Download TK5710 Service Manual

VHF APCO P25 TRANSCEIVER
TK-5710(B)
TK-5710H(B)
SERVICE MANUAL
TK-5710(B) with KCH-14
© 2005-5 PRINTED IN JAPAN
B51-8727-00 (S) 618
Use this service manual
together with the
KCH-14/15 service manual
(B51-8728-00).
Cabinet (Upper)
(A01-2161-22)
KCH-14
(Front panel kit)
Cabinet (Lower)
(A01-2162-22)
TK-5710H(B)
Cabinet (Upper)
(A01-2163-21)
Cabinet (Lower)
(A01-2164-21)
CONTENTS
GENERAL .............................................................. 2
SYSTEM SET-UP .................................................. 4
REALIGNMENT ..................................................... 5
INSTALLATION ................................................... 11
DISASSEMBLY FOR REPAIR .............................. 20
CIRCUIT DESCRIPTION ...................................... 25
SEMICONDUCTOR DATA .................................. 33
COMPONENTS DESCRIPTION .......................... 35
PARTS LIST ......................................................... 37
EXPLODED VIEW ................................................ 50
PACKING ............................................................. 52
ADJUSTMENT .................................................... 54
TERMINAL FUNCTION ....................................... 70
PC BOARD
FINAL UNIT (X45-3750-10) : TK-5710 (B) ...... 74
FINAL UNIT (X45-3760-10) : TK-5710H (B) ... 76
CONTROL UNIT (X53-4120-10) ..................... 80
TX-RX UNIT (X57-7030-10) ............................ 84
SCHEMATIC DIAGRAM ...................................... 88
INTERCONNECTION DIAGRAM ...................... 104
BLOCK DIAGRAM ............................................. 106
LEVEL DIAGRAM .............................................. 110
OPTIONAL ACCESSORIES
KCH-14 / KCH-15 / KES-6 ............................ 111
SPECIFICATIONS ............................. BACK COVER
This product uses Lead Free solder
TK-5710(B)/5710H(B)
GENERAL
INTRODUCTION
PRE-INSTALLATION CONSIDERATIONS
SCOPE OF THIS MANUAL
1. UNPACKING
This manual is intended for use by experienced technicians familiar with similar types of commercial grade communications equipment. It contains all required service information for the equipment and is current as of this publication date. Changes which may occur after publication are
covered by either Service Bulletins or Manual Revisions,
which are issued as required.
Unpack the radio from its shipping container and check
for accessory items. If any item is missing, please contact
KENWOOD immediately.
ORDERING REPLACEMENT PARTS
When ordering replacement parts or equipment information, the full part identification number should be included.
This applies to all parts : components, kits, and chassis. If
the part number is not known, include the chassis or kit
number of which it is a part and a sufficient description of
the required component, for proper identification.
PERSONAL SAFETY
The following precautions are recommended for personal
safety :
• DO NOT transmit if someone is within two feet (0.6
meter) of the antenna.
• DO NOT transmit until all RF connectors are secure and
any open connectors are properly terminated.
• SHUT OFF this equipment when near electrical blasting
caps or while in an explosive atmosphere.
• All equipment should be properly grounded before
power-up for safe operation.
• This equipment should be serviced by only qualified
technicians.
2. LICENSING REQUIREMENTS
Federal regulations require a station license for each
radio installation (mobile or base) be obtained by the
equipment owner. The licensee is responsible for ensuring
transmitter power, frequency, and deviation are within the
limits permitted by the station license.
Transmitter adjustments may be performed only by a
licensed technician holding an FCC first, second or general
class commercial radiotelephone operator’s license. There
is no license required to install or operate the radio.
3. PRE-INSTALLATION CHECKOUT
3-1. Introduction
Each radio is adjusted and tested before shipment.
However, it is recommended that receiver and transmitter
operation be checked for proper operation before
installation.
3-2. Testing
The radio should be tested complete with all cabling and
accessories as they will be connected in the final installation. Transmitter frequency, deviation, and power output
should be checked, as should receiver sensitivity, squelch
operation, and audio output. Signaling equipment operation
should be verified.
4. PLANNING THE INSTALLATION
4-1. General
Inspect the vehicle and determine how and where the
radio antenna and accessories will be mounted.
Plan cable runs for protection against pinching or crushing wiring, and radio installation to prevent overheating.
4-2. Antenna
The favored location for an antenna is in the center of a
large, flat conductive area, usually at the roof center. The
trunk lid is preferred, bond the trunk lid and vehicle chassis
using ground straps to ensure the lid is at chassis ground.
2
TK-5710(B)/5710H(B)
GENERAL
4-3. Radio
The universal mount bracket allows the radio to be
mounted in a variety of ways. Be sure the mounting surface
is adequate to support the radio’s weight. Allow sufficient
space around the radio for air cooling. Position the radio
close enough to the vehicle operator to permit easy access
to the controls when driving.
4-4. DC Power and wiring
1. This radio may be installed in negative ground electrical
systems only. Reverse polarity will cause the cable fuse
to blow. Check the vehicle ground polarity before
installation to prevent wasted time and effort.
2. Connect the positive power lead directly to the vehicle
battery positive terminal. Connecting the Positive lead to
any other positive voltage source in the vehicle is not
recommended.
3. Connect the ground lead directly to the battery negative
terminal.
4. The cable provided with the radio is sufficient to handle
the maximum radio current demand. If the cable must be
extended, be sure the additional wire is sufficient for the
current to be carried and length of the added lead.
5. INSTALLATION PLANNING – CONTROL STATIONS
5-1. Antenna system
Control station. The antenna system selection depends
on many factors and is beyond the scope of this manual.
Your KENWOOD dealer can help you select an antenna
system that will best serve your particular needs.
5-2. Radio location
Select a convenient location for your control station radio
which is as close as practical to the antenna cable entry
point. Secondly, use your system’s power supply (which
supplies the voltage and current required for your system).
Make sure sufficient air can flow around the radio and
power supply to allow adequate cooling.
SERVICE
This radio is designed for easy servicing. Refer to the
schematic diagrams, printed circuit board views, and
alignment procedures contained in this manual.
NOTE
You must use KPG-95D version 2.00 or later for this
transceiver. KPG-95D version 1.XX does not work
properly.
3
TK-5710(B)/5710H(B)
SYSTEM SET-UP
Before Reading About System Set-up
The TK-5710(B)/5710H(B) is a transceiver main unit
(without a panel or speaker) that you complete by adding
options.
The options are classified into three types according to
operation and function.
1. Install the front panel kit (controller) directly on a radio to
operate it. (Form : Radio + KCH-14/15)
2. Remotely control one radio with one controller. (Form
: Radio + KRK-5 + KCH-14/15 + KCT-22M/M2/M3)
3. Remotely control one radio with two controllers. (Form
: Radio + KRK-6DH + KCH-14/15 (two) + KCT-22M/M2/
M3 (two))
Merchandise received
License and frequency allocated by FCC
Type
Frequency range
RF power
136~174MHz
50W
TK-5710(B) K
136~174MHz
110W
TK-5710H(B) K
Choose the type of transceiver
TK-5710(B) or TK-5710H(B) is complete by combining
options with only the transceiver body (without panel)
Are you using one radio with two controllers?
YES
YES
Are you using the remote kit?
NO
See page 11
Please refer to the
KCH-14/15 service manual
(B51-8728-00) for serving
information, such as circuit
diagram, parts list and etc.
See page 11
Please refer to the
KCH-14/15 service manual
(B51-8728-00) for serving
information, such as circuit
diagram, parts list and etc.
KCH-14 (Basic model)
Front panel kit
KCH-15 (Full-featured
model) Front panel kit
Are you using one radio
with one controller?
YES See page 12
Please refer to the
KRK-5/6DH service manual
(B51-8445-20) for serving
information, such as circuit
diagram, parts list and etc.
See page 14
Please refer to the
KRK-5/6DH service manual
(B51-8445-20) for serving
information, such as circuit
diagram, parts list and etc.
KRK-6DH
Dual control head remote kit
KRK-5
Single control head remote kit
(Option)
(Option)
or
Are you using the printed keytops?
See page 11
NO
KCH-14
or
KCH-15
KCH-14
+
KCH-14
YES
or
KCH-14
+
KCH-15
KCH-15
+
KCH-15
Supplied accessory keytops
See pages 13 and 14
KCT-22M/M2/M3
Control cable
Transceiver programming
KCT-23 DC cable
Are you using the voice guide & storage unit?
See page 5
A personal computer (IBM PC or compatible), programming
interface (KPG-43), and programming software (KPG-95D) are
required for programming. (The frequency and signaling data
are programmed for the transceiver.)
KCT-23 M,M3 : TK-5710(B), KCT-23 M2,M4 : TK-5710H(B)
YES
See page 16
VGS-1
(Option)
NO
Are you using the external speaker?
YES
(Option)
NO
Are you using the keypad microphone?
NO
See page 17
KES-5 or KES-6
YES
KMC-28
(Option)
Desk top microphone KMC-9B
Delivery
Service manual parts No. list
Model
4
Parts No.
KRK-5/6DH
B51-8445-20
KCH-14/15
B51-8728-00
TK-5710(B)/5710H(B)
REALIGNMENT
1. Modes
2. How to Enter Each Mode
Mode
User mode
Panel test mode
Panel tuning mode
Data programming mode
PC mode
Firmware
programming mode
PC test mode
PC tuning mode
Clone mode
Operation
User mode
Power ON
Panel test mode
[PF1] + Power ON
PC mode
Received commands from PC
Panel tuning mode
[Panel test mode] + [GRP^]
Firmware programming mode
[PF2] + Power ON
Clone mode
[PF5] + Power ON
Self programming mode
[GRP^] + Power ON
Firmware version information
[PF3] + Power ON
Clock adjustment mode
[PF4] + Power ON
Self programming mode
3. Panel Test Mode
Firmware version information
Setting method refer to ADJUSTMENT.
Clock adjustment mode
Mode
Function
User mode
For normal use.
Panel test mode
Used by the dealer to check the fundamen-
4. Panel Tuning Mode
Setting method refer to ADJUSTMENT.
tal characteristics.
5. PC Mode
Panel tuning mode
Used by the dealer to tune the transceiver.
5-1. Preface
PC mode
Used for communication between the
The transceiver is programmed by using a personal computer, programming interface (KPG-43) and programming
software (KPG-95D).
The programming software can be used with an IBM PC
or compatible. Figure 1 shows the setup of an IBM PC for
programming.
transceiver and PC (IBM compatible).
Data programming
Used to read and write frequency data and
mode
other features to and from the transceiver.
PC test mode
Used to check the transceiver using the PC.
This feature is included in the FPU.
IBM-PC
See panel tuning.
Firmware
Used when changing the main program of
programming mode the flash memory.
Clone mode
KPG-43
Used to transfer programming data from
one transceiver to another.
Self programming
You can program the frequency,
mode
signaling and other functions using only the
transceiver.
Firmware version
Used to confirm the internal firmware
information
version.
Clock adjustment
Used by the dealer to adjust date and time.
mode
KPG-95D
Fig. 1
5-2. Connection procedure
1. Connect the transceiver to the personal computer with
the interface cable.
2. When the POWER switch on, user mode can be entered
immediately. When PC sends command the transceiver
enter PC mode, and “PROGRAM” is displayed on the
LCD.
When data transmitting from transceiver, the red LED is
lights.
5
TK-5710(B)/5710H(B)
REALIGNMENT
When data receiving to transceiver, the green LED is
lights.
3. Create a hole in the casing (as shown in the illustration)
then fit the cable into the hole. Replace the cover and
secure it using the two screws.
Note:
The data stored in the personal computer must match
"Model Name and Market Code", when it is written into
the EEPROM and flash memory.
The KPG-43 is required to interface the transceiver to the
computer. It has a circuit in its D-sub connector (25-pin) case
that converts the RS-232C logic level to the TTL level.
The KPG-43 connects the microphone jack of the transceiver to the computers RS-232C serial port.
5-4. Programming software KPG-95D description
The KPG-95D is the programming software for the transceiver supplied on a CD-ROM. This software runs under MSWindows 98, ME, Windows 2000 or XP on an IBM-PC or
compatible machine.
The data can be input to or read from the transceiver and
edited on the screen. The programmed or edited data can be
printed out. It is also possible to tune the transceiver.
6. PC Tuning Mode
When making adjustment while in PC tuning mode,
modify the KPG-43 programming interface cable as described below.
1. Remove the two screws from the plug cover, then lift the
cover from the plug.
Cable
MIC
5-3. KPG-43 description
(PC programming interface cable: Option)
Create a hole
ME
7. Firmware Programming Mode
7-1. Preface
Flash memory is mounted on the transceiver. This allows
the transceiver to be upgraded when new features are released in the future. (For details on how to obtain the firmware, contact Customer Service.)
7-2. Connection procedure
Connect the transceiver to the personal computer (IBM
PC or compatible) with the interface cable (KPG-43). (Connection is the same as in the PC Mode.)
7-3. Programming
1. Start up the firmware programming software (Fpro.exe).
2. Set the communications speed (normally, 115200 bps)
and communications port in the configuration item.
3. Set the firmware to be updated by File name item.
4. Press and hold the [PF2] key while turning the transceiver
power ON. Then, the orange LED on the transceiver lights
and “PROG 115200” is displayed.
5. Check the connection between the transceiver and the
personal computer, and make sure that the transceiver is
in the Program mode.
6. Press “write” button in the window. When the transceiver starts to receive data, the [PG] display is blinking.
7. If writing ends successfully, the checksum is calculated
and a result is displayed.
8. If you want to continue programming other transceivers,
repeat steps 4 to 7.
Note:
2. Solder the lead wire onto the MIC tab on the PCB, and
the ground wire onto the ME tab.
+ +
C5
Q1
C4
MICME
MAX232C
C7
SB
GND
TRD
MAXIM
+
This mode cannot be entered if the Firmware Programming mode is set to Disable in the Programming software.
7-4. Baud rate change
1. If you press the [PF4] key while "PROG 115200" is displayed, the display changes to "PROG 57600" (The LED
blinks orange). If you press the [PF4] key again while
"PROG 57600" is displayed, the display changes to "PROG
19200" (The LED blinks green) to indicate that the write
speed is low speed (19200 bps). If you press the [PF4] key
again while "PROG 19200" is displayed, the display returns
to "PROG 115200" (The LED lights orange).
2. If you press the [PF5] key while "PROG 115200" is displayed, the checksum is calculated, and a result is displayed. If you press the [PF5] key again while the
checksum is displayed, "PROG 115200" is redisplayed.
IC1
Note: Normally, write in the high-speed mode.
6
TK-5710(B)/5710H(B)
REALIGNMENT
8. Clone Mode
Programming data can be transferred from one transceiver to another by connecting them via their microphone
jacks. The operation is as follows (the transmit transceiver is
the master and the receive transceiver is a slave).
The following data cannot be cloned.
• Tuning data
• Embedded message with password
• Model name data
• ESN (Electronic Serial Number) data
1. Press and hold the [PF5] key while turning the transceiver
power ON. If the Read authorization password is set to
the transceiver, the transceiver displays “CLONE LOCK”.
If the password is not set, the transceiver displays
“CLONE MODE”.
2. When you enter the correct password, and “CLONE
MODE” is displayed, the transceiver can be used as the
cloning master. The following describes how to enter the
read authorization password.
3.
• How to enter the read authorization password using
the microphone keypad;
If one of keys 0 to 9 is pressed while "CLONE LOCK" is
displayed, the pressed number is displayed on the LCD.
Each press of the key shifts the display in order to the left.
If you press the [#] key, the least digit of the password is
deleted.
When you enter the password and press the [✳] key,
“CLONE MODE” is displayed if the entered password is
correct. If the password is incorrect, “CLONE LOCK” is
redisplayed.
• How to enter the read authorization password using
the [Selector] knob;
If the [Selector] knob is rotated while "CLONE LOCK" is
displayed, the number (0 to 9) flashes on the LCD. When
you press the [GRP^] key, the currently selected number
is determined. If you press the [PF3] key, the least digit of
the password is deleted. If you press the [PF2] key after
entering the password in this procedure, “CLONE
MODE” is displayed if the entered password is correct. If
the password is incorrect, “CLONE LOCK” is redisplayed.
4. Power ON the slave transceiver.
5. Connect the cloning cable (part No. E30-3370-05) to the
microphone jacks on the master and slave.
6. Press the [PF2] key on the master while the master displays “CLONE MODE”. The data of the master is sent to
the slave. While the slave is receiving the data, “PROGRAM” is displayed. When cloning of data is completed,
the master displays “END”, and the slave automatically
operates in the User mode. The slave can then be operated by the same program as the master.
7. The other slave can be continuously cloned. When the
[PF2] key on the master is pressed while the master displays “END”, the master displays “CLONE MODE”.
Carry out the operation in step 4 to 6.
Notes:
• Cannot be cloned if the overwrite password is programmed to the slave.
• "Model Name and Market Code", "Head Configuration" and
"Head Type" must be same to clone the transceiver. However, it may be unable to clone the transceiver depending
on the enhanced features settings.
(Refer to the FPU for the enhanced features details.)
Cloning cable
(Part No. E30-3370-05)
Fig. 2
●
Flow Chart (Master transceiver)
[PF5]+Power ON
Is Read password
set?
Yes
No
“CLONE LOCK”
is displayed.
Enter the password and then
press the [PF2] key or [*] key
on the microphone.
Is password
correct?
No
Yes
“CLONE MODE” is displayed.
[PF2]
Start the clone function
7
TK-5710(B)/5710H(B)
REALIGNMENT
9-1. Enter to the self programming mode
9. Self Programming Mode
Write mode for frequency data and signaling etc. To be
used ONLY by the authorized service person maintaining the
user's equipment. After programming, reset the FPU to the
"Self- Programming" disabled mode. Transceivers CANNOT
be delivered to the end-user in the self-programming mode.
The following setup items in the channels programmed by
the FPU can be changed using the self-programming mode.
The addition of new channel and the deletion of channel that
has already been programmed by the FPU cannot be
performed using the self-programming mode.
• RX Frequency
• TX Frequency
• Channel Type
• TX Mode (When the channel type is selected "MIXED".)
• Channel Spacing
• RX Signaling
• TX Signaling
• RX NAC
• TX NAC
• Talkgroup List No.
Press and hold the [GRP^] key while turning the transceiver power ON. Ignoring whether the Read authorization
password is set or not, "PASSWORD" appears.
If the Read authorization password is not set to the transceiver, "SELF PG MODE" is displayed on the LCD when the
[PF2] key is pressed while "PASSWORD" is displayed.
If the password is set to the transceiver, "SELF PG MODE"
is displayed on the LCD when you enter the correct password while "PASSWORD" is displayed.
For the password input method, see "8. Clone Mode”
step 3 described on page 7.
Note :
This mode (self programming mode) cannot be set when
it has been disabled with the FPU.
9-2. Data writing
If the [PF4] key is pressed while Zone/Channel mode is
displayed, new data is written into memory. "WRITING" is
displayed while the transceiver is writing data.
Note:
The personality will be also changed when the abovementioned items is changed. (Refer to the FPU for the
personality details.)
The setup items for self programming mode are as follows.
No.
Setup item
1
Select Zone/Channel
∗∗ - ∗∗∗
Display
Remarks
2
RX Frequency
1 ∗ ∗ . ∗ ∗ ∗ ∗ ∗ MHz
Receive frequency
3
TX Frequency
1 ∗ ∗ . ∗ ∗ ∗ ∗ ∗ MHz
Transmit frequency
4
Channel Type
TYPE
ANALOG/APCO/MIXED
5
TX Mode
MODE
ANALOG/APCO
6
Channel Spacing
SPACE
25.0kHz/12.5kHz (When the Channel type is selected "ANALOG" or "MIXED".)
Zone : 1~50, Channel : 1~250
APCO 12.5kHz/12.5kHz (When the Channel type is selected "APCO".)
8
7
RX Signaling
RX-SIG
Receive QT/DQT
8
TX Signaling
TX-SIG
Transmit QT/DQT
9
RX NAC
RX-NAC ∗ ∗ ∗
000~FFF (Hexadecimal)
Note:"F7F" cannot be set.
10
TX NAC
TX-NAC ∗ ∗ ∗
000~FFF (Hexadecimal)
Note:"F7E" and "F7F"cannot be set.
11
Talkgroup List No.
None
When you do not want to set the Talkgroup list number to the transceiver.
∗∗∗
Talkgroup list number (1~250)
∗∗∗∗∗∗∗∗∗∗∗∗
Talkgroup list name (12 digits)
(When the Talkgroup list name is not set to the transceiver.)
(When the Talkgroup list name is set to the transceiver.)
TK-5710(B)/5710H(B)
REALIGNMENT
Key operation
• Normal mode
Key
Item
Zone- Channel RX Frequency
TX Frequency
Channel Type
TX Mode
[PF1]
Channel Spacing
RX Signaling
TX Signaling
RX NAC
TX NAC
TG List No.
Unused
[PF2]
Go to the next item
[PF3]
[PF4]
ANALOG/ APCO/ ANALOG/ APCO/ Channel Spacing
Zone/ Channel
2.5kHz/ 5kHz/ 6. 25kHz/
switching
7.5kHz/ 1MHz
MIXED
step switching
switching
Data
switching
On/ Off
Unused
Writing
switching
1step/ Standard
Delete the least digit from
switching
the current number
Unused
(Press and hold to delete all numbers.)
QT/ DQT( N)/ DQT( I)/ OFF
Unused
switching
Unused
switching
[PF5]
Unused
[Selector]
[GRP ]
[GRP ]
MIC keypad
1step
up/ down
up/ down
up/ down
in the specified digit
up/ down
Zone/ Channel
1step
Signaling
Determine the least digit
TG List number
up
up
up
up
Zone/ Channel
1step
Signaling
TG List number
down
down
down
Go to the MIC keypad
Go to the MIC keypad
Unused
([0] to [9])
Signaling
Increment/ Decrement a number TG List number
Zone/ Channel
Unused
Unused
Unused
Unused
input mode
Unused
down
Add a digit to the current number
Unused
input mode
MIC keypad
Unused
([*])
MIC keypad
Delete the least digit from
([#])
Unused
the current number
Unused
(Press and hold to delete all numbers.)
MIC PTT
[PTT] + [2] : "A"
Unused
[PTT] + [5] : "B"
[PTT] + [8] : "C"
[PTT] + [0] : "D"
[PTT] + [#] : "E"
Unused
[PTT] + [*] : "F"
• MIC keypad input mode
Key
Item
RX Frequency
TX Frequency
RX Signaling
TX Signaling
[PF1]
Cancel the MIC keypad input mode
[PF2]
Cancel the MIC keypad input mode
[PF3]
Delete the least digit from the current number
(Return to the normal mode)
(Return to the normal mode)
(Press and hold to delete all numbers.)
[PF4]
Unused
On/ Off
QT/ DQT( N)/ DQT( I)/ OFF
switching
[PF5]
[Selector]
Unused
[GRP ]
Unused
[GRP ]
MIC keypad
([0] to [9])
MIC keypad
([*])
MIC keypad
([#])
MIC PTT
switching
Unused
Unused
Add a digit to the current number
(Return to the normal mode automatically if all digit are entered.)
Cancel the MIC keypad input mode
(Return to the normal mode)
Delete the least digit from the current number
(Press and hold to delete all numbers.)
Unused
9
TK-5710(B)/5710H(B)
REALIGNMENT
●
Self programming mode flow chart
[GRP^] + Power ON
Input Password
Read authorization password entry (6 digits)
[PF2]
Self programming mode
[PF2]
[PF3]
Zone/Channel
Zone selection
[PF2]
Channel selection
When the [PF4] key is pressed,
new data is written into memory.
RX Frequency
[PF2]
TX Frequency
[PF2]
[PF4]
OFF
[PF3]
[PF3]
Channel Type
ANALOG
[PF2]
[PF2]
[TX Frequency] : "OFF"
[TX Frequency] : Other than "OFF"
or
[Channel Type] : "MIXED"
[Channel Type] : "ANALOG" or "APCO"
TX Mode
[PF3]
ANALOG
[PF3]
APCO
MIXED
APCO
[PF2]
*1
Channel Spacing
[PF2]
[Channel Type] : "APCO"
[PF2]
[Channel Type] :
"ANALOG" or "MIXED"
*2
25.0kHz
[PF3]
12.5kHz
*1 [Channel Type] : "ANALOG" or "MIXED"
[PF3]
12.5kHz
APCO 12.5kHz
*2 [Channel Type] : "APCO"
[PF2]
[TX Frequency] : "OFF"
[Channel Type] : "ANALOG"
[PF2]
[Channel Type] : "ANALOG"
RX Signaling
OFF
QT
[PF4]
[PF2]
[PF2]
[TX Frequency] : "OFF"
[TX Frequency] : Other than "OFF"
[Channel Type] : "APCO" or "MIXED"
[Channel Type] : "ANALOG" or "MIXED"
or
[TX Mode] : "ANALOG"
[TX Frequency] : Other than "OFF"
[Channel Type] : "MIXED"
[TX Mode] : "APCO"
TX Signaling
OFF
QT
[PF4]
[PF2]
[Channel Type] : "MIXED"
[PF4]
DQT N
[PF4]
[PF4]
[PF2]
[TX Frequency] : "OFF"
Talkgroup ID List Amount must not be 0.
or
[TX Frequency] : Other than "OFF"
[Channel Type] : "MIXED"
[TX Mode] : "ANALOG"
Talkgroup ID List Amount must not be 0.
[PF4]
[PF2]
[TX Frequency] : Other than "OFF"
[Channel Type] : "APCO" or "MIXED"
If [Channel Type] is set to "MIXED",
[TX Mode] must be set to "APCO".
TX NAC
[PF2]
Talkgroup ID List Amount : 0
[PF2]
[Channel Type] : "APCO" or "MIXED"
Talkgroup ID List Amount must not be 0.
Talkgroup List No.
[PF2]
YEAR
[Selector] or [GRP^] and [GRP ]
[PF2]
MONTH
^
Press and hold the [PF3] key while turning the transceiver
power ON and then keep pressing and holding the [PF3] key,
the firmware version information appears on the LCD.
