Literature Kit:
Universal Charger: SPN4278
See Table 2 in appendix
See Table 3 in appendix
Plug: See Table 1 in section 4.4
Flip escutheon:
See Table 2 in appendix
Stage V:
Kit:
Kit:
Battery: (LGQ8)
Holster (plastic):
SUGxxxx - Blk
See Table 1 in section 4.4
SNN5360
SHN6851
Flip Zap
SUGxxxx - Grey
Manual:
Battery Door AAA: SHN6617-BLK
Zap WINGS box:
SE0005DB1xx
SUGxxxx - TP blue
See Table 1 in section 4.4
SHN6825-Grey
56xxxxxKxx
SHN6943-TP blue
Blue pulp insert:
5603930K01
SE0007DB1xx
SE0012DB1xx
Rear Escutheon:
Literature Kit:
Universal Charger: SPN4278
See Table 2 in appendix
See Table 3 in appendix
Plug: See Table 1 in section 4.4
Flip escutheon:
See Table 2 in appendix
Stage IV:
Kit:
Kit:
Battery: (LGQ8)
Holster (plastic):
SUGxxxx - Blk
See Table 1 in section 4.4
SNN5360
SHN6851
Flat Zap
SUGxxxx - Grey
Manual:
Battery Door AAA: SHN6617-BLK
ZAP WINGS box:
SE0006CB1xx
SUGxxxx - TP blue
See Table 1 in section 4.4
SHN6825-Grey
56xxxxxKxx
SHN6943-TP blue
Blue pulp insert:
5603930K01
SE0013CB1xx
Rear Escutheon:
Literature Kit:
Universal Charger: SPN4278
See Table 2 in appendix
See Table 3 in appendix
Plug: See Table 1 in section 4.4
Front escutheon:
See Table 2 in appendix
Stage V:
Kit:
Kit:
Battery: (LGQ8)
Holster (plastic):
SUGxxxx - Blk
See Table 1 in section 4.4
SNN5360
SHN6851
Flat Zap
SUGxxxx - Grey
Manual:
Battery Door AAA: SHN6617-BLK
ZAP WINGS box:
SE0006DCB1xx
SUGxxxx - TP blue
See Table 1 in section 4.4
SHN6825-Grey
56xxxxxKxx
SHN6943-TP blue
Blue pulp insert:
5603930K01
SE0013DB1xx
Rear Escutheon:
Literature Kit:
Universal Charger: SPN4278
See Table 2 in appendix
See Table 3 in appendix
Plug: See Table 1 in section 4.4
Front escutheon:
See Table 2 in appendix
Define any upcoming variants required, beyond this core product introduction.
These programs will be separately defined, with their own product description, etc.:
TBA
Hot Spot to Assembly Number Assignment database.
Click in Hot Spot, to view, or to generate a request for model, kit, or assembly numbers.
Define Manual requirements, and any translation priorities for the various models. Attach "01R" documents if applicable.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Models
Manual Kit Number
Manual Part Number
Language Market
Table 1. Chargers and Manuals
Stage IV
Stage IV
Stage V
Flip ZAP
Flat ZAP
Flip ZAP
SE0007CccA1
SE0012CccA1
SE0007CccB1
SE0012CccB1
SE0007CccC1
SE0007CccD1
SE0007CccE1
SE0012CccE1
SE0007CccF1
SE0007CccG1
SE0007CccH1
SE0007CccJ1
SE0007CccK1
SE0007CccL1
SE0007CccM1
SE0007CccN1
SE0007CccP1
SE0007CccQ1
SE0007CccR1
SE0007CccS1
other models
SE0007CccT1
SE0007CccU1
SE0007CccV1
SE0007CccW1
SE0007CccY1
SE0007CccZ1
SE0007CccB2
SE0007CccC2
SE0007CccF2
SE0007CccG2
SE0007CccP2
SE0007CccS2
SE0007CccT2
SE0007CccU2
SE0007CccX2
SE0007CccZ2
SE0007CccA3
SE0007CccC3
SE0007CccA4
SE0007Cccxx
SE0006CccA1
SE0013CccA1
SE0006CccB1
SE0013CccB1
SE0006CccC1
SE0006CccD1
SE0006CccE1
SE0013CccE1
SE0006CccF1
SE0006CccG1
SE0006CccH1
SE0006CccJ1
SE0006CccK1
SE0006CccL1
SE0006CccM1
SE0006CccN1
SE0006CccP1
SE0006CccQ1
SE0006CccR1
SE0006CccS1
other models
SE0006CccT1
SE0006CccU1
SE0006CccV1
SE0006CccW1
SE0006CccY1
SE0006CccZ1
SE0006CccB2
SE0006CccC2
SE0006CccF2
SE0006CccG2
SE0006CccP2
SE0006CccS2
SE0006CccT2
SE0006CccU2
SE0006CccX2
SE0006CccZ2
SE0006CccA3
SE0006CccC3
SE0006CccA4
SE0006Cccxx
SE0007DccA1
SE0012DccA1
SE0007DccB1
SE0012DccB1
SE0007DccC1
SE0007DccD1
SE0007DccE1
SE0012DccE1
SE0007DccF1
SE0007DccG1
SE0007DccH1
SE0007DccJ1
SE0007DccK1
SE0007DccL1
SE0007DccM1
SE0007DccN1
SE0007DccP1
SE0007DccQ1
SE0007DccR1
SE0007DccS1
other models
SE0007DccT1
SE0007DccU1
SE0007DccV1
SE0007DccW1
SE0007DccY1
SE0007DccZ1
SE0007DccB2
SE0007DccC2
SE0007DccF2
SE0007DccG2
SE0007DccP2
SE0007DccS2
SE0007DccT2
SE0007DccU2
SE0007DccX2
SE0007DccZ2
SE0007DccA3
SE0007DccC3
SE0007DccA4
SE0007Dccxx
Stage V
Flat ZAP
SE0006DccA1
SE0013DccA1
SE0006DccB1
SE0013DccB1
SE0006DccC1
SE0006DccD1
SE0006DccE1
SE0013DccE1
SE0006DccF1
SE0006DccG1
SE0006DccH1
SE0006DccJ1
SE0006DccK1
SE0006DccL1
SE0006DccM1
SE0006DccN1
SE0006DccP1
SE0006DccQ1
SE0006DccR1
SE0006DccS1
other models
SE0006DccT1
SE0006DccU1
SE0006DccV1
SE0006DccW1
SE0006DccY1
SE0006DccZ1
SE0006DccB2
SE0006DccC2
SE0006DccF2
SE0006DccG2
SE0006DccP2
SE0006DccS2
SE0006DccT2
SE0006DccU2
SE0006DccX2
SE0006DccZ2
SE0006DccA3
SE0006DccC3
SE0006DccA4
SE0006Dccxx
Priority:
1 = required at launch
Define Core Schedule Milestone Requirements:
Charger
Plug
Manual
Kit #
Manual
P/N
Market or
Priority Language
SYN4655
SJN7598B
6809417A28
1
Danish
SYN6718
SJN7609B
6809417A29
1
English (UK)
SYN4655
SYN4655
SYN4655
SJN7599B
SJN7602B
SJN7604B
6809417A30
6809417A31
6809417A32
1
1
1
Finnish
Dutch
French
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
n/a
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN4655
SYN6718
SYN4655
SYN4655
SYN6718
SYN4655
SYN4655
SYN6718
SYN4655
SYN4655
SYN4655
SYNxxxx
SJN7608B
SJN7600B
SJN7607B
SJN7597B
SJN7601B
SJN7603B
SJN7606B
SJN7602B
SJN7604B,
SJN7595B
SJN7596B
SJN7572B
SJN7610B
SJN7604B
SJN7593B
SJN7592B
SJN7571B
SJN7793B
None
SJN7609B
SJN8173B
SJN7608B
SJN7600B
SJN8174B
SJN8175B
SJN7609B
SJN8176B
SJN8180B
None
SJN8177B
SJN8178B
SJN8179B
SJN8530A
6809417A33
6809417A34
6809417A35
6809417A36
6809417A37
6809417A38
6809417A39
6809417A40
6809417A41
6809417A39
6809417A43
6809417A44
6809417A45
6809417A46
6809417A47
6809417A48
6809417A49
6809417A50
None
6809417A51
6809417A52
6809417A53
6809417A54
6809417A55
6809417A56
6809417A57
6809417A58
None
6809417A59
6809417A60
6809417A61
6809417A62
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
German
Greek
Italian
Norwegian
Portuguese
Spanish
Swedish
Belgium
Swiss Package
Turkish
Hungarian
Slovakian
Arabic
North Africa
Russian
Lithuanian
Polish
Czech
No language
English for S.
Croatian
German for
Cyprus
Romanian
Slovenian
Gulf States
Ukrainian
Israeli
No language
Latvian
Estonian
Bulgarian
Serbian
Translation Priority
Schedule Milestone
Units
Requested Date (DDMMMYY)
Comments
Non-Functioning
Cosmetically Correct Units
For Marketing Purposes
Functioning Units
For Marketing Purposes
N/A
100
01Aug98
Note: Painted units
1000
20JUL98
1000
10Aug98
5000
10Aug98
30000
01Sept98
(final functionality not required)
Field Engineering
Test Samples
Worldwide Operator
Test Samples
Market Trial
Test Samples
Launch Requirements
Define any other Key Schedule Milestones:
Required Introduction Date:
Launch Volume (number of units):
Period (MMMYY)
Required Stock for
Launch
Sep. 98
Define expected Product Lifetime:
01/SEPT/98
5,000
Volume
Region 1
EMEA
15,000
Volume
Region 2
ASIA
15,000
Volume
Region 3
Volume
Other
0
Volume
Total Worldwide
0
30,000
Through Q4 1999
Keep a list of all requirements requested in this product description, from the first draft through final copy, which ARE NOT POSSIBLE in this product design. The intent of this section is to keep a running list of all non-fulfilled requirements, for
inclusion in the next product design activity.
Approval of this product description, brings an agreement between all team members, on what will be included in this product design. Items in this section are EXCLUDED from the approval.
Define Key Requirements Excluded From This Product Description, but required for future product introduction.
Insert drawings, photos, or other representation if required, after table.
Place cursor in [ ] below header. Go to menu, select Create -> Table. Select number of rows you require, by 5 columns wide.
Tracking Number
Description
Status - First Launch
Status - Main Launch
Priority
Define Other Expected Customers, in First 3 Months of Production:
Customer Name
Product Required
Comments
Attach any additional information required:
Table 2:
Stages IV and V: Flipped
Black
Magix Grey
Ten Pin Blue
Lens Surround
Lens Printing
Black
Pantone 427
Silver MM524
Bright White
Black
Pantone 427
Front Escutcheon Part Number 54-09397-Mxx
Front Escutcheon Background Black
Front Escutcheon Finish
Polished
Front Escutcheon Printing
Pantone 427
54-09397-Mxx
Silver MM524
Polished
Bright White
54-09397-Mxx
Black
Polished
Pantone 427
Back Escutcheon Part Number
Back Escutcheon Background
Back Escutcheon Finish
Back Escutcheon Printing
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Hard
Black
Hard
Black
Hard
Stage IV & V: Flipless
Black
Magix Grey
Ten Pin Blue
Lens Surround
Lens Printing
Black
Pantone 427
Silver MM524
Bright White
Black
Pantone 427
Front Escutcheon Part Number 13-09432-Uxx
Front Escutcheon Background Black
Front Escutcheon Finish
as body
Front Escutcheon Printing
Pantone 427
13-09432-Uxx
Silver MM524
as body
Bright White
13-09432-Uxx
Black
as body
Pantone 427
Back Escutcheon Part Number
Back Escutcheon Background
Back Escutcheon Finish
Back Escutcheon Printing
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
54 09158-T04
Black
Domed
Pantone 427
Keypad Background
Keypad Finish
Black
Silicon
Black
Silicon
Black
Silicon
Table 3: Literature Kits
Stage IV Stage IV Flat
Stage V
Stage V
Kit
Flipped ZAP
ZAP
Flipped ZAP Flipless ZAP Number
SE0007CccA1
SE0012CccA1
SE0007CccB1
SE0012CccB1
SE0007CccC1
SE0007CccD1
SE0006CccA1
SE0013CccA1
SE0006CccB1
SE0013CccB1
SE0006CccC1
SE0006CccD1
SE0007DccA1
SE0012DccA1
SE0007DccB1
SE0012DccB1
SE0007DccC1
SE0007DccD1
SE0006DccA1
SE0013DccA1
SE0006DccB1
SE0013DccB1
SE0006DccC1
SE0006DccD1
Market
SJN8356BA Denmark
SJN8356BB UK
Kit Contents
Accessory leaflet-68p09414A66
Accessory leaflet-68p09414A67
Registration Card-68p09408A20
SJN8356BC Finland
Accessory leaflet-68p09414A68
SJN8356BD Netherlands
Accessory leaflet-68p09414A69
Registration Card-68p09408A24
SE0007CccE1 SE0006CccE1 SE0007DccE1 SE0006DccE1 SJN8356BE France
Accessory leaflet-68p09414A70
SE0012CccE1 SE0013CccE1 SE0012DccE1 SE0013DccE1
Registration Card-68p09408A21
SE0007CccF1 SE0006CccF1 SE0007DccF1 SE0006DccF1 SJN8356BF Germany
Accessory leaflet-68p09414A71
Registration Card-68p09408A22
24 hour service-68p09405A07
SE0007CccG1 SE0006CccG1 SE0007DccG1 SE0006DccG1 SJN8356BG Greece
Accessory leaflet-68p09414A72
SE0007CccH1 SE0006CccH1 SE0007DccH1 SE0006DccH1 SJN8356BH Italy
Accessory leaflet-68p09414A73
SE0007CccJ1 SE0006CccJ1 SE0007DccJ1 SE0006DccJ1 SJN8356BJ Norway
Accessory leaflet-68p09414A74
SE0007CccK1 SE0006CccK1 SE0007DccK1 SE0006DccK1 SJN8356BK Portugal
Accessory leaflet-68p09414A75
Waranty Card-68p09405A09
SE0007CccL1 SE0006CccL1 SE0007DccL1 SE0006DccL1 SJN8356BL Spain
Accessory leaflet-68p09414A76
Registration Card-68p09408A23
Waranty Card-68p09405A08
SE0007CccM1 SE0006CccM1 SE0007DccM1 SE0006DccM1 SJN8356BM Sweden
Accessory leaflet-68p09414A77
SE0007CccN1 SE0006CccN1 SE0007DccN1 SE0006DccN1 SJN8356BN Belgium
Accessory leaflet-68p09414A78
SE0007CccP1 SE0006CccP1 SE0007DccP1 SE0006DccP1 SJN8356BP Switzerland
Accessory leaflet-68p09414A79
SE0007CccQ1 SE0006CccQ1 SE0007DccQ1 SE0006DccQ1 SJN8356BQ Turkey
Accessory leaflet-68p09414A80
SE0007CccR1 SE0006CccR1 SE0007DccR1 SE0006DccR1 SJN8356BR Hungary
Accessory leaflet-68p09414A81
SE0007CccS1 SE0006CccS1 SE0007DccS1 SE0006DccS1 SJN8356BS Slovakia
Accessory leaflet-68p09414A82
other models other models
other models
other models SJN8356BT Arab/Eng/French Accessory leaflet-68p09414A83
SE0007CccT1 SE0006CccT1 SE0007DccT1 SE0006DccT1 SJN8356BT North Africa
Accessory leaflet-68p09414A83
SE0007CccU1 SE0006CccU1 SE0007DccU1 SE0006DccU1 SJN8356BU Russia
Accessory leaflet-68p09414A84
SE0007CccV1 SE0006CccV1 SE0007DccV1 SE0006DccV1 SJN8356BV Lithuania
Accessory leaflet-68p09414A85
SE0007CccW SE0006CccW1 SE0007DccW1 SE0006DccW1 SJN8356B Poland
Accessory leaflet-68p09414A86
SE0007CccY1 SE0006CccY1 SE0007DccY1 SE0006DccY1 SJN8356BX Czech Republic Accessory leaflet-68p09414A87
SE0007CccZ1 SE0006CccZ1 SE0007DccZ1 SE0006DccZ1 NONE
Generic UK plug None
SE0007CccB2 SE0006CccB2 SE0007DccB2 SE0006DccB2 SJN8491BA So Africa
Accessory leaflet-68p09414A67
SE0007CccC2 SE0006CccC2 SE0007DccC2 SE0006DccC2 SJN8356BY Croatia
Accessory leaflet-68p09414A88
SE0007CccF2 SE0006CccF2 SE0007DccF2 SE0006DccF2 SJN8489BA Austria
Accessory leaflet-68p09414A71
Registration Card-68p09408A22
24 hour service-68p09405A16
SE0007CccG2 SE0006CccG2 SE0007DccG2 SE0006DccG2 SJN8356BZ Cyprus
Accessory leaflet-68p09414A89
SE0007CccP2 SE0006CccP2 SE0007DccP2 SE0006DccP2 SJN8490BA Romania
Accessory leaflet-68p09414A90
SE0007CccS2 SE0006CccS2 SE0007DccS2 SE0006DccS2 SJN8492BA Slovenia
Accessory leaflet-68p09414A79
SE0007CccT2 SE0006CccT2 SE0007DccT2 SE0006DccT2 SJN8493BA Gulf States
Accessory leaflet-68p09414A83
SE0007CccU2 SE0006CccU2 SE0007DccU2 SE0006DccU2 SJN8357BA Ukraine
Accessory leaflet-68p09414A91
SE0007CccX2 SE0006CccX2 SE0007DccX2 SE0006DccX2 SJN8357BB Israel
Accessory leaflet-68p09414A92
SE0007CccZ2 SE0006CccZ2 SE0007DccZ2 SE0006DccZ2 NONE
Generic UK plug None
SE0007CccA3 SE0006CccA3 SE0007DccA3 SE0006DccA3 SJN8357BC Latvia
Accessory leaflet-68p09414A93
SE0007CccC3 SE0006CccC3 SE0007DccC3 SE0006DccC3 SJN8357BD Estonia
Accessory leaflet-68p09414A94
SE0007CccA4 SE0006CccA4 SE0007DccA4 SE0006DccA4 SJN8357BE Bulgaria
Accessory leaflet-68p09414A95
SE0007Cccxx SE0006Cccxx SE0007Dccxx SE0006Dccxx
Serbia
Differences in parts placement - Flat Zap
Board#
Display
PCB#
Ref#
R15
R14
R18
RT1
VR1
0109036A75
Samsung
8409433U05 P5
0109036A74
Philips/ 3/5
8409433U05 P5
P/N
0660076N93
0660076P03
0611079B31
4809788E11
P/N
0660076P25
0660076N79
0660076N87
0613925A17
4809788E08 (nur 3/5)
REVISONS
Europe Middle East Afrika Customer Services
Level 4 Schematics
Dual Band ZAP
Colin Jack, Billy Jenkins, Michael Hansen, Ralf Lorenzen
13.08.98
Rev. 1.0
Keyboard differences in parts placement - Flip Zap
Board#
Display
PCB#
Ref#
R15
R14
R18
RT1
VR1
0109036A73
Samsung
8403913S03 R0
0109032A87
Philips/ 3/5
8403913S03 R0
P/N
0660076N93
0660076P03
0611079B31
4809788E11
P/N
0660076P25
0660076N79
0660076N87
0613925A17
4809788E08 (nur 3/5)
REVISONS
Europe Middle East Afrika Customer Services
Level 4 Schematics
Dual Band ZAP
Colin Jack, Billy Jenkins, Michael Hansen, Ralf Lorenzen
13.08.98
Rev. 1.0
GSM/DCS ZAP - Level 3 Procedure
START
NO
Does the Radio
POWER UP and
STAY ON ?
GO TO
" NO POWER UP "
on page 4 .
ZAP
TEST
SEQUENCE
YES
NO
Does DISPLAY
works Ok ?
GO TO "NO
DISPLAY" on page
19.
YES
YES
Does Display shown
"PHONE FAILURE
SEE SUPPLIER" ?
GO TO
Display shown
"PHONE FAILURE SEE
SUPPLIER"
on page 21 .
NO
YES
GO TO
"CHECK CARD"
on page 23 .
Does Display shown
"CHECK CARD" ?
NO
Does the phone go
into Service at 102 dbm ?
NO
GO TO
" NO RX "
on page 7 .
YES
Does the phone
initiate a CALL
using a GSM
traffic channel ?
NO
GO TO
" NO TX (GSM mode) "
on page 10 .
YES
A
to
page 2
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 1
GSM/DCS ZAP - Level 3 Procedure
A
ZAP
TEST
SEQUENCE
Does the phone
initiate a CALL
using a DCS traffic
channel ?
NO
GO TO
" NO TX (DCS mode) "
on page 13 .
YES
CALL the phone from
Analyzer .
NO
GO TO
" NO/LOW RINGER "
on page 20 .
Is Ringer tone
audible ?
YES
ANSWER CALL .
NO
Is Phase
Frequency within
Spec. ?
GO TO
" PHASE ERROR "
on page 19 .
YES
NO
Is the Frequency
error within
specification ?
GO TO
" FREQUENCY ERROR "
on page 21 .
YES
B
to
page 3
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 2
GSM/DCS ZAP - Level 3 Procedure
B
ZAP
Is the Power Burst
within Spec. ?
NO
TEST
SEQUENCE
GO TO
" POWER BURST ERROR "
on page 21 .
YES
NO
Is the TX Audio OK
( MIC ) ?
GO TO " NO MIC "
on page 21 .
YES
NO
Is the RX Audio OK ?
( Loudspeaker )
GO TO " NO/LOW AUDIO "
on page 20 .
YES
TERMINATE THE
CALL .
Recording a Message using
VOICE ANNOTATION .
Listening the
Message .
Is it OK ?
NO
GO TO
" NO VOICE ANNOTATION "
on page 22 .
YES
END
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 3
GSM/DCS ZAP - Level 3 Procedure
START
The phone
PWR UP correctly
.
Download in to Emmibox
the correct software for Zap.
Connect the phone with EMMIBOX
cable
and verify if the Zap Loading the
software from EMMIBOX.
NO POWER UP
END
The phone still
NO PWR UP
If you use the Battery, check
Q906 and Battery conn.(NOTE 1)
; if you use the External power
check CR903 and J600.
(NOTE 1)
NO
Is present the B+
voltage on C910
(about 4.8V) ?
YES
Make a SHORT C.
between TP1(L2.75)
and
TP18(WATCHDOG)
Is the VSWITCH
present and without
ripple on
C916(about 5.6V) ?
Check
U900,L902,CR910
(NOTE 1 and for faulty)
if OK replace U900 .
NO
YES
NO
Are there the
L2.75,R2.75,L500 and
R4.75 present on
C902,C908,C901
and C906 ?
Check U900 (NOTE 1)
if OK replace U900 .
YES
NO
NO
Is present the
13Mhz on pin
17 of BIC ?
Is 13 Mhz present
on pin 37 of U703 ?
Check U220,Y702,CR221
and 13 Mhz components
(NOTE 1 and for faulty)
if OK Replace U220 .
YES
YES
Check U703 (NOTE 1) and its Bias ,
if OK replace it.
A
to
page 5
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 4
GSM/DCS ZAP - Level 3 Procedure
A
from
page 4
NO POWER UP
NO
Does the RESET
line on pin 30 of
U900 go high ?
Probably U701 Faulty .
YES
NOT OK
Check on test point
TP 71 the
presence of CE to
the
FLASH E.
Probably U701 Faulty .
(MICROP.)
OK
NOT OK
Check on test point
TP 72 and TP73
the presence of CE
to the SRAM.
Probably U704 Faulty .
(FLASH E.)
OK
NOT OK
Check on test point
TP 75 the
presence of CE to
the EEPROM.
Probably U702 Faulty .
(SRAM).
OK
Remove C.C. between L2.75 and
Watchdog.
NOT OK
Is the RESET
Timing on page
6 correct ?
Probably U704 Faulty .
(FLASH E.)
OK
Check the presence of 13Mhz on
pin 40 of Firestorm ; If Ok check
U500 (NOTE1)
Then replace it.
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 5
to
page 2
GSM/DCS ZAP - Level 3 Procedure
RESET SEQUENCE AT POWER ON
The power up RESET sequence is described in the following diagram. Following the activation of the +2.75V
Regulator, the GCAP LITE IC and the 68338 begin a seven state power sequence involving the *RESET line and the
GCAP Lite’s Watchdog input. The figure below depicts the sequence of the states. The figure is not drawn to scale.
State 1
When the GCAP LITE IC detects a power on request (ON/OFF Line”LOW”), the GCAP LITE will drive the system
*RESET line low. The 68338 Clock line will take approximately 100mS to stabilize after power is applied.
State 2
The 68338, SMoC, and BIC in the radio are connected to the *RESET line. The nominal time *RESET is held low by
the GCAP LITE is 250 milliseconds +/- 50 ms.
State 3
When the GCAP LITE releases *RESET, it is pulled high by an internal resistor. There isa period of approximately
500 nanoseconds when neither the GCAP LITE or 68338 is asserting *RESET.
State 4
When the 68338 reset control logic detects that the system *RESET line is no longer being driven, it drives it low for
an additional 512 cycles (39.6 microseconds). This assertion of *RESET by the 68338 is a feature of the IC and
cannot be modified.
State 5
When the 68338 releases *RESET, it is pulled high by the internal resistor. The 68338 be-gins executing its Boot
Code. If valid code is present, the RESET vector in the radio code is then executed. The Boot Code runs for about 512
cycles (39.6usec) before this new vector is executed.
State 6
The 68338 holds *RESET low for 50usec during this state (an internally generated RE-SET).
State 7
When the 68338 releases *RESET, it is again pulled high by the internal resistor. All the processors in the system,
including the 68338, then begin execution. During this state, the 68338 must drive the GCAP Lite’s Watchdog line
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 6
GSM/DCS ZAP - Level 3 Procedure
START
NO RX
Is a Rx problem
only using GSM
Band ?
YES
A
to
page 8
B
to
page 8
NO
Is a Rx problem
only using DCS
Band ?
YES
NO
Connect on J600 a RF Signal of -30dbm at Frequency of 947.4 Mhz.
Put the phone in TEST mode and digit 45062#
NO
Is present at output of
U401 pin 5 the RX signal
(abaut -35 dbm) ?
Check for dry joint or
faulty U401,U403 and
also their relative controls
.
YES
NO
Is there about 1Volt and is
present
the 430 Mhz on
TP14 (test piont) ? .