[PF4] + Power ON
^
10. Firmware Information Mode
[Selector] or [GRP^] and [GRP ]
[PF2]
^
DAY
11-1. Flow chart of operation
[Selector] or [GRP^] and [GRP ]
[PF2]
HOUR
^
11. Clock Adjustment Mode
[Selector] or [GRP^] and [GRP ]
[PF2]
^
MINUTE
[Selector] or [GRP^] and [GRP ]
[PF2]
10
Completion
DQT I
DQT N
[PF4]
RX NAC
[PF2]
[TX Frequency] : "OFF"
Talkgroup ID List Amount : 0
or
[TX Frequency] : Other than "OFF"
[Channel Type] : "MIXED"
[TX Mode] : "ANALOG"
Talkgroup ID List Amount : 0
DQT I
[PF4]
TK-5710(B)/5710H(B)
INSTALLATION
1. Front Panel Kit (KCH-14/15:Option)
1-1. Installing the KCH-14/15 front panel kit to the
transceiver
1. Remove the upper case and lower case of the transceiver.
2. Insert the lead wire with connector (W700) of the control
unit (X53-412) into the connector (CN1) of the KCH-14 or
KCH-15.
3. Install the KCH-14 or KCH-15 on the transceiver using the
four screws (z) supplied with the front panel kit.
Note:
Take care that the lead wire with connector (W700) is not
caught when fitting the KCH-14 or KCH-15 on the
transceiver. (You can install the panel upside down if
necessary to install the transceiver.)
4. Affixing the sheet (G11-4379-04) for the waterproof
(Fig.1-1-2).
(1) Remove the covering paper of the sheet (x).
(2) Affix the sheet while taking note of the position of the
three parts as shown in Fig.1-1-2 (c).
Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers.
(3) Repeat step (2) to affix the sheet to the other side of
chassis.
2
Affix the sheet while
taking note of the position
of the three parts.
Fig. 1-1-2
1-2. Installing the accessory keytops to the front
panel kit
When a function is set by the programming software
(KPG-95D), the key legend can be changed by inserting the
accessory keytops into PF1 to PF9 of the KCH-15 (PF1 to
PF5:KCH-14). The accessory contains 60 keytops as shown
the table below.
1
Note:
2
3
The sheet cannot be reused. Affix a new sheet when you
removed the sheet.
5. Reassemble the upper case and lower case. (Refer to
page 24)
Note:
3
4
5
6
7
8
Fig. 1-2
9
10
No.
K29-5276-03
K29-5277-03
K29-5305-03
Take care that the sheet (G11-4379-04) is not peeled off
when installing the upper / lower case.
1
AN
RCL
CH1
2
D/A
RPT
CH2
6. Connect the short plug to the accessory connector (9-pin)
on the rear of the transceiver.
3
DIM
SCN
CH3
4
HA
SP
CH4
5
HC
SPM
CH5
6
IC
SQ
AUX A
7
MON
TA
AUX B
8
OPT
AUX C
9
OST
EMG
10
PA
No printing
■
No.
K29-9353-13
K29-9354-03
K29-9356-03
1
2TN
GPS
PAG
2
AD
STS
SIT
3
AR
TAC
SRC
4
CLK
TON
No printing
5
FNC
RES
No printing
6
PBK
IDV
No printing
7
SCP
KDL
No printing
8
SEC
TGR
No printing
9
SEL
No printing
No printing
10
SES
No printing
No printing
Transceiver
W700
1
CN1
KCH-14 or
KCH-15
1
Fig. 1-1-1
11
TK-5710(B)/5710H(B)
INSTALLATION
KCH-14
2. Remote kit (KRK-5:Option)
The KRK-5 remote kit is used to remotely operate the
transceiver. The KRK-5 is connected to the KCH-14 or KCH15 with an optional KCT-22M (8 feet), KCT-22M2 (17 feet),
or KCT-22M3 (25 feet) control cable.
POWER
GRP
TX BUSY
VOL
CH
PF1
PF2
PF3
PF4
PF5
KCH-15
POWER
PF6
PF7
PF8
PF9
MON
CALL
MON
SCAN
SP
OPT
A
B
C
OST
GRP
2-1. Installing the KRK-5 main panel onto the
transceiver
1. Remove the upper case and lower case of the transceiver.
2. Insert the lead wire with connector (W700) of the control
unit (X53-412) into the connector (CN4) of the KRK-5.
3. Install the KRK-5 main panel on the transceiver using four
screws (z).
SCN
TX BUSY
VOL
CH
PF1
PF2
PF3
Fig. 1-3
PF4
PF5
Note:
Take care that the lead wire with connector (W700) is not
caught when fitting the KRK-5 main panel on the
transceiver.
4. Affixing the sheet (G11-4379-04) for the waterproof
(Fig.2-1-2).
(1) Remove the covering paper of the sheet (x).
(2) Affix the sheet while taking note of the position of the
three parts as shown in Fig.2-1-2 (c).
Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers.
(3) Repeat step (2) to affix the sheet to the other side of
chassis.
Note:
The sheet cannot be reused. Affix a new sheet when you
removed the sheet.
5. Reassemble the upper case and lower case of the transceiver. (Refer to page 24)
Note:
Fig. 1-4 Keytop insertion
Take care that the sheet (G11-4379-04) is not peeled off
when installing the upper / lower case.
Transceiver
1
W700
Packing
CN4
KRK-5 main panel
Fig. 1-5 Keytop removal
12
1
Fig. 2-1-1
TK-5710(B)/5710H(B)
INSTALLATION
2-3. Control cable (KCT-22) connection (Fig. 2-3)
1. Insert one connector of the control cable to the
transceiver (with KRK-5) and the other to the display.
Connect the cable to the GND terminal with the screw
(z) supplied with the control cable.
2. Secure the one connector of the control cable to the KRK5 main panel with two screws (x) according to the
installation condition of the transceiver. Secure the
control cable to the KRK-5 main panel with the cable
fitting (J21-4354-04) and two screws (c) supplied with
the KRK-5.
3. Secure the other connector of the control cable to the
display with two screws (v) in the same way.
KRK-5 main panel
2
Affix the sheet while
taking note of the position
of the three parts.
3
Fig. 2-1-2
Transceiver
2-2. Installing the KRK-5 rear panel onto the front
panel kit
The following steps apply to both the KCH-14 and
KCH-15.
1. Remove three screws (z) on the KRK-5 rear panel, then
remove the KRK-5 sub panel.
2. Insert the lead wire with connector (W102) of the KRK-5
into the connector (CN1) of the front panel kit (x).
3. Insert the lead wire with connector (W103) of the KRK-5
into the connector (CN3) of the front panel kit (c).
4. Make a slight cut in the end of the rubber cap (v).
5. Slide the lead wire of the connector wiring (b) through
the slit in the rubber cap (n).
6. Insert the rubber cap into the hole of the KRK-5 rear panel
(m).
7. Insert the connector (,) to the ACC connector (.) on the
KRK-5 sub panel as shown by the arrow (/).
8. Install the KRK-5 sub panel onto the sub panel of the front
panel kit (Ω).
9. Install the KRK-5 sub panel to the sub panel of the front
panel kit using four screws (≈).
10.Reinstall the KRK-5 rear panel using three screws
removed in step 1.
11.Use a wire band to secure the lead wire at the end of the
rubber cap (ç).
Packing
Front panel kit
(Example : KCH-14)
Sub panel
12
3
Cable
fitting
2
GND
Display
1
1
Control cable
KCT-22
GND
4
Fig. 2-3
2-4. Display installation (Fig. 2-4)
1. Install the display with the angle bracket (J29-0648-03)
(z) and two screws (N08-0526-04) (x) supplied with the
KRK-5.
KRK-5 sub panel
11
CN1
KRK-5 main panel
KRK-5 rear panel
2
W102
CN3
12
2
3
W103
10
9
1
7
8
3 5
1
6
Lead wire
Rubber
cap
4 Make
a cut
IGN,
GND etc.
13
IGN,GND etc.
1
Angle
bracket
2
Fig. 2-4
Fig. 2-2
13
TK-5710(B)/5710H(B)
INSTALLATION
3. Dual Control Head Remote Kit
(KRK-6DH:Option)
The KRK-6DH remote kit connects two displays (two
KCH-14s or KCH-15s) to the transceiver. The KRK-6DH is
connected to the KCH-14s or KCH-15s with two optional
control cables. There are three version of the control cable :
KCT-22M (8 feet), KCT-22M2 (17 feet), and KCT-22M3 (25
feet).
Transceiver
CN724
W104
1
W700
3-1. Installing the KRK-6DH main panel onto the
transceiver
1. Remove the upper case and lower case of the transceiver.
2. Insert the lead wire with connector (W700) of the control
unit (X53-412) into the connector (CN4) of the KRK-6DH.
Insert the lead wire with connector (W104) of the KRK6DH into the connector (CN724) of the transceiver.
3. Install the KRK-6DH main panel on the transceiver using
four screws (z).
CN4
CN5
KRK-6DH
main panel
1
Fig. 3-1-1
Note:
Take care that the lead wire with connector (W700) is not
caught when fitting the KRK-6DH main panel on the
transceiver.
4. Affixing the sheet (G11-4379-04) for the waterproof
(Fig.3-1-2).
(1) Remove the covering paper of the sheet (x).
(2) Affix the sheet while taking note of the position of the
three parts as shown in Fig.3-1-2 (c).
Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers.
(3) Repeat step (2) to affix the sheet to the other side of
chassis.
Note:
The sheet cannot be reused. Affix a new sheet when you
removed the sheet.
5. Reassemble the upper case and lower case of the
transceiver. (Refer to page 24)
Note:
Take care that the sheet (G11-4379-04) is not peeled off
when installing the upper / lower case.
KRK-6DH main panel
2
Affix the sheet while
taking note of the position
of the three parts.
3
Fig. 3-1-2
3-2. Installing two KRK-6DH rear panels onto two
front panel kits
Install each KRK-6DH rear panel onto each front panel kit
as same as "2-2.Install the KRK-5 rear panel onto the front
panel kit" described on page 13.
3-3. Control cable (KCT-22) connection (Fig. 3-2)
1. Use two control cables. Insert one connector of the one
control cable to the transceiver (with KRK-6DH) and the
other to the display 1.
Insert one connector of the other control cable to the
transceiver (with KRK-6DH) and the other to the display 2.
Connect each cable to the GND terminal with the screws
(z) supplied with each control cable.
2. Secure the one connector of each control cable to the
KRK-6DH main panel with two screws (x) according to
the installation condition of the transceiver. Pass the
control cables through the grooves at both ends of the
KRK-6DH main panel and secure the control cables to the
KRK-6DH with the cable fitting (J21-4354-04) and two
screws (c) supplied with the KRK-6DH.
3. Secure the other connectors of the control cables to the
display 1 and display 2 with two screws (v) in the same
way.
14
TK-5710(B)/5710H(B)
INSTALLATION
Transceiver
KRK-6DH
main panel
3
Cable
fitting
GND
GND
2
1
1
Display 2
Display 1
2
Cable
fitting
3
1
KCT-22
Control cable
1
GND
KCT-22
Control cable
4
GND
4
Fig. 3-2
4. Ignition Sense Cable (KCT-18:Option)
The KCT-18 is an optional cable to use the following
functions:
• Ignition function
The ignition function allows you to turn the transceiver's
power on and off with the ignition key of your car. When you
are driving with the ignition key on, the horn alert function is
disabled.
3. Connect the square plug and rubber cap to the accessory
connector (12-pin) on the rear of the control head, then
clamp the bottom of the rubber cap with the supplied tie
wrap.
Note: You must setup using the KPG-95D.
Square plug
(12-pin)
• Timed power-off function
The timed power-off function turns the transceiver's
power off the time specified with the programming
software (KPG-95D) after the ignition key is turned off.
When you are driving with the ignition key on, the horn alert
function is disabled.
The ignition sense function and the timed power-off
function can be used at the same time.
1
3
Rubber cap
12
Short plug
(9-pin)
10
Tie wrap
1
7
3
Cut
KCT-18
9
KCT-18
4-1. Connecting the KCT-18 cable to the transceiver
1. Remove the short plug from the accessory connector (9pin) on the rear of the transceiver.
2. Insert the KCT-18 lead terminal into pin 1 (IGN) of the
short plug (9-pin).
3. Connect the short plug to the accessory connector (9-pin)
on the rear of the transceiver.
Fig. 4-1
Fig. 4-2
Note: You must setup using the KPG-95D.
4-2. Connecting the KCT-18 cable to the KRK-5/
6DH remote kit
1. Remove the square plug from the accessory connector
(12-pin) on the rear of the control head.
2. Cut off the end of the rubber cap (accessory), insert the
KCT-18 lead terminal into the rubber cap, and insert it into
pin 1 (IGN) of the square plug.
15
TK-5710(B)/5710H(B)
INSTALLATION
5. Voice Guide & Storage Unit
(VGS-1: Option)
5-1. Installing the VGS-1 unit in the transceiver
1. Remove the upper case and upper packing of the
transceiver.
2. Attach two cushions to the VGS-1 as shown in figure.
Note:
Be sure not to cover the VGS-1 connector (CN1) with the
cushion.
3. Insert the VGS-1 connector (CN1) into the control unit
connector (CN744).
Note: You must setup using the KPG-95D.
VGS-1
CN1
Cushion
(G13-1992-04)
21 x 21 x 2.5mm
Cushion
(G13-1974-04)
21 x 21 x 1.0mm
6. Voice Scrambler Board Connection
1. Remove the upper case and upper packing of the
transceiver.
2. Two kinds of the scrambler board are available, and the
following describes the each installation method.
• How to install the scrambler board (Connector
connection type)
(1) Attach two cushions to the scrambler board as shown
in Fig.7-2.
Note:
Be sure not to cover the scrambler board connector
with the cushion.
(2) Insert the scrambler board into the control unit
connector (CN771).
• How to install the scrambler board (Lead wire
connection type)
(1) Attach the cushion to the scrambler board as shown
in Fig.7-2.
(2) Solder each lead wire of the scrambler board to a
necessary location of each landing on the component
side of the control unit.
Note: You must setup using the KPG-95D.
CN744
Fig. 5
CN771 / Solder land
1
BC1 (Scrambler code output 1)
BC2 (Scrambler code output 2)
LOK (No connection)
PTOS (PTT output)
NC (No connection)
ECHO (Echo PTT)
NC (No connection)
BC4 (Scrambler code output 4)
E (GND)
E (GND)
NC (No connection)
NC (No connection)
E (GND)
5C (5V)
NC (No connection)
NC (No connection)
NC (No connection)
NC (No connection)
NC (No connection)
AC (Scrambler control signal output)
TXO (MIC signal output)
RXEO (Audio signal output)
RXEI (Audio signal input)
STXI (MIC signal input)
BC3 (Scrambler code output 3)
8C (8V)
26
Fig. 6
16
Voice scrambler board
Component side of the Control unit
TK-5710(B)/5710H(B)
INSTALLATION
7. ANI Board Connection
8. External Speaker (KES-5/6:Option)
1. Remove the upper case and upper packing of the
transceiver.
2. Attach the cushion to the ANI board as shown in Fig.7-2.
3. Solder each lead wire of the ANI board to a necessary
location of each landing on the component side of the
control unit.
The speaker output from the transceiver is as follows:
1. The KCH-14 has a built-in speaker (3W/8 ohms).
2. The KCH-15 does not have a built-in speaker.
3. The external speaker output from the accessory
connector (9-pin) on the rear of the transceiver is 13W/4
ohms. Use the KES-5 or KES-6.
4. The speaker output from the accessory connector (12pin) on the rear of the control head is 2W/4 ohms. If the
remote kit (KRK-5, KRK-6DH) is used, use the KES-5 or
KES-6.
Note: You must setup using the KPG-95D.
Component side of the Control unit
Solder land
Note :
Since the transceiver uses a BTL audio amplifier, do not
ground the speaker output pin.
8-1. Connecting the KES-5/6 external speaker to
the transceiver
• When taking the AF output from the accessory
connector (9-pin) on the rear of the transceiver
ANI board
BUSY (Channel busy signal output)
AKEY (Key input)
NC (No connection)
NC (No connection)
NC (No connection)
PTOA (PTT output)
NC (No connection)
EMG (Emergency signal output)
E (GND)
E (GND)
NC (No connection)
NC (No connection)
E (GND)
5C (5V)
STON (Side tone input)
ATXI (Data input)
TCONT (Speaker mute signal input)
NC (No connection)
AINH (MIC mute signal input)
AUX I/O (Emergency signal input)
NC (No connection)
NC (No connection)
NC (No connection)
NC (No connection)
NC (No connection)
8C (8V)
Fig. 7-1
ANI board
3M double coated cushion
No.4008 (or No.4408)
25 x 25 mm
Voice scrambler
board
(Connector type)
Voice scrambler
board
(Lead wire type)
3M double coated cushion
No.4032 (or No.4432)
25 x 25 mm
The following tools are required for changing the
connector.
Extracting tool
The following extracting tool is recommended :
Molex Inc. Order No. : 11-03-0002
1. Remove the short plug from the accessory connector (9pin) on the rear of the transceiver (Fig. 8-1-1).
Note : Save the jumper, which is required when the
transceiver is used without the external speaker.
2. Remove the terminals with the jumper from the
connector housing holes number 3 and 6 using the
extracting tool.
Removing the jumper lead (Fig. 8-1-2)
1) Insert the extracting tool (11-03-0002) into the
connector while pushing the jumper lead in the
direction of (a).
2) Push the extracting tool into collapse the barbs of the
crimp terminal.
3) Pull out the lead while continuing to push the
extracting tool in the direction (b).
3. Reinsert the terminal with the black and white stripe lead
into hole number 2, and the terminal with the black lead
into hole number 6 (Fig. 8-1-3).
4. Connect the short plug to the accessory connector (9-pin)
on the rear of the transceiver.
(a)
(b)
CN771
3M double
coated cushion
No.4008
(or No.4408)
25 x 25 mm
Short plug
(E37-0733-05)
Jumper lead
Extracting tool
(11-03-0002)
Barbs
Crimp terminal
Fig. 7-2
Fig. 8-1-1
Fig. 8-1-2
17
TK-5710(B)/5710H(B)
INSTALLATION
8-3. Modification to increase the audio output of
the control head
Short plug
(9-pin)
1
7
9
2
6
To KES-5 or KES-6
Black/White lead
Black lead
Fig. 8-1-3
Even if the KRK-6DH is modified in this way, the audio
output of head 2 cannot be increased.
ES2
$R73
NC
1. Remove the square plug from the accessory connector
(12-pin) on the rear of the control head.
2. Cut off the end of the rubber cap, insert the KES-5/6
speaker cable into the cap, and insert it into pins 10 and
11 of the square plug.
3. Connect the square plug and rubber cap to the accessory
connector (12-pin) on the rear of the control head, then
clamp the bottom of the rubber cap with the supplied tie
wrap.
Note :
SB
8-2. Connecting the KES-5/6 external speaker to
the KRK-5/6DH remote kit
• When taking the AF output from the 12-pin
accessory connector on the rear of the control
head
• Modification of plug (12-pin)
The speaker output can be increased to 13W by moving
jumper resistor (0 ohm) R74 to $R73 on the KCH-14 display
unit (X54-349 A/3). In this case, the KCH-14 internal speaker
cannot be used because the maximum input (3W) of the
internal speaker is exceeded. Therefore, use the KES-5 or
KES-6.
R74
CN2
KCH-14
DISPLAY UNIT (X54-349 A/3)
Foil side view
Square plug (12-Pin)
Rubber cap
11
Tie wrap
10
Cut
Speaker cable
(To KES-5 or KES-6)
Fig. 8-3
Fig. 8-2-1
• If the KCH-14 is used
8-4. Use as public address speaker
If the KES-5 or KES-6 is connected to the 12-pin
accessory connector, remove the internal speaker wire.
If the internal speaker is used, remove the wire
connected to pins 10 and 11 of the 12-pin accessory
connector.
1. Remove the short plug from the 9-pin accessory
connector on the rear of the transceiver. (Remove the
jumper lead as described in Section 8-1 on page 17.)
2. Insert the KES-5/6 speaker leads into pins 7 and 8 of the
short plug.
3. If you remove jumper shorting pins 3 and 6, the 20W PA
(public address) voice signal is output from pins 7 and 8.
(Only when the PA or SP switch is on.)
4. If you use the transceiver shorted with pins 3 and 6, the
internal speaker is available (when the KCH-14 is used).
The KCH-15 does not contain a speaker.
KCH-14
CN3
CN1
CN2
SP
Note :
Rear of the control head
18
Fig. 8-2-2
Relationship between accessory connector (9-pin) connection and speaker output.
When pins 3 and 6 are shorted ; The 3W internal speaker
is used (KCH-14 only).
When pins 3 and 6 are opened and is output from pins 7
and 8 ; The 20W external speaker is used.
TK-5710(B)/5710H(B)
INSTALLATION
Short plug (9-pin)
7
To KES-5 or KES-6
Black lead
Black/White lead
8
Crimp terminal
(E23-0613-05)
Fig. 8-4
9. Horn Alert Function
The HR1 and HR2 pins of the accessory connector (9-pin)
on the rear of the transceiver are connected to the relay
(K700) and the maximum current is 1A.
1. Remove the upper case of the transceiver.
2. To make the HR2 pin, remove the jumper resistor (0 ohm)
R960 on the control unit (X53-412) as shown in Table 1.
3. Reassemble the PC board and the upper case.
State
Default
Modification
Present
Absent
HR1
HR1
HR2
HR2
Table 1
R960
K700
R960
CONTROL UNIT (X53-412)
Component side view
Fig. 9
19
TK-5710(B)/5710H(B)
DISASSEMBLY FOR REPAIR
Disassembly Procedure (TK-5710 (B))
■ Removing the upper/ lower case and shield cover
1.
2.
3.
4.
■ Removing the Final unit (X45-375)
Remove the 9 screws z and 9 spacers x.
Remove the upper case c and lower case v.
Remove the upper packing b and lower packing n.
Remove the shield cover m.
1. Remove the cables from the connector (CN702) of the
control unit ç.
2. Remove the 2 screws √ holding the power module.
3. Remove the solder of the power module with a solder
absorber.
4. Remove the 2 screws ∫ holding the + (positive) terminal
and - (negative) terminal of the power supply cable.
5. Remove the 8 screws ~ holding the final unit.
6. Remove the solder of the antenna receptacle with a
solder absorber.
■ Removing the TX-RX unit (X57-703)
1. Remove the 7 screws , holding the PLL shield cover.
2. Remove the PLL shield cover ..
3. Remove the coaxial cables from the two connectors
(CN150, CN200) of the TX-RX unit /.
4. Remove the flat cables from the two connectors (CN600,
CN601) of the TX-RX unit Ω.
5. Remove the 5 screws ≈.
8
8
8
8
1
8
2
1
9
11
10
2
15
10
15
4
CN150
TX-RX
unit
12
12
CN601
CN200
12
14
11
16
CN600
16
6
14
16
16
7
Final unit
CN702
13
Control
unit
5
3
2
2
1
2
2
1
20
1
2
1
1
TK-5710(B)/5710H(B)
DISASSEMBLY FOR REPAIR
Disassembly Procedure (TK-5710H (B))
■ Removing the upper/ lower case and shield cover
1.
2.
3.
4.
■ Removing the Final unit (X45-376)
Remove the 12 screws z and 12 spacers x.
Remove the upper case c and lower case v.
Remove the upper packing b and lower packing n.
Remove the shield cover m.
1. Remove the cables from the connector (CN702) of the
control unit ç.
2. Remove the 2 screws √ holding the power module.
3. Remove the solder of the power module with a solder
absorber.
4. Remove the 4 screws ∫ holding the two final transistors.
5. Remove the 2 screws ~ holding the + (positive) terminal
and - (negative) terminal of the power supply cable.
6. Remove the 16 screws µ holding the final unit.
7. Remove the solder of the antenna receptacle with a
solder absorber.
■ Removing the TX-RX unit (X57-703)
1. Remove the 7 screws , holding the PLL shield cover.
2. Remove the PLL shield cover ..
3. Remove the coaxial cables from the two connectors
(CN152, CN200) of the TX-RX unit /.
4. Remove the flat cables from the two connectors (CN600,
CN601) of the TX-RX unit Ω.
5. Remove the 5 screws ≈.
16
17
15
17
16
1
15
2
1
2
4
17
17
14
17
17
17
17
17
6
8
8
8
Final unit
8 17
8
9
7
10
10
11
TX-RX
unit
CN152
12
CN601
12
12
11
CN200
CN600
CN702
13
5
Control
unit
3
2
1
2
1
2
1
21
TK-5710(B)/5710H(B)
DISASSEMBLY FOR REPAIR
Disassembly Procedure (TK-5710 (B) / 5710H (B))
Precautions for Reassembly
■ Removing the Control unit (X53-412)
■ Affixing the sheet (G11-4381-04)
1. Remove the 7 screws z.
2. Remove the shield plate x.
3. With a flat-head screwdriver, remove the 2 flat springs
holding the ICs (IC706, IC732) c.
4. Remove the flat cable from the connector (CN782) v.
5. Remove the cables from the two connectors (CN728,
CN783) b.
1. Remove the covering paper from one side of the sheet z.
2. Place the sheet on the front side of the chassis x, then
affix it to one side of the front chassis.
Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers.
3. Remove the covering paper from other side of the sheet
c, then affix it to the other side of the front chassis v.
Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers.
4. Push the sheet toward the rear of the chassis b, then cut
away any unnecessary parts of the sheet.
5. Firmly affix the sheet to the chassis by pushing the
double-coated tape with your fingers n.
■ Removing the accessory cable and power supply
cable on the rear of the transceiver
1. Confirm the following contents.
• The screws holding the + (positive) terminal and (negative) terminal of the power supply cable is
removed.
• The cable from the connector (CN783) of the Control
unit is removed.
2. Remove the 4 screws n holding the shield plate, and
remove the shield plate m from the chassis (TK-5710H(B)
only).
3. Remove the 4 screws , on the rear of the transceiver.
4. Pull out the power supply cable and accessory cable.
1
2
1
2
1
1
4
2
1
3
5
8
1
3
5
CN728
CN783
8
CN782
Flat
spring
5
5
3
4
6
6
7
IC
6
6
6
6
6
6
6
22
6
TK-5710(B)/5710H(B)
DISASSEMBLY FOR REPAIR
■ Painting the lubricant (Part No.:490-0019-05) on
the groove of the case packing
Paint the lubricant to the position as shown in figure after
replacing or assembling the case packing.
■ Affixing the sheet (G11-4378-04):TK-5710(B) only
1. Remove the covering paper of the sheet z.
2. Affix it to one side of chassis, so that the hollow of the
sheet fits the convex of the chassis x.
Note :
Note :
To assure waterproofing, paint the lubricant on the
groove of the case packing.
Affix it so as not to leave a gap between the sheet and
the chassis side.
3. Repeat step 2 to affix the sheet to the other side of
chassis.