E
to
page 9
YES
NO
Is present , stable and
correct the Rx2.75 on
Q221
Check the presence of B+ on Q221 and the VREF
on pin 16 of U220 (from Gcap) ; if OK replace
Q221.If VREF isn't OK , verify the Gcap for dry joint
or fault .
YES
NO
Is present and correct
the 215 Mhz on base
of Q460 ?
Check the components from RX
Filter (FL461) to Q460.
YES
Is there the 215 Mhz
on input of FL480 with
the correct level ?
NO
Check RX_EN signal on Base of
Q460 (from microp.)
If OK replace Q460 else sent to
HTC
YES
Is the signal at
base of Q480
correct ?
NO
Replace
FL480
YES
Check the signal at output of Q480 :
If it is OK you have an intermittent problem
If not OK look SW_VCC signal on C482 (from pin 33 of
U220) ; then replace the transistor.
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 7
GSM/DCS ZAP - Level 3 Procedure
from
page 7
A
NO RX
Connect on J600 a RF
signal (RX)
of -30dbm at Frequency
947.4 Mhz ; put the
Phone in Test Mode and
digit 45062# .
GO TO "NO MAIN
VCO" gsm mode
NO
YES
Is there the RX signal
(947.4 Mhz) at FL461
(from C412) correct
and clear ?
Is there the
Main VCO signal
(732.4 Mhz)
on input1 of FL461.
YES
Replace
FL461
NO
YES
Is there on base of Q410
the RX signal ?
Check the Bias on collector of Q410 (RX2.75) and
the MUTE signal from Q411 ;
if they are correct, replace Q410,
if they aren't correct check Q411 and Q412
for faulty.
NO
Is there the RX signal
on input of FL400
and is correct ?
YES
B
Replace
FL400
from
page 7
Connect on J600 a
RF signal (RX) of -50dbm
at Frequency of
1842.8Mhz,
put the Phone in Test
and digit 45700# .
NO
GO TO "NO MAIN
VCO" dcs mode
Check for dry joint or
faulty U401,U403 and
J600.
NO
YES
Replace
FL462
Is there the Main
VCO signal
(1627.8Mhz)
on input2 of FL462.
YES
Is there the RX signal
(1842.8 Mhz) at
FL462 (from C432)
correct and clear ?
NO
Check the Bias on collector of Q430 (RX2.75) and
the MUTE signal from Q431 ;
if they are correct, replace Q430,
if they aren't correct check Q431 and Q412
for faulty.
YES
Is there on base of Q430
the RX signal ?
NO
YES
Is there the RX signal
on input of FL401
and is it correct ?
Replace
FL401
NO
Check for dry joint or faulty U401,U403
and J600.
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 8
GSM/DCS ZAP - Level 3 Procedure
from
page 7
C
Are RXI and RXQ
Signals present
and correct on pin
46 and 48 of U220
?
NO RX
NO
D
YES
Set RF Generation to
-100dbm Level and
digit on Zap 25000#
then verify the correct
presence of RXQ and
RXI on pin 46 and 47
of U220 .
NOT OK
Check
L221,C230,U220 for
Faulty .
OK
Turn on the Phone NOT in
Test Mode and Check
data signals on pin 9,10
and 11(from microp.) of
U500 .
Check U500 for dry joint
then the following Bias:
pin 5 = L2.75 from U900
pin 35 mdm_ana_vcc
from Q222;
if they are ok
Replace U500 (Smoc)
NOT OK
OK
Rephase the Zap and
if the problem persist
Replace U500
(Smoc ).
D
Is the IQREF
signal present on
pin 47 of U220 ?
(about 1.3V c.c.)
NO
YES
Check RX L.O. on pin
41 of U220
( signal at 430 Mhz)
NOT OK
NOT OK
OK
E
Check U220 for dry joint
problem then if OK turn
the Phone NOT in Test
Mode and check data on
pin 52,53 of U220.
(signal from U500)
OK
Check the following Bias on U220:
pin 35,34,49 = RX_2.75
from Q221
pin 11 = R4.75 from U900 .
If they are OK replace U220 .
Phone NOT in Test Mode and check data on pin
52,53 of U220. (signal from U500)
Check U220 and RX_LOCAL OSC components
for dry joint ;
if OK check CR220,L220 and U220 for Fault .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 9
GSM/DCS ZAP - Level 3 Procedure
- Connect on J600 a RF Spectrum analizer.
- Put the Phone in TEST Mode and digit 110062#,1215#,40#.
NO TX
GSM MODE
- Remove U301 and Check witx tx ON the correct PA Bias :
START
Is TX
POWER DOWN
Problem ?
- Pin 2,3,4 = about B+(modulated by DM_CS) ;
if NOT OK check on Pin 4 of Q301 the presence of
DM_CS signal (from Q300) then Replace Q301.
YES
- Pin 10 = about B+(modulated by DM_CS) ;
If NOT OK check L310,L309 .
- Pin 13,14,15 = Negative Bias (from -3V to -1V)
If NOT OK Check Q305,Q306 circuit (for dry joint or fault)
and EXC Signal from U340 Pin 7,
If NOT OK go to H (page 11) .
NO
- IF ALL OK Replace U301 .
Is there TX
Frequency but
the Level is
LOW ?
NO
G
to
page 12
Without remove U301
Check the following signals
YES
NO
Do you have the
Correct Level and
Frequency of TX
Signal (902.4 Mhz)
on Pin 8 of U301 ?
Is present at Pin
2,3,4 of U301
the correct level
of Tx signal ?
YES
from
page 12
NO
Do you have the
correct level and
Freq. of
Tx signal on
Base of Q330 ?
YES
- Check the presence of B+ on
Collector of Q330.
- Check the EXC Signal from PAC IC
(U340) at Base of Q330.
to
page 11
YES
E
L
Verify TX VCO components for dry joint
and the following signals :
NO
Is Correct the
level on Base
of Q331 ?
NO
Bias R2.75 on Collector of Q351 and Q350 ,
the control signals on Base of Q351 and Q350 .
(by LOGIC_GSM_*DCS,DM_CS, LOGIC_*GSM_DCS)
Check L367,VR354,VR353 and Q351,Q350 for faulty .
YES
YES
Do you have at
Collector of Q331
the DM_CS signal ?
replace
Q331
- If NOT OK go to H (page 11) .
- If ALL OK replace Q330.
NO
Check the path from Q520/pin2
SMOC and the relative components
(as L351,L332)
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 10
GSM/DCS ZAP - Level 3 Procedure
from
page 10
E
NO TX
GSM MODE
NO
Is present at
input of FL301
the correct level
of TX signal ?
Check the path and Filters circuit
(CR301,302,304 and relative components)
If OK check the TX_GSM signal from
Q304 pin 4 and relative controls
(LOGIC_GSM_DCS,TX_EN,FLTR_-10 V).
YES
NO
Is correct the
level at output
of FL301 ?
Replace FL301
YES
Check for dry joint or faulty
U401,U403 and also check their
relative controls
(TX_EN,RX_EN,RX_2.75,-10 V).
H
PIN 14 = DET_SW from SMOC PIN 14
from
page 10
PIN 14 , 4 = TX_EN from Q501 (as Bias)
If NOT OK go to NOTE 1
PIN 12 = SAT_DET ( saturation signal )
to SMOC. If NOT OK go to NOTE 1
U340
PAC IC
PIN 8 , 9 = AOC from PIN 39 of SMOC
(PWR_CNTRL) If NOT OK go to NOTE 1
PIN 8 = EXC signal to
PIN 10 = TX_KEY from SMOC PIN 16
LEVEL SHIFT Circuit (Q305 and Q306)
If NOT OK go to NOTE 1
PIN 2 = RF_IN (RF TX signal Feed back)
NOTE 1 : CHECK SMOC (U500) FOR DRY JOINT
from FL301.
THEN VERIFY ITS CORRECT BIAS , IF OK REPLACE IT .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 11
GSM/DCS ZAP - Level 3 Procedure
G
from
page 10
NO TX
GSM MODE
YES
Are there on TP13
about 1.2V and the
340 Mhz ?
NO
Is there on Pin 4 of
U370 the 170 Mhz
from Pin 4 of U220 ?
NO
YES
Is there the 340 Mhz
on Pin 6,7 of U220 ?
Check U220 for dry
joint then replace it .
NO
YES
Check TX Local Oscillator for
dry joint then control
CR261,CR223 and L261 for
faulty .
PIN 14 = TX_VCO FEEDBACK (Freq.on CH 62 902.4 Mhz)
If NOT OK go to TX VCO problem
U370
TIC IC
L (page 10) .
PIN 2 , 12 = R2.75 from Pin 28 of U900(GCAP)
PIN 7 = DM_CS from Q520/PIN 2 of SMOC
PIN 1 = MAIN VCO FREQ.(Freq.732.4 Mhz using CH 62)
If NOT OK check path from R245 to TIC .
If ALL OK Check for intermittent
problem then sent to HTC.
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 12
GSM/DCS ZAP - Level 3 Procedure
NO TX
- Connect on J600 a RF Spectrum analizer.
- Put the Phone in TEST Mode and digit 110700#,1215#,40#.
DCS MODE
- Remove U301 and Check witx tx ON the correct PA Bias :
START
Is TX
POWER DOWN
Problem ?
- Pin 2,3,4 = about B+(modulated by DM_CS) ;
if NOT OK check on Pin 4 of Q301 the presence of
DM_CS signal (from Q300) then Replace Q301.
YES
- Pin 10 = about B+(modulated by DM_CS) ;
If NOT OK check L310,L309 .
- Pin 13,14,15 = Negative Bias (from -3V to -1V)
If NOT OK Check Q305,Q306 circuit (for dry joint or fault)
and EXC Signal from U340 Pin 7,
If NOT OK go to H (page 14) .
NO
- IF ALL OK Replace U301 .
Is there TX
Frequency but
the Level is
LOW ?
NO
G
to
page 15
Without remove U301
Check the following signals
YES
NO
Do you have the
Correct Level and
Frequency of TX
Signal (1747.8 Mhz)
on Pin 8 of U301 ?
Is present at Pin
2,3,4 of U301
the correct level
of Tx signal ?
YES
from
page 15
NO
Do you have the
correct level and
Freq. of
Tx signal on
Base of Q330 ?
YES
- Check the presence of B+ on
Collector of Q330.
- Check the EXC Signal from PAC IC
(U340) at Base of Q330.
to
page 14
YES
E
L
Verify TX VCO components for dry joint
and the following signals :
NO
Is Correct the
level on Base
of Q331 ?
NO
Bias R2.75 on Collector of Q351 and Q350 ,
the control signals on Base of Q351 and Q350 .
(by LOGIC_GSM_*DCS,DM_CS, LOGIC_*GSM_DCS)
Check L367,VR354,VR353 and Q351,Q350 for faulty .
YES
YES
Do you have at
Collector of Q331
the DM_CS signal ?
replace
Q331
- If NOT OK go to H (page 14) .
- If ALL OK replace Q330.
NO
Check the path from Q520/pin2
SMOC and the relative components
(as L351,L332)
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 13
GSM/DCS ZAP - Level 3 Procedure
from
page 13
E
NO TX
DCS MODE
NO
Is present at
input of FL301
the correct level
of TX signal ?
Check the path and Filters circuit
(CR301,302,304 and relative components)
If OK check the TX_GSM signal from
Q304 pin 4 and relative controls
(LOGIC_GSM_DCS,TX_EN,FLTR_-10 V).
YES
NO
Is correct the
level at output
of FL301 ?
Replace FL301
YES
Check for dry joint or faulty
U401,U403 and also check their
relative controls
(TX_EN,RX_EN,RX_2.75,-10 V).
H
PIN 14 = DET_SW from SMOC PIN 14
from
page 13
PIN 14 , 4 = TX_EN from Q501 (as Bias)
If NOT OK go to NOTE 1
PIN 12 = SAT_DET ( saturation signal )
to SMOC. If NOT OK go to NOTE 1
U340
PAC IC
PIN 8 , 9 = AOC from PIN 39 of SMOC
(PWR_CNTRL) If NOT OK go to NOTE 1
PIN 8 = EXC signal to
PIN 10 = TX_KEY from SMOC PIN 16
LEVEL SHIFT Circuit (Q305 and Q306)
If NOT OK go to NOTE 1
NOTE 1 : CHECK SMOC (U500) FOR DRY JOINT
PIN 2 = RF_IN (RF TX signal Feed back)
from FL301.
THEN VERIFY ITS CORRECT BIAS , IF OK REPLACE IT .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 14
GSM/DCS ZAP - Level 3 Procedure
from
page 13
G
NO TX
DCS MODE
YES
Are there on TP13
about 1.5V and the
240 Mhz ?
NO
Is there on Pin 4 of
U370 the 120 Mhz
from Pin 4 of U220 ?
NO
YES
Is there the 240 Mhz
on Pin 6,7 of U220 ?
Check U220 for dry
joint then replace it .
NO
YES
Check TX Local Oscillator for
dry joint then control
CR261,CR223 and L261 for
faulty .
PIN 14 = TX_VCO FEEDBACK (Freq.on CH 700 1747.8 Mhz)
If NOT OK go to TX VCO problem
U370
TIC IC
L (page 13) .
PIN 2 , 12 = R2.75 from Pin 28 of U900(GCAP)
PIN 7 = DM_CS from Q520/PIN 2 of SMOC
PIN 1 = MAIN VCO FREQ.(Freq.1627.8 Mhz using CH 700)
If NOT OK check path from R250 to TIC .
If ALL OK Check for intermittent
problem then sent to HTC.
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 15
GSM/DCS ZAP - Level 3 Procedure
Put the Phone in TEST Mode and Digit 45062#
START
Is present on
Pin 26 of U220 the
732.4 Mhz ?
It is probable you have an
intermittent problem,
Check U220 and Main VCO
components for dry joint .
YES
NO MAIN
VCO
GSM MODE
NO
Check U220 for dry
joint and
Is present on Q221
the RX 2.75 ?
NO
Check the presence of B+ on Q221
then replace it.
If still NOT OK replace U220.
NO
Check the presence of B+
onQ222 then replace it.
If still NOT OK replace U220.
YES
Is present on Q222
the
MDM_ANA_VCC ?
YES
NO
Is present on
pin 21 of U220
the SF_OUT ?
Is present on
Pin 22 of U220
the R4.75 ?
NO
Check R233 and R4.75 (from
Pin 41 of U900)
YES
YES
Replace
U220
Turn ON the
Phone NOT in Test
Mode and check
data on Pin 9,10
and 11 of U500
DATA
AREN'T OK
Check U500 for dry joint then
the following Bias :
L2.75 on Pin 5 and
MDM_ANA_VCC on Pin 35
(from Q222) .
If they are OK replace U500 .
DATA
ARE OK
Is correct the
voltage on
Collector of Q206
(from Q205) ?
YES
Check the Voltage on Pin 23 of U220 :
If it is LOW check
C247,C248,CR202 and CR203 for faulty
If it is HIGH check
Main VCO components for dry joint and
CR202,CR203,Q202,Q201 for faulty .
NO
Q
= GSM/DCS MATRIX.
page 18
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 16
GSM/DCS ZAP - Level 3 Procedure
Put the Phone in TEST Mode and Digit 45700#
START
Is present on
Pin 26 of U220 the
1627.8 Mhz ?
It is probable you have an
intermittent problem,
Check U220 and Main VCO
components for dry joint .
YES
NO MAIN
VCO
DCS MODE
NO
Check U220 for dry
joint and
Is present on Q221
the RX 2.75 ?
NO
Check the presence of B+ on Q221
then replace it.
If still NOT OK replace U220.
NO
Check the presence of B+
onQ222 then replace it.
If still NOT OK replace U220.
YES
Is present on Q222
the
MDM_ANA_VCC ?
YES
NO
Is present on
pin 21 of U220
the SF_OUT ?
Is present on
Pin 22 of U220
the R4.75 ?
NO
Check R233 and R4.75
(from Pin 41 of U900)
YES
YES
Replace
U220
Turn ON the
Phone NOT in Test
Mode and check
data on Pin 9,10
and 11 of U500
DATA
AREN'T OK
Check U500 for dry joint then
the following Bias :
L2.75 on Pin 5 and
MDM_ANA_VCC on Pin 35
(from Q222) .
If they are OK replace U500 .
DATA
ARE OK
Is correct the
voltage on
Collector of Q206
(from Q205) ?
YES
Check the Voltage on Pin 23 of U220 :
If it is LOW check
C247,C248,CR202 and CR203 for faulty
If it is HIGH check
Main VCO components for dry joint and
CR202,CR203,Q202,Q201 for faulty .
NO
Q
= GSM/DCS MATRIX.
page 18
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 17
GSM/DCS ZAP - Level 3 Procedure
NOTE :
- WHEN YOU HAVE A SIGNAL WITH THE SYMBOL STAR ( * ) ES. GSM_*DCS ,
from
page 16/17
IT MEANING THAT IF YOU SELECT THE BAND WERE THERE IS THAT SYMBOL ,
THE LEVEL WILL BE LOW ; SO IF YOU SELECT THE OTHER BAND THE LEVEL WILL BE HIGH .
( ES. GSM_*DCS SIGNAL IS LOW IF YOU SELECT A DCS CH AND HIGH WITH A GSM CH ) .
Q
Is there the
FLTR_-10 V level
on R118 ?
NOT OK
Check R118 and the
path to U101 Pin 4
GSM_DCS
MATRIX
ALL MODE
OK
Check the
LOGIC_GSM_*DCS
signal on Base of Q105
(from microp.)
NOT OK
sent to
HTC
OK
Check the SW_VCC
signal from U220 on
Collector of Q105
and Pin 3 of Q100 .
NOT OK
Check for dry joint on
U220 ,
if OK replace it .
OK
Is it correct the
*GSM_DCS signal
on collector of
Q105 ?
NO
Replace
Q105
YES
Is correct the signal
GSM_*DCS on Pin
2 of Q100 and
LOGIC_*GSM_DCS
on Pin 1 ?
YES
The Problem could
be elsewere .
NO
Replace
Q100
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 18
GSM/DCS ZAP - Level 3 Procedure
NO
DISPLAY
START
NO
KEYPAD
Replace pcb
Display/Keyboard
Is still no display ?
END
NO
START
YES
Check on ZAP the
correct matching
between the Software
and the PCB Display
and Reflex the Phone .
Is still NO Display ?
NO
END
Check
REED_SWITCH and
MYLAR
if OK replace pcb
display.
YES
Replace pcb
Display/Keyboard
Is KEYPAD works
fine?
NO
YES
NO
Is there on pin 4 of
U101 the -10 V ?
Check J500 and the KEYPAD
LINE components (NOTE 1)
R770 to R778 and CR702/3/4/5.
If OK probable U701 fault.
Check U101 (NOTE 1)
Check on pin 6 the L500 from pin 3
of U900 .
If OK check J500 (NOTE 1).
YES
Check J500 (NOTE 1)
If ok probable U701 fault.
Phase
Error OUT
of Spec.
START
NO
Check U500 (NOTE 1)
If OK replace it.
Are the TXI and TXQ
signal on pin 61,62,63,64
of U220 correct ?
YES
Check U220 (NOTE 1)
If OK replace it.
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 19
GSM/DCS ZAP - Level 3 Procedure
START
NO/LOW
AUDIO or RINGER
With PCB in Test mode digit :
- 481000# generate tone 1Khz
- 4707# Volume level
- For Ringer digit 432#
- For Audio digit 434#
NO
Is present at pin 49
of U500 the 1Khz ?
Check U500 (NOTE 1)
If OK replace it .
END
YES
NO
YES
Replace Ringer.
Is still NO/LOW
RINGER ?
NO
Is a ringer problem ?
Replace
LOUDSPEAKER.
Is still NO/LOW
AUDIO ?
YES
NO
END
YES
NO
NO
Check the components from
U500 to U900 (NOTE 1) .
Is present at pin 6 of
U900 1Khz ?
Is present at pin 21
of U900 1Khz ?
YES
YES
Is present the 1 Khz on pin 5 of U900 ?
If OK Check components from Gcap to
Ringer (NOTE 1).
If NOT OK Check U900 (NOTE 1) then
Replace it .
Is present the 1 Khz on pin 19 of U900 ?
If OK Check components from Gcap to
Loudspeaker (NOTE 1).
If NOT OK Check U900 (NOTE 1) then
Replace it .
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 20
GSM/DCS ZAP - Level 3 Procedure
START
With PCB in Test mode digit :
- 434# Audio Signal to Loudspeaker
- 4707# Audio Volume
- 36# Loop Back mode
Is present the
Mic signal at pin
10 of U900 ?
NO
NO MIC
Check U900 and the
components between Mic
and U900 (NOTE 1)
If OK replace U900 .
YES
If the Mic signal is present at pin 45
of U500 Check Smoc (NOTE 1)
then replace it .
If NOT present Check C816,R812
and track for faulty .
FREQUENCY
OUT OF SPEC.
Replace Y702 then if still
NOT OK replace CR221 .
TX POWER
BURST OUT OF
SPEC.
PHONE FAILED
SEE SUPPLIER
Set the GATE 22 Station to the correct parametres
(Voltage,Cable loss,ecc) and rephase the phone; then Check
PA (U301),PAC IC (U390), SMOC (U500) NOTE 1 and
Compare the control signals with a good pcb.
Put in TEST mode the phone and Digit 7100# .
Read the Return code :
INFO
00 : 07
INFO
00 : 03,04 or 05
Check U500
(NOTE1) IF OK
replace it .
Reflexing the phone using
Emmibox or Master card
then 57#.
If the problem persist sent to
HTC
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 21
GSM/DCS ZAP - Level 3 Procedure
START
Put PCB in Test mode ,
Use GSM Keypad Simulator and digit :
- 481000# Generate BF signal (1Khz)
- 891# Start Recording mode
NO VOICE
ANNOTATION
NO
Is present the BF signal
(1Khz, with off set of 1.1 V)
on pin 25 of U980 ?
Check on pin 49 of U500 the 1Khz ;
If OK check U982 and the relative
components (NOTE 1 and faulty) .
If NOT OK check U500 (NOTE1 and faulty)
YES
- Remain enought time in recording state (20 sec.)
then Digit :
- 892# Stop Recording mode
- 16# Turn OFF generate tone 1Khz
- 893# Start Play mode
Check U701 (NOTE 1) ,
if OK replace it.
NO
NO
Is there the BF
signal (1Khz) on
pin 20 of U980
Is there activity on pin
8,9,10 of U980 during
the play mode time ?
YES
YES
Check the the presence of 1Khz from
pin 7 of U982 to pin 46 of U500 ;
If OK check U500 (NOTE 1 and faulty).
If NOT OK check U982 and
relative components (NOTE 1 and faulty).
Check U980 and relative
components (NOTE 1)
If OK Replace it.
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 22
GSM/DCS ZAP - Level 3 Procedure
START
CHECK
CARD
Insert a card and connect to Ground
the Thermistor line (use C830 PIN) .
NO
Is present and
correct the
VSWITCH Voltage
on pin 1 of U902 ?
Check VSWITCH
components and U900
(NOTE 1)
If OK replace U900 .
YES
NO
Is present the Enable
signal on pin 3 of U902
from pin 7 of BIC
during the Power ON
instant ?
Check U703 (NOTE 1)
If OK replace U703 .
YES
Is present the
correct voltage on
pin 5 of U902
during the Power
ON instant ?
NO
Check U902 (NOTE1)
If OK replace U902 .
YES
Check the J900 connector , U703 and
R724/5 (NOTE 1);
If OK replace U703 .
Remember to remove the connection
between ground and thermistor line.
NOTE 1 : CHECK THE COMPONENT/S FOR PHYSICALLY DAMAGE
DRY JOINT AND GOOD POSITION .