• Case packing (Upper)
TK-5710(B)
TK-5710H(B)
sheet
chassis side
Confirm that there is no
gap between the sheet and
the chassis side.
lubricant
2
1
2
OK
lubricant
case packing
NG
groove of the
case packing
Paint the lubricant (Part No.490-0019-05)
on the groove of the case packing.
• Case packing (Lower)
TK-5710(B)
■ Align the cable connecting the W2 terminal:
TK-5710H(B) only
TK-5710H(B)
When you assemble the final unit, align the cable
connecting the W2 terminal as shown in figure, then
insert it into the connector (CN702) of the control unit.
Accessory
W2 terminal
cable
cable
lubricant
OK
W2
lubricant
case packing
NG
Final unit
groove of the
case packing
Paint the lubricant (Part No.490-0019-05)
on the groove of the case packing.
CN702
Control
unit
W2 terminal
cable
23
TK-5710(B)/5710H(B)
DISASSEMBLY FOR REPAIR
■ Procedures after installing the case packing to
the chassis
After installing the case packing to the chassis, confirm
that all corners of the upper / lower packing are securely
fitted to the chassis. Place are shown in the arrow in the
figure below.
• Case packing (Upper)
■ Sequence of tightening the screws for the
upper / lower case to the chassis
Install the upper / lower case to the chassis and tighten
the screws in the order shown in the figure below.
• Upper case
TK-5710H
TK-5710H
5
6
TK-5710
TK-5710
5
• Case packing (Lower)
3
4
3
4
1
2
1
2
• Lower case
TK-5710H
TK-5710H
5
TK-5710
TK-5710
3
4
3
1
24
6
2
1
4
2
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
1. Overview
This transceiver is a VHF/FM/APCO portable transceiver
designed to operate in the frequency range of 136 to
174MHz.
The unit consists of receiver, transmitter, phase-locked
loop (PLL) frequency synthesizer, base band parts, power
supply, and control circuits.
2. Frequency Configuration
The receiver is a double-conversion superheterodyne
using first intermediate frequency (IF) of 49.95MHz and
second IF of 450kHz. Incoming signals from the antenna are
mixed with the local signal from the PLL circuit to produce
the first IF of 49.95MHz.
This is then mixed with the 50.4MHz second local
oscillator output to produce the 450kHz second IF. This
signal is detected to give the demodulated signal in the DSP.
The transmit signal frequency is generated by the PLL
VCO, and modulated by the signal from the DSP. It is then
amplified and fed to the antenna.
ANT
CF
450kHz
TX/RX : 136~174MHz
1st MIX
ANT
SW
SP
MCF
RF
AMP
MIX
IF AMP
AF
AMP
49.95MHz
x3
16.8MHz
FPGA
A/D
D/A
DSP
VCXO
50.4MHz
185.95~
223.95MHz
PA
AMP
TX
AMP
MIC
AMP
PLL
VCO
136~174MHz
Fig. 1
MIC
Frequency configuration
3. Receiver System
3-1. Front-end RF Amplifier
applied to each variable capacitance diode to tune to the
receive frequency.
The receive signal from the RX terminal (CN200) of the TXRX unit (X57-703) is amplified by a transistor (Q200) and
passes through the band-pass filter (L221, L222, L223) to
remove unwanted signal.
The signal passing through the band-pass filter goes into
the 1st mixer.
These band-pass filters are tuned to a desired frequency
by variable capacitance diode (D200, D201, D202).
A tuning voltage corresponding to the desired signal is
LPF
3-2. 1st Local
The 1st mixer uses double balanced mixer (A400).
The receive signal passing through the band-pass filter
(L221, L222, L223) and the 1st local signal generated by the
VCO, are mixed by the 1st mixer (A400) to produce a 1st IF
signal (49.95 MHz) (Upper heterodyne).
Local AMP
Q201
VCO
1st Local OSC
185.95~223.95MHz
D200,D201,D202
VC
TUNE
1st IF
49.95MHz
RF AMP
Q200
1st MIXER
A400
LNA
RX terminal(CN200)
136~174MHz
BPF
L221,L222,L223
Fig. 2
Front-end RF amplifier and 1st local
25
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
3-3. 1st IF
selected.
The 1st IF signal passing through these MCFs is amplified
by the IF amplifier (Q203) and goes into the FM IC (IC212).
The 1st IF signal passes through the MCF (Monolithic
Crystal Filter) to remove unwanted signal.
The MCF has two paths (Wide band: XF200, Narrow band:
XF201), and these are controlled with the IF filter switch
(D205, D206, D207, D208, D209, D210, D211 and D212).
The signal passes through the MCF (XF200) when the
Wide band (D206, D208, D210 and D212 are ON) is selected.
The signal passes through the MCF (XF201) when the
Narrow band (D205, D207, D209 and D211 are ON) is
2nd Local
50.40MHz
Tripler
Q205
3-4. 2nd Local
The 1st IF signal (49.95 MHz) amplified by the IF amplifier
(Q203) and the 2nd local signal (50.4 MHz) generated by
tripling the reference oscillator frequency (16.8 MHz) of the
VCXO (X200) by Q205, are mixed in the FM IC (IC212) to
produce a 2nd IF signal (450 kHz) (Upper heterodyne).
X200
VCXO
16.8MHz
WIDE
XF200
IC212
Q203
D211
D212
FM IC
2nd IF
450kHz
WIDE
XF200
NARROW
XF201
D209
D210
Q202
SW
SW
Fig. 3
D207
D208
NARROW
XF201
SW
D205
D206
SW
1st IF
49.95MHz
1st IF and 2nd Local
3-5. 2nd IF
The 2nd IF signal passes through the ceramic filter to
remove unwanted signal.
The ceramic filter has three paths (Wide band: CF201 and
CF204, Narrow band: CF200 and CF203, APCO band: CF201
and CF202), and these are controlled with the multiplexers
(IC205, IC206, IC207, IC209, IC210 and IC211).
The control line is W/N1, W/N2 and VN.
The signal passes through the ceramic filters (CF201 and
CF204) when the Wide band (W/N1: high level, W/N2: high
level, VN: high level) is selected. The signal passes through
the ceramic filters (CF200 and CF203) when the Narrow band
(W/N1: low level, W/N2: low level, VN: high level) is selected.
The signal passes through the ceramic filters (CF201 and
CF202) when the APCO band (W/N1: high level, W/N2: low
level, VN: low level) is selected.
The APCO signal is A/D-converted by the FPGA IC (IC730)
and DSP IC (IC715), and is performed APCO demodulation.
The detected FM signal and the APCO signal are fed to the
CODEC IC (IC724) respectively.
WIDE
CF204
NARROW
CF203
IC211
W/N 2
WIDE
CF201
IC207
SW
W/N 2
SW
W/N 1
APCO
CF202
IC210
IC206
VN
SW
SW
IC209
VN
APCO
L232
SW
2nd IF
450kHz
1st IF
49.95MHz
2nd Local OSC
50.4MHz
FM
Fig. 4 2nd IF
26
SW
IC205
IC212
FM IC
DET
DET
COIL
W/N 1
NARROW
CF200
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
3-6. Audio Amplifier Circuit
The AF signal from the CODEC IC (IC724) passes through
the low-pass filter (IC729), analog switch (IC731) and
summing amplifier (IC742), and then it goes into the D/A
converter (IC738).
ES 1
ES 2
IC732
IC727
IC732
AF
AMP
SW
SW
IC739
The output signal from the D/A converter (IC738) passes
through the amplifier (IC739), audio mute switch (Q732) and
analog switch (IC727), and then it is amplified by the audio
amplifier (IC732).
IC738
IC742
IC731(1/2)
DAC
SUM
SW
IC729(1/2)
IC724
CODEC
Fig. 5 Audio amplifier circuit
3-7. Squelch Circuit
A noise component is output from the FM IC (IC212). The
desired noise signal is extracted by the band-pass filter, and
is amplified by the noise amplifier (Q208).
The output signal from the noise amplifier is rectified by
CONTROL UNIT (X53-412)
TX-RX UNIT (X57-703)
IC703
CPU
ASQL
D203
121
D203 to produce a DC voltage, which is output from D203 as
squelch voltage.
The squelch voltage goes into the ASQL terminal (pin 121)
of the CPU (IC703) and is compared with the reference
voltage preset in the CPU to control audio signal ON/OFF.
NOISE AMP
Q208
RECTIFIER
Fig. 6
IC212
FM IC
Squelch circuit
4. Transmitter System
4-1. Audio Band Circuit
The audio band circuit of the transmitter system consists
of the following:
• Microphone mute switch (Q723)
• AGC (Automatic Gain Control) (Q715, Q716, IC719,
D727, D728)
• Scrambler board switch (Q720)
The microphone mute switch (Q723) cuts off audio
signals from the external microphone.
The AGC (Q715, Q716, IC719, D727, D728) is an
amplifier that reduces gain automatically by greatly
increasing the attenuation when the audio signal of a certain
level or higher is present. It controls the gain so that the
audio signal input to the CODEC IC (IC724) is not clipped.
If an optional scrambler board is installed, the switch
(Q720) adjusts the signal path so that the audio signal is fed
to the CODEC IC through the scrambler board.
The audio signal is fed to the CODEC IC (base band
circuit) through the above path.
4-2. Base Band Circuit
The base band circuit of the transmitter system consists
of the following:
• CODEC IC (IC724)
• DSP IC (IC715)
• LPF (Low-Pass Filter) (IC729)
• Summing amplifier (IC733)
• DAC (D/A Converter) (IC738)
• Amplifier (IC735)
The audio signal output from the base band circuit is
converted to digital data of a sampling frequency of 48 kHz
and a quantization resolution of 16 bits. This digital data is
sent to the DSP IC (IC715), and voice signals of 300 Hz or
lower and frequencies of 3 kHz or higher are cut off and an
audio range 300 Hz to 3 kHz is extracted.
The audio signal is then pre-emphasized in FM mode and
synthesized with the signals, such as QT and DQT, as
required, and is then output from the CODEC IC. In APCO
mode, the audio signal is converted to the C4FM base band
signal and output from the CODEC IC. The DTMF and MSK
base band signals are also generated by the DSP IC and
output by the CODEC IC.
LPF (IC729) removes quantization noise from the base
band signal output from the CODEC IC.
The summing amplifier (IC733) sets the base band signal
level to the DAC input range.
The DAC (IC738) assigns the base band signal to the VCO
(Q413, Q414, Q416) and VCXO (X400).
At this time, the level output according to the transmit
carrier is fine-adjusted according to the modulation method
of FM Wide, FM Narrow and APCO.
27
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
IC715
DSP
D727,D728
DET
IC738
3.3A
Q723
MUTE
SW
MIC
Q715
Q716
5C
Q720
5C
IC719
(1/2)
AGC
ATT
SW
Ai Ao
MCO
IC724
IC729 5C
CODEC (2/2)
5C
RST
5C
VDD
Q413,
Q414,
Q416
VCO
X400
VCXO
FC
TXO(SCR)
Audio band and Base band circuit
4-3. Drive Amplifier Circuit (From T/R switch to
Power module)
8T
Drive AMP
Q151
D435 Drive AMP
Q150
T/R
SW
The transmit signal passing through the T/R switch
(D435) is amplified by the two drive amplifiers (Q150,
Q151). The transmit signal from the drive amplifier (Q151)
passes through a 3dB attenuator and is fed to the power
module .
3dB
Attenuator
Fig. 8
4-4. Final Amplifier Circuit (From Power module to
Antenna output): TK-5710 (B)
FINAL UNIT (X45-375)
Drive amplifier circuit
LPF
CM
COUPLER
+B
D1,D3,
D12,D11
IC2
POWER
MODULE
D5
ANT
SW
FWD
DET
D6
REFL
DET
8T
8T
IC1
VR1
APC
PC
Fig. 9
POWER
MODULE
DC voltage. The converted DC voltage is fed to the APC
comparator (IC1), and is compared with the PC voltage, then
is output from the OUT-B terminal (pin 7) of IC1 as an APC
voltage. The APC voltage controls the gate voltage of the
power module (IC2), and keeps transmission output stable.
If an abnormal antenna load is connected, reflected wave
is detected by D6, and output voltage (DC voltage) is fed to
the APC comparator (IC1). The transmission output is
reduced more as this DC voltage rises.
The transmit signal from the TX terminal (CN1) of the final
unit (X45-375) is amplified by the power module (IC2).
The signal amplified by the power module passes
through the antenna switch (D1, D12, D3 and D11), CM
coupler and low-pass filter, then it is fed to the antenna.
CM coupler is a line for detecting forward wave and
reflected wave.
Forward wave is detected by D5, and is converted into
28
8C
IC735(2/2)
MB
MCO
SUM
Ao
Fig. 7
TX(CN1)
MO
5C
IC733
STXI(SCR)
ATXI(ANI)
IC718
(1/2)
IC720
DAC
3.3A
SW
Ai
3.3A
5C
IC719
Final amplifier circuit: TK-5710 (B)
ANT
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
4-5. Final Amplifier Circuit (From Power module to
Antenna output): TK-5710H (B)
The transmit signal from the TX terminal (CN1) of the final
unit (X45-376) is amplified by the power module (IC1).
The signal amplified by the power module is divided into
two signal, and further is amplified by the final amplifier
(Q1,Q2). The each signal from Q1 and Q2 is combined.
The combined signal passes through the antenna switch
(D6, D8, D9), CM coupler and low-pass filter, then it is fed to
the antenna.
CM coupler is a line for detecting forward wave and
reflected wave.
Forward wave is detected by D3, and is converted into
DC voltage. The converted DC voltage is fed to the APC
comparator (IC2), and is compared with the PC voltage, then
is output from the OUT-B terminal (pin 7) of IC2 as an APC
voltage. The APC voltage controls the gate voltage of the
power module (IC1) and final amplifier (Q1,Q2), and keeps
transmission output stable.
If an abnormal antenna load is connected, reflected wave
is detected by D4, and output voltage (DC voltage) is fed to
the APC comparator (IC2). The transmission output is
reduced more as this DC voltage rises.
FINAL UNIT (X45-376)
ANT
Final AMP +B
Q1
LPF
CM
COUPLER
+B
Final AMP +B
Q2
IC1
TX(CN1)
D3
POWER
MODULE
FWD
DET
8T
IC2
D4
REFL
DET
VR1
D6
D8,D9
ANT
SW
8T
APC
PC
Fig. 10
Final amplifier circuit: TK-5710H (B)
4-6. Temperature Protection Circuit : TK-5710 (B)
4-7. Temperature Protection Circuit : TK-5710H (B)
To prevent thermal destruction of the power module
(IC2), this circuit reduces APC voltage when temperature of
the power module (IC2) rises.
The CPU (IC703) detects temperature with a thermistor
(TH1) and controls reference voltage to the APC circuit.
To prevent thermal destruction of the power module
(IC1) and final amplifier (Q1,Q2), this circuit reduces APC
voltage when temperature of the power module (IC1) and
final amplifier (Q1,Q2) rises.
The CPU (IC703) detects temperature with the
thermistor (TH1,TH2) and controls reference voltage to the
APC circuit.
5. PLL Frequency Synthesizer
The PLL Frequency Synthesizer consists of the following
components:
• VCXO (X400)
• VCO (Q413, Q414,Q416)
• Rheostat IC (IC401)
• PLL IC (IC400)
• Local switch (D435, D436)
5-1. VCXO (X400)
VCXO (X400) generates a reference frequency of 16.8
MHz for the PLL frequency synthesizer. This reference
frequency is applied to pin 10 of the PLL IC (IC400).
The VCXO oscillation frequency is fine-adjusted by
controlling the voltage applied to pin 1 of the VCXO with DAC
(IC738). It is also controlled with pin 1 of the VCXO if the
output from VCXO is modulated.
5-2. VCO
There is two RX VCOs (RX VCO 1, RX VCO 2) and a TX
VCO.
The RX VCO 1 (Q413) and RX VCO 2 (Q414) generate a 1st
local receive signal. The RX VCO 1 oscillation frequency is
185.95 to 204.9475 MHz and the RX VCO 2 oscillation
frequency is 204.95 to 223.95 MHz.
The TX VCO (Q416) generates a transmit carrier. The TX
VCO oscillation frequency is 136 to 174 MHz.
The VCO oscillation frequency is determined by two
systems of operation switching terminals "STR" and "VCO1/2"
and two systems of voltage control terminals "C/V" and
"ASSIST".
The operation switching terminals, "STR" and "VCO1/2",
are controlled by the control lines (STR, VCO1/2) output from
the CPU (IC703). When the STR logic is high and the VCO1/2
logic is high, the RX VCO 1 output a 1st local receive signal.
When the STR logic is high and the VCO1/2 logic is low, the
29
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
desired frequency.
When the frequency is controlled by the PLL, the
frequency convergence time increases as the frequency
difference increases when the set frequency is changed. To
supplement this, the rheostat IC is used before control by the
PLL IC to bring the VCO oscillation frequency close to the
desired frequency. As a result, the VCO CV voltage does not
change and is always stable at approximately 2 V.
The desired frequency is set for the PLL IC by the CPU
(IC703) through the 3-line "EP", "DAT", "CLK" serial bus.
Whether the PLL IC is locked or not is monitored by the CPU
through the “UL” signal line. If the VCO is not the desired
frequency (unlock), the "UL" logic is low.
RX VCO 2 output a 1st local receive signal. When the STR
logic is low, the TX VCO output a transmit carrier.
The voltage control terminals, "CV" and "ASSIST", are
controlled by the PLL IC (IC400) and rheostat IC (IC401) and
the output frequency changes continuously according to the
applied voltage. For the modulation input terminal, "MOD",
the output frequency changes according to the applied
voltage. This is used to modulate the VCO output. "MOD"
works only when " STR" is low.
5-3. Rheostat IC (IC401)
The rheostat IC (IC401) is connected to the VCO voltage
control terminal, "ASSIST", and quickly controls the VCO
oscillation frequency. However, its accuracy is low and the
VCO frequency cannot be matched accurately with the
desired transmit carrier or the 1st local receive signal.
The rheostat IC is controlled by the CPU (IC703) through
the 3-line "PCS", "DAT", "CLK" serial bus.
5-5. Local Switch (D435, D436)
The connection destination of the signal output from the
amplifier (Q419) is changed with the diode switch (D435) that
is controlled by the transmission power supply, 8T, and the
diode switch (D436) that is controlled by the receive power
supply, 8R.
If the 8T logic is high, it is connected to a transmit-side
pre-pre-drive amplifier (Q150). If the 8R logic is high, it passes
through the local amplifier (Q210) and then is connected to a
receive-side mixer (A400).
5-4. PLL IC (IC400)
PLL IC compares the differences in phases of the VCO
oscillation frequency and the VCXO reference frequency,
returns the difference to the VCO CV terminal and realizes
the "Phase Locked Loop" for the return control. This allows
the VCO oscillation frequency to accurately match (lock) the
5C
VCO 1/2
SW
Q413,Q414
Q409
8CL
8CL
SW
Q405
Q407
Q408
SW
SW
CV
8CL
RX VCO 1
CV
5C
IC400
8CL
RX VCO 2
8CL
TX VCO
STR
EP CLK DAT
PLL
16.8MHz
IC401
IC402
POTENTIO
METER
VCO
TUNE
X400
ASSIST
Q416
MO
ASSIST
8C
Buff
AMP
Q417
TX
VCO
8C
Buff
AMP
Q419
8T
D435,D436
pre-pre-drive
AMP
(Q150)
T/R
SW
ASSIST 8CL
5C
Local
AMP
(Q201)
5C
8R
3.3V
MB
5C
RX
VCO1,2
VCXO
PCS
CLK
DAT
DOUBLER
Q403
Fig. 11
RF AMP
Q418
PLL block diagram
6. Control Circuit
The control circuit consists of CPU (IC703) and its peripheral circuits. It controls the TX-RX unit and transfers data to
the Control unit. IC703 mainly performs the following;
1) Switching between transmission and reception by PTT
signal input.
2) Reading system, zone, frequency, and program data from
the memory circuit.
3) Sending frequency program data to the PLL.
4) Controlling squelch on/off by the DC voltage from the
squelch circuit.
5) Controlling the audio mute circuit by decode data input.
6-1. Memory Circuit
Memory circuit consists of the CPU (IC703) and a flash
memory (IC712). A flash memory has a capacity of 16M bits
and contains the transceiver control program for the CPU. It
also stores the data for transceiver channels and operating
parameter that are written by the FPU. This program can be
easily written from an external devices.
The EEPROM (IC701) stores the last channel data, the
scan on status, and other parameters.
■ Flash memory
Note : The flash memory (IC712) stores the data that is
30
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
written by the FPU (KPG-95D), and firmware program (User
mode, Test mode, Tuning mode, etc.). This data must be
rewritten when replacing the flash memory.
• Microphone amplifier AGC processing
• Audio mute processing
• Modulation level processing
■ EEPROM
6-4. FPGA
Note : The EEPROM (IC701) stores tuning data (Deviation,
Squelch, etc.).
Realign the transceiver after replacing the EEPROM.
The FPGA IC (IC730) I/O section operates at 3.3V and the
core section operates at 2.5V. The FPGA IC has the following
function.
• Demodulation (C4FM,CQPSK)
• Shift register (8CH)
• Level convert Buffer amplifier(5V➝3.3V)(9CH)
• Generates 1.536MHz for the demodulation and CODEC
■ Real-time clock
The clock function is based on real-time clock IC (IC700).
When the power supply is off, it is backed up by an internal
secondary lithium battery.
IC703
IC701
CPU
EEPROM
7. Power Supply Circuit
FLASH
IC712
Fig. 12
IC703
CPU
9.216MHz
IC715
DSP
9.216MHz
Memory circuit
IC725
(2/3,3/3)
IC721
IC725
(1/3)
X701
VCXO
18.432MHz
IC730
FPGA
18.432MHz
IC724
CODEC
18.432MHz
Fig. 13 Clock diagram
The voltage is always applied from +B. D719 protects
IC705 (DFF) against overvoltage.
Pulses from power switch are fed to the IC705 clock line
and the CPU (IC703). These clock pulses reverse the output
from High (The transceiver is turned OFF) to Low (The transceiver is turned ON), but it does not reverse the output from
Low to High. The CPU (IC703) output the pulse to the S2
(SET2) terminal (pin 8) of IC705 to reverse the output from
Low to High.
IGN is connected to the R2 (RESET2) terminal (pin 10) of
IC705 and the CPU (IC703). When the IC705 reset voltage is
increased, the output changes to Low (The transceiver is
turned ON). When IGN voltage is decreased, the CPU (IC703)
output the pulse to the S2 terminal (pin 8) of IC705 to reverse
the output from Low to High after the programmed time expires (Timed power-off function).
If 24V is supplied to the transceiver by mistake, Q707
turns on, Q710 turns off, the power is forced to be turned off.
This circuit consists of IC706 (8V), IC707 (5V), IC708
(3.3V), IC710 (3.3V), IC711 (2.5V) and IC709 (1.5V).
+B
R702
6-2. Temperature Detection Circuit
D719
AVR
The temperature detection circuit detects the
temperature using a temperature IC (IC702) and corrects the
thermal characteristic change of the squelch.
D720
SW
6-3. DSP
The DSP circuit consists of a DSP IC (IC715), a CODEC IC
(IC724) and processes the base band signal. The DSP IC operates on an external clock of 9.216MHz (the same as the
CPU), the I/O section operates at 3.3V and the core section
operates at 1.5V. The DSP IC carries out the following processes:
• C4FM encoding
• Analog FM pre-emphasis/de-emphasis
• Vocoder (IMBE) processing between audio codec and
modulation/ demodulation
• CAI processing, such as error correction encoding
• QT/DQT encoding/ decoding
• DTMF encoding/ decoding
• MSK encoding/ decoding
• 2-tone decoding
• Compressor/ expander processing
• Transmit/ receive audio filtering processing
D724
SW
Q711,
Q712
SW
IC705
DFF
D722
SW
Q705,
Q706
SW
Q708
SW
D723
AVR
IC703
CPU
Q704
SW
D725
SW
Q713
SW
Q707
SW
Q710
SW
SB
Q709
SW
Q728
SW
IGN
PSW
Fig. 14 Power supply circuit
31
TK-5710(B)/5710H(B)
CIRCUIT DESCRIPTION
8. Signaling Circuit
8-1. Encode (QT/DQT/DTMF/MSK)
Each signaling data signal of QT, DQT, DTMF and MSK is
generated by the DSP circuit, superposed on a modulation
signal and output from pin 16 of the CODEC IC (IC724).
The modulation balance of the QT/DQT signal is adjusted
by the D/A converter(IC738) and the resulting signal is routed
to the modulation input of the VCO and VCXO (X400).
The each deviation of the TX QT, DQT, DTMF and MSK
tone is adjusted by changing the output level of the CODEC
IC and the resulting signal is routed to VCO and VCXO. The
RX DTMF tone is output from pin 15 of the CODEC IC,
passes through the receive audio signal system, and is output from the speaker.
8-2. Decode (QT/DQT/DTMF/2-tone/MSK)
The audio signal is removed from the FM detection signal
sent to the DSP circuit and the resulting signal is decoded.
9. Compander Circuit
The term “compander” means compressor and expander.
The compander reduces noise by utilizing a compressor and
an expander.
The transceiver contains DSP IC (IC715) to perform this
operation. The transceiver compander can be turned on or
off using the FPU.
32
TK-5710(B)/5710H(B)
SEMICONDUCTOR DATA
CPU:30625MGP213GP (Control unit IC703)
Pin
No.