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 23
GSM/DCS ZAP - Level 3 Procedure
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 24
GSM/DCS ZAP - Level 3 Procedure
- MOTOROLA CONFIDENTIAL PROPRIETARY -
Page 25
B+
RX SIGNAL PATH
TX SIGNAL PATH
DP_EN
Q111
RX_EN
2.8mVpp
10ms / cm
RX_EN
RX_ACQ
LOGIC_GSM_*DCS
*MDM_INT
*RESET
DS101
Q109
DS102
DS103
DS104
CR501
Y701
7Vpp
10ms / cm
TX_EN
MAIN VCO SIGNAL PATH
TUNING VOLTAGES
13 MHz REFERENCE CLOCK
DATA BUS
ADDRESS BUS
REFERENCE SIGNALS
BL_CNTL
ENTER
CR502
VR502
UP
KEY5
TEXT
KEY2
KEY6
CR503
L275
Q501
TX_EN
L275
L275
2.8Vpp
100ns / cm
RAM1_CS
A19
L275
*P_PWR_EN
L275
CR706
VA_SPI_SCK
TP74
DP_EN
*BIC_CS
*RAM2CS
*RAM1CS
*ROM1CS
*DM_CS
ROM1_CS
DP_EN
start up or
press key
VRTC
SPI_MI
SPI_MO
SPI_SCK
*DM_CS
MDM_RD
MDM_WR
SPI_RFCS
SCI_TX
2.8Vpp
100ns / cm
start up or
press key 2.8Vpp
2ns / cm
SC_INT
2.8Vpp
1ms / cm
MF_INT
BIC_INT
TX_KEY
RS232_EN
2.8Vpp
100ns / cm
press a key
2.8Vpp
50us / cm
2.8Vpp
10us / cm
UPLINK
5Vpp
10us / cm
DOWNLINK
1.6Vpp
50ns / cm
CLK_13_IN
L275
U713
TP72
TP73
L275
AUDIO OUT
CLK_AUD
test mode
08#, 10#, 36#
434#, 477#
2.8Vpp
5us / cm
TP1
TP2
TP3
TP4
2.8Vpp
5us / cm
L275
KEY7
CR506
DNP
DOWN
*RAM2CS
A4
A5
R_W
KEY1
D7
R_W
A14
A13
A0
D15
D6
D5
D7
A16
A15
A6
A7
D6
D1
D2
D13
D14
D5
D11
D4
D3
D4
D2
A8
D3
D12
D1
L275
D0
KEY7
DP_EN
KEY4
KEY3
A0
KEY2
A10
*ROM2OE
A11
A9
A8
L275
L275
A0
R/W
U705
*ROM2CS
Q705
CR704
B+
D15
D14
D13
D12
D11
KEY8
D0
*RESET
SIZ1
D10
D9
D8
PWR_SW
D1
PWR_SW
D2
GND
B+
NC
D3
GND
D4
KEY6
*DP_ON_OFF
A2
A1
A0
CR705
NC
R_W
-10V
A12
A7
A6
A5
A4
A3
CR702 CR703
L275
KEY8
CR504
R_W
SRAM
D0
D9
D10
D9
L275
KEY4
CR505
L275
D15
D14
D13
D12
D11
D10
D9
D8
D7
D6
D5
D4
D3
D2
D1
D0
EPROM
A12
A11
A10
A9
U702
NCO
D8
Q704
R_W
L275
*RESET
HALT
BERR
WD_CP
CHG_EN
*SIM_INT
LED_GRN
LED_RED
*MF_INT
*BIC_INT
2.7Vpp
5us / cm
13_DCLK_B
A17
A18
A1
A2
A3
*ROMOE
U704
FLASH
D8
KEY7
KEY6
KEY5
KEY4
KEY8
KEY3
KEY2
KEY1
IPIPE
IFETCH
BKPT
TSC
FREEZE
AUDIO IN
D6
D8
D9
D10
D11
D12
D13
D14
D15
L275
test mode
08#, 10#, 36#
434#, 477#
TP71
D0
D1
D2
D3
D4
D5
D6
D7
U701
CALL PROCESSOR
SCI_RX
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A18
A17
A16
A15
A14
A13
A12
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
U714
L275
L275
2.8Vpp
100ns / cm
RAM2_CS
A0
*RAM1CS
EEPROM
2.8Vpp
100ns / cm
DUAL_CS
KEY3
VR501
*ROM2CS
217HZ
R275
ADDRESS_BUS(A19:A0)
TP75
*ROMOE
*ROM2OE
RF_START
RX_ACQ
RX_EN
2,8Vrms
200ms / cm
VA_SPI_MI
power on
BATT_CNTL
VA_CS
VA_SPI_MO
*SC_INT
BL_CNTL
*DP_ON_OFF
RESET
D5
L275
*DP_ON_OFF
D6
GND
D7
KEY5
L275
TP8
TP7
TP5
TP6
Q711 Q711
L275
L275
BL_CNTL
CR710
B+
CR710
RED
GND
L275
-10V
J500
GREEN
L275
VIB_EN
2.8Vpp
5us / cm
DATA_BUS(D15:D0)
Q604
Q605
U712
VIB_DRIVE
CR601
13_DCLK_B
*MF_INT
*BIC_INT
L275
MIC_P
VREF
PUMP
R475
VSWITCH
L500
MIC_BIAS
GND
SIM_5V
SIM_I_O
B+
SIM INTERFACE
L500
AD_THERM
THERM
C820
GND
L275
U900
GCAP
LS801
BATTERY
CONNECTOR
BATT_SER_DATA
VR801
B+_SENSE
AUD_EN2
AUD_EN1
L275
C802
VR803
Q706
SIM_VPP
*SIM_RST
SIM_CLK_B
U707
RX_AUDIO
VSWITCH
B+
TP11
U902
MIC_AUD_IN
MICINMICOUT
L275
VSWITCH
L275
Q702
Q701
L275
EXT_B+
CR910
R475
TP51
Q520
*DM_CS
TP52
DM_CS
KPD_SENSE
BATT_SENSE
R275
L275
L275
*DOWNLINK_EN
L275
U703
BIC
L500
SPEAKER
LS802
SPKR+
J803
SPKR-
*PWR_SENSE
VR802
R275
L275
TP77
VR609
CR605
DAC_OUT
WDOG
*RESET
ON_OFF_SENSE
L500
MAN_TEST
B+_SENSE
L275
DM_CS
TP18
AD_THERM
TP76
TP79
DSC_EN
ON_OFF_SENSE
*PWR_SENSE
L_BATT+
L_BATT+
L_BATT+
Q601
L_BATT+
L275
L275
L275
MDM_WR
SPI_RFCS
*RESET
CR607
L275
L275
UPLINK
TP78
L275
L500
TXD_DOWNLINK
A0
A1
A2
A3
A4
AUD_EN2
CLK_13IN
L275
(FROM GIFSYN)
*BIC_CS
AUD_EN1
Q703
VR602
U708
SCI_TX
U709
Q709
SCI_RX
DOWNLINK
UPLINK
CR608
AUDIO_OUT
U709
U709
B+
GND
U711
*P_PWR_EN
DWNLINK_AUD
AUX_AUD
AUDIO_IN
RS232_RX
U710
UPLINK_AUD
RS232_TX
L275
L275
RX_AUDIO
*SC_INT
U501
AFC
AOC
MDM_ANA_VCC
AUDIO_IN
RS232 Matrix
VOICE ANNOTATION
L275
L275
AUX_AUD
L500
SW_L500
MDM_WR
MDM_RD
Q906 L_BATT+
MAN_TEST
BATT_FDBAK
CHG_EN
Q603
B+
RX_AUDIO
L_BATT+
U502
CR602
MIC_BIAS
U982
MIC_BIAS
U981
13_DCLK_B
TXQ_P
TXI_P
B+
Q907
L275
U980
L275
TXQ_M
GND
EXT_B+
U709
RS232_EN
CR604
DSC_EN_B
L500
L275
217HZ
IQREF
RXQ
RXI
VR601
ZENER DIODE
*RS232_EN
DOWNLINK
FS_AUD
DET_SW
SAT_DET
TX_KEY
RX_ACQ
*SIM_INT
*RESET
CLK_AUD
D10
D9
D8
U500
SMOC
D15
D14
D13
D12
D11
RF_SPI
RF_SCK
MIC_AUD_IN
AUX_MIC
DUAL BAND ZAP P14
FS_AUD
VA_SPI_MO
VA_SPI_SCK
VA_CS
VA_SPI_MI
EXT_B+
L500
PLAYBACK
AUX_MIC
U982
SW_RF
Q602
BATT_CNTL
CR903
REVISIONS
Q905
Q905
TXI_M
Warm Switch Over Circuit
Europe Middle East & Africa Customer Services
15.07.98
LEVEL 4 COLOUR SCHEMATICS
Rev. 1.6
DUAL BAND ZAP
Colin Jack, Michael Hansen, Billy Jenkins, Ralf Lorenzen Page 3of 3
GSM - Low Noise Amplifier
SAT_DET
RX275
3Vpp
DET_SW
Power Step:
04-11 - 50mVpp
12-15 - 900mVpp
TX_KEY
2,75Vpp
TEXT
FL400
RX FILTER
AOC
Power Step:
04 - 520mVpp
15 - 280mVpp
GSM ( CH 62 )
732,4 MHz
Mixer
Q410
-10V
3Vpp
FL480
215MHz
IF
215 MHz
Q480
LOGIC_GSM_*DCS
2,8Vpp
RX275
TXI
L500
U101
LOGIC_GSM_*DCS
DM_CS
Isolation Amplifier
GSM ( CH 62 )
947,4 MHz
Q411
Q412
RX275
RX_EN
LOGIC_*GSM_DCS
RX_EN
TX_EN
-10V CIRCUIT
FL461
RX FILTER
TX_EN
RX SIGNAL PATH
TX SIGNAL PATH
MAIN VCO SIGNAL PATH
TUNING VOLTAGES
13 MHz REFERENCE CLOCK
DATA BUS
ADDRESS BUS
REFERENCE SIGNALS
Q460
LOGIC_*GSM_DCS
GSM_*DCS
2.1Vpp
GSM ( CH 62 )
947,4 MHz
Q105
SW_VCC
*GSM_DCS
TXQ
Q100
2.1Vpp
FL462
FL401
RX FILTER
MDM_WR
FLTR_-10V
Q430
2,8Vpp
500us/cm
IF
215 MHz
TX_EN
2,8Vpp
500us/cm
RX_LOCAL
OSC.
Q431
DCS LOW NOISE
Amplifier
RX_ACQ
RF_START
2,8Vpp
500us/cm
DCS ( CH 700 )
1842,8 MHz
DCS ( CH700 )
1627,8 MHz
TP14
RX275
R475
DCS: Rx 1805 - 1880 Mhz
Tx 1710 - 1785 MHz
LOGIC_GSM_*DCS
1.8Vpp
500us/cm
LOGIC_*GSM_DCS
U401
TP12
RX275
1.8Vpp
500us/cm
Q205
RXI
RXQ
VCO. FREQUENCY
GSM: 720 - 745 MHz
DCS: 1590 - 1665 MHz
Q200
1.38Vrms
500us/cm
IQREF
RX275
Q206
SF_OUT
V2
MAIN
VCO
V1
13 MHz
U220
GIF_SYN
MDM_ANA_VCC
RX275
U403
AFC
13 MHz
Master Clock
R475
TP15
SW_RF
TX_EN
Y702
TX_EN
Q202
-10V
RF_START
RF_SPI
RF_SCK
CLK_13IN
MDM_ANA_VCC
Q201
CR221
CR202
RX275
RX_EN
TXQ_P
TXQ_M
FROM GCAP
VREF
TXI_P
TXI_M
B+
Q221
*GSM_DCS
CR203
Q222
MDM_ANA_VCC
FLTR-10V
R475
LOGIC_GSM_*DCS
TX_EN
DUAL BAND ZAP P14
IQ_REF
PUMP
GSM ( CH 62 )
732,4 MHz
RF SWITCH
RXQ
Q220
SYNTHESIZER / IF CIRCUIT
ANT. FREQUENCY
A1
CLOCK MODULATION CIRCUIT
CR220
GSM: Rx 935 - 960 MHz
Tx 890 - 915 MHz
2,8Vpp
20us/cm
GSM_DCS DIPLEX
RXI
GSM_DCS SWITCH MATRIX
DCS ( CH700 )
1627,8 MHz
RX275
MDM_RD
-10V
DCS ( CH 700 )
RX1842,8 MHz
TP13
Q304
TX_GSM
LOGIC_GSM_*DCS
CR261
CR223
GSM_*DCS
DM_CS
LOGIC_*GSM_DCS
Q309
TX_LOCAL
OSC.
GSM 340 MHz
DCS 240 MHz
IPA
CR309
CR301
CR302
U301
CR304
LOGIC_*GSM_DCS
TX_GSM
FL301
DM_CS
GSM -0.4dB
DCS -0.5dB
FL301
B+
TIC CIRCUIT
TX_VCO
R275
TX_BUFFER
GSM ( CH 62 ) 902,4 MHz
DCS ( CH 700 ) 1747,8 MHz
CR306
GSM ( CH 62 ) 902,4 MHz
DCS ( CH 700 ) 1747,8 MHz
47nH
GSM 170 MHz
DCS 120MHz
R275
U370
R475
CR307
Output
DM_CS
Q350
GSM -17dB
DCS -13dB
Q351
B+
Q301
Q330
CR303
DM_CS
Q331
Q300
Q300
VR353
VR354
TX_EXCITER
TX_GSM
LEVEL SHIFT
TX_EN
TX_EN
LOGIC_GSM_*DCS
CR308
TP16
U340
TX feedback line
Q306
SET_DET
DET_SW
TX_KEY
Q306
DCS Harmonic Filter
Q305
if EXC 0V -3V
REVISIONS
EXC
FLTR--10V
SAT-SET
DET-SW
TX-KEY
AOC
Q305
P.A. CONTROL
Europe Middle East & Africa Customer Services
15.07.98
LEVEL 4 COLOUR SCHEMATICS
Rev. 1.6
DUAL BAND ZAP
Colin Jack, Michael Hansen, Billy Jenkins, Ralf Lorenzen Page 2of 3
if EXC 1.5V -1.8V
c
e
a
Page 1
d
GSM_*DCS
LOGIC_*GSM_DCS
LOGIC_GSM_*DCS
TX VCO Tuning Voltage
*GSM_DCS
g
1
SH9
8
U704
EPROM
SH5
RX SIGNAL PATH
TX SIGNAL PATH
5
8
TP16
N
6
5
4
O
1
U701
CALL PROCESSOR
4
Q
7
P
2
TP x
x
U702
SRAM
1
1
4
5
M7
U340
PAC
J500
14
+
LOUDSPEAKER
SH11
U370
TIC
1
4
7
G
SH6
E
D
26TX_Q
K
M
R
29 TX_I
23 22
14
1
L
TP15
38
40
45
V
T
C
S
U980
U
U500
SMOC
W
49
SH7
15
A
17
NC
A
Amplified RX Signal
KEY7
18
B+
B
Amplified RX Signal
3
KEY3
19
GND
C
RX IF 215MHz
4
KEY4
20
D3
D
RX I Signal
5
KEY2
21
KEY6
E
RX Q Signal
6
A0
22
D4
F
Analog RX Signal
7
NC
23
*DP_ON_OFF
G
Amplified Analog RX Signal
8
R_W
24
D5
H
Analog TX Mic Signal
9
KEY8
25
GND
I
Analog TX Mic Signal
10
D0
26
D6
J
Amplified Analog TX Mic Signal
11
*RESET
27
KEY5
K
TX Q Signal
12
SIZ1
28
D7
L
TX I Signal
13
PWR_SW
29
GND
M
TX IF Frequency DCS/GSM 120/170MHz
14
D1
30
BL_CNTL
N
TX VCO Signal
15
GND
31
L275
O
TX VCO Feedback Signal
16
D2
32
-10V
P
TX Exciter via Shift Level
Q
TX Exciter Signal
R
Main VCO Tuning Voltage
S
Main VCO Feedback Line
T
DCS Main VCO Signal
U
GSM Main VCO Signal
V
AFC Tuning Voltage
W
13_DCLK_B
H
28
L500
MDM_ANA_VCC
RX275
RX Local Osc Tun. Volt. TX Local Osc Tun. Volt.
Main VCO Tun. Volt.
SF_OUT
SW_VCC
R275
V_SWITCH
SIM_5V
DOWNLINK
L275
R475
V_SWITCH
EXT_B+
i
h
T
A
b
B
U
TP78 TP77 TP52
TP76
V
SH14
SH3
W
k
U703
BIC
C
S
31
TP79
26
15
28
J900
U705
EEPROM
TXQ
E
P
1
5
7
8
TP12
2
3
4
5
U301
IPA
10
8
1
GND
2
SIM_5V
3
SIM_VPP
4
*SIM_RST
5
SIM_I_0
6
SIM_CLK_B
F
2
j
4
1
10 PIN EXT.CONN.
1
GND
2
SW_RF
U703
BIC
37
1
1
TP3
TP7
TP8
TP18
TP2
TP4
TP1
TP6
GND
TP4
*RESET
TP5
BKPT
TP6
FREEZE
TP7
IFETCH
TP8
IPIPE
TP11
L_BATT+
TP12
RX TX ANT_SIGNAL
TP13
TX LOCAL OSC TUNING
5
MAN_TEST
6
RS232_TX
7
RS232_RX
8
AUDIO_IN
TP14
RX LOCAL OSC TUNING
9
AUDIO_OUT
TP15
MAIN VCO TUNING
10
GND
TP16
TX VCO TUNING
11
UPLINK
TP18
WDOG
12
DOWNLINK
TP51
*DM_CS
13
DSC_EN_B
TP52
SVREG2
14
EXT_B+
TP71
*ROM1CS
15
GND
TP72
*RAM1CS
TP73
*RAM2CS
TP74
*BIC_CS
TP75
*ROM2CS
TP76
NCO
TP77
SIN1
TP78
S_NO
TP79
SOUT0
M7
U701
CPU
40
U500
SMOC
14
8
TP73
TP51
TP71
GND
TP3
BATT_FDBAK
Q
TP75
TP2
4
13_DCLK_B
N
7
L275
GND
1
SH2
TP1
3
TP11
8
SH1
G
SIM INTERFACE
SH4
9
2
1
O
14
16
15
4
H
M
57 59 61 63
1
19 21
J900
SIM_CONNECTOR
K L
D
J
4
46RXI
48 RXQ
TP14
10
6
J600
15
9
10
TP13
U220
GIF_SYN
CLK_13IN 59
17
Y702
U900
GCAP
17
41
43
GIF_SYN
I
23
Bootcode TP´s
U220
SH12
37
R
TXI
Dual Band _ZAP_P14
I
DP_EN
2
SH13
RX275
RX275
J
1
F
SH8
B
VOICE ANNOTATION
-
8
RX_I
RX_Q
ALERT
14
TESTPOINTS FROM
BLOCK DIAGRAM
8
f
8
MAIN VCO SIGNAL PATH
TUNING VOLTAGES
13 MHz REFERENCE CLOCK
TESTPOINTS FROM FULL
SCHEMATICS
EUROPE MIDDLE EAST & AFRICA
TP74 TP72
CUSTOMER SERVICES
TP5
LEVEL 3 COLOUR SIGNAL FLOW
V_SWITCH
SW_B+
B+
L_BATT
B+
28:08.98
Rev. 1.2
Dual Band_Zap
*RESET
L275
WDOG
*DM_CS
*ROM2CS
*ROM1CS
*BIC_CS
*RAM1CS
*RAM2CS
Ralf Lorenzen, Michael Hansen, Colin Jack, Billy JenkinsPage1
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
Standard Presentation
Jim Filicette v 1.0
Motorola Confidential Proprietary
Aug 98
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
New Features
New hardware features
• Improved VibraCallTM
• Improved sensitivity of keypad
New software features
• SIM toolkit class 2
• Support for CSP based on CPHS V4.2
• New Quick Access items:
– Show Date/Time
– Find New Network
– Show credit remaining
– Note: Key answer only, Talk/Fax, Show My ID next call have been
removed.
Jim Filicette v 1.0
Motorola Confidential Proprietary
Aug 98
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
Eastern European Languages
•
•
•
•
•
•
Russian
Lithuanian
Slovakian
Croation
Serbian
Bulgarian
Jim Filicette v 1.0
•
•
•
•
•
Romanian
Slovenia
Latvian
Estonian
Ukraine
Motorola Confidential Proprietary
Aug 98
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
New Features
MMI improvements
• SMS improvements
– ‘Delete All Messages’ option
– Reply with a message
– SMS phone book access
• Increase SIM phonebook support to 255 names/numbers
• Increase SMS storage from 35 to 75 messages
• Change CLI lookup to use 8 digits
• Conference call/call transfer usability improvements
Jim Filicette v 1.0
Motorola Confidential Proprietary
Aug 98
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
New Features
Other New Features:
• Orange data field support (Orange only)
• Viag Homezone (Viag only)
• Tri-Coder (Available Dec 98)
Jim Filicette v 1.0
Motorola Confidential Proprietary
Aug 98
Europe, Middle East & Africa
Cellular Subscriber Group
Platform ‘Z’ Refresh
Other Information
• New manuals to be created
• Model number structure; up-suffix from ‘B’ version to ‘C’ version
– ex: SE0006BB1B1 to be SE0006CB1B1 for refresh
• To avoid confusion, the market name will not change
• Future plans to add Tri-Codec (FR/EFR/HR) to cd900 series
• Not up-grade in the field
Jim Filicette v 1.0
Motorola Confidential Proprietary
Aug 98
Updated: 28th Okt. 1998
Ver 1.2
Dual Band Zap Level 3 Parts
AL LAYER - ORDERABLE SPARES
Part
Designator
Part
Description
Part
Number
Part
Designator
Part
Description
Part
Number
Alert
Alert
5009005J03
Q601
Power Transistor Charging
4809579E04
BT700
Connector Real Time Clock
0909888M01
Q602
Transistor Battery Feedback
4809939C05
CR607
Diode Charge Line
4809606E07
R602
Resistor I Sense
0680195M64
CR910
Diode Switched Supply
4809653F02
U500
SMOC IC ( Motorola )
5199332C03
J500
Keyboard Connector
2809424M01
U500
Firestorm IC ( Lucent )
5199374C01
J600
Connector-Extern
0909449B03
U703
BIC IC
5109962C11
J603
Connector Vibra
0909888M01
U900
GCAP
5109632D75
J802
Connector Microphone
0909195E01
U980
Voice Annotation IC
5109152M07
J803
Connector Speaker
0909888M04
U982
Amlifier IC
5109731C03
J900
SIM Connector
3909426M01
SH11
Shield Call Processor
2609482M01
LS802
Speaker
5009076E12
SH12
Shield GCAP
2609481M01
Mic
Microphone
5009536H15
SH13
Shield SMOC
2609483M01
Q501
Transistor TX_EN
4809607E05
SH14
Shield BIC / EEPROM
2609484M01
NOTE:
Replace U500 to the same type only:
( SMOC to SMOC ( Motorola ) or Firestorm to Firestorm ( Lucent ))
RF LAYER - ORDERABLE SPARES
Part
Designator
Part
Description
Part
Number
Part
Designator
Part
Description
Part
Number
A1
Antenna Connector
3909155T01
Q350-351
TX VCO Transistor
4809940E01
CR202
Main VCO Varactor
4809641F02
Q411
Receive Power Transistor
4809527E24
CR203
Main VCO Diode
4809948D10
Q412
GSM / DCS Switch
4809939C07
CR220
RX Local Osc.Varactor
4809641F02
Q430
Receive Power Transistor
4809527E32
CR221
Master Xtal Varactor
4809641F04
Q460
Receive Mixer Transistor
4809527E20
CR223
Tx Local Osc. Diode
4809948D05
Q480
IF Isolation Aplifier
4809940E01
CR261
Tx Local Osc. Varactor
4809641F02
U220
GIFSYN IC
5109632D92
CR303
TX Exciter Diode
4809948D10
U401
Antenna Switch IC
5109572E04
FL301
1st Rx Filter
9109193T05
U403
Switch Control
5109923D14
FL400
2nd Rx Filter
9109144M01
U301
PA Dual FET IC
4809527E31
FL401
VCO Filter
9109111C08
U370
TIC IC
5109879E12
FL480
IF Saw Filter
9109035M01
U340
PAC IC
5109632D91
FL461
RX GSM Injection Filter
9109157M01
VR353
TX VCO Varactor
4809877C06
FL462
RX DCS Injection Filter
9109429J04
VR354
TX VCO Variator
4809877C04
Q200
Main VCO Transistor
4809527E30
SH1
Shield Low Noise Ampl.
2609474M01
Q201-202
Main VCO Transistor
4809527E24
SH2
Shield PA
2609475M01
Q205
GSM / DCS Switch
4809939C07
SH3
Shield GIFSYN
2609476M01
Q221-222
Supply Transistor
4809579E18
SH4
Shiel Exiter
2609477M01
Q305-306
PAC Transistor
4809939C06
SH5-SH7
Shield VCO TIC
2609480M01
Q309
GSM / DCS Switch
4809939C07
SH8
Shield Mixer Iso Ampl.
2609478M01
Q330
TX Buffer
4809527E26
SH9
Shield Rf Switch
2609479M01
Q331
TX Predriver
4809527E24
Motorola Confidential Propriety
MAIN
VCO
ANT
RF
SWITCH
FL400
Q410
LOW
NOISE
AMP.
FL461
Q460
MIXER
FL480
GCAP
SMOC
U900
U500
SPEAKER
ZAP RECEIVER BLOCK DIAGRAM (GSM)
Motorola Internal Use Only
GIF_SYN_5.2
U220
Q480
ISOLATION
AMPLIFIER
Aux RF
ANTENNA
TX
TX_EN
RX_EN
V2
V1
ANT
YES
LOW
HIGH
+3V
-7V
RX
YES
HIGH
LOW
-7V
+3V
TX
NO
LOW
HIGH
-7V
+3V
RX
NO
HIGH
LOW
+3V
-7V
TX
U401
V2
VI
RX
AUX RF
ZAP T/R SWITCH COMBINATIONS
AUX
LOW
NOISE
IF
AMP
SIGNAL
FROM
RF SWITCH
FL400
MIXER.
FL461
Q410
FL461
MAIN VCO
RF SWITCH TO RECEIVER FRONT END BLOCK DIAGRAM (GSM)
Q460
SIGNALS
FROM LNA
& VCO.
MIXER
SAW
FL480
ISOLATE
AMP
Q480
Q460
TO GIF_SYN
RX_EN
MUTE = 0V
BLOCK DIAGRAM OUTPUT OF LNA TO GIF_SYN (GSM).
PIN 31 (U220)
FROM
ISOLATE
AMP
Q480
LOCAL
OSCILLATOR
430 MHz
153 MHz
42
43
46
48
31
RXI
RXQ
GIF_SYN (U220)
22 23
SMOC
U500
BLOCK DIAGRAM ISOLATE AMP TO SMOC (GSM).
PA BIAS
MAIN VCO
TIC
PA
RF
SWITCH
TX
EXCITER
Q301
U370
VCO
PAC
U340
SMOC
U500
GIF_SYN
U220
GCAP
MIC
U900
LOCAL
OSCILLATOR
ZAP TX BLOCK DIAGRAM.
45
SMOC U500
26 27 29 28
GIF_SYN_5.2
TXIM &TXQM
are reference lines.
60
61
62
63
64
U220
4
TXI &TXQ
AFE 330mVpp ridding on 1.38V dc.