1
Port Name
VREF
I/O
A/D converter reference voltage
input terminal
−
A/D converter power supply
input terminal
I
Play input (for VGS) (H: Playing)
O
Enable output for shift register of KRK
O
Chip select output for D/A converter
of KRK
−
No connection
O(D/A) Voice output of built-in voice guide
O
Shift register output enable
I
PLL unlock (L:Unlock, H:Lock)
2
AVCC
3
4
5
PLAY
EI
KCS
6
7
8
9
NC
VOICE
SOE
UL
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
DAT
O
CLK
O
SDA
I/O
BYTE
I
CNVSS
I
PCS
O
XOUT
−
RESET
I
XOUT
−
VSS
−
XIN
−
VCC1
−
NC (NMI)
I
RXD INT
I(INT2)
PSW (INT1) I(INT1)
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
Function
−
Common data
Common clock
EEPROM data
Use as 8bit data bus (Vcc)
Use as memory expansion mode (Vss)
Potentiometer CS
No connection
Reset input
No connection
GND
Clock input, 9.216MHz (18.432MHz/2)
Power supply input (5V)
NC
RXD interrupt input (L:Interrupt)
Power switch detection
(L:Power off, H:Power on)
INTRA
I(INT0) RTC interrupt input (L:Interrupt)
LD
O
DAC LD
BEEP
O
BEEP output
EP
O
PLL CS
AUX I/O 1
I/O Auxiliary I/O 1 (FPU selectable)
AUX I/O 2
I/O Auxiliary I/O 2 (FPU selectable)
STRB1
O
Shift register 1 CS
AUX I/O 3
I/O Auxiliary I/O 3 (FPU selectable)
AUX I/O 4
I/O Auxiliary I/O 4 (FPU selectable)
RXD2
I
to Display
TXD2
O
to Display
TXD1
O
to D-SUB 25pin (VGS)
VCC1
−
Power supply input (5V)
RXD1
I
to D-SUB 25pin (VGS)
VSS
−
GND
VBUSY
I
Busy input (for VGS) (H:Busy)
AUX I/O 5
I/O Auxiliary I/O 5 (FPU selectable)
TXD0
O
to D-SUB 25pin (232C level)
RXD0
I
to D-SUB 25pin (232C level)
AUX I/O 6
I/O Auxiliary I/O 6 (FPU selectable)
AUX I/O 7
I/O Auxiliary I/O 7 (FPU selectable)
MM
O
MIC mute output (L:Unmute, H:Mute)
SBC
O
Power control output
(L:Power on, H:Power off)
Pin
No.
48
49
Port Name
DS
SELF
50
51
52
53
54
55,56
57
RDY
ALE
HOLD
HLDA
STRB
NC
SCSW
58
59
60
61
62
63
64
65
66
67
68
69~79
80
81
82
83
84
85
86
87
88~95
96
97
BCLK
RD
BHE
WR
NC
AUXO 1
AUXO 2
CHECK
CS2
CS1
CS0
A19~A9
AM
TCNT
KEY
INH
BEEPS
VCC2
A8
VSS
A7~A0
A20
HINT
I/O
O
I
Dual band switch
Self programming mode
(L:Enable, H:Disable)
I
Bus control (Ready)
−
No connection
I
Bus control (Hold)
−
No connection
O
Shift register strobe of FPGA
−
No connection
O
When the scramble board is installed,
the route of AF is change.
(L:Scrambler on, H:off)
O
Bus control (Base clock output)
O
Bus control (Read)
−
No connection
O
Bus control (Write)
−
No connection
O
Auxiliary output 1 (FPU selectable)
O
Auxiliary output 2 (FPU selectable)
I
for port check
O
Flash memory CS
O
DSP CS
O
Flash memory CS
O
Address bus 19~9
O
AF mute (L:Unmute, H:Mute)
I
Tone control input (for ANI board)
I
TX key input (for ANI board)
I
Audio inhibit input (for ANI board)
O
Beep mute switch (L:Unmute, H:Mute)
−
Power supply input (3.3V)
O
Address bus 8
−
GND
O
Address bus 7~0
O
Address bus 20
I(INT4) DSP HINT interrupt (L:Interrupt)
98
99
NC
1/2
−
I
100
IGN
I
101
102
103
104~111
112
113
114
115
116
117
118
119
Function
DRST
FRST
DSPINT
D7~D0
STRB2
TAMS
O
O
O
I/O
O
O
AUX I/O 8
NC
RTCDT
AUX I/O 9
STRB3
PTOS
I/O
I/O
I/O
I/O
O
O
No connection
Deak 1/2 L:Deak 1 (default),
H:Deak 2 (Modification:PdtPu)
Ignition sense
(L:Ignition on, H:Igniton off)
DSP reset output (L:Reset)
Flash memory reset output (L:Reset)
DSP interrupt output (L:Interrupt)
Data bus 7~0
Shift register 2 CS
TX audio monitor switch
(L:Disconnect, H:Connect)
Auxiliary I/O 8 (FPU selectable)
NC (for LOK customize)
RTC data I/O
Auxiliary I/O 9 (FPU selectable)
Shift register 3 CS
for K-USA customize
33
TK-5710(B)/5710H(B)
SEMICONDUCTOR DATA
Pin
No.
120
121
122
123
124
125
126
127
FTEMP1
ASQL
CV
RSSI
TEMP
BATT
FTEMP2
AVSS
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
−
128
AUX I/O
I/O
Port Name
I/O
Function
Temperature compensation 1 input
Analog squelch input
VCO CV input
RSSI input
Temperature Input
Battery level input
Temperature compensation 2 input
A/D converter power supply input
terminal
AUX input/ouput (for ANI board)
Shift Register:BU4094BCFV (Control unit IC728)
Pin
No.
1
2
3
4
5
Port Name
I/O
Function
STRB1
DAT
CLK
C
B
I
I
I
O
O
A
O
HR
VSS
NC
PTOS
O
−
O
O
12
EN
O
13
14
15
16
USEL
VRST
SOE
VDD
O
O
I
−
Latch clock input (Rising edge)
Serial data input
Serial clock input (Rising edge)
External MIC mute (L:Mute, H:Unmute)
External data line mute
(L:Mute, H:Unmute)
INT SP/EXT SP switching
(L:Normal SP, H:PA SP)
Horn alert (L:Relay off, H:Relay on)
GND
No connection
PTT output for scrambler board
(L:PTT on, H:PTT off)
VGS enable
(L:Enable Low, H: Enable High)
VGS USEL (L:19200bps, H:115200bps)
VGS reset (L:Reset Low, H:Reset High)
Output enable control input
Power supply input (5V)
6
7
8
9,10
11
Shift Register:BU4094BCFV (Control unit IC717)
Pin
No.
1
2
3
4~7
8
9,10
11
12
13
14
15
16
34
Port Name
I/O
STRB2
DAT
CLK
BC1~BC4
VSS
NC
AC
BUSY
EMG
PTOA
I
I
I
O
−
O
O
O
O
O
SOE
VDD
I
−
Function
Latch clock input (Rising edge)
Serial data input
Serial clock input (Rising edge)
Scrambler code 1~4 (L:Off, H:On)
GND
No connection
Scrambler on/off (L:On, H:Off)
Channel busy (L:Busy, H:Not busy)
Emergency on/off (L:On H:Off)
PTT output for ANI board
(L:PTT on, H:PTT off)
Output enable control input
Power supply input (5V)
Shift Register:BU4094BCFV (TX-RX unit IC600)
Pin
No.
1
2
3
4
Port Name
I/O
STRB3
DAT
CLK
VCO 1/2
I
I
I
O
5
STR
O
6
7
8
9,10
11
8RC
8TC
VSS
NC
WN1
O
O
−
O
O
12
WN2
O
13
VN
O
14
15
16
NC
SOE
VDD
O
I
−
Function
Latch clock input (Rising edge)
Serial data input
Serial clock input (Rising edge)
VCO 1/ VCO 2 switching
(L:VCO 2, H:VCO 1)
TX VCO/RX VCO switching
(L:TX, H:RX)
8R control (L:Off, H:On)
8T control (L:Off, H:On)
GND
No connection
CF 1st stage W/N switching
(Wide H:WN1, H:WN2, H:VN)
CF 2nd stage W/N switching
(Narrow L:WN1, L:WN2, H:VN)
CF 2nd stage W or N/VN switching
(APCO H:WN1, L:WN2, L:VN)
No connection
Output enable control input
Power supply input (5V)
D/A Converter : M62364FP (TX-RX unit IC738)
Pin
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
Port Name
VIN1
VOUT1
VOUT2
VIN2
VDD
LD
CLK
DI
VIN3
VOUT3
VOUT4
VIN4
VIN5
VOUT5
VOUT6
VIN6
DO
VDARef
RESET
GND
VIN7
VOUT7
VOUT8
VIN8
I/O
I
O
O
I
−
I
I
I
I
O
O
I
I
O
O
I
−
−
−
−
I
O
O
I
Function
RX AF input 1
RX AF output 1
RX AF output 2
RX AF input 2
5V (5C)
LD
Serial clock input
Serial data input
GND
BPF tuning
2nd local tuning
GND
TX modulation input
TX modulation output
Balance adjust
TX modulation input
No connection
2V (VREF)
5V (5C)
GND
3.3V (33A)
Frequency control
APC
5V (5C)
TK-5710(B)/5710H(B)
COMPONENTS DESCRIPTION
Control unit (X53-4120-10)
Ref. No.
IC700
IC701
IC702
IC703
IC704
IC705
IC706
IC707
IC708
IC709
IC710
IC711
IC712
IC713
IC714
IC715
IC716
IC717
IC718
IC719
IC720
IC721
IC722
IC723
IC724
IC725,726
IC727
IC728
IC729
IC730
IC731
IC732
IC733
IC734
IC735
IC736
IC737
IC738
IC739
IC740
IC741
IC742
IC743
Q700
Q701
Q702
Q703
Q704
Q705
Q706
Q707
Q708
Part name
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
Transistor
Transistor
Transistor
Transistor
FET
Transistor
Transistor
Transistor
Transistor
Description
RTC IC
EEPROM
Temperature DET
CPU
Reset IC
D-type flip flop
Voltage regulator (8C)
Voltage regulator (5C)
Voltage regulator (33A)
Voltage regulator (15D)
Voltage regulator (33M)
Voltage regulator (25D)
Flash ROM
Address decoder
OP AMP (DEO)
DSP
Voltage regulator (5V)
Shift register
OP AMP (VREF)
OP AMP (MIC AMP)
Analog switch (VGS)
Clock divider
Level converter
OP AMP (RX AF)
CODEC
Clock buffer
Analog switch
Shift register
OP AMP (MOD/RX AF)
FPGA
Analog switch (Scrambler)
Audio power AMP
OP AMP (MOD)
Analog switch (TAMS)
OP AMP (PC/MB)
Analog switch (VGS)
OP AMP (2nd Lo Tune)
D/A converter
OP AMP (RX audio)
OP AMP (Front end tune)
Voltage regulator (RTC5V)
OP AMP (Summing AMP)
Analog switch (DS)
Buffer (AUXO1)
Buffer (AUXO2)
Buffer (TXD2)
Buffer (TXD2)
DC switch (PSW)
DC switch (SBC)
DC switch (SBC)
DC switch (SBC)
DC switch (PSW)
Ref. No.
Q709
Q710
Q711
Q712
Q713
Q714
Q715,716
Q717
Q719
Q720
Q721
Q723
Q725
Q728
Q729
Q730
Q731
Q732
Q733
Q734
Q735
Q736
D650~653
D700~706
D707
D708,709
D710
D711,712
D713,714
D715~717
D719
D720
D721
D722
D723
D724
D725
D726
D727,728
D731,732
D734
D735
D736
D737
D738~742
D743,744
Part name
Transistor
Transistor
Transistor
Transistor
FET
Transistor
Transistor
Transistor
FET
FET
FET
FET
FET
Transistor
FET
Transistor
Transistor
Transistor
FET
FET
FET
FET
Diode
Diode
Zener diode
Diode
Zener diode
Diode
Zener diode
Diode
Zener diode
Diode
Zener diode
Diode
Zener diode
Diode
Zener diode
Diode
Diode
Zener diode
Diode
Zener diode
Varistor
Zener diode
Varistor
Diode
Description
DC switch (SBC)
DC switch (SBC)
DC switch (IGN)
DC switch (IGN)
DC switch (SB)
Buffer (RXD3)
Auto gain control
Buffer (RXD3)
DC switch (VATS)
Analog switch (Scrambler)
DC switch (Scrambler)
Analog switch (MIC/MIC2)
DC switch (Beat Shift)
DC switch (IGN)
RX audio mute switch
DC switch (HR)
RX audio mute switch
RX audio mute switch
DC switch (VARS)
DC switch (DS)
DC switch (BEEPS)
DC switch (SCSW)
Reverse current prevention
Voltage protection
Voltage protection
Voltage protection
Voltage protection
Voltage protection
Voltage protection
Reverse current prevention
Voltage regulator (5V)
Reverse current prevention
Voltage protection
Reverse current prevention
Voltage protection
Reverse current prevention
Voltage detection
Voltage protection
TX AGC detection
Voltage protection
Surge absorption
Voltage protection
Surge absorption
Voltage protection
Surge absorption
Voltage protection
35
TK-5710(B)/5710H(B)
COMPONENTS DESCRIPTION
TX-RX unit (X57-7030-10)
Ref. No.
IC204
IC205~207
IC209~211
IC212
IC213
IC214
IC400
IC401
IC402
IC600
IC601
Q150,151
Q200
Q201
Q202,203
Q205
Q206
Q207
Q208
Q209
Q212,213
Q400
Q401,402
Q403
Q404
Q405
Q406
Q407
Q408,409
Q412
Q413,414,416
Q417
Q418
Q419
Q598,599
Q600,601
Q602,603
D200~202
Part name
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
FET
Transistor
Transistor
Transistor
FET
Transistor
Transistor
Transistor
Transistor
FET
FET
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
Variable
capacitance diode
D203
Diode
D204
Diode
D205~212 Diode
D400~403 Diode
D404
Diode
D405~407 Variable
capacitance diode
D414~416 Variable
capacitance diode
D420,422,424 Variable
capacitance diode
D427~432 Variable
capacitance diode
36
Description
OP AMP
Multiplexer
Multiplexer
FM IC
Buffer
Multiplexer
PLL IC
Rheostat
OP AMP
Shift register
Voltage regulator
RF AMP
RF AMP
Local AMP
IF AMP
VCXO frequency AMP
DC switch
DC switch
Noise AMP
DC switch
DC switch
Buffer
DC switch
PLL fin AMP
VCO1/2 switch
VCO TX/RX switch
VCO1/2 switch
VCO TX/RX switch
RX VCO 1/2 switch
Ripple filter
VCO oscillation
Buffer AMP
PLL fin AMP
Buffer AMP
Lock detection
8T switch
8R switch
BPF control
Noise detection
Reverse current prevention
IF filter switch
PLL fin filter switch
Bypass diode
Frequency control
Frequency control
Frequency control
Frequency control
Ref. No.
Part name
D433
Variable
capacitance diode
Diode
DBM
D435,436
A400
Description
Modulator
Local switch
Double balanced mixer
Final unit (X45-3750-10) : TK-5710 (B)
Ref. No.
IC1
IC2
D1
D2
D3
D5
D6
D8
D9
D10
D11,12
Part name
Description
IC
IC
Diode
Zener diode
Diode
Diode
Diode
APC comparator
Power module
ANT switch
Protect of voltage
ANT switch
Forward wave rectification
Reflected wave rectification
Diode
Diode
Diode
Diode
Surge absorption
Protect of reverse connection
Combiner
ANT switch
Final unit (X45-3760-10) : TK-5710H (B)
Ref. No.
IC1
IC2
Q1,2
D1
D3
D4
D6,8,9
D10
D11
D12
Part name
IC
IC
FET
Zener diode
Diode
Diode
Diode
Diode
Diode
Diode
Description
TX drive AMP
DC AMP and APC comparator
Final AMP
Protect of voltage
Forward wave rectification
Reflected wave rectification
ANT switch
Surge absorption
Protect of reverse connection
Combiner
TK-5710(B)/5710H(B)
PARTS LIST
CAPACITORS
CC 45 TH 1H 220 J
1 2 3
4
5 6
Capacitor value
Color*
CC45
010 = 1pF
2
2 = Shape ... round, square, ect.
4 = Voltage rating
5 = Value
100 = 10pF
3 = Temp. coefficient
6 = Tolerance
102 = 1000pF = 0.001µF
1 = Type ... ceramic, electrolytic, etc.
2
0 = 22pF
Multiplier
101 = 100pF
2nd number
1st number
103 = 0.01µF
Temperature coefficient
1st Word
C
L
Color*
Black
0
Red
-80
ppm/
P
R
S
Orange Yellow Green
-150
-220
-330
T
U
Blue
-470
Violet
-750
2nd Word
G
30
ppm/
H
60
(%)
C
D
0.5
0.25
G
2
J
5
K
250
L
500
60ppm/
Example : CC45TH = -470
Tolerance (More than 10pF)
Code
J
120
(Less than 10pF)
K
10
M
20
X
+ 40
- 40
Z
P
No code
+ 80 + 100 More than 10µF -10
- 20
-0
Less than 4.7µF -10
+50
B
0.1
Gode
(pF)
C
0.25
D
0.5
F
1
G
2
+75
Voltage rating
2nd word
1st word
0
1
A
B
C
D
E
F
G
H
J
K
V
1.0
1.25
1.6
2.0
2.5
3.15
4.0
5.0
6.3
8.0
-
12.5 16
125 160
20
200
25 31.5
250 315
40
400
50
500
63
630
80
800
35
-
2
10
100
3
1000 1250 1600
2000 2500 3150 4000 5000 6300 8000
Chip capacitors
(EX)
C C 7 3
Dimension (Chip capacitors)
F
S L 1 H 0 0 0
J
Refer to the table above.
1
(EX)
2
3
4
5
6
7
(Chip)(CH,RH<UJ,SL)
1 = Type
2 = Shape
C K 7 3
3 = Dimension
4 = Temp. coefficient
1
2
-
F
3
F
4
1 H 0 0 0
5
6
Z
7
(Chip)(B,F)
Dimension code
Empty
A
B
C
D
E
5 = Voltage rating
6 = Value
7 = Tolerance
RESISTORS
Chip resistor (Carbon)
(EX)
R K 7 3
1
2
L
W
5.6 0.5
4.5 0.5
4.5 0.5
4.5 0.5
5.0 0.5
3.2 0.4
2.0 0.3
T
Less than 2.0
Less than 2.0
Less than 2.0
1.25 0.2 Less than 1.25
2.5 0.3 Less than 1.5
1.6 0.2 Less than 1.25
1.25 0.2 Less than 1.25
0.8 0.2 Less than 1.0
F
3.2 0.4
3.0 0.2
2.0 0.3
G
1.6 0.2
H
1.0 0.05 0.5 0.05
0.5 0.05
Dimension
E
B
2 B
0 0 0
J
3
4
5
6
7
L
T
(Chip)(B,F)
W
Carbon resistor (Nomal type)
(EX)
R D 1 4
1
2
B
3
1 = Type
2 = Shape
3 = Dimension
4 = Temp. coefficient
B
4
Dimension (Chip resistor)
2 C 0 0 0
5
6
J
7
5 = Rating wattage
6 = Value
7 = Tolerance
Dimension code
E
F
G
H
L
W
3.2 0.2 1.6 0.2
2.0 0.3 1.25 0.2
1.6 0.2 0.8 0.2
1.0 0.05 0.5
0.05
T
1.0
1.0
0.5 0.1
0.35 0.05
Rating wattage
Code Wattage Code Wattage Code Wattage
1J
1/16W
2C
1/6W
3A
1W
2A
2B
1/10W
1/8W
2E
2H
1/4W
1/2W
3D
2W
37
TK-5710(B)/5710H(B)
PARTS LIST
indicates safety critical components.
∗ New Parts.
Parts without Parts No. are not supplied.
Les articles non mentionnes dans le Parts No. ne sont pas fournis.
Teile ohne Parts No. werden nicht geliefert.
L: Scandinavia
Y: PX (Far East, Hawaii)
Y: AAFES (Europe)
K: USA
T: England
X: Australia
P: Canada
E: Europe
M: Other Areas
TK-5710 (B) (Y51-5040-10)
TK-5710H(B) (Y51-5050-10)
FINAL UNIT (X45-3750-10)
New
Ref. No. Address parts
Parts No.
Description
TK-5710 (B)
1
2
6
10
14
3A
1B
2A
2E
2B
15
16
17
18
19
1A
1E
2B
1A,3A
1A
21
25
27
28
33
1A
2B
1A
3B
3A
34
37
38
39
41
3A
2A,2B
2A,2B,1E
2A
2A
∗
∗
∗
42
43
45
46
49
2B
2B
3A
1B
2B
50
51
52
57
62
1E
2E
2E,3E
3E
1B,3A
A
B
D
E
H
Destination
New
Ref. No. Address parts
22
26
27
28
29
2C
1D
1C
3C
1C
∗
30
31
32
33
34
1C
1C
2C
3C
3C
∗
∗
∗
36
38
39
41
1C
2C
2C
2D
42
44
47
48
49
2D
2D
3C
1D
2D
50
51
53
58
61
1G
2G
2G.3G
3G
2D
Parts No.
Description
E37-1156-05
F10-1488-02
F10-2265-13
F10-3012-04
F10-3015-04
FLAT CABLE(X45:CN9-X57:CN601)
SHIELDING PLATE(FINAL:X45)
SHIELDING COVER(VCO, TX-RX:X57)
SHIELDING PLATE(CONTROL:X53)
SHIELDING PLATE(X45 LPF)
F10-3016-04
F10-3039-04
F10-3040-04
G02-0599-04
G02-0709-04
SHIELDING PLATE(X45 POWER MODULE)
SHIELDING PLATE(X45 DC)
SHIELDING PLATE(X45 ACC)
FLAT SPRING(AVR)
FLAT SPRING(AUDIO AMP)
G02-0729-14
G02-0894-04
G11-4379-04
G11-4381-04
G53-1626-03
FLAT SPRING
EARTH SPRING(FINAL AMP)
SHEET
SHEET
PACKING(D-SUB CAP)
∗
∗
∗
∗
∗
G53-1657-04
G53-1659-04
G53-1667-11
G53-1668-11
G53-1687-04
PACKING(ANT)
PACKING(DC/ACC)
PACKING(TOP)
PACKING(BOTTOM)
PACKING(D-SUB)
∗
∗
∗
∗
∗
H02-0626-04
H12-3176-02
H12-3185-02
H52-2074-02
J32-0722-04
INNER CARTON CASE
PACKING FIXTURE(HEAD-SPACE)
PACKING FIXTURE(TOP,BOTTOM)
ITEM CARTON CASE
HEXAGON BOSS(X45 FET)
62
1D,3C,3D ∗
J39-0651-05
SPACER(TOP,BOTTOM CABINET)
N09-2292-05
N32-3008-45
N35-2604-43
N67-3008-46
N68-3008-46
HEXAGON HEAD SCREW(D-SUB)
FLAT HEAD MACHINE SCREW(CABINET)
BINDING HEAD MACHINE SCREW(HEXAGON)
PAN HEAD SEMS SCREW(POWER MODULE)
PAN HEAD SEMS SCREW(FINAL AMP)
A01-2161-22
A01-2162-22
A10-1388-41
B62-1816-10
E04-0167-05
METALLIC CABINET(TOP)
METALLIC CABINET(BOTTOM)
CHASSIS
INSTRUCTION MANUAL
RF COAXIAL RECEPTACLE(M)
E37-0179-05
E37-0733-05
E37-0772-25
E37-1147-05
E37-1149-05
LEAD WIRE WITH MINIPIN PLUG(X45-X57)
SHORT PLUG(SP)
ACCESSORY
LEAD WIRE WITH CONNECTOR(D-SUB)
FLAT CABLE(X53:CN782-X57:CN600)
LEAD WIRE WITH CONNECTOR(DC2P/ACC9P)
E37-1153-05
F10-1479-03
F10-2265-13
F10-3012-04
G02-0599-04
FLAT CABLE(X45:CN9-X57:CN601)
SHIELDING PLATE(FINAL:X45)
SHIELDING COVER(VCO, TX-RX:X57)
SHIELDING PLATE(CONTROL:X53)
FLAT SPRING(AVR)
G02-0709-04
G11-4378-04
G11-4379-04
G11-4381-04
G53-1626-03
FLAT SPRING(AUDIO AMP)
SHEET
SHEET
SHEET
PACKING(D-SUB CAP)
∗
∗
∗
∗
∗
G53-1657-04
G53-1658-04
G53-1665-12
G53-1666-12
G53-1687-04
PACKING(ANT)
PACKING(DC/ACC)
PACKING(TOP)
PACKING(BOTTOM)
PACKING(D-SUB)
∗
∗
∗
∗
∗
H02-0626-04
H12-3176-02
H12-3183-02
H52-2073-02
J39-0651-05
INNER CARTON CASE
PACKING FIXTURE(HEAD-SPACE)
PACKING FIXTURE(TOP,BOTTOM)
ITEM CARTON CASE
SPACER(TOP,BOTTOM CABINET)
A
B
C
E
F
2D
1D,3C
1C
1C
1C
2B
1B,3A
1A
1A
1A,2A,2B,3B
N09-2292-05
N32-3008-45
N35-3006-46
N67-3008-46
N87-2606-46
HEXAGON HEAD SCREW(D-SUB)
FLAT HEAD MACHINE SCREW(CABINET)
BINDING HEAD MACHINE SCREW(DC TERMINAL)
PAN HEAD SEMS SCREW(POWER MODULE)
BRAZIER HEAD TAPTITE SCREW(PCB)
G
H
I
J
2D
1C,2C,3C
1C
2D
N68-4006-46
N87-2606-46
N87-2612-46
N87-3008-46
PAN HEAD SEMS SCREW(DC TERMINAL)
BRAZIER HEAD TAPTITE SCREW(PCB)
BRAZIER HEAD TAPTITE SCREW(SHIELD)
BRAZIER HEAD TAPTITE SCREW(DC/ACC,ANT)
I
J
1A
1B,2B
N87-2612-46
N87-3008-46
BRAZIER HEAD TAPTITE SCREW(SHIELD)
BRAZIER HEAD TAPTITE SCREW(DC/ACC,ANT)
63
65
1G
3C
N99-0365-05
W09-0971-05
SCREW SET
LITHIUM CELL(X53)
63
65
1E
3B
N99-0365-05
W09-0971-05
SCREW SET
LITHIUM CELL(X53)
∗
∗
∗
∗
∗
3
4
7
10
14
3C
1D
2C
2G
2D
15
16
17
18
20
1C,2C
1G
2D
2C,3C
2D
38
∗
∗
∗
∗
A01-2163-21
A01-2164-21
A10-4092-12
B62-1816-10
E04-0167-05
METALLIC CABINET(TOP)
METALLIC CABINET(BOTTOM)
CHASSIS
INSTRUCTION MANUAL
RF COAXIAL RECEPTACLE(M)
E37-0179-05
E37-0733-05
E37-0773-35
E37-1147-05
E37-1150-05
LEAD WIRE WITH MINIPIN PLUG(X45-X57)
SHORT PLUG(SP)
ACCESSORY
LEAD WIRE WITH CONNECTOR(D-SUB)
FLAT CABLE(X53:CN782-X57:CN600)
LEAD WIRE WITH CONNECTOR(DC4P/ACC9P)
∗
∗
∗
ACCESSORY
FINAL UNIT (X45-3750-10) :TK-5710 (B)
ACCESSORY
TK-5710H(B)
∗
∗
C4 -6
C8
C9
C10
C11
CK73FB1H102K
C90-5299-05
C93-0560-05
CM73F2H180J
CC73GCH1H471J
CHIP C
1000PF K
ALUMINIUM ELECTRO 470UF 25WV
CHIP C
10PF
D
CHIP C
18PF
J
CHIP C
470PF J
C12
C13
C14
C15
C16
CK73FB1H102K
CK73GB1H102K
C93-0562-05
CK73FB1H102K
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
15PF
1000PF
1000PF
K
K
J
K
K
C17
C19
C20
C21
CC73FCH1H220J
CK73GB1E333J
CM73F2H470J
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
22PF
0.033UF
47PF
1000PF
J
J
J
K
∗
Destination
TK-5710(B)/5710H(B)
PARTS LIST
FINAL UNIT (X45-3750-10)
FINAL UNIT (X45-3760-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
IC1
IC2
TH1
C22
C23
C24
C25
C27
C93-0562-05
C93-0563-05
C93-0564-05
CK73FB1H102K
CC73FCH1H330J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
15PF
18PF
22PF
1000PF
33PF
J
J
J
K
J
C31
C34
C40 ,41
C42
C46
CK73FB1H102K
CK73GB1H102K
CK73FB1H102K
C93-0565-05
C93-0564-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
1000PF
27PF
22PF
K
K
K
J
J
CK73FB1H102K
C90-5299-05
CK73FB1H102K
CK73GB1H102K
C93-0563-05
CHIP C
1000PF K
ALUMINIUM ELECTRO 470UF 25WV
CHIP C
1000PF K
CHIP C
1000PF K
CHIP C
18PF
J
CC73GCH1H821J
E04-0154-05
E23-0902-05
E40-6429-05
E23-1118-05
CHIP C
820PF J
PIN SOCKET
TERMINAL
FLAT CABLE CONNECTOR
TERMINAL
W2
L1
L2
L3 -5
L7
E37-0705-05
L34-4520-05
L34-4523-05
L34-4520-05
L34-4523-05
LEAD WIRE WITH CONNECTOR
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
L8
R1
R2 ,3
R4
R5
L34-4520-05
RK73FB2A821J
RK73FB2A100J
RK73FB2A821J
RK73GB1J103J
AIR-CORE COIL
CHIP R
820
CHIP R
10
CHIP R
820
CHIP R
10K
J
J
J
J
1/10W
1/10W
1/10W
1/16W
C44 ,45
C46 ,47
C48 ,49
C50 ,51
C53 ,54
R6
R7
R9
R11
R12
R92-0670-05
RK73GB1J102J
R92-1288-05
RK73GB1J104J
RK73GB1J101J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
1.0K
56
100K
100
J
J
J
J
1/16W
1W
1/16W
1/16W
R13
R14
R15
R16
R17
RK73GB1J273J
RK73GB1J334J
RK73GB1J682J
RK73GB1J334J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
27K
330K
6.8K
330K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R18
R19
R22
R23
R27
R92-0670-05
RK73FB2A820J
RK73GB1J104J
RK73FB2A820J
RK73FB2A102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
82
100K
82
1.0K
J
J
J
J
1/10W
1/16W
1/10W
1/10W
R28
R29
R30
R32
R33
RK73FB2A122J
R92-1252-05
RK73FB2A473J
RK73FB2A102J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.2K
0 OHM
47K
1.0K
0 OHM
J
J
J
J
J
1/10W
1/16W
1/10W
1/10W
1/16W
R34
VR1
D1
D2
D3
RK73GB1J104J
R12-6427-05
MA4PH633
02DZ6.2(Y)
MA4PH633
CHIP R
100K
J 1/16W
TRIMMING POT.(47K)
DIODE
ZENER DIODE
DIODE
D5 ,6
D8
D9
D10
D11 ,12
HSM88AS
22ZR-10D
DSA3A1-FK
1SS388
MA4PH633
DIODE
SURGE ABSORBER
DIODE
DIODE
DIODE
C47 ,48
C49 ,50
C52 ,53
C54
C55
C56
CN1 ,2
CN7
CN9
CN10
∗
∗
∗
Parts No.