INPUT FROM GCAP
VIA MIC
MIC TO GIF_ SYN BLOCK DIAGRAM
O/P TO THE TIC
TX_EN
pin14 tx vco
rx vco
pin1
TX
VCO
To Exciter
stage
MAIN
VCO
CHARGE
PUMP
pin8
cp out
PHASE
DETECTOR
MIXER
pin23 main cp
pin4
U370 TIC
IF in
lim out
pin4
108Mhz+- 67Khz
GIF
SYN
26
MAIN
VCO
GIF_SYN_5.2
U220
27
TXIM
28
TXQM
26
TXI
29
TXQ
23
10
6/7
LOCAL
OSCILLATOR
4
TO EXCITER
1
14
TX VCO
8
VR354
TIC
4
7
DM_CS
ZAP GIF SYN TO TIC BLOCK DIAGRAM (GSM)
IF FROM GYN_SYN PIN4
MAIN
VCO
EXCITER
14
1
TX VCO
TIC
U370
Q331
4
8
VR354
LOOP
FILTER
TX VCO TO EXCITER BLOCK DIAGRAM (GSM)
1.8Ghz max
7v peak max
power range
0v=high/float=low
det_sw
rf in
pin2
fb
pin11
int
pin5
pin6
rf
detector
loop activity
detection
tx_en
ov=off
5v=on
power
range
selection
pin7
PAC IC
U340
pin4
pin10
pin9
act
tx_key
pin13
pin12
sat_byp
pin8
aoc
sat_det
aoc drive
To exciter
8K 8
EEPROM
+
+
64K 16
SRAM
+
512K 16
FLASH
EEPROM
Memory
Data
D0-D15
SPI Interface
68338
Data D0-D3
Enable/Control
Control(10)
Sim Card
SIM Interface
Peripherals
EMMI
DHFA
Headset
LOGIC BLOCK DIAGRAM
D8-D15
BIC 4.1
DSC Bus
A0-A4
96
32 LCD
Display
+
SMoC
Address
A0-A18
Keypad
Reset/
Watchdog
GCAP
Batt+
Thermistor
Smart
Battery
Pack
RF
SWITCH
FL301
PA
EXCITER
Q301
Q331
TX
VCO
O
7
PAC 12
4
11
U340
EXCITER TO POWER AMP BLOCK DIAGRAM
9
8
SAT DET
DET SW
AOC
SMOC
U500
Motorola Confidential Proprietary
DUAL BAND ZAP AUDIO LOGIC BLOCK DIAGRAM
13 MHz Clock
BIC_INT
R275
L275
d
C
Q500
Q501
35
B
32
31
1
DP_EN
RX_EN
64
1
4
54
11
TX_EN
MAN_TEST
3
34
58 33
DISPLAY
SW_RF
VA_SPI_MO
SPI_RFCS
SCI_TX
47
DATA
J613, 1
56
DACOUT
B+_SENSE
ON_OFF_SENSE
from CPU
BATT_CNTL
CR607
L_BATT+
RESET
29
18
2
SPI_MOSI
99
1
CPU
Interface
Signal
Processing
DM_CS
SPI_RFCS
A/D
-1
Buffer
49 RX_AUD
6
2
D/A
AFC
9
10
SPI
38
AFC
D/A
40
AOC
39
DET_SW
14
SAT_DET
15
PLL
Transmit
Power
Control
D /A
Audio
Filter
Multiplexer
GMSK
U500
SMOC IC
BGA
26
27
29
28
23
21
22
MIC_BIAS 3 U982
TXQ_P
TXQ_M
TXI_P
TXI_M
40, 25
U980
L275
7, 26
RXI
IQ REF
RXQ
5
46
Part
Number
Part
Designator
+
-
19
AL
22
RF
41
AUX_MIC 7
U982 6
20
Part
Description
SW
39
Part
Number
Alert
Alert
5009005J03
Q601
Power Transistor Charging
4809579E04
BT700
Connector Real Time Clock
0909888M01
Q602
Transistor Battery Feedback
4809937C05
Boost Mode Circuitry
TEST COMMANDS
01 #
Exit Manual Test Mode
07 #
Mute Rx Audio Path
08 #
Unmute Rx Audio Path
09 #
Mute Tx Audio Path
Diode Charge Line
4809606E07
R602
Resistor I Sense
0680195M64
10 #
Unmute Tx Audio Path
Diode Switched Supply
4809653F02
U500
SMOC IC
5199332C04
11xxxx #
Program Main Local Osc. to Channelbb
J500
Keyboard Connector
2809424M01
U703
BIC IC
5109962C11
12xx #
Set Tx Power level to fixed valure
5109632D75
19 #
Display SW Version Number of Call Processor
20 #
Display SW Version Number of Modem
22 #
Display SW Version Number of Speech Coder
Set Continuous AGC
0909449B03
0909888M01
U900
U980
GCAP
Voice Annotation IC
5109152M07
J603
Connector Vibra
J802
Connector Microphone
0909195E01
U982
Amlifier IC
5109731C03
25 #
J803
Connector Speaker
0909888M04
SH11
Shield Call Processor
2609482M01
26xxxx #
Set Continuous AFC
J900
SIM Connector
3909426M01
SH12
Shield GCAP
2609481M01
31x #
Initiate Pseudo-Random Sequence with Midamble
33xxxx #
Synchronize to BCH Carrier
36 #
Initiate Acoustic Loopback
LS802
Speaker
5009076E12
SH13
Shield SMOC
2609483M01
Mic
Microphone
5009536H15
SH14
Shield BIC / EEPROM
2609484M01
Q501
Transistor TX_EN
4809607E05
37 #
Stop Test
45xxxx #
Serving Cell Power Level
46 #
Display Current Valure od AFC DAC
47x #
Set Audio Volume
58 / xxxxxx #
Display / Modify Security Code
59 / xxx #
Display / Modify Lock Code
60 #
Display IMEI
7100 #
Display Error Code
From CPU (U701) to SRAM.
1. Chip Enable controlling read/write access to and from 2nd half of SRAM (U704).
ROM1_CS
2.8Vpp
100ns / cm
From CPU (U701) to Eprom.
1. Chip Enable controlling read/write access to and from Eprom (U702).
start up or
press key
2.8Vpp
100ns / cm
start up or
press key 2.8Vpp
2ns / cm
From CPU (U701) to display, via connector J101.
1. Processor selects to enable display. When high, the display is enabled and low disabled.
Speech Coder Interface. This is a signal from uP (U701) to Speech Coder (U801).
1) This is a 20ms timing signal from U701 which times the decoding and encoding function of the Speech Coder
U801.
2.8Vpp
1ms / cm
From BIC to uP.
This signal periodically interrupts the uP at 217Hz. During Power Saving mode this signal is set
to DC.
2.8Vpp
50us / cm
From BIC to uP. This signal interrupts the uP for a number of reasons.
1. Keypad detection
2. Power Sense
3. SIM Functions
4. DSC Bus Status Indicators
UPLINK
2.8Vpp
10us / cm
From butt plug (J600) to BIC chip (J600).. This is a comms link from an external peripherale and the phone,
and could be either data information or speech information. It is also used to sense the presence of a DHFA and
the ignition status of the DHFA with DC levels
DOWNLINK
5Vpp
10us / cm
From BIC chip (U703) to butt plug (J600).. This is a comms link from an external peripherale and the phone,
and could be either data information or speech information. It is also used to sense the presence of a DHFA and
the ignition status of the DHFA with DC levels
CLK_13_IN
1.6Vpp
50ns / cm
Regulator Output from CLA 4.4V
without charging
BIC_INT
press a key
MIC
VRef
VSWITCH
CR910
From GIF Syn to BIC IC - 13MHz clock..
This is the master clock reference required for the radio
Measured in test mode
AUDIO IN
test mode
08#, 10#, 36#
434#, 477#
2.7Vpp
5us / cm
External audio from butt plug, directly to SMOC IC
2.8Vpp
5us / cm
External audio from SMOC via FCAP to butt plug
test mode
AUDIO OUT 08#, 10#, 36#
434#, 477#
MAIN VCO SIGNAL PATH
TUNING VOLTAGES
CLK_AUD
2.8Vpp
5us / cm
Orderable Part
Non - Orderable Part
This signal is from the BIC to the SMOC
It is a timing signal and runs at 512KHz, and times the transfer of speech information on the DSC
Bus between BIC and SMOC.
REFERENCE CLOCK
CR910
Connector-Extern
R475
L901
Enter Manual Test Mode
2.8Vpp
100ns / cm
9
TX SIGNAL PATH
5.6V
# press 2 sec.
RAM2_CS
L500
37
to Call Processor
From CPU (U701) to SRAM.
1. Chip Enable controlling read/write access to and from 1st half of SRAM (U704).
RX SIGNAL PATH
L275V
11
CR607
J600
R275V
3
AL
VSWITCH
VA_SPI_SCK
VA_CS
VA_SPI_MI
VA_SPI_MO
28
Vswitch DC/DC
U900
GCAP
2.8Vpp
100ns / cm
1
5
RF
2, 7, 35, 36
25
AL LAYER - ORDERABLE SPARES
Part
Description
20
B+ DC/DC
1
11
RF_SPI
RF_SCK
-
B+
37
3
SPI_SCK
+
Ampl. 54 AUX_AUD
CODEC
Voice Annotation
SPI_MISO
45
Audio
Filter
14
2
9
-
From CPU (U701) to Eprom.
1. Chip Enable controlling read/write access to and from Eprom (U702).
MOBPORTB
13
+
Controlled at power up by GCAP (U900) & CPU (U701).
1. Connected to CPU (U701), BIC (U703), Modem (U501) & Speech coder (U801).
After power up sequence, any chip can hold RESET low to power phone off if there is a problem.
RAM1_CS
MF_INT
4
EXT_B+
J802
12
Tone
Generator
100
BATT_FDBAK
16
15
CHARGER
CPU
4
MDM_WR
17
2,8Vrms
200ms / cm
ISENSE
CHRGC
46
47
30
63
64
Q602
AUDIO_OUT
14
From CPU (U701), but inverted by Q501. High when
1. Enable the Rf switch for transmit mode & also the GIFSYN for transmit mode.
2. Supply Voltage for the PAC IC.
3. Isolates RF, by switching the PA Bias Circuitry ( Not shown).
2.8Vpp
100ns / cm
SC_INT
R602
Q601
J612, 1
FS_AUD
CLK_AUD
SP_INT
98
L_BATT+
L_BATT+ J611, 1
GND
RESET
AUDIO_IN
62
J610, 1
7Vpp
10ms / cm
DUAL_CS
DP_EN
SPEAKER
65
THERM
power on
8
ALERT
Parts of
Backhousing
Assembly
UPLINK_AUD
DWNLINK_AUD
ADDRESSS / DATA BUS
ADDRESSS / DATA BUS
13MHz CLOCK
BATTERY
U709
From the CPU (U701). When high, Rx path enabled and low muted.
1. Enables the Rf switch (U400) for receive mode.
2. Biases the mixer Q420, and low noise amp (Q418).
5
AUDIO_IN
16
MDM_RD
1, 3,10,15
MAN_TEST
21
Part
Designator
BATT_SENSE
GND
FLASH
U704
uBGA
ADDRESSS / DATA BUS
RESET
2
RESET
10
TX_KEY
to
GIFSYN
AD_THERM
EEPROM
U705
to U702
BATT_CNTL
External
Bus
Interface
RX_ACQ
20
to U702
RAM2_CS
Queued
Serial
Module
SPI_MOSI
SPI_MISO
SPI_CLK
MDM_RD
MDM_WR
to U704
RAM1_CS
U701
Call Processor
BGA
VA_SPI_SCK
VA_CS
VA_SPI_MI
to SMOC
ROM1_CS
UPLINK_AUD
Time
Processing
Unit
to TIC ....
to PAC / SMOC
Chip
Select
SRAM
U702
uBGA
30
BL_CNTL
SP_INT
RF_START
RX_ACQ
DM_CS
TX_KEY
DWNLINK_AUD
BIC_INT
to BIC
to SMOC
to GIFSYN
to SMOC
2.8mVpp
10ms / cm
CLK_OUT
FS_AUD
to U403 Pin8
c
RX_EN
12
UPLINK
46
Measured in standby mode
13
DOWNLINK
39
48, 57, 60
L275
J600
from GIFSYN
DSC_EN_B
63
BIC
U703
RESET
DISPLAY
CONNECTOR
J500
E
TX_EN
CLK_13IN
17
37
38
20
40
MF_INT
217 Hz
LOGIC BOARD SIGNALS
FS_AUD
POWER UP DEBUG
Tie watchdog as shown in Signal Flow diagram, and supply power to radio:
2.8Vpp
5us / cm
This signal is from the BIC to the SMOC
It is a timing signal at 8KHz and provides for frame synchronisation during speech transfer on
the DSC bus.
COMMON PROBLEMS
Customer Complaints
Special Note
Part
Prefix
Reason
- Check that there is B+ present at input to GCAP on pin 40. If not, could be problem with Battery Select Circuitry (Q906)
- GCAP should then drive R275, L275 and VRef. If these are not present, could be a problem with GCAP itself.
- Verify collectors of regulators Q221 and Q222 are both around 2.75V.
- If ok, then check that the SMOC drives the Xtal Varactor Diode CR201 on the AFC line with a DC Voltage.
- If ok, then follow 13MHz path through GIF SYN & BIC and then to Call Processor and SMOC.
- If ok, then check chip enables from Eprom, and SRams at Test Points.
- If ok, then verify Reset Line.
Motorola Confidential Proprietary
REVISIONS
Europe Middle East & Africa Customer Services
20.03.98
LEVEL 3 COLOUR DIAGRAMS
Rev. 1.0
Dual Band ZAP
Colin Jack, Michael Hansen, Billy Jenkins
Page 1 of 2
DUAL BAND ZAP RF BLOCK DIAGRAM
Tx SIGNALS - 110062#, 1215#, 310#
GSM / DCS 1,2V
ANT
j
GSM 12,8dB
DCS 9,3dB
B
C
Q430
DCS -2,2dB
2
V2
3
V1
6
GSM 9,8dB
DCS 9,8dB
Q460
FL461
FL401
GSM -2,2dB
DCS -2,2dB
B
B
C
FL462
1
4
TX_EN
RX_EN
5
GSM ( CH 62)
732,4 MHz
h
i
1627,8 MHz
a
Logig_*GSM_DCS
1
GSM ( CH 62 )
902,4 MHz
Q480
b
C
33
12
B
Q221
13
E
E
Q222
RX275
g
RXI
IQ REF
47
48
DEMODULATION
16
Q206
C214
Signal from uP inverted via Q504.
Enables TIC, PA and TX VCO.
When high, this enables Tx path.
TXI
2.1Vpp
From SMOC IC to GIF SYN
This signal is the in-phase input to the I-Q Modulator of the GIF SYN.