TA75W01FU
RA60H1317M1-23
S1R104J475H
Description
Destination
MOS-IC
MOS-IC(POWER MODULE)
THERMISTOR
FINAL UNIT (X45-3760-10) : TK-5710H(B)
C1
C2
C6
C8
C9
CC73FCH1H050C
CK73GB1H102K
CK73FB1H102K
CK73GB1H102K
CK73FB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C90-4126-05
C93-0564-05
C93-0563-05
C93-0603-05
CK73GB1H102K
ALUMINIUM ELECTRO 680UF 25WV
CHIP C
22PF
J
CHIP C
18PF
J
CHIP C
1000PF K
CHIP C
1000PF K
C20
C21 ,22
C23
C24
C25 ,26
C93-0559-05
C93-0568-05
CK73GB1C104K
CK73GB1H102K
C93-0603-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C29 -32
C33
C34 ,35
C40 ,41
C42 ,43
C93-0573-05
CK73GB1H102K
C93-0573-05
CC73FCH1H471J
C93-0868-05
CHIP C
120PF J
CHIP C
1000PF K
CHIP C
120PF J
CHIP C
470PF J
MICA CAPACITOR 240PF 300WV
CK73FB1H103K
CM73F2H101J
CK73FB1E104K
C90-4126-05
CM73F2H300J
CHIP C
0.010UF K
CHIP C
100PF J
CHIP C
0.10UF K
ALUMINIUM ELECTRO 680UF 25WV
CHIP C
30PF
J
C56
C57
C58
C59
C62
C93-0571-05
C93-0603-05
CM73F2H090D
C93-0571-05
CM73F2H180J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
82PF
1000PF
9.0PF
82PF
18PF
J
K
D
J
J
C63
C64
C65
C67
C70
CM73F2H181J
CC73FCH1H220J
CK73FB1H102K
CK73FB1H102K
CM73F2H181J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
180PF
22PF
1000PF
1000PF
180PF
J
J
K
K
J
C71
C72
C73
C74
C75
CK73FB1H102K
C93-0603-05
CK73FB1H102K
CM73F2H060D
CM73F2H100D
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
1000PF
6.0PF
10PF
K
K
K
D
D
C76
C77
C78
C79
C80
CK73FB1H102K
CM73F2H101J
CM73F2H270F
CC73FCH1H090D
C92-0777-05
CHIP C
CHIP C
CHIP C
CHIP C
ELECTRO
1000PF
100PF
27PF
9.0PF
1000UF
K
J
F
D
25WV
CM73F2H270F
C93-0603-05
CM73F2H270F
CK73FB1H102K
CM73F2H220C
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
27PF
1000PF
27PF
1000PF
22PF
F
K
F
K
C
CK73FB1H102K
CK73GB1H102K
CK73FB1H102K
CC73FCH1H050C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
1000PF
5.0PF
K
K
K
C
C11
C14
C15
C16 ,17
C18
C81
C82
C83
C84
C85
C86
C87 ,88
C89
C90
∗
∗
∗
∗
∗
∗
∗
5.0PF
1000PF
1000PF
1000PF
1000PF
9.0PF
47PF
0.10UF
1000PF
1000PF
C
K
K
K
K
D
J
K
K
K
39
TK-5710(B)/5710H(B)
PARTS LIST
FINAL UNIT (X45-3760-10)
CONTROL UNIT (X53-4120-10)
New
Ref. No. Address parts
C91
C93
C97
C98
CN1 ,2
Parts No.
Description
CHIP C
CHIP C
CHIP C
CHIP C
PIN SOCKET
E23-1116-05
E40-6429-05
E23-1118-05
E37-1218-05
L41-4778-08
RELAY TERMINAL
FLAT CABLE CONNECTOR
TERMINAL
LEAD WIRE WITH CONNECTOR
SMALL FIXED INDUCTOR(47NH)
L2 ,3
L4 ,5
L6 ,7
L8 ,9
L10 ,11
L34-4520-05
L34-4556-05
L34-4520-05
L34-4517-05
L34-4520-05
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
L13
L14 -17
L18 -22
R5
R6
L34-4523-05
L34-4805-05
L92-0179-05
R92-0670-05
RK73GB1J103J
AIR-CORE COIL
AIR-CORE COIL
CHIP FERRITE
CHIP R
0 OHM
CHIP R
10K
J 1/16W
R7
R8 ,9
R10
R11
R12
RK73GB1J272J
R92-1252-05
RK73GB1J102J
RK73GB1J103J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
2.7K
0 OHM
1.0K
10K
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R13
R14
R15
R16
R17 ,18
RK73GB1J101J
RK73GB1J274J
RK73GB1J334J
RK73GB1J473J
R92-1264-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
270K
330K
47K
5.6
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1W
R20
R21
R23 ,24
R25
R26
RK73GB1J332J
R92-1252-05
RK73GB1J104J
R92-1221-05
RK73FB2A101J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
0 OHM
100K
82
100
J
J
J
J
J
1/16W
1/16W
1/16W
1/4W
1/10W
R27
R28
R29
R31
R33
R92-1204-05
R92-1319-05
RK73FB2A224J
R92-0670-05
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
82
220K
0 OHM
0 OHM
J 1/4W
J 1W
J 1/10W
R36
R37
R38
R39
R40
RK73FB2A221J
RK73FB2A820J
RK73FB2A102J
RK73FB2A563J
R92-0670-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
220
82
1.0K
56K
0 OHM
J
J
J
J
1/10W
1/10W
1/10W
1/10W
R41 ,42
R43 ,44
R46 -48
R49 -51
R53
R92-1279-05
R92-2673-05
R92-2673-05
R92-1279-05
R92-1279-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33
1.0
1.0
33
33
J
J
J
J
J
1W
1W
1W
1W
1W
R54
R56 ,57
R58
VR1
D1
R92-0670-05
RK73FB2A103J
RK73GB1J102J
R12-6431-05
02DZ5.6(X,Y)
CHIP R
0 OHM
CHIP R
10K
J 1/10W
CHIP R
1.0K
J 1/16W
TRIMMING POT.(220K)
ZENER DIODE
D3 ,4
D6
D8 ,9
D10
D11
HSM88AS
MA4P4002F
MA4PH633
ZSH5MA27
DF25V60
DIODE
DIODE
DIODE
SURGE ABSORBER
DIODE
CN3 ,4
CN9
CN10
W2
L1
40
∗
∗
∗
∗
∗
∗
New
Ref. No. Address parts
D12
IC1
IC2
Q1 ,2
TH1
CK73FB1H102K
CM73F2H240C
CM73F2H220C
CC73FCH1H101J
E04-0154-05
∗
∗
1000PF
24PF
22PF
100PF
Destination
K
C
C
J
TH3
∗
∗
Parts No.
Description
MA2S111
RA13H1317M-31
TA75W01FU
RD100HHF1-02
S1R104J475H
DIODE
HYBRID IC(POWER MODULE)
MOS-IC
FET
THERMISTOR
S1R104J475H
THERMISTOR
Destination
CONTROL UNIT (X53-4120-10) : TK-5710 (B) / 5710H(B)
C601
C603
C605
C608
C610
CK73HB1A104K
CK73HB1A104K
CK73HB1C103K
CK73HB1A104K
CK73GB0J105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.10UF
0.010UF
0.10UF
1.0UF
K
K
K
K
K
C611
C652,653
C654
C655
C656-660
CC73GCH1H101J
CK73GB1E105K
CK73GB1C104K
CC73GCH1H470J
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
1.0UF
0.10UF
47PF
1000PF
J
K
K
J
K
C661
C662
C663
C664
C665
CK73GB1C104K
CC73GCH1H470J
CK73GB1C104K
CK73GB0J475K
CK73GB1H103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
47PF
0.10UF
4.7UF
0.010UF
K
J
K
K
K
C700
C701
C702
C703
C704
CK73GB1H102K
CK73GB1C473K
CK73GB1H471K
CC73GCH1H101J
CK73GB1C473K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
0.047UF
470PF
100PF
0.047UF
K
K
K
J
K
C705
C706
C707
C708
C710
CK73GB1C104K
CK73GB1C473K
CK73FB1E474K
CK73GB1H471K
CK73GB1C473K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.047UF
0.47UF
470PF
0.047UF
K
K
K
K
K
C711
C712
C713
C714,715
C716,717
CK73GB1C104K
CK73GB1A105K
CK73FB0J106K
CK73GB1A105K
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
1.0UF
10UF
1.0UF
0.10UF
K
K
K
K
K
C718-721
C722-732
C733
C734
C735
CC73GCH1H101J
CK73GB1H102K
CC73GCH1H101J
CK73GB1H102K
CC73GCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
1000PF
100PF
1000PF
100PF
J
K
J
K
J
C736
C737-741
C743-745
C746-748
C749
CK73GB1H102K
CC73GCH1H101J
CC73GCH1H101J
CK73GB1C104K
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
100PF
100PF
0.10UF
1000PF
K
J
J
K
K
C751
C753
C754
C756
C757
CK73GB1H472K
CK73HB1A104K
CK73HB1H102K
CK73HB1A104K
C92-0754-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4700PF
0.10UF
1000PF
0.10UF
4.7UF
K
K
K
K
20WV
C758
C759,760
C761
C762
C763
CK73HB1A104K
CK73GB1H471K
CK73HB1A104K
C92-1431-05
C92-0628-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP-TAN
0.10UF
470PF
0.10UF
33UF
10UF
K
K
K
16WV
10WV
J 1/16W
TK-5710(B)/5710H(B)
PARTS LIST
CONTROL UNIT (X53-4120-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
C764-767
C768
C769
C770
C771
CK73FB0J106K
CK73HB1A104K
CC73GCH1H390J
CK73GB1H102K
C92-0713-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP-TAN
10UF
0.10UF
39PF
1000PF
10UF
K
K
J
K
6.3WV
C862
C863
C864
C865-867
C868
CC73GCH1H101J
CK73GB1H102K
C92-0720-05
CK73GB1H103K
CK73GB1C104K
CHIP C
CHIP C
ELECTRO
CHIP C
CHIP C
100PF
1000PF
100UF
0.010UF
0.10UF
J
K
25WV
K
K
C772,773
C775
C776
C778
C780,781
CK73HB1C103K
CK73HB1C103K
C92-0713-05
CK73HB1C103K
CK73HB1C103K
CHIP C
CHIP C
CHIP-TAN
CHIP C
CHIP C
0.010UF
0.010UF
10UF
0.010UF
0.010UF
K
K
6.3WV
K
K
C869
C871
C872
C874
C875
CK73GB1H103K
CK73GB1C104K
C92-0719-05
CK73GB1C104K
CK73GB1H103K
CHIP C
CHIP C
ELECTRO
CHIP C
CHIP C
0.010UF
0.10UF
47UF
0.10UF
0.010UF
K
K
25WV
K
K
C783,784
C785
C786
C787
C788
CK73HB1C103K
CK73GB1C104K
CK73GB0J105K
CC73GCH1H101J
CK73GB1H103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
0.10UF
1.0UF
100PF
0.010UF
K
K
K
J
K
C878
C879
C880
C881
C889
CK73GB1C104K
CK73GB1H103K
CK73GB1C104K
CK73GB1H103K
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.010UF
0.10UF
0.010UF
0.10UF
K
K
K
K
K
C789,790
C791
C792
C793,794
C795
C92-0628-05
CC73GCH1H220J
CK73GB1C104K
C92-0804-05
CK73GB1C104K
CHIP-TAN
CHIP C
CHIP C
CHIP-TAN
CHIP C
10UF
22PF
0.10UF
1.5UF
0.10UF
10WV
J
K
15WV
K
C890,891
C892-899
C900
C901,902
C904
CK73GB1H103K
CK73GB1H102K
CC73GCH1H470J
CK73GB1C104K
CK73GB1H103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
1000PF
47PF
0.10UF
0.010UF
K
K
J
K
K
C796
C797
C798
C799
C800,801
CK73GB1C104K
CC73GCH1H101J
CK73GB0J105K
C92-0628-05
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP C
0.10UF
100PF
1.0UF
10UF
0.10UF
K
J
K
10WV
K
C905,906
C907-909
C910,911
C912
C914
CK73GB1C104K
CK73GB1H103K
C92-0633-05
C92-0585-05
CK73GB1C104K
CHIP C
CHIP C
CHIP-TAN
CHIP-TAN
CHIP C
0.10UF
0.010UF
22UF
4.7UF
0.10UF
K
K
10WV
16WV
K
C802,803
C804,805
C808
C809
C810
CK73GB0J475K
CK73GB1C104K
CK73GB1H103K
CK73GB1C104K
CK73GB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4.7UF
0.10UF
0.010UF
0.10UF
470PF
K
K
K
K
K
C915
C916-919
C921,922
C995
C996
CK73GB1C473K
CC73HCH1H330J
CK73GB0J475K
C92-0628-05
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP C
0.047UF
33PF
4.7UF
10UF
0.10UF
K
J
K
10WV
K
C811
C812
C814
C815
C818
CK73GB1C104K
CK73GB1H471K
C92-0712-05
CK73GB0J105K
CK73FB0J106K
CHIP C
CHIP C
CHIP-TAN
CHIP C
CHIP C
0.10UF
470PF
22UF
1.0UF
10UF
K
K
6.3WV
K
K
C997
C998
C999
CN702
CN705
CK73GB1H471K
CK73GB1C104K
CK73GB1H222K
E40-5703-05
E40-6202-05
CHIP C
470PF K
CHIP C
0.10UF K
CHIP C
2200PF K
PIN ASSY
FLAT CABLE CONNECTOR
C820
C822
C823,824
C825
C826,827
CK73FB0J106K
CK73GB1E105K
CK73GB1C104K
CC73GCH1H220J
CK73GB1E105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
10UF
1.0UF
0.10UF
22PF
1.0UF
K
K
K
J
K
CN709
CN724
CN728
CN744
CN755
E40-6050-05
E40-5661-05
E40-5960-05
E40-6357-05
E40-6357-05
FLAT CABLE CONNECTOR
SOCKET FOR PIN ASSY
PIN ASSY
PIN ASSY
PIN ASSY
C829
C833
C837
C838,839
C841
CK73GB1H103K
CK73GB1E105K
CK73FB0J106K
C92-0633-05
C92-0628-05
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP-TAN
0.010UF
1.0UF
10UF
22UF
10UF
K
K
K
10WV
10WV
CN771
CN782
CN783
W700
F700
E40-6357-05
E40-6438-05
E40-5066-05
E37-0707-05
F53-0278-05
PIN ASSY
FLAT CABLE CONNECTOR
PIN ASSY
LEAD WIRE WITH CONNECTOR
FUSE(5.0A)
C844
C845
C846,847
C848
C849
C92-0633-05
CK73GB1H122K
CK73GB1H103K
C92-0633-05
CC73GCH1H101J
CHIP-TAN
CHIP C
CHIP C
CHIP-TAN
CHIP C
22UF
1200PF
0.010UF
22UF
100PF
10WV
K
K
10WV
J
F701
CN701
L650
L700,701
L704-715
F53-0195-05
J19-5386-05
L92-0446-05
L92-0140-05
L92-0163-05
FUSE(2.5A)
HOLDER
BEADS CORE
CHIP FERRITE
BEADS CORE
C850
C851
C852
C853,854
C855
CK73GB1C104K
CK73GB1H472K
CK73GB0J475K
CK73GB1H103K
CK73GB0J475K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
4700PF
4.7UF
0.010UF
4.7UF
K
K
K
K
K
L716,717
L718
L721
L722,723
L724-732
L92-0162-05
L92-0446-05
L92-0446-05
L92-0140-05
L92-0179-05
BEADS CORE
BEADS CORE
BEADS CORE
CHIP FERRITE
CHIP FERRITE
C856
C857
C858
C859
C860
CK73GB1H103K
CC73GCH1H121J
CK73GB1H392K
C92-0719-05
CK73GB0J475K
CHIP C
CHIP C
CHIP C
ELECTRO
CHIP C
0.010UF
120PF
3900PF
47UF
4.7UF
K
J
K
25WV
K
X700
X701
CP700-702
CP703,704
R603
L77-2304-05
L77-1962-05
R90-0743-05
R90-0745-05
R92-1368-05
CRYSTAL RESONATOR(32768HZ)
VCXO(18.432MHZ)
MULTIPLE RESISTOR(47K∗2)
MULTIPLE RESISTOR(470K∗2)
CHIP R
0 OHM
∗
∗
Destination
41
TK-5710(B)/5710H(B)
PARTS LIST
CONTROL UNIT (X53-4120-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
J 1/16W
J 1/16W
J 1/16W
R709
R710
R711
R712
R713
RK73GB1J104J
RK73GB1J473J
RK73GB1J473J
RK73GB1J473J
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
47K
47K
47K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
10
47
470K
10
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R714
R715
R716
R717
R718
RK73GB1J473J
RK73GB1J102J
RK73GB1J473J
RK73GB1J102J
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
47K
1.0K
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
100
22
0 OHM
22K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R719
R720
R721
R722
R723
RK73GB1J102J
RK73GB1J473J
RK73GB1J102J
RK73GB1J473J
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
47K
1.0K
47K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
RK73GB1J103J
RK73HB1J100J
RK73GB1J563J
RK73GB1J274J
RK73GB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
10
56K
270K
33K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R724
R726
R728,729
R730-734
R735
RK73GB1J473J
RK73GB1J102J
RK73GB1J473J
RK73GB1J102J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
47K
1.0K
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R634-636
R637-640
R650
R651
R652
RK73GB1J102J
RK73GB1J333J
R92-0670-05
R92-1252-05
RK73GB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
33K
0 OHM
0 OHM
470K
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R736
R737
R738
R739
R740
RN73GH1J512D
RN73GH1J272D
RK73GB1J103J
R92-1252-05
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
5.1K
2.7K
10K
0 OHM
1.0K
D
D
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R653
R654,655
R656-658
R659
R660
RK73GB1J470J
RK73GB1J474J
RK73GB1J470J
RK73GB1J474J
RK73GB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
470K
47
470K
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R741-744
R745
R746
R748
R749
RK73GB1J473J
RK73HB1J104J
RK73HB1J473J
RK73HB1J473J
RK73HB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
100K
47K
47K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R661
R662
R663,664
R665
R666
RK73GB1J333J
RK73GB1J100J
RK73GB1J333J
RK73GB1J100J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
10
33K
10
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R750
R751
R752,753
R754
R755
RK73HB1J104J
RK73HB1J474J
RK73HB1J472J
RK73HB1J474J
R92-0670-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
470K
4.7K
470K
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R667
R668
R669
R670
R671
RK73GB1J684J
RK73GB1J474J
RK73GB1J100J
RK73GB1J333J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
680K
470K
10
33K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R756
R757
R758
R759
R760
RK73HB1J473J
RK73GB1J104J
R92-1368-05
RK73HB1J472J
RK73GB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
100K
0 OHM
4.7K
33K
J 1/16W
J 1/16W
R672,673
R674
R675
R676
R678
RK73GB1J100J
RK73GB1J474J
RK73GB1J184J
RK73GB1J333J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
470K
180K
33K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R761
R762,763
R764
R765
R766
RK73GB1J473J
RN73HH1J102D
RK73HH1J393D
RK73HH1J123D
RK73HB1J472J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
39K
12K
4.7K
J
D
D
D
J
1/16W
1/16W
1/16W
1/16W
1/16W
R680,681
R682
R685
R686
R687
R92-1368-05
R92-1252-05
R92-1252-05
RK73GB1J223J
RK73GB1J153J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
0 OHM
0 OHM
22K
15K
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R767
R768
R769
R771
R772
R92-0670-05
RK73FB2A471J
RK73HB1J472J
RK73GB1J472J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
470
4.7K
4.7K
100K
J
J
J
J
1/10W
1/16W
1/16W
1/16W
R690
R693,694
R697
R701
R702
R92-0670-05
R92-0670-05
R92-0670-05
R92-1252-05
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
0 OHM
0 OHM
0 OHM J 1/16W
1.0K
J 1/16W
R773
R774,775
R776
R777
R778-782
RK73HB1J474J
RK73GB1J473J
RK73HB1J474J
RK73GB1J473J
RK73HB1J101J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
47K
470K
47K
100
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
RK73GB1J103J
R92-3591-05
RK73GB1J102J
RK73GB1J104J
RK73GB1J103J
CHIP R
METAL-R
CHIP R
CHIP R
CHIP R
10K
1.0K
1.0K
100K
10K
R783
R784-786
R787
R788
R789
RK73HB1J473J
RK73HB1J101J
RK73HB1J474J
RK73FB2A473J
RK73HB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
100
470K
47K
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/10W
1/16W
R604,605
R606
R607
R608,609
R610,611
RK73HB1J100J
R92-1368-05
RK73HB1J474J
RK73HB1J100J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
0 OHM
470K
10
470K
R612
R613,614
R615
R616,617
R618
RK73HB1J100J
RK73HB1J470J
RK73HB1J474J
RK73HB1J100J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
R619,620
R621
R623,624
R625
R627
RK73HB1J470J
RK73HB1J101J
RK73GB1J220J
R92-1252-05
RK73GB1J223J
R628
R629
R630
R631
R632,633
R703
R704
R705
R706,707
R708
42
∗
J 1/16W
J
J
J
J
J
1/16W
1/2W
1/16W
1/16W
1/16W
J 1/16W
J 1/16W
TK-5710(B)/5710H(B)
PARTS LIST
CONTROL UNIT (X53-4120-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
R908
R909
R910
R911
R912
RK73GB1J103J
RK73GB1J473J
RK73GB1J103J
RK73GB1J393J
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
47K
10K
39K
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R913
R914
R916
R917
R918,919
RK73GB1J184J
RK73GB1J103J
RK73GB1J103J
RK73HB1J103J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
180K
10K
10K
10K
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R920
R922
R923,924
R926
R928
RK73GB1J333J
RK73HB1J104J
RK73GB1J473J
RN73GH1J473D
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
100K
47K
47K
47K
J
J
J
D
J
1/16W
1/16W
1/16W
1/16W
1/16W
J 1/16W
J 1/16W
J 1/16W
R929
R930
R932
R933
R934
R92-1368-05
RK73GB1J333J
RN73GH1J273D
RN73GH1J184D
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
33K
J 1/16W
27K
D 1/16W
180K
D 1/16W
0 OHM
15K
10K
12K
560K
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R937,938
R939
R940
R941,942
R943
RK73GB1J223J
RK73HB1J470J
RK73GB1J223J
RK73HB1J470J
RK73GB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
22K
47
22K
47
33K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
4.7K
6.8K
8.2K
0 OHM
150K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R945
R946
R948
R949
R950
RK73GB1J103J
RK73GB1J105J
RK73GB1J103J
RK73GB1J474J
RK73GB1J394J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
1.0M
10K
470K
390K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
RK73GB1J333J
RK73GB1J123J
RK73GB1J474J
RK73GB1J104J
RK73GB1J224J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
12K
470K
100K
220K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R951
R955
R956
R957
R958,959
RK73GB1J154J
RK73GB1J474J
RK73GB1J123J
R92-1252-05
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
150K
470K
12K
0 OHM
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R859
R860
R861
R862
R863
RK73GB1J104J
R92-1252-05
RK73GB1J223J
R92-1252-05
RK73GB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
0 OHM
22K
0 OHM
33K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R960
R961
R962
R963
R964,965
R92-1252-05
RK73GB1J394J
RK73GB1J273J
RK73GB1J100J
RK73GB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
390K
27K
10
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R865
R866
R867
R868
R870
RK73GB1J104J
RK73GB1J473J
RK73GB1J333J
R92-1252-05
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
47K
33K
0 OHM
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R966
R967
R968
R969
R970,971
RK73GB1J102J
RK73GB1J104J
RK73GB1J273J
RK73GB1J274J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
100K
27K
270K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R874
R875
R876
R878
R879
RK73GB1J100J
RK73GB1J153J
RK73GB1J154J
RK73GB1J103J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
15K
150K
10K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R973
R974
R975
R976
R977
RK73GB1J104J
RK73GB1J563J
R92-1252-05
RK73GB1J334J
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
56K
0 OHM
330K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R882
R883
R886
R890
R891
RK73GB1J4R7J
RK73GB1J272J
RK73GB1J104J
RK73GB1J684J
RK73GB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
4.7
2.7K
100K
680K
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R978
R980
R981
R982
R983,984
RK73GB1J104J
RK73GB1J102J
RK73GB1J472J
RK73GB1J274J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
1.0K
4.7K
270K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R896
R897
R899,900
R903
R906
RK73GB1J274J
R92-1252-05
R92-1252-05
R92-1252-05
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
270K
0 OHM
0 OHM
0 OHM
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R987
R988
R993
R994
R995
R92-1252-05
RK73GB1J684J
RK73GB1J681J
RK73GB1J104J
RK73GB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
680K
680
100K
33K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R790
R791-810
R811
R812
R813
RK73GB1J102J
RK73HB1J101J
RK73HB1J474J
R92-1368-05
RK73GB1J274J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
100
470K
0 OHM
270K
J 1/16W
J 1/16W
J 1/16W
R814
R815
R816
R817,818
R819
RK73HB1J104J
RK73HB1J473J
RK73GB1J104J
R92-1368-05
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
47K
100K
0 OHM
0 OHM
J 1/16W
J 1/16W
J 1/16W
R820
R821
R822
R823
R824-826
RK73HB1J104J
RK73HB1J473J
R92-1368-05
RK73HB1J473J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
47K
0 OHM
47K
470K
J 1/16W
J 1/16W
R829-834
R835
R837
R838
R839
RK73HB1J473J
R92-1368-05
RK73GB1J473J
RK73GB1J102J
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
0 OHM
47K
1.0K
47K
J 1/16W
R840
R841
R842
R843
R844
RK73GB1J153J
RK73GB1J103J
RK73GB1J123J
RK73GB1J564J
RK73GB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
R845
R846
R847
R848
R849
RK73GB1J472J
RK73GB1J682J
RK73GB1J822J
R92-1252-05
RK73GB1J154J
R850
R854
R855
R856
R858
J 1/16W
J 1/16W
J 1/16W
J 1/16W
∗
43
TK-5710(B)/5710H(B)
PARTS LIST
CONTROL UNIT (X53-4120-10)
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
R996-998
R999
K700
D650,651
D652,653
RK73HB1J470J
R92-1252-05
S76-0434-05
CUS01
DA221
CHIP R
CHIP R
RELAY
DIODE
DIODE
D700-704
D705
D706
D707
D708
DA204U
1SS355
DA204U
02DZ18(X,Y)
DA204U
D709
D710
D711,712
D713,714
D715-717
47
J 1/16W
0 OHM J 1/16W
Destination
New
Ref. No. Address parts
Parts No.
Description
IC731
IC732
IC733
IC734
IC735
TC7W66FK
TDA8561Q
TC75W51FU
TC7S66FU
TA75W01FU
MOS-IC
BI-POLAR IC
MOS-IC
MOS-IC
MOS-IC
DIODE
DIODE
DIODE
ZENER DIODE
DIODE
IC736
IC737
IC738
IC739
IC740
TC7W66FK
LMC7101BIM5
M62364FP
TA75S01F
LMC7101BIM5
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
1SS355
02DZ18(X,Y)
DA204U
02DZ18(X,Y)
1SS388
DIODE
ZENER DIODE
DIODE
ZENER DIODE
DIODE
IC741
IC742
IC743
Q700,701
Q702,703
NJM78L05UA
TA75S01F
TC7S66FU
2SD2114K(W)
DTC114TUA
BI-POLAR IC
MOS-IC
MOS-IC
TRANSISTOR
DIGITAL TRANSISTOR
D719
D720
D721
D722
D723
02DZ15(X,Y)
1SS355
02DZ5.1(Y)
1SS355
02DZ10(Z)
ZENER DIODE
DIODE
ZENER DIODE
DIODE
ZENER DIODE
Q704
Q705
Q706
Q707
Q708,709
SSM3K15TE
DTC114YE
DTA114YE
DTC114EE
DTA114EE
FET
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
D724
D725
D726
D727,728
D731,732
1SS355
02DZ18(X,Y)
DA204U
RB706F-40
02DZ5.1(Y)
DIODE
ZENER DIODE
DIODE
DIODE
ZENER DIODE
Q710
Q711
Q712
Q713
Q714
DTC114EE
DTA114YE
DTC114TE
2SJ506(S)
DTC114YE
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
FET
DIGITAL TRANSISTOR
D734
D735
D736
D737
D738-742
∗
1SS355
02DZ5.1(Y)
MINISMDC075F24
02DZ5.1(Y)
AVRM1608C270K2
DIODE
ZENER DIODE
VARISTOR
ZENER DIODE
VARISTOR
Q715
Q716
Q717
Q719
Q720
2SC4738(GR)
2SA1832(GR)
DTC114YE
SSM3K15TE
2SJ243
TRANSISTOR
TRANSISTOR
DIGITAL TRANSISTOR
FET
FET
∗
DA204U
RV5C386A
AT24256N10SU27
MM1522XURE
30625MGP213GP
DIODE
MOS-IC
ROM IC
ANALOGUE IC
MICROPROCESSOR IC
Q721
Q723
Q725
Q728
Q729
SSM3K15TE
2SJ243
SSM3K15TE
DTC114TE
2SJ243
FET
FET
FET
DIGITAL TRANSISTOR
FET
S-80942CNNBG9C
TC4013BF(N)
LM2940T-8.0
TA7805F
XC6204B332M
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
Q730
Q731
Q732
Q733
Q734
DTC114EE
DTC144EE
2SD1757K
SSM3K15TE
SSM3K15TE
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
TRANSISTOR
FET
FET
XC6209B152M
XC6204B332M
XC6204B252M
29LV160BE90PBT
TC7S08FU
MOS-IC
MOS-IC
MOS-IC
ROM IC
MOS-IC
Q735,736
UM6K1N
FET
TC75S51F
320VC5416GGU12
NJM78L05UA
BU4094BCFV
TC75W51FU
MOS-IC
MICROPROCESSOR IC
BI-POLAR IC
MOS-IC
MOS-IC
IC720
IC721
IC722
IC723
IC724
TC7W66FK
TC7WH74FK
ADM202EARN
TA75S01F
AK4550VTP
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
IC725,726
IC727
IC728
IC729
IC730
TC7WU04FK
BU4053BCFV
BU4094BCFV
TC75W51FU
EX128TQ64I630C
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
D743,744
IC700
IC701
IC702
IC703
IC704
IC705
IC706
IC707
IC708
IC709
IC710
IC711
IC712
IC713
IC714
IC715
IC716
IC717
IC718,719
44
∗
∗
∗
∗
∗
Destination
TX-RX UNIT (X57-7030-10) :TK-5710 (B) / 5710 H(B)
C150
C151
C152
C154
C155
CC73GCH1H150J
CC73GCH1H220J
CC73GCH1H270J
CC73GCH1H101J
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
15PF
22PF
27PF
100PF
1000PF
C157
C159
C160-162
C163
C164
CK73GB1H102K
CC73GCH1H150J
CK73GB1H102K
C90-4085-05
CK73GB1H102K
CHIP C
1000PF K
CHIP C
15PF
J
CHIP C
1000PF K
ALUMINIUM ELECTRO 47UF 20WV
CHIP C
1000PF K
C165
C166
C167
C168,169
C170
CC73GCH1H180J
CK73GB1H102K
CC73GCH1H220J
CK73GB1H102K
CC73GCH1H470J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
18PF
1000PF
22PF
1000PF
47PF
J
J
J
J
K
J
K
J
K
J
TK-5710(B)/5710H(B)
PARTS LIST
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
C171
C200
C201
C202
C203
CK73GB1H103K
CC73GCH1H150J
CC73GCH1H120J
CC73GCH1H330J
CC73GCH1H120J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
15PF
12PF
33PF
12PF
K
J
J
J
J
C270
C271
C274
C275,276
C279
CC73GCH1H470J
CC73GCH1H101J
CK73GB1H103K
CK73GB1C104K
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
47PF
100PF
0.010UF
0.10UF
0.10UF
J
J
K
K
K
C204
C205
C206,207
C208
C209,210
CC73GCH1H150J
CK73GB1H103K
CC73GCH1H220J
CC73GCH1H180J
CC73GCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
15PF
0.010UF
22PF
18PF
100PF
J
K
J
J
J
C282
C284
C286,287
C289
C290
CK73GB1E103K
CK73GB1C104K
CK73GB1C104K
CC73GCH1H470J
CK73GB1E103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
0.10UF
0.10UF
47PF
0.010UF
K
K
K
J
K
C211
C212
C213
C214
C215
CK73GB1H103K
CC73GCH1H100C
CC73GCH1H220J
CK73GB1H102K
CC73GCH1H020B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
10PF
22PF
1000PF
2.0PF
K
C
J
K
B
C291
C292
C294
C295-298
C299,300
CC73GCH1H101J
CC73GCH1H150J
CC73GCH1H150J
CK73GB1C104K
CK73GB1E103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
15PF
15PF
0.10UF
0.010UF
J
J
J
K
K
C216
C217
C218
C219
C220
CK73GB1H103K
CC73GCH1H220J
CC73GCH1H020B
CC73GCH1H220J
CC73GCH1H180J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
22PF
2.0PF
22PF
18PF
K
J
B
J
J
C301
C302
C303
C304,305
C306,307
CK73FB0J106K
CK73GB1C104K
CC73GCH1H270J
CC73GCH1H181J
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
10UF
0.10UF
27PF
180PF
0.10UF
K
K
J
J
K
C221
C222
C223
C224
C225
CK73GB1H103K
CC73GCH1H101J
CC73GCH1H680J
CC73GCH1H150J
CC73GCH1H020B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
100PF
68PF
15PF
2.0PF
K
J
J
J
B
C309
C310
C311
C312,313
C314
CK73GB1H152J
CK73GB1E103K
C92-0560-05
CK73GB1C104K
CK73GB1H102K
CHIP C
CHIP C
CHIP-TAN
CHIP C
CHIP C
1500PF
0.010UF
10UF
0.10UF
1000PF
J
K
6.3WV
K
K
C226
C227
C228
C229
C230
CC73GCH1H270J
CC73GCH1H080B
CC73GCH1H020B
CC73GCH1H270J
CK73GB1H103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
27PF
8.0PF
2.0PF
27PF
0.010UF
J
B
B
J
K
C316
C318
C319
C320
C321
CK73GB1H102K
CK73GB1H102K
CK73GB1C104K
C92-0712-05
CK73GB1C104K
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP C
1000PF
1000PF
0.10UF
22UF
0.10UF
K
K
K
6.3WV
K
C231
C232
C233,234
C235
C236
CC73GCH1H080B
CC73GCH1H150J
CK73GB1H103K
CK73GB1H102K
CC73FCH1H100D
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
8.0PF
15PF
0.010UF
1000PF
10PF
B
J
K
K
D
C322
C323
C325-327
C328
C329
CK73GB1A224K
CC73GCH1H680J
CK73GB1C104K
CC73GCH1H030B
CC73GCH1H120J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.22UF
68PF
0.10UF
3.0PF
12PF
K
J
K
B
J
C237
C238
C239,240
C241
C242
CC73GCH1H030B
CC73GCH1H040B
CC73GCH1H070B
CC73GCH1H101J
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
3.0PF
4.0PF
7.0PF
100PF
1000PF
B
B
B
J
K
C400
C401
C402
C404
C407
CC73GCH1H101J
CK73GB1H102K
CC73GCH1H101J
CK73GB1H102K
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
1000PF
100PF
1000PF
1000PF
J
K
J
K
K
C243
C244
C245
C247,248
C249
CK73GB1H103K
CC73GCH1H080B
CK73GB1C333K
CK73GB1H103K
CC73GCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
8.0PF
0.033UF
0.010UF
100PF
K
B
K
K
J
C409
C410
C412
C413
C414
CK73GB1H103K
C92-0001-05
CK73GB1C104K
C92-0003-05
CC73GCH1H101J
CHIP C
CHIP-TAN
CHIP C
CHIP-TAN
CHIP C
0.010UF
0.1UF
0.10UF
0.47UF
100PF
K
35WV
K
25WV
J
C250
C251
C252
C253
C254
CC73GCH1H120J
CK73GB1H102K
CK73GB1H103K
CK73GB1E103K
CC73GCH1H090B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
12PF
1000PF
0.010UF
0.010UF
9.0PF
J
K
K
K
B
C415
C417
C418
C419
C420,421
CK73GF1A105Z
CC73GCH1H100C
CK73GB1C104K
C92-0555-05
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP C
1.0UF
10PF
0.10UF
0.047UF
1000PF
Z
C
K
35WV
K
C255
C256
C257,258
C259,260
C261
CK73GB1H103K
CC73GCH1H080B
CK73GB1H103K
CC73GCH1H040B
CC73GCH1H060B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
8.0PF
0.010UF
4.0PF
6.0PF
K
B
K
B
B
C422
C424
C425,426
C427
C428-431
CC73GCH1H101J
CC73GCH1H1R5B
CK73GB1H102K
CK73GF1A105Z
CK73GB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
1.5PF
1000PF
1.0UF
470PF
J
B
K
Z
K
C262
C263
C264
C267
C268,269
CC73GCH1H070B
CC73GCH1H090D
CC73GCH1H090B
CC73GCH1H080B
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
7.0PF
9.0PF
9.0PF
8.0PF
1000PF
B
D
B
B
K
C432
C433
C434
C435
C437
CC73GCH1H300J
CC73GCH1H180J
CC73GCH1H030B
CC73GCH1H1R5B
CK73GB1E105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
30PF
18PF
3.0PF
1.5PF
1.0UF
J
J
B
B
K
Destination
45
TK-5710(B)/5710H(B)
PARTS LIST
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
C438
C439
C440,441
C442,443
C446
CC73GCH1H300J
CC73GCH1H150J
CK73GB1H102K
CK73GB1H471K
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
30PF
15PF
1000PF
470PF
1000PF
J
J
K
K
K
C605
C606
C607-610
C612-629
C630
CK73GB1C104K
C92-0585-05
CK73GB1H102K
CK73GB1H102K
C92-0004-05
CHIP C
CHIP-TAN
CHIP C
CHIP C
CHIP-TAN
0.10UF
4.7UF
1000PF
1000PF
1.0UF
K
16WV
K
K
16WV
C447
C448
C449
C451
C452,453
C92-0602-05
CK73GB1H103K
CC73GCH1H101J
CK73GB1H102K
CC73GCH1H101J
CHIP-TAN
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
0.010UF
100PF
1000PF
100PF
10WV
K
J
K
J
C631-635
C636
C638-640
C641
C642
CK73GB1H102K
CC73GCH1H220J
CK73GB1H102K
CC73GCH1H100C
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
22PF
1000PF
10PF
1000PF
K
J
K
C
K
C454,455
C456
C458-460
C462
C463,464
CK73GB1H103K
C92-0633-05
CK73GB1H102K
C92-0696-05
CK73GB1H103K
CHIP C
CHIP-TAN
CHIP C
CHIP-TAN
CHIP C
0.010UF
22UF
1000PF
Ÿ47U
0.010UF
K
10WV
K
10WV
K
CN150
CN152
CN200,201
CN202,203
CN600
E04-0154-05
E04-0154-05
E04-0154-05
E40-5538-05
E40-6438-05
PIN SOCKET
PIN SOCKET
PIN SOCKET
PIN ASSY
FLAT CABLE CONNECTOR
C466
C467
C469
C470
C471
C92-0628-05
CK73GB1H102K
CC73GCH1H680G
CC73GCH1H560G
CK73GB1H102K
CHIP-TAN
CHIP C
CHIP C
CHIP C
CHIP C
10UF
1000PF
68PF
56PF
1000PF
10WV
K
G
G
K
CN601
CN602
CF200
CF201
CF202
E40-6429-05
E37-1235-05
L72-1018-05
L72-1016-05
L72-1009-05
FLAT CABLE CONNECTOR
JUMPER WIRE
CERAMIC FILTER
CERAMIC FILTER
CERAMIC FILTER
C472
C473,474
C476,477
C478
C481
CC73GCH1H560G
CK73GB1H102K
CK73GB1H102K
CC73GCH1H560G
CC73GCH1HR75B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
56PF
1000PF
1000PF
56PF
0.75PF
G
K
K
G
B
CF203
CF204
L150-152
L153
L154
L72-1018-05
L72-1016-05
L40-5675-92
L40-8275-92
L40-4775-92
CERAMIC FILTER
CERAMIC FILTER
SMALL FIXED INDUCTOR(56NH)
SMALL FIXED INDUCTOR(82NH)
SMALL FIXED INDUCTOR(47NH)
C482
C483-485
C486,487
C490,491
C493
CC73GCH1H080B
CC73GCH1H090B
CC73GCH1H080B
CC73GCH1H090B
CC73GCH1H010B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
8.0PF
9.0PF
8.0PF
9.0PF
1.0PF
B
B
B
B
B
L200,201
L202
L203
L204
L205
∗
∗
∗
∗
∗
L41-2778-08
L41-8278-08
L41-3388-08
L41-3378-08
L41-3388-08
SMALL FIXED INDUCTOR(27NH)
SMALL FIXED INDUCTOR(82NH)
SMALL FIXED INDUCTOR(330NH)
SMALL FIXED INDUCTOR(33NH)
SMALL FIXED INDUCTOR(330NH)
C495
C496,497
C499
C501
C502
CK73GB1H102K
CC73GCH1H010B
CK73GB1H102K
CK73GB1H102K
CC73GCH1H150J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1.0PF
1000PF
1000PF
15PF
K
B
K
K
J
L206
L207
L208
L209
L211-213
∗
∗
∗
∗
∗
L41-8278-08
L41-2788-08
L41-6888-08
L41-1588-08
L41-3378-08
SMALL FIXED INDUCTOR(82NH)
SMALL FIXED INDUCTOR(270NH)
SMALL FIXED INDUCTOR(680NH)
SMALL FIXED INDUCTOR(150NH)
SMALL FIXED INDUCTOR(33NH)
C504
C505,506
C507,508
C509
C510,511
CK73GB1H102K
CC73GCH1H050B
CK73GB1H102K
CC73GCH1H1R5B
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
5.0PF
1000PF
1.5PF
1000PF
K
B
K
B
K
L214
L215
L216,217
L219
L221-223
∗
L41-4778-08
L40-6881-37
L41-1008-08
L40-5681-86
L34-4080-05
SMALL FIXED INDUCTOR(47NH)
SMALL FIXED INDUCTOR(0.680UH)
SMALL FIXED INDUCTOR(10UH)
SMALL FIXED INDUCTOR(0.56UH)
COIL
C512
C513
C514
C515
C520
CC73GCH1H150J
CK73GB1H102K
CC73GCH1H101J
CK73GB1H102K
CC73GCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
15PF
1000PF
100PF
1000PF
100PF
J
K
J
K
J
L224,225
L226,227
L228,229
L230,231
L232
∗
∗
∗
∗
L34-4748-05
L34-4749-05
L34-4748-05
L34-4749-05
L34-4725-05
COIL
COIL
COIL
COIL
COIL
C521
C522
C523
C549,550
C551
CK73GB1C104K
CC73GCH1H101J
CK73GB1C104K
CK73GB1E103K
CC73GCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
100PF
0.10UF
0.010UF
100PF
K
J
K
K
J
L233
L401
L402
L403,404
L405
∗
L41-1588-08
L41-6868-14
L41-8268-14
L41-6878-14
L41-6868-14
SMALL FIXED INDUCTOR(150NH)
SMALL FIXED INDUCTOR(6.8NH)
SMALL FIXED INDUCTOR(8.2NH)
SMALL FIXED INDUCTOR(68NH)
SMALL FIXED INDUCTOR(6.8NH)
C552
C590
C591
C592
C596
CK73GB1E103K
CK73GB1C104K
CK73GB1H102K
CK73GB1E103K
CK73GB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
0.10UF
1000PF
0.010UF
1000PF
K
K
K
K
K
L406
L407
L408
L410
L412,413
L41-1078-14
L41-4798-08
L41-3398-08
L41-2798-08
L41-1898-08
SMALL FIXED INDUCTOR(10NH)
SMALL FIXED INDUCTOR(4.7UH)
SMALL FIXED INDUCTOR(3.3UH)
SMALL FIXED INDUCTOR(2.7UH)
SMALL FIXED INDUCTOR(1.8UH)
C600
C601
C602
C603
C604
C92-0044-05
CK73GB1H102K
CK73GB1C104K
CK73GB1H103K
C92-0023-05
CHIP-ELE
CHIP C
CHIP C
CHIP C
CHIP-ELE
47UF
1000PF
0.10UF
0.010UF
1.0UF
10WV
K
K
K
50WV
L414
L415
L417
L418
L420
L41-2798-08
L41-1898-08
L41-1898-08
L41-2798-08
L41-1898-08
SMALL FIXED INDUCTOR(2.7UH)
SMALL FIXED INDUCTOR(1.8UH)
SMALL FIXED INDUCTOR(1.8UH)
SMALL FIXED INDUCTOR(2.7UH)
SMALL FIXED INDUCTOR(1.8UH)
46
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
Destination
TK-5710(B)/5710H(B)
PARTS LIST
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
L41-3398-08
L41-2798-08
L41-5698-08
L41-2798-08
L41-3398-08
SMALL FIXED INDUCTOR(3.3UH)
SMALL FIXED INDUCTOR(2.7UH)
SMALL FIXED INDUCTOR(5.6UH)
SMALL FIXED INDUCTOR(2.7UH)
SMALL FIXED INDUCTOR(3.3UH)
R225,226
R228
R229
R230
R231
R92-1252-05
RK73GB1J182J
RK73GB1J153J
RK73GB1J682J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
1.8K
15K
6.8K
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
L41-4798-08
L40-1085-92
L40-5675-92
L40-1085-92
L92-0140-05
SMALL FIXED INDUCTOR(4.7UH)
SMALL FIXED INDUCTOR(100NH)
SMALL FIXED INDUCTOR(56NH)
SMALL FIXED INDUCTOR(100NH)
CHIP FERRITE
R232
R233
R235
R236
R237,238
RK73GB1J560J
RK73GB1J270J
RK73GB1J473J
RK73GB1J102J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
56
27
47K
1.0K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
L34-4610-05
L34-4613-05
L34-4612-05
L40-5675-92
L92-0140-05
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
SMALL FIXED INDUCTOR(56NH)
CHIP FERRITE
R239
R240
R248
R249
R251
RK73GB1J473J
R92-1252-05
RK73GB1J331J
RK73GB1J470J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
0 OHM
330
47
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
L92-0140-05
L41-2778-08
L77-1961-05
L77-1960-05
L71-0625-05
CHIP FERRITE
SMALL FIXED INDUCTOR(27NH)
VCXO(16.8MHZ)
VCXO(16.8MHZ)
CRYSTAL FILTER (49.95MHZ,WIDE)
R252
R253
R254
R255
R256
RK73GB1J822J
RK73GB1J470J
RK73GB1J684J
R92-1252-05
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
8.2K
47
680K
0 OHM
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
L71-0626-05
RK73GB1J121J
RK73GB1J470J
RK73GB1J121J
R92-1252-05
CRYSTAL FILTER (49.95MHZ,NARROW)
CHIP R
120
J 1/16W
CHIP R
47
J 1/16W
CHIP R
120
J 1/16W
CHIP R
0 OHM J 1/16W
R257
R258
R259
R260
R261
RK73GB1J220J
R92-1252-05
RK73GB1J104J
RK73GB1J274J
RK73GB1J273J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
22
0 OHM
100K
270K
27K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R155
R157
R159
R160
R163
RK73GB1J123J
RK73GB1J470J
RK73GB1J221J
RK73GB1J101J
RK73GB1J101J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
12K
47
220
100
100
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R262
R263,264
R265
R266
R267
RK73GB1J333J
R92-1252-05
RK73GB1J102J
RK73GB1J273J
RK73GB1J332J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
0 OHM
1.0K
27K
3.3K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R164
R166
R168
R170
R171
RK73GB1J332J
RK73FB2A100J
RK73FB2A100J
RK73FB2A221J
RK73FB2A220J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
10
10
220
22
J
J
J
J
J
1/16W
1/10W
1/10W
1/10W
1/10W
R268
R269
R270
R271
R272
RK73GB1J470J
RK73GB1J222J
RK73GB1J224J
RK73GB1J471J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
2.2K
220K
470
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R172
R175
R200
R201
R202
RK73FB2A221J
RK73GB1J102J
RK73GB1J472J
RK73GB1J102J
RK73GB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
220
1.0K
4.7K
1.0K
47
J
J
J
J
J
1/10W
1/16W
1/16W
1/16W
1/16W
R273-275
R276
R277
R278
R279
RK73GB1J332J
R92-1252-05
RK73GB1J683J
RK73GB1J224J
RK73GB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
0 OHM
68K
220K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R203
R204
R205
R206
R207-209
RK73GB1J120J
RK73GB1J821J
RK73GB1J330J
RK73GB1J821J
RK73GB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
12
820
33
820
1.0M
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R280
R281-283
R284
R285
R286
RK73GB1J473J
RK73GB1J102J
RK73GB1J222J
RK73GB1J102J
RK73GB1J222J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
2.2K
1.0K
2.2K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R210
R211
R212
R213
R214
RK73GB1J101J
RK73GB1J473J
R92-1252-05
RK73GB1J821J
RK73GB1J5R6J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
47K
0 OHM
820
5.6
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R287-291
R292
R294-299
R303
R305
RK73GB1J102J
RK73GB1J222J
R92-1252-05
RK73GB1J681J
RK73GB1J220J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
2.2K
0 OHM
680
22
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R215
R216
R217
R218
R219
RK73GB1J821J
RK73GB1J470J
RK73GB1J102J
RK73FB2A821J
RK73FB2A5R6J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
820
47
1.0K
820
5.6
J
J
J
J
J
1/16W
1/16W
1/16W
1/10W
1/10W
R306-308
R309
R312-314
R316
R317
R92-1252-05
RK73GB1J103J
R92-1252-05
R92-1252-05
RK73GB1J331J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
10K
0 OHM
0 OHM
330
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R220
R221
R222
R223
R224
RK73FB2A821J
RK73GB1J120J
RK73GB1J330J
RK73GB1J103J
RK73GB1J472J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
820
12
33
10K
4.7K
J
J
J
J
J
1/10W
1/16W
1/16W
1/16W
1/16W
R318
R326-329
R330
R400-403
R404
RK73GB1J681J
RK73GB1J182J
R92-1252-05
RK73GB1J101J
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
680
1.8K
0 OHM
100
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
L421
L422
L423,424
L426
L427
L428
L429
L431
L432
L434-437
∗
∗
L447
L449
L450
L453
L454-457
L460-462
L463
X200
X400
XF200
XF201
R150
R151
R152
R153,154
∗
∗
∗
47
TK-5710(B)/5710H(B)
PARTS LIST
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
R405
R406
R407,408
R409
R410
RK73GB1J563J
RK73GB1J103J
RK73GB1J104J
RK73GB1J102J
RK73GB1J152J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
56K
10K
100K
1.0K
1.5K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R500,501
R503
R505
R509-511
R512
R92-0670-05
R92-0670-05
R92-0670-05
RK73GB1J101J
RK73GB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
0 OHM
0 OHM
100
J 1/16W
1.0K
J 1/16W
R411
R412
R413
R414
R415
RK73GB1J561J
R92-1252-05
RK73GB1J222J
RK73GB1J102J
RK73GB1J472J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
560
0 OHM
2.2K
1.0K
4.7K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R513
R514
R515-518
R519
R521
RK73GB1J220J
RK73GB1J183J
RK73GB1J101J
RK73GB1J472J
RK73GB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
22
18K
100
4.7K
47K
J
J
J
J
J
R416
R418
R419
R420
R422
R92-1252-05
RK73GB1J330J
RK73GB1J101J
RK73GB1J470J
RK73GB1J472J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
33
100
47
4.7K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R522
R588
R589
R590,591
R592
RK73GB1J332J
R92-0670-05
R92-1252-05
RK73GB1J103J
RK73GB1J272J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
0 OHM
0 OHM
10K
2.7K
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R423,424
R425
R426
R427,428
R430
RK73GB1J102J
RK73GB1J223J
RK73GB1J103J
RK73GB1J104J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
22K
10K
100K
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R593
R594
R595-597
R600
R601
RK73GB1J102J
RK73GB1J103J
R92-1252-05
RK73GB1J473J
RK73GB1J222J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
10K
0 OHM
47K
2.2K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R431,432
R435
R436
R437
R439
RK73GB1J102J
RK73GB1J223J
RK73GB1J103J
RK73GB1J184J
RK73GB1J472J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
22K
10K
180K
4.7K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R602
R603
R622
R635,636
R637
RK73GB1J473J
RK73GB1J472J
R92-1252-05
R92-1252-05
RK73GB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
4.7K
0 OHM
0 OHM
1.0M
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R440
R441,442
R445
R447
R449
RK73GB1J274J
RK73GB1J104J
RK73GB1J105J
R92-1252-05
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
270K
100K
1.0M
0 OHM
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
D200-202
D203
D204
D205-212
D400-403
1SV286
RB706F-40
1SS388
HVC131
MA2S077
VARIABLE CAPACITANCE DIODE
DIODE
DIODE
DIODE
DIODE
R451
R454
R455
R457
R458
R92-1252-05
RK73GB1J152J
RK73GB1J100J
RK73GB1J223J
RN73GH1J471D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
1.5K
10
22K
470
J
J
J
J
D
1/16W
1/16W
1/16W
1/16W
1/16W
D404
D405-407
D414-416
D420
D422
MA742
HVC376B
HVC376B
1SV282
1SV282
DIODE
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
R459
R461
R463
R465
R467
RN73GH1J101D
RK73GB1J103J
RK73GB1J104J
RN73GH1J561D
RN73GH1J331D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
10K
100K
560
330
D
J
J
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
D424
D427-432
D433
D435,436
IC204
1SV282
1SV282
1SV278
HVC131
TC75S51F
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
DIODE
MOS-IC
RN73GH1J391D
RN73GH1J331D
RN73GH1J101D
RN73GH1J101D
RN73GH1J221D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
390
330
100
100
220
D
D
D
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
IC205-207
IC209-211
IC212
IC213
IC214
TC7W53FK
TC7W53FK
TA31137FN
TC7WU04FK
TC7S66FU
HYBRID IC
HYBRID IC
MOS-IC
MOS-IC
MOS-IC
R474
R476
R477
R478
R480
RK73GB1J224J
RK73GB1J330J
R92-1252-05
RK73GB1J331J
R92-1252-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
220K
33
0 OHM
330
0 OHM
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
IC400
IC401
IC402
IC600
IC601
LMX2352TMX/NP
MCP41100T
LMC7101BIM5
BU4094BCFV
TA7805F
ANALOGUE IC
ANALOGUE IC
MOS-IC
MOS-IC
MOS-IC
R482,483
R484,485
R486
R487
R488
RK73GB1J103J
RK73GB1J472J
RK73GB1J101J
RK73GB1J271J
RK73GB1J331J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
4.7K
100
270
330
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
Q150,151
Q200-202
Q203
Q205
Q206
2SC3357(RF)
2SC3357(RF)
2SC4215(Y)
2SC5108(Y)
DTA144EE
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
DIGITAL TRANSISTOR
R490
R491
R492
R493,494
R496
RK73GB1J101J
RK73GB1J330J
RK73GB1J222J
RK73GB1J102J
RK73GB1J101J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
33
2.2K
1.0K
100
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
Q207
Q208
Q209
Q212
Q213
SSM3K15TE
2SC4617(S)
DTC114EE
DTA114EE
DTC114EE
FET
TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
R468
R469
R470
R472
R473
48
∗
∗
∗
∗
1/16W
1/16W
1/16W
1/16W
1/16W
TK-5710(B)/5710H(B)
PARTS LIST
TX-RX UNIT (X57-7030-10)
New
Ref. No. Address parts
Parts No.