TXQ
2.1Vpp
CLK_OUT
59
23
57
PLL
Y702
Modem Callprocessor Interface
MDM_RD
2,8Vpp
500us/cm
From uP to SMOC.
This signal indicates when the uP is reading data from the SMOC. High when enabled.
MDM_WR
2,8Vpp
500us/cm
From uP to SMOC.
This signal indicates when the uP is writing data to the SMOC. High when enabled.
*GSM_DCS
FL301
SPI SERIAL
DATA BUS
INTERFACE
DCS 1,8 - 2,1V
Output
GSM 8,7dB
DCS 12dB
GSM 21dB
DCS 17dB
GSM -17dB
DCS -13dB
GSM -5dB
DCS -5dB
CR303
U301
FL301
Q330
Q331
PA
GSM 2,5dB
DCS 6,0dB
Q362
Q305
Q306
FLTR_-10V
R337
Attenuator
VR353
C
GSM
B
Q351
C
8
CHARGE
PUMP
4
7
Q309
1
Logig_GSM_*DCS
f
Logig_*GSM_DCS
CR 261
1, 3
SAT.
12
8
61
62
63
64
R275
MODULATION
TXQ_P
TXQ_M
TXI_P
TXI_M
from SMOC
7
TX
LOCAL
OSCILLATOR
From GIF Syn to SMOC IC.
This is a baseband analogue signal to A/D convertors of SMOC
RXQ
1.8Vpp
500us/cm
From GIF Syn to SMOC IC.
This is a baseband analogue signal to A/D convertors of SMOC
TUNING VOLTAGES
DET_SW
TX_KEY
SAT_DET
From SMOC to GIF Syn.
REFERENCE CLOCK
1.38Vrms
500us/cm
IQ_REF
This is a DC level from SMOC for the RXI and Q signals to ride on.
Orderable Part
Non - Orderable Part
Part
Designator
A1
Antenna Connector
3909155T01
CR202
Main VCO Varactor
4809641F02
Part
Description
Part
Number
Q350-351
TX VCO Transistor
Q411
Receive Power Transistor
TEST COMMANDS
# press 2 sec.
Enter Manual Test Mode with Test Card
4809940E01
01 #
Exit Manual Test Mode
4809527E24
07 #
Mute Rx Audio Path
08 #
Unmute Rx Audio Path
CR203
Main VCO Diode
4809948D10
Q412
GSM / DCS Switch
4809939C07
09 #
Mute Tx Audio Path
CR220
RX Local Osc.Varactor
4809641F02
Q430
Receive Power Transistor
4809527E32
10 #
Unmute Tx Audio Path
CR221
Master Xtal Varactor
4809641F04
Q460
Receive Mixer Transistor
4809527E20
11 xxxx #
Program Main Local Osc. to Channel
CR223
Tx Local Osc. Diode
4809948D05
Q480
IF Isolation Aplifier
4809940E01
12 xx #
Set Tx Power level to fixed valure
CR261
Tx Local Osc. Varactor
4809641F02
U220
GIFSYN IC
5109632D92
19 #
Display SW Version Number of Call Processor
20 #
Display SW Version Number of Modem
CR303
TX Exciter Diode
4809948D10
U401
Antenna Switch IC
5109572E04
22 #
Display SW Version Number of Speech Coder
FL301
1st Rx Filter
9109193T03
U403
Switch Control
5109923D14
25 #
Set Continuous AGC
FL400
2nd Rx Filter
9109144M01
U301
PA Dual FET IC
4809527E31
26xxxx #
Set Continuous AFC
FL401
VCO Filter
9109111C08
U370
TIC IC
5109879E12
31x #
Initiate Pseudo-Random Sequence with Midamble
33xxxx #
Synchronize to BCH Carrier
36 #
Initiate Acoustic Loopback
FL480
IF Saw Filter
9109035M01
U340
PAC IC
5109632D91
FL461
EXT Antenna Connector
9109157M01
VR353
TX VCO Varactor
4809877C06
37 #
Stop Test
FL462
GIF SYN Power Transistor
9109429J04
VR354
TX VCO Variator
4809877C04
45xxxx #
Serving Cell Power Level
Main VCO Transistor
RXI
1.8Vpp
500us/cm
MAIN VCO SIGNAL PATH
10
DCS 1,7 - 2V
Part
Number
Q201-202
From uP to GIF SYN
Signal to drive the GIFSYN IC. This is a pulsed signal which controls the sending of SPI data
to the GIFSYN for all RF functions.
Frequency 217Hz - 1ms/cm
TX SIGNAL PATH
GSM ----- 1V
RF LAYER - ORDERABLE SPARES
Main VCO Transistor
From uP to SMOC
This is an interrupt from the uP to the SMOC. When high this indicates to the SMOC the
beginning of the receive burst.
Rx SIGNALS - 110062#, 262000#, 25013#, 241#
PLL
RX SIGNAL PATH
11
Part
Description
Q200
2,8Vpp
20us/cm
RF_START
6
AOC_DRIVE
Part
Designator
2,8Vpp
500us/cm
RX_ACQ
GSM 340 MHz
DCS 240 MHz
GSM_*DCS
C271
10
R475V
R475
Osc.
discrete
circuty
PAC_EN
4, 14
RF_SCK
11, 22, 44
9,10
g
CR223
53
DM_CS
2 ,12
DM_CS
DET
2
PHASE
DET.
GSM 170 MHz
DCS 120 MHz
4
RF_SPI
Rx SIGNALS - In Standby Mode
7
4
2
6
52
1
4
3
RF_IN
14
U370 / TIC
VR354
EXC
U340 / PAC
TX VCO
C
DCS
B
Q350
C
From SMOC IC to GIF SYN
This signal is the quadrature input to the I-Q Modulator of the GIF SYN.
AFC
CR221
GSM / DCS
R275
GSM -0.4dB
DCS -0.5dB
Signal from SMOC to PAC.
This is a linear control voltage for ramp up and ramp down of the PA output level.
This controls the voltage on the exciter control output (EXC) from the PAC.
2,8Vpp
DM_CS
GSM 1,5V - 2,5V
DCS 1,5V - 3,0V
CR 202
CR203
DCS ( CH 700 )
1747,8 MHz
From uP to PAC.
This is a timing signal to the PAC to provide the current path for the initial loop precharge
Signal from uP but inverted via Q500 and used to time:1. GIF SYN 2. TIC 3. Tx VCO 4. PAC 5. RF Switch
Enables Tx Path when high
RF_START
LOOP FILTER
B
Signal from the SMOC to the PAC
When this signal is low, the internal gain in the PAC is unity.
When this signal is high, the internal gain in the PAC is 1.
3Vpp
TX_EN
GSM
C
Power Step:
04 - 520mVpp
15 - 280mVpp
AOC
26
C213
2,75Vpp
VRef
51
DCS ( CH 700 )
813,9 MHz
C
TX_KEY
19
SF_VCC 21
GSM ( CH 62 )
732,4 MHz
C212
Power Step:
04-11 - 50mVpp
12-15 - 900mVpp
to SMOC
RXQ
18
B
MAIN VCO
C
C
DCS
C
Q201
Q200
Q202 B
C
B
DET_SW
17
C
6
Q200 works as 2nd
HarmonicAmpl.
a d c e
31 ATT.
25dB
3
4 Q205 2
-10V
RX275
f
Logig_GSM_*DCS
6
46
k
SW_VCC
MDM_ANA_VCC
to SMOCand 13 MHZ Clock
B+
RX_EN
DCS ( CH 700 )
GSM 10dB
DCS 10dB
C
GSM -4,5dB
DCS -4,5dB
c
DCS ( CH 700 )
PLL
Signal from PAC to SMOC.
When PA is at or near saturation signal is low, telling SMOC to reduce AOC drive
When the PA is not near saturation this is high, telling SMOC to increase AOC drive.
3Vpp
SAT_DET
42
C
B
1842,8 MHz
2
3
V1
V2
U403
U401
SWITCH
8 CONTROL
FL480
41
430 MHz
215 MHz
C
GSM -2,2dB
5
U401
4
C
Q411
FL400
7
Osc.
discrete
circuty
6
B
GSM -0,6dB
DCS -1,0dB
RX275
2
RX
LOCAL
OSCILLATOR
SWITCH
RX_EN
4
GSM ( CH 62 )
947,4 MHz
Loss from
Antenna and EXT ANT
GSM -1.7dB
DCS -2.1dB
U220
GIFSYN
SUPER
FILTER
1
Q412
43
f
Logig_GSM_*DCS
3
Frequency 217Hz - 1ms/cm
CR 220
g
Logig_*GSM_DCS
EXT ANT
SW_RF
from and to
J600 Pin2
RF BOARD SIGNALS
4809527E30
4809527E24
SH1
SH2
Shield Low Noise Ampl.
Shield PA
2609474M01
46 #
Display Current Valure od AFC DAC
2609475M01
47x #
Set Audio Volume
58 / xxxxxx #
Display / Modify Security Code
Q205
GSM / DCS Switch
4809937C07
SH3
Shield GIFSYN
2609476M01
59 / xxx #
Display / Modify Lock Code
Q221-222
Supply Transistor
4809579E18
SH4
Shiel Exiter
2609477M01
60 #
Display IMEI
Q305-306
PAC Transistor
4809939C06
SH5-SH7
Shield VCO TIC
2609480M01
7100 #
Display Error Code
Q309
GSM / DCS Switch
4809939C07
SH8
Shield Mixer Iso Ampl.
2609478M01
Q330
TX Buffer
4809527E26
SH9
Shield Rf Switch
2609479M01
Q331
TX Predriver
4809527E24
RECEIVE DEBUG - GSM MODE
a MDM_ANA_VCC______,
c -10V ______and
e
b RX_EN______,
Before actually removing any cans it may be worth checking the RX275_____,
f is high to switch the output of Q412 Pin6 and Q205 Pin4 to high.
if the Logig_GSM_*DCS______
j
TEST MODE: Type in Key commands: 110062#, 262000#, 25013#, 241#. Test for a set level eg. (-30dB’s) at point ______to compensate cable losses.
k (pin 31of GIF).
The only real short-cut we can take is by probing the 215MHz test point_______
- If the 215 is OK then we can assume problem lies around GIF, either 430MHz Local Oscillator or in generation of RXI and RXQ. The can
SH03 should then be removed. Check that IQ Ref from the SMOC is around 1.38Vdc and then the RXI and Q outputs from the GIF to check which is
faulty.
- If the 215Mhz is low probe the R.F inputs to the Mixer to see which RF path (RF INPUT or MAIN VCO) the fault lies on.
- If Main VCO is low, the main suspicions are with the main VCO, or the VCO filter (FL461/462) and the SH07can should be removed.
. If the input to the filter is low, then there is some discretes under the VCO can. Check SF_VCC U220 Pin23 and Main VCO tuning voltage U220 Pin21.
TRANSMIT DEBUG
Put the phone into test mode and key in the commands: 110062#, 1200#, 310#
Firstly if no Transmiter output we should check the modulation output at U220 Pin 4 and the Main VCO
h i establish which of the signals are missing or if both the signals are missing.
at point _________to
- If the modulation output is missing and Main VCO is fine then remove SH03 and check in the TX Local Oscillator
the CR212 and the tuning voltage from U220 Pin10. Check if Q222 and Q221 have both 2.7V.
If still no problems found, measure from CPU DM_CS at SMOC Pin2. If ok replace U220.
- -If Main VCO is missing but modulation is fine remove SH07 and check discretes, SF_VCC U220 Pin23 and
Main VCO tuning voltage U220 Pin21.
- If bothMain VCO and modulation are missing then check the collectors of Q221 and Q222 for 2.7V. If ok, then
check from CPU DM_CS at SMOC Pin2. Possible GIF SYN or SMOC problem.
- If RF INPUT, and the MAIN VCO OK, the main suspicions are with the 2 input filters FL400 and FL401 and the can SH01 should be removed.
If the signal is low at the input to these, it could be losses caused by the Antenna Switch U401.
- If TX is generated but is low then we look for problems under SH02 and SH09 and follow path through to antenna.
k then we must also remove can SH08. The SAW filter (FL480)
- If 947.4 and 794.4 RF values are fine but 215MHz into GIF is low_____
and IF Isolation AMP (Q480) is located under here.
- If TX looks OK but fails in wingate check at the T/R switching circuitry (U401/U403) switching RF to J600 Pin2
and the J600 connector itself.
FREQUENCIES GSM / DCS
GSM / CHANNEL
Tx
Rx
MAIN VCO
Rx I.F
Rx IF LO
Tx I.F
Tx IF LO
1-Low
890.2
935.2
782.2
215
430
170
340
62-Middle
902.4
947.4
794.4
215
430
170
340
124-High
914.8
806.8
215
430
170
DCS / CHANNEL
959.8
Tx
Rx
MAIN VCO
Rx I.F
Rx IF LO
340
Tx I.F
Tx IF LO
1-Low
1710
1805
1590
215
430
120
700-Middle
1747,8
1842,8
1627,8
215
430
120
240
124-High
1785
1880
1665
215
430
120
240
Motorola Confidential Proprietary
240
REVISIONS
Europe Middle East & Africa Customer Services
20.03.98
LEVEL 3 COLOUR DIAGRAMS
Rev. 1.0
Dual band ZAP
Colin Jack, Michael Hansen, Billy Jenkins
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