Description
Q400
Q401
Q402
Q403
Q404,405
2SK879(GR,Y)
DTA144EE
DTC144EE
2SC5108(Y)
RN47A4
FET
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
TRANSISTOR
TRANSISTOR
Q406,407
Q408,409
Q412
Q413,414
Q416
2SJ347
RN47A4
2SC4116(GR)
2SK508NV(52K)
2SK508NV(K52)
FET
TRANSISTOR
TRANSISTOR
FET
FET
Q417-419
Q598
Q599
Q600
Q601
2SC5108(Y)
2SA1832(GR)
DTC144EE
DTC114EE
2SB1132(Q,R)
TRANSISTOR
TRANSISTOR
DIGITAL TRANSISTOR
DIGITAL TRANSISTOR
TRANSISTOR
Q602
Q603
TH201
A400
DTC114EE
2SB1132(Q,R)
B57331V2104J
W02-1939-05
DIGITAL TRANSISTOR
TRANSISTOR
THERMISTOR
DBM
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
49
TK-5710(B)/5710H(B)
EXPLODED VIEW (TK-5710(B))
B
A
Bx2
62 x2
2
I
Bx2
I
62 x2
Ix2
Ix2
I
Jx2
DD
21
1
Jx2
H
27
15
15
Hx3
H
19
46
TX-RX unit
18
H
HE
Hx2
Hx2
E
21
Hx2
25
Final unit
703
43
6
37
39
701
J
14
38
42
J
41
KCH-14
2
Ax2
702
KCH-15
60
49
38
17
H
H
37
H
Control unit
33
34
45
65
28
18
Hx2
H
H
3
700
1
62
62
B
62
62
62
B
50
B
B
Parts with the exploded numbers larger than 700 are not supplied.
B
700
A : N09-2292-05
B : N32-3008-45
D : N35-3006-46
E : N67-3008-46
H : N87-2606-46
I : N87-2612-46
J : N87-3008-46
TK-5710(B)/5710H(B)
EXPLODED VIEW (TK-5710H(B))
D
C
H
4 Bx3
62x3
H
Bx3
Fx2
Fx2
62x3
31
36
H
48
H
1
Ex2
29
C
Hx2
H
Hx4
H
I
I
26
I x2
I
Ix2
Final unit
H
22
H
27
15
22
30
15
Hx2
Hx3
H
Jx2
32
Hx2
G G
TX-RX unit
18
Jx2
44
61
704
20
39
701
14
40
J
J
7
2
38
KCH-14
702
Ax2
41
KCH-15
38
60
H
49
H
Control unit
17
H
34
33
65
47
Hx2
18
A : N09-2292-05
B : N32-3008-45
C : N35-2604-43
E : N67-3008-46
F : N68-3008-46
28
Hx2
3
700
62x2
3
Bx2
G : N68-4006-46
H : N87-2606-46
I : N87-2612-46
J : N87-3008-46
62x2
62x2
Bx2
700
Bx2
Parts with the exploded numbers larger than 700 are not supplied.
51
TK-5710(B)/5710H(B)
PACKING (TK-5710(B))
F
E
50. INNER CARTON CASE
(H02-0626-04)
1
63. SCREW SET
(N99-0365-05)
38. SHEET
(G11-4379-04)x2
16. SHORT PLUG (SP)
(E37-0733-05)
705. PAMPHLET
10. INSTRUCTION MANUAL
(B62-1816-10)
52. PACKING FIXTURE
(H12-3183-02)
2
707. PROTECTION BAG
51. PACKING FIXTURE
(H12-3176-02)
52. PACKING FIXTURE
(H12-3183-02)
3
57. ITEM CARTON CASE
(H52-2074-02)
52
Parts with the exploded numbers larger than 700 are not supplied.
TK-5710(B)/5710H(B)
PACKING (TK-5710H(B))
H
G
50. INNER CARTON CASE
(H02-0626-04)
1
63. SCREW SET
(N99-0365-05)
38. SHEET
(G11-4379-04)x2
16. SHORT PLUG (SP)
(E37-0733-05)
706. PAMPHLET
10. INSTRUCTION MANUAL
(B62-1816-10)
53. PACKING FIXTURE
(H12-3185-02)
2
708. PROTECTION BAG
51. PACKING FIXTURE
(H12-3176-02)
53. PACKING FIXTURE
(H12-3185-02)
3
58. ITEM CARTON CASE
(H52-2073-02)
Parts with the exploded numbers larger than 700 are not supplied.
53
TK-5710(B)/5710H(B)
ADJUSTMENT
■ Key operation
Controls
• KCH-14 (Basic control panel)
“FNC”not appears
Function
Key
Power
switch
[Selector]
Wide/Narrow/APCO
Wide
Display
:“W”appears
Narrow:“N”appears
APCO :“A”appears
POWER
GRP
TX BUSY
VOL
[GRP ]
Shifts to the Panel tuning mode −
[GRP ]
Squelch off
[PF1]
Test frequency channel down
MON icon appears
Channel No.
CH
[PF1] Hold Test frequency channel
Channel No.
continuation down
MIC jack
Volume
Selector
PF1
key
PF2
key
PF3
key
PF4
key
PF5
key
[PF2]
Test frequency channel up
[PF2] Hold Test frequency channel
Channel No.
Channel No.
continuation up
[PF3]
• KCH-15 (Full-featured control panel)
Test signaling down
Signaling No.
[PF3] Hold Test signaling continuation down Signaling No.
Power
switch
[PF4]
POWER
MON
CALL
MON
SCAN
SP
OPT
A
B
C
Test signaling up
Signaling No.
[PF4] Hold Test signaling continuation up
Signaling No.
[PF5]
Function on
“FNC” appears
MIC PTT
Transmit
−
OST
GRP
SCN
MIC keypad Use as the DTMF keypad.
TX BUSY
VOL
−
([0] to [9] and If a key is pressed during transmission,
CH
[#], [*])
the DTMF corresponding to the key
that was presses is sent.
MIC jack
Volume
Selector
PF1
key
PF2
key
PF3
key
PF4
key
PF5
key
“FNC” appears
Function
Key
Panel Test Mode
Function off
−
[GRP ]
Squelch level 0
On :▼ icon appears
■ Test mode operation features
[GRP ]
High power/Low power
Low: SP icon appears
[PF1]
Compander on/off
On : A icon appears
[PF2]
LCD all lights
LCD all point appears
[PF3]
MSK 1200bps/2400bps
2400bps: CALL
[PF4]
Beat shift on/off
On : OS(KCH-14)
This transceiver has a test mode. To enter test mode,
press and hold the [PF1] key while turning the transceiver
power ON. Test mode can be inhibited by programming. To
exit test mode, turn the transceiver power OFF.
• When the panel test mode is activated, the last used channel and signaling numbers are displayed. When the panel
test mode is activated for the first time, the channel and
signaling numbers are 1.
• If test signaling 20 (Tone Test Pattern) is selected, the result of Bit Error Rate (BER) calculation is displayed on the
LCD. The BER value is also output from the serial port.
icon appears
icon appears
On : OST (KCH-15)
icon appears
[PF5]
Function off
−
MIC PTT
Transmit
−
MIC keypad Function off
([0] to [9] and
[#], [*])
54
Display
[Selector]
−
TK-5710(B)/5710H(B)
ADJUSTMENT
• LED indicator
Red LED
Green LED
• Test Signaling
Lights during transmission.
Lights when there is carrier.
Signaling
No.
1
None
• LCD display in the panel test mode
W : Wide
N : Narrow
A : APCO
W
1 - 1
Channel No.
Signaling No.
• Filter Mode
Display
Condition
W
WIDE (25kHz) Filter
N
NARROW (12.5kHz) Filter
A
APCO (12.5kHz) Filter
RX
TX
None
APCO/
Analog
Analog
2
None
100Hz Square wave
Analog
3
QT 67.0Hz
QT 67.0Hz
Analog
4
QT 151.4Hz
QT 151.4Hz
Analog
5
QT 210.7Hz
QT 210.7Hz
Analog
6
QT 254.1Hz
QT 254.1Hz
Analog
7
DQT 023N
DQT 023N
Analog
8
DQT 445N
DQT 445N
Analog
Analog
9
DQT 754I
DQT 754I
10
DTMF Code "159D"
DTMF Code "159D"
Analog
11
None
DTMF Code "9"
Analog
12
None
1633Hz Single Tone
Analog
13
2-tone:
2-tone:
Analog
A : 304.7Hz
A : 304.7Hz
14
B : 3106.0Hz
B : 3106.0Hz
Single Tone : 979.9Hz
Single Tone : 979.9Hz
Analog
15
None
MSK PN Pattern
Analog
16
MSK
MSK
Analog
■ Frequency and Signaling
Sync : 0x052B
Sync : 0x052B
The transceiver has been adjusted for the frequencies
shown in the following table. When required, readjust them
following the adjustment procedure to obtain the frequencies
you want in actual operation.
Data : 0x230960C6AAAA Data : 0x230960C6AAAA
• Test Frequency
Channel No.
1
RX (MHz)
155.10000
NAC 293
18
NAC 023
NAC 023
APCO
19
NAC 5EA
NAC 5EA
APCO
APCO
20
1011Hz Tone Test Pattern 1011Hz Tone Test Pattern APCO
155.00000
21
NAC 293
Silence Pattern
APCO
22
NAC 293
Calibration Pattern
APCO
23
NAC 293
Transmitter Test Pattern APCO
24
NAC 293
Symbol Rate Pattern
APCO
25
NAC 293
Low Deviation Pattern
APCO
26
NAC 293
Fidelity Pattern
APCO
136.10000
136.00000
3
173.80000
173.97500
155.00000
CRC : 0xC4D7
NAC 293
TX (MHz)
2
4
CRC : 0xC4D7
17
155.00000
5
155.20000
155.20000
6
155.40000
155.40000
7
154.90000
154.90000
8
145.40000
145.40000
9
164.40000
164.40000
55
TK-5710(B)/5710H(B)
ADJUSTMENT
■ Key operation
Panel Tuning Mode
Key
The transceiver is adjusted in this mode.
■ Preparations for tuning the transceiver
Before attempting to tune the transceiver, connect the
unit to a suitable power supply.
Whenever the transmitter is turned, the unit must be connected to a suitable dummy load (i.e. power meter).
The speaker output connector must be terminated with a
4Ω dummy load and connected to an AC voltmeter and an
audio distortion meter or a SINAD measurement meter at all
times during tuning.
■ Transceiver tuning (To enter tuning mode)
To enter tuning mode, press the [GRP ] key while the
transceiver is in test mode.
Use the [PF5] key to write tuning data through tuning
modes, and the [PF3] and [PF4] keys to adjust tuning requirements (1 to 256 appears on the LCD).
Use the [PF2] key to select the adjustment item through
tuning modes. Use the [GRP ] key to exit 3 or 5 reference
level adjustments.
• LCD display in the panel tuning mode
Unused
[GRP ]
Exit the panel tuning mode and shift to the
panel test mode.
[GRP ]
Exit the 3 or 5 reference level adjustments
[PF1]
Back to the last adjustment item
[PF2]
Go to the next adjustment item
[PF3]
Adjustment value down
without backup.
(The current adjustment data is cleared.)
(The current adjustment data is cleared.)
[PF3] Hold
Adjustment value continuation down
[PF4]
Adjustment value up
[PF4] Hold
Adjustment value continuation up
[PF5]
Enter the 3 or 5 reference level adjustments
without backup.
MIC PTT
Transmit
■ 3 or 5 reference level adjustments frequency
• Assist voltage adjustments
W : Wide
N : Narrow
A : APCO
TX assist voltage
W
Adjustment
item
Function
[Selector]
VATX 256
Adjustment
value(1~256)
Tuning point
Display
TX (MHz)
Low
L
136.00000
Low'
LC
145.50000
Center
C
155.00000
High'
CH
164.50000
High
H
174.00000
RX assist voltage (Upper)
Tuning point
Display
RX (MHz)
Low
L
204.95000
Low'
LC
209.70000
Center
C
214.45000
High'
CH
219.20000
High
H
223.95000
RX assist voltage (Lower)
Tuning point
Display
RX (MHz)
Low
L
185.95000
Low'
LC
190.70000
Center
C
195.45000
High'
CH
200.20000
High
H
204.94750
• Adjustment items other than assist voltage
Tuning point
56
Display
RX (MHz)
TX (MHz)
Low
L
136.10000
136.00000
Low'
LC
145.60000
145.50000
Center
C
155.10000
155.00000
High'
CH
164.60000
164.50000
High
H
173.90000
174.00000
TK-5710(B)/5710H(B)
ADJUSTMENT
■ Adjustment item and Display (∗∗∗: 1~256)
No.
Adjustment item
Display
Wide/Narrow/APCO Tuning point
Note
∗∗∗
Wide
5
RX assist voltage (Upper)
VARX u ∗∗∗
Wide
5
RX assist voltage (Lower)
VARX l
∗∗∗
Wide
5
Frequency
TXF
∗∗∗
Wide
1
High power
HPW
∗∗∗
Wide
5
Low power
LPW
∗∗∗
Wide
5
Balance (Wide)
BALW
∗∗∗
Wide
5
100Hz Square Wave
Balance (Narrow)
BALN
∗∗∗
Narrow
5
100Hz Square Wave
FM MAX deviation (Wide)
FMWD
∗∗∗
Wide
5
10
FM MAX deviation (Narrow)
FMND
∗∗∗
Narrow
5
11
APCO High deviation
HDVA
∗∗∗
APCO
5
1
TX assist voltage
2
3
4
5
6
7
8
9
VATX
Symbol Rate Pattern
12
MIC sensitivity
MIC
∗∗∗
Wide
1
13
QT deviation (Wide)
QTW
∗∗∗
Wide
3
QT : 67Hz
14
QT deviation (Narrow)
QTN
∗∗∗
Narrow
3
QT : 67Hz
15
DQT deviation (Wide)
DQTW
∗∗∗
Wide
3
DQT : 023N
16
DQT deviation (Narrow)
DQTN
∗∗∗
Narrow
3
DQT : 023N
17
DTMF deviation (Wide)
DTMW
∗∗∗
Wide
1
DTMF Code : 9
18
DTMF deviation (Narrow)
DTMN
∗∗∗
Narrow
1
DTMF Code : 9
19
MSK deviation (Wide)
MSKW
∗∗∗
Wide
1
MSK PN Pattern
20
MSK deviation (Narrow)
MSKN
∗∗∗
Narrow
1
MSK PN Pattern
21
Single tone deviation (Wide)
2TNW
∗∗∗
Wide
1
Single Tone : 1633Hz
Single Tone : 1633Hz
22
Single tone deviation (Narrow)
2TNN
∗∗∗
Narrow
1
23
2nd local frequency
SLO
∗∗∗
Wide
1
24
RX Front-end
FEND
∗∗∗
Wide
5
25
RSSI (Reference) (Wide)
RRSI
∗∗∗
Wide
3
26
RSSI (Reference) (Narrow)
RRSI
∗∗∗
Narrow
3
27
RSSI (-120dBm) (Wide)
LRSI
∗∗∗
Wide
3
AF unmute
28
RSSI (-120dBm) (Narrow)
LRSI
∗∗∗
Narrow
3
29
RSSI (-70dBm) (Wide)
HRSI
∗∗∗
Wide
3
30
RSSI (-70dBm) (Narrow)
HRSI
∗∗∗
Narrow
3
31
Squelch (Threshold:1) (Wide)
SQOW
∗∗∗
Wide
3
AF unmute
32
Squelch (Threshold:1) (Narrow)
SQON
∗∗∗
Narrow
3
AF unmute
33
Squelch (Tight:9) (Wide)
SQTW
∗∗∗
Wide
3
AF unmute
34
Squelch (Tight:9) (Narrow)
SQTN
∗∗∗
Narrow
3
AF unmute
57
TK-5710(B)/5710H(B)
ADJUSTMENT
■ Flow Chart
[PF1]:Not stored
TX V assist
[PF1]:Not stored
5 reference level
adjustments
[PF5]:Not stored
5 reference level
adjustments
[PF5]:Not stored
5 reference level
adjustments
3 reference level
adjustments
L
Wide
Wide
C
Wide
Center
H
[PF5]:Stored
High
[PF2]:Not stored
[PF1]:Not stored
Narrow
5 reference level
adjustments
APCO
[PF5]:Not stored
5 reference level
adjustments
Wide
Wide
Narrow
Wide
C
Center
CH
High'
H
3 reference level
adjustments
[PF5]:Not stored
3 reference level
adjustments
[PF5]:Not stored
3 reference level
adjustments
[PF5]:Not stored
3 reference level
adjustments
High
[PF2]:Not stored
5 reference level
adjustments exit
[GRPV]
[GRPV]
[PF2]:Not stored
[PF5]:Stored
[PF1]:Not stored
[PF5]:Not stored
[GRPV]
[PF2]:Not stored
[PF5]:Stored
[GRPV]
[PF5]:Stored
Go to 3 or 5 reference level adjustments
of the next adjustment item
Narrow
RSSI (Reference)
Wide
[PF1]:Not stored
[PF1]:Not stored
[PF1]:Not stored
[PF1]:Not stored
[PF1]:Not stored
[PF1]:Not stored
Wide
[PF1]:Not stored
Wide
[PF2]:Not stored
[PF5]:Not stored
5 reference level
adjustments
[PF1]:Not stored
Narrow
[PF5]:Not stored
3 reference level
adjustments
Wide
[PF5]:Not stored
3 reference level
adjustments
Narrow
[PF5]:Not stored
3 reference level
adjustments
Wide
[PF5]:Not stored
3 reference level
adjustments
Narrow
[PF5]:Not stored
3 reference level
adjustments
Wide
[PF5]:Not stored
3 reference level
adjustments
[PF5]:Not stored
3 reference level
adjustments
[PF2]:Not stored
Squelch (Tight:9)
[PF2]:Not stored
3 reference level
adjustments
[PF2]:Not stored
Squelch (Tight:9)
[PF5]:Stored
[PF5]:Not stored
[PF2]:Not stored
Squelch (Threshold:1)
[PF1]:Not stored
Wide
[PF2]:Not stored
Squelch (Threshold:1)
Narrow
3 reference level
adjustments
[PF2]:Not stored
RSSI (-70dBm)
Wide
[PF5]:Not stored
[PF2]:Not stored
RSSI (-70dBm)
Narrow
Narrow
[PF2]:Not stored
RSSI (-120dBm)
[PF1]:Not stored
3 reference level
adjustments
[PF2]:Not stored
RSSI (-120dBm)
Wide
[PF5]:Not stored
[PF2]:Not stored
RSSI (Reference)
Narrow
Wide
Narrow
[PF2]:Not stored
END
[PF2]:Not stored
[PF5]:Not stored
58
Low'
[PF2]:Not stored
[PF5]:Stored
[PF1]:Not stored
[PF5]:Stored
[GRPV]
[PF2]:Not stored
[PF5]:Stored
[PF1]:Not stored
[PF1]:Not stored
[PF2]:Not stored
[PF5]:Stored
RX Front-end
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
[PF5]:Stored
2nd local frequency
[PF1]:Not stored
Narrow
[PF2]:Not stored
[PF5]:Stored
Single tone deviation
[PF1]:Not stored
Wide
Low
LC
[PF2]:Not stored
[PF5]:Stored
Single tone deviation
[PF1]:Not stored
5 reference level
adjustments
[PF2]:Not stored
[PF5]:Stored
MSK deviation
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
[PF5]:Stored
MSK deviation
[PF1]:Not stored
5 reference level
adjustments
L
[PF2]:Not stored
DTMF deviation
[PF1]:Not stored
[PF5]:Stored
[PF2]:Not stored
DTMF deviation
[PF1]:Not stored
[PF5]:Not stored
[PF1]:Not stored
5 reference level
adjustments
[PF2]:Not stored
DQT deviation
[PF1]:Not stored
5 reference level
adjustments
[PF2]:Not stored
DQT deviation
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
QT deviation
[PF1]:Not stored
5 reference level
adjustments
[PF2]:Not stored
QT deviation
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
MIC Sensitivity
[PF1]:Not stored
[GRPV]
Go to 3 or 5 reference level adjustments
of the next adjustment item
[PF2]:Not stored
APCO High deviation
[PF1]:Not stored
3 reference level
adjustments exit
[PF2]:Not stored
FM MAX deviation
[PF1]:Not stored
5 reference level
adjustments
[PF2]:Not stored
FM MAX deviation
[PF1]:Not stored
Wide
Wide
Balance
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
Balance
[PF1]:Not stored
Wide
[PF2]:Not stored
Low power
[PF1]:Not stored
[GRPV]
[PF2]:Not stored
High power
[PF1]:Not stored
[GRPV]
[PF2]:Not stored
[PF5]:Stored
[PF1]:Not stored
[PF2]:Not stored
Frequency
Low
[PF2]:Not stored
[PF5]:Stored
[PF1]:Not stored
[PF2]:Not stored
RX V assist (Lower)
[PF1]:Not stored
[PF1]:Not stored
[PF5]:Not stored
[PF2]:Not stored
RX V assist (Upper)
[PF1]:Not stored
Wide
TK-5710(B)/5710H(B)
ADJUSTMENT
BER (Bit Error Rate) Measurement
1. The Panel Test Mode is used to measure the BER (Refer
to "Test mode operation features" described on page 54.).
2. Select ”20” for test signaling (Refer to "Test Signaling"
described on page 55.).
When "20" is selected for the test signaling, the filter is
automatically selected to "APCO".
(If there is no RF input signal, the display shows
”500000”)
3. Select a filter (Refer to "Filter Mode" described on page
55.).
4. Select a test frequency (Refer to "Test Frequency" described on page 55.).
5. Measure the BER (Bit Error Rate) using the digital radio
tester. Enter a standard input signal into the transceiver as
a standard tone test pattern.
6. Adjust the input signal level to achieve the standard bit
error rate (BER).
(For example, if the BER is 5%, the display shows
”050000”.)
C4FM (APCO) Deviation Adjustment
1. The transceiver adjusts the deviation between High Deviation ±1800Hz for the C4FM (APCO).
2. The Symbol Rate Pattern is used when adjusting the High
Deviation for the C4FM (APCO) (Refer to "Test Signaling"
described on page 55.). This test signal has a peak deviation equal to π /2 1800Hz = 2827Hz.
Adjustment Points
CN10
FINAL UNIT (X45-3750-10)
: TK-5710(B)
Component side
CN7
+B
CLKC
32K OUT
VR1
CN2
RX
CN1
TX
CN4
GND
CONTROL UNIT (X53-4120-10)
Component side
CN10
CN152
TX
CN150
TX
CN200
RX
Vg1
L223
L222
L221
CN201
CN3
+B
FINAL UNIT (X45-3760-10)
: TK-5710H(B)
Component side
TX-RX UNIT (X57-7030-10)
Component side
CN202
2
1
L224
L226
L228
L225
L227
L229
L230
L231
L232
2
1
CN203
QUAD
EP
DAT
CLK
REV FWD
Vg2
+B
CV
CVu
SLO
MB
UL
Vgc
VR1
+B
Vgc
Vgc
8T
Vg3
CN1
TX
CN2
RX
59
TK-5710(B)/5710H(B)
ADJUSTMENT
Test Equipment Required for Alignment
1.
Test Equipment
Standard Signal Generator
(SSG)
2.
Power Meter
3.
4.
9.
Deviation Meter
Digital Volt Meter
(DVM)
Oscilloscope
High Sensitivity
Frequency Counter
Ammeter
AF Volt Meter
(AF VTVM)
Audio Generator (AG)
10.
Distortion Meter
11.
12.
Spectrum Analyzer
Tracking Generator
13.
14.
4Ω Dummy Load
Regulated Power Supply
5.
6.
7.
8.
Major Specifications
136 to 174MHz
Frequency modulation and external modulation
-127dBm/0.1µV to greater than -47dBm/1mV
50Ω
136 to 174MHz
Vicinity of 200W
136 to 174MHz
1 to 20V DC
High input impedance for minimum circuit loading
DC through 30MHz
10Hz to 1000MHz
0.2ppm or less
30A
50Hz to 10kHz
3mV to 3V
50Hz to 5kHz or more
0 to 1V
3% or less at 1kHz
50mV to 10Vrms
DC to 1GHz or more
50kHz to 600MHz
100mV or more
Approx. 4Ω, 30W
13.6V (TK-5710 (B)), 13.4V (TK-5710H (B)), approx. 30A
(adjusted from 9 to 20V) Useful if ammeter equipped
Frequency Range
Modulation
Output
Input Impedance
Operation Frequency
Measurement Range
Frequency Range
Measuring Range
Input Impedance
Frequency Range
Frequency Stability
Frequency Range
Voltage Range
Frequency Range
Output
Capability
Input Level
Measuring Range
Center frequency
Output Voltage
Caution
Since the RX AF output is a BTL output, there is a DC
Component. Isolate this with a capacitor or transformer as
shown in the figure.
MIC connector
(Front view)
Test cable for microphone input
E30-3313-08
1
3
2
12
4
5
Test cable for speaker output
11
10
8
6
9
7
2 : HOOK (GRY)
1 : SB
2 : HK
3 : ME
4 : MIC
5:E
6 : TRD
7 : KVL
8 : DM
9 : BLC
10 : PTT
11 : NC
12 : ES2
To AG
AF VTVM
4 : MIC (WHT)
3 : MICG (Shield)
10 : PTT (BLU)
Cut
5 : PTT (BLK)
Cable for BPF or MCF adjustment
• E30-3418-05 (for BPF ADJ)
• W05-1000-00 (for MCF ADJ)
60
PTT SW
TK-5710(B)/5710H(B)
ADJUSTMENT
Common Section
Item
1. Setting
2. Assist
voltage
Condition
Measurement
TestUnit Terminal
equipment
1) Connect the front panel kit
(KCH-14 or KCH-15) to the
TK-5710(B)/5710H(B) transceiver.
2) Power supply voltage
•TK-5710(B)
Power input connector:13.6V
•TK-5710H(B)
Power input connector:13.4V
3) SSG standard modulation
[Wide] MOD:1kHz, DEV:3kHz
[Narrow] MOD:1kHz, DEV:1.5kHz
[Panel tuning mode]
Power
1) Adj item:[VATX]
meter
Adjust:[***]
2) Adj item:[L VATX]t
[LC VATX]t[C VATX]t
[CH VATX]t[H VATX]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•RX(Upper) 3) Adj item:[VARX u]
Adjust:[***]
4) Adj item:[L VARX u]t
[LC VARX u]t[C VARX u]t
[CH VARX u]t[H VARX u]
Adjust:[***]
Press [PF5] to store the adjustment value after adjustment.
•RX(Lower) 5) Adj item:[VARX l]
Adjust:[***]
6) Adj item:[L VARX l]t
[LC VARX l]t[C VARX l]t
[CH VARX l]t[H VARX l]
Adjust:[***]
Press [PF5] to store the adjustment value after adjustment.
3. BPF
[Panel test mode]
1) CH-Sig:1-1
Spectrum analyzer setting
Center-f : 152.00MHz
Span
: 100MHz
RBW
: 1MHz
VBW
: 300kHz
TG level : -20dBm
XdB/div : 5dB
Rear
panel
ANT
TX-RX
CVu
Adjustment
Unit
Parts
Front
panel
[PF3],
[PF4]
TX-RX
L221
L222
L223
•TX
DVM
Spectrum Rear
analyzer
panel
ANT
Tracking
generator
CN201
TX-RX
Specifications/Remarks
Method
Change the
1.86V±0.1V
adjustment value
within the limit When adjusting the
of the specified assist voltage in PC
voltage.
tuning mode, slide the
bar to indicate
“VCO Lock Voltage”
within 1.8V±0.1V on
Meter window.
After setting the
adjustment value
to 110, adjust each
coil to get the
waveform as shown
to the right.
REF -10.0 dBm
5 dB/
CAL.ON
TG LEVEL
-20 dBm
2.5dB MAX
15dB or
more
RBW
1 MHz
Connect the cable
(E30-3418-05) to CN201.
ATT 10 dB
−8MHz+8MHz
−20MHz
+20MHz
VBW
300 kHz
SWP 50ms
SPAN 100.0 MHz
CENTER 152 MHz
61
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
4. MCF
•Wide
Condition
1) CH-Sig:1-1
Spectrum analyzer setting
Center-f : 49.95MHz
Span
: 40kHz
RBW
: 1kHz
VBW
: 1kHz
TG level : -20dBm
XdB/div : 2dB
Measurement
TestUnit Terminal
equipment
Spectrum Rear
analyzer
panel
ANT
Tracking
generator
CN202
CN203
TX-RX
Adjustment
Unit
TX-RX
Parts
L225
L227
L229
L231
RBW
1 kHz
VBW
1 kHz
SWP 200ms
L224
L226
L228
L230
REF -20.0 dBm
2 dB/
CAL.OFF
1.5dB
MAX
RBW
1 kHz
VBW
1 kHz
SWP 150ms
f.counter
TX-RX
SSG
TX-RX
DVM
AF VTVM
Dummy load
f.counter CONTROL
DVM
DC power
supply
SLO
TX-RX
QUAD
TX-RX
EXT.SP
CLKC
32KOUT
[PF3],
[PF4]
Change the
adjustment value
within the limit
of the specified
frequency.
L232
Adjust the coil
within the limit
of the specified
voltage.
Programming Adjust the RTC
Software: oscillation frequency
KPG-95D using the PC tuning
mode. Perform the
procedures below.
5.5dB
or more
−4kHz +4kHz
−8kHz
SPAN 40.0 kHz
+8kHz
CENTER 49.9500 MHz
ATT 10 dB
1.0dB
MAX
TG LEVEL
-20 dBm
6.0dB
or more
−3kHz +3kHz
−6kHz
SPAN 30.0 kHz
+6kHz
CENTER 49.9500 MHz
50.4MHz±70Hz
1.0V±0.05V
Note: It is not necessary
to adjust the RTC
oscillation frequency under
normal adjustments.
The RTC oscillation frequency
1. Apply 5V DC to the must be checked and
"CLKC" terminal of the adjusted when the 32 kHz
control unit (X53-412). crystal resonator (X700) is
replaced.
2. Measure the output
from the "32KOUT"
terminal of the control
unit (X53-412) using
the calibrated frequency
counter.
3. Enter the measured
frequency value to
"Crystal Oscillation
Frequency" of RTC
correction in the PC
tuning mode and then
click [OK] button.
62
ATT 10 dB
SPAN
40.0 kHz
2) Turn the [Selector] knob as
“N” (Narrow) appears on
the LCD.
Spectrum analyzer setting
Center-f : 49.95MHz
Span
: 30kHz
RBW
: 1kHz
VBW
: 1kHz
TG level : -20dBm
XdB/div : 2dB
5. 2nd local
[Panel tuning mode]
adjust
1) Adj item:[W SLO]
Adjust:[***]
Press [PF5] to store the adjustment value after adjustment.
6. Quadrature [Panel test mode]
coil adjust 1) CH-Sig:1-1
SSG output:-53dBm(501µV)
(DEV:OFF)
7. RTC
1) CH-Sig:1-1
oscillation
frequency
adjust
Specifications/Remarks
Adjust the coils
to obtain the
waveform as shown
to the right.
REF -20.0 dBm
2 dB/
CAL.OFF
Connect each cable (W05-1000-00)
to CN202 and CN203.
•Narrow
Method
TK-5710(B)/5710H(B)
ADJUSTMENT
Transmitter Section
Item
Condition
1. Frequency
adjust
1) Adj item:[W TXF]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
[Panel test mode]
1) CH-Sig:1-1
PTT:ON
2. Max
power
adjust
•TK-5710
•TK-5710H 1) CH-Sig:3-1
PTT:ON
3. High power [Panel tuning mode]
adjust
1) Adj item:[W HPW]
Adjust:[***]
•TK-5710
2) Adj item:[WL HPW]t
[WLC HPW]t[WC HPW]t
[WCH HPW]t[WH HPW]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
4. Low power 1) Adj item:[W LPW]
adjust
Adjust:[***]
•TK-5710
2) Adj item:[WL LPW]t
[WLC LPW]t[WC LPW]t
[WCH LPW]t[WH LPW]
Adjust:[***]
•TK-5710H
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
5. DQT balance 1) Adj item:[W BALW]
adjust
Adjust:[***]
•Wide
Deviation meter filter
LPF:3kHz
HPF:OFF
2) Adj item:[WL BALW]t
[WLC BALW]t[WC BALW]t
[WCH BALW]t[WH BALW]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•Narrow
3) Adj item:[N BALN]
Adjust:[***]
4) Adj item:[NL BALN]t
[NLC BALN]t[NC BALN]t
[NCH BALN]t[NH BALN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
Measurement
TestUnit Terminal
equipment
f.counter
Rear
panel
ANT
Power
meter
Ammeter
Adjustment
Unit
Parts
[PF3],
[PF4]
Center frequency Note:After replacing
±50Hz
the VCXO (X200) align
frequency.
Final
VR1
55W
±2W
118W
±2W
50W
±1W
12A or less
110W
±2W
25A or less
5.0W
±0.5W
5A or less
50W
±1W
12A or less
[PF3],
[PF4]
•TK-5710H
Rear
panel
ANT
Front
panel
MIC jack
Specifications/Remarks
Front
panel
Front
panel
Deviation
meter
Oscilloscope
AG
AF VTVM
Method
Front
panel
[PF3],
[PF4]
Make the
demodulation
waves into
square waves.
63
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
6. Max DEV
adjust
•Wide
Condition
1) Adj item:[W FMWD]
Adjust:[***]
AG:1kHz/50mV at MIC terminal
Deviation meter filter
LPF:15kHz
HPF:OFF
2) Adj item:[WL FMWD]t
[WLC FMWD]t[WC FMWD]t
[WCH FMWD]t[WH FMWD]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
Measurement
TestUnit Terminal
equipment
Deviation
meter
Oscilloscope
AG
AF VTVM
3) Adj item:[N FMND]
Adjust:[***]
4) Adj item:[NL FMND]t
[NLC FMND]t[NC FMND]t
[NCH FMND]t[NH FMND]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
7. APCO high 1) Adj item:[A HDVA]
deviation
Adjust:[***]
adjust
Deviation meter filter
LPF:3kHz
HPF:OFF
2) Adj item:[AL HDVA]t
[ALC HDVA]t[AC HDVA]t
[ACH HDVA]t[AH HDVA]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
8. MIC
[Panel test mode]
Power
sensitivity 1) CH-Sig:1-1
meter
check
AG:1kHz/5mV at MIC terminal Ammeter
PTT:ON
Rear
panel
ANT
Front
panel
MIC jack
•Narrow
64
Adjustment
Unit
Front
panel
Parts
[PF3],
[PF4]
Method
Specifications/Remarks
4.05kHz
±50Hz
(According to the
large +, −)
2.0kHz
±50Hz
(According to the
large +, −)
Rear
panel
ANT
2827Hz
2771~2883Hz
Check
2.75~3.25kHz
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
Condition
9. QT deviation 1) Adj item:[W QTW]
adjust
Adjust:[***]
•Wide
Deviation meter filter
LPF:3kHz
HPF:OFF
2) Adj item:[WL QTW]t
[WC QTW]t[WH QTW]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•Narrow
3) Adj item:[N QTN]
Adjust:[***]
4) Adj item:[WL QTN]t
[WC QTN]t[WH QTN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
10.DQT
1) Adj item:[W DQTW]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:3kHz
HPF:OFF
2) Adj item:[WL DQTW]t
[WC DQTW]t[WH DQTW]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•Narrow
3) Adj item:[N DQTN]
Adjust:[***]
4) Adj item:[WL DQTN]t
[WC DQTN]t[WH DQTN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
11.DTMF
1) Adj item:[W DTMW]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:15kHz
HPF:OFF
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•Narrow
2) Adj item:[N DTWN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
Measurement
TestUnit Terminal
equipment
Power meter
Deviation
meter
Oscilloscope
AG
AF VTVM
Rear
panel
ANT
Front
panel
MIC jack
Adjustment
Unit
Front
panel
Parts
[PF3],
[PF4]
Method
Specifications/Remarks
0.75kHz
±50Hz
0.35kHz
±25Hz
0.75kHz
±50Hz
0.35kHz
±25Hz
3.0kHz
±100Hz
1.5kHz
±50Hz
65
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
12.MSK
deviation
adjust
•Wide
•Narrow
Condition
1) Adj item:[W MSKW]
Adjust:[***]
Deviation meter filter
LPF:15kHz
HPF:OFF
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
2) Adj item:[N MSKN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
Measurement
TestUnit Terminal
equipment
Power meter
Deviation
meter
Oscilloscope
AG
AF VTVM
Rear
panel
ANT
Front
panel
MIC jack
Adjustment
Unit
Front
panel
Parts
[PF3],
[PF4]
13.Single tone 1) Adj item:[W 2TNW]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:15kHz
HPF:OFF
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
•Narrow
2) Adj item:[N 2TNN]
Adjust:[***]
PTT:ON
Press [PF5] to store the adjustment value after adjustment.
Method
Specifications/Remarks
3.0kHz
±100Hz
1.5kHz
±50Hz
3.0kHz
±100Hz
1.5kHz
±50Hz
Receiver Section
Item
1. RX
Front-end
adjust
66
Condition
Measurement
TestUnit Terminal
equipment
[Panel tuning mode]
SSG
1) Adj item:[W FEND]
Adjust:[***]
2) Adj item:[WL FEND]t
[WLC FEND]t[WC FEND]t
[WCH FEND]t[WH FEND]
Rear
panel
ANT
Adjustment
Unit
Front
panel
Parts
[PF3],
[PF4]
Method
Specifications/Remarks
Enter the following Note: After replacing the
adjustment values
EEPROM (IC701)
to the transceiver
align RX Front-end.
by pressing [PF3]
and [PF4] keys.
[WL FEND] : 190
[WLC FEND] : 160
[WC FEND] : 110
[WCH FEND] : 65
[WH FEND] : 10
After setting the
adjustment value,
press [PF5] key.
The adjustment
value will be stored
in memory.
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
Condition
2. RSSI
1) Adj item:[W RSSI]
(Reference)
Adjust:[***]
adjust
2) Adj item:[WL RSSI]t
•Wide
[WC RSSI]t[WH RSSI]
Adjust:[***]
SSG output:-125dBm(0.126µV)
(MOD:1kHz/±3kHz)
•Narrow
3) Adj item:[N RSSI]
Adjust:[***]
4) Adj item:[NL RSSI]t
[NC RSSI]t[NH RSSI]
Adjust:[***]
SSG output:-125dBm(0.126µV)
(MOD:1kHz/1.5kHz)
3. RSSI
1) Adj item:[W LRSI]
(-120dBm)
Adjust:[***]
adjust
2) Adj item:[WL LRSI]t
•Wide
[WC LRSI]t[WH LRSI]
Adjust:[***]
SSG output:-120dBm(0.22µV)
(MOD:1kHz/±3kHz)
•Narrow
3) Adj item:[N LRSI]
Adjust:[***]
4) Adj item:[NL LRSI]t
[NC LRSI]t[NH LRSI]
Adjust:[***]
SSG output:-120dBm(0.22µV)
(MOD:1kHz/±1.5kHz)
4. RSSI
1) Adj item:[W HRSI]
(-70dBm)
Adjust:[***]
adjust
2) Adj item:[WL HRSI]t
•Wide
[WC HRSI]t[WH HRSI]
Adjust:[***]
SSG output:-70dBm(70.8µV)
(MOD:1kHz/±3kHz)
•Narrow
3) Adj item:[N HRSI]
Adjust:[***]
4) Adj item:[NL HRSI]t
[NC HRSI]t[NH HRSI]
Adjust:[***]
SSG output:-70dBm(70.8µV)
(MOD:1kHz/±1.5kHz)
5. AF level
[Panel test mode]
Setting
1) CH-Sig:1-1
SSG output:-47dBm(1mV)
(MOD:1kHz/±3kHz)
Measurement
TestUnit Terminal
equipment
Adjustment
Unit
Parts
Method
SSG
Rear
AF VTVM panel
Oscilloscope
ANT
EXT.SP
Front
panel
[PF5]
After input
signal from SSG,
press [PF5] key.
That numeric
will be stored
in memory.
SSG
Rear
DVM
panel
AF VTVM
4Ω dummy
load
ANT
EXT.SP
Front
panel
Volume
Knob
Turn the Volume
Knob to obtain
2.0V AF output.
Specifications/Remarks
2.0V±0.1V
67
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
Condition
6. Sensitivity
Check
•Wide
Measurement
TestUnit Terminal
equipment
1) CH-Sig:1-1
SSG
Rear
SSG output:-117dBm(0.32µV) AF VTVM panel
(MOD:1kHz/±3kHz)
Oscilloscope
2) CH-Sig:2-1
3) CH-Sig:3-1
•Narrow
4) CH-Sig:1-1
SSG output:-117dBm(0.32µV)
(MOD:1kHz/±1.5kHz)
5) CH-Sig:2-1
6) CH-Sig:3-1
7. Squelch
1) Adj item:[W SQOW]
(Threshold)
Adjust:[***]
adjust
2) Adj item:[WL SQOW]t
•Wide
[WC SQOW]t[WH SQOW]
Adjust:[***]
SSG output:12dB SINAD level -3dB
(MOD:1kHz/±3kHz)
•Narrow
68
3) Adj item:[N SQON]
Adjust:[***]
SSG output:12dB SINAD level -3dB
(MOD:1kHz/±1.5kHz)
Adjustment
Unit
Parts
ANT
EXT.SP
Front
panel
[PF5]
Method
Specifications/Remarks
Check
12dB SINAD or more
After input
signal from SSG,
press [PF5] key.
That numeric
will be stored
in memory.
After adjusting SQL,
check SQL open/close.
[Panel test mode]
1) CH-Sig:1-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
2) CH-Sig:2-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
3) CH-Sig:3-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
After adjusting SQL,
check SQL open/Close.
[Panel test mode]
1) CH-Sig:1-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
2) CH-Sig:2-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
3) CH-Sig:2-1
SSG 12dB SINAD or
less:Open
SSG -130dBm(0.07µV):Close
TK-5710(B)/5710H(B)
ADJUSTMENT
Item
8. Squelch
(Tight)
adjust
•Wide
•Narrow
Condition
Measurement
TestUnit Terminal
equipment
1) Adj item:[W SQTW]
SSG
Rear
Adjust:[***]
AF VTVM panel
2) Adj item:[WL SQTW]t
Oscilloscope
[WC SQTW]t[WH SQTW]
Adjust:[***]
SSG output:12dB SINAD level +5dB
(MOD:1kHz/±3kHz)
ANT
EXT.SP
Adjustment
Unit
Front
panel
Parts
[PF5]
Method
After input
signal from SSG,
press [PF5] key.
That numeric
will be stored
in memory.
3) Adj item:[N SQTN]
Adjust:[***]
SSG output:12dB SINAD level +6dB
(MOD:1kHz/±1.5kHz)
9. BER
[Panel test mode]
Digital
(Bit Error Rate) 1) CH-sig:1-20
radio
check
SSG output:-117dBm(0.32µV) tester
(C4FM)
(1011Hz Tone Test Pattern)
Check
Specifications/Remarks
After adjusting SQL,
check SQL open/close.
[Panel test mode]
1) CH-Sig:1-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAND level
-4dB:Close
2) CH-Sig:2-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAD level
-4dB:Close
3) CH-Sig:3-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAD level
-4dB:Close
After adjusting SQL,
check SQL open/close.
[Panel test mode]
1) CH-Sig:1-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAD level
-4dB:Close
2) CH-Sig:2-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAD level
-4dB:Close
3) CH-Sig:3-1
SSG 16dB SINAD or
more:Open
SSG 12dB SINAD level
-4dB:Close
5% or less
69
TK-5710(B)/5710H(B)
TERMINAL FUNCTION
Final unit (X45-3750-10): TK-5710(B)
Pin
No.
Name
I/O
Description
Pin
No.
1
TX
CN1 (to TX-RX unit CN150)
I TX drive input
1
1
RX
CN2 (to TX-RX unit CN200)
O RX signal output
2
1
CN7 (to DC cable)
I Power supply input (13.6V±15%)
+B
1
2
3
4
5
FTEMP2
FTEMP1
8T
8T
E
6
PC
1
2
3
CN9 (to TX-RX unit CN601)
O Final unit temperature 2
O Final unit temperature 1
− 8V input during transmission
− 8V input during transmission
− GND
I
TX power control voltage
W2 (to Control unit CN702)
− GND
O Power supply output (13.6V±15%)
O Power supply output (13.6V±15%)
E
+B
+B
Final unit (X45-3760-10): TK-5710H(B)
Pin
No.
70
Control unit (X53-4120-10)
Name
I/O
Description
1
TX
CN1 (to TX-RX unit CN152)
I TX drive input
1
RX
CN2 (to TX-RX unit CN200)
O RX signal output
1
+B
CN3 (to DC cable)
I Power supply input (13.4V±15%)
1
E
CN4 (to DC cable)
− GND
1
2
3
4
5
6
FTEMP2
FTEMP1
8T
8T
E
PC
CN9 (to TX-RX unit CN601)
O Final unit temperature 2
O Final unit temperature 1
− 8V input during transmission
− 8V input during transmission
− GND
I TX power control voltage
1
2
3
E
+B
+B
W2 (to Control unit CN702)
− GND
O Power supply output (13.4V±15%)
O Power supply output (13.4V±15%)
3
Name
I/O
Description
CN702 (to TK-5710(B) or TK-5710H(B) Final unit W2)
+B
I Power supply input
(TK-5710(B):13.6V/ TK-5710H(B):13.4V)
+B
I Power supply input
(TK-5710(B):13.6V/ TK-5710H(B):13.4V)
E
− GND
1
2
3
4
5
AFO
DE3
E
EI
CLK
6
7
8
9
10
DAT
RESET
5C
PSC
CS
CN724 (to KRK-6DH)
O RX audio signal output for remote head 2
I/O Detection signal
− GND
O Enable of shift register
O Clock output
O
O
−
I/O
O
Data output
Reset signal output
Common 5V
Power switch control signal
Chip select of D/A converter
CN728 (to D-SUB 25-pin connector)
− No connection
O Switched B
(TK-5710(B):13.6V/ TK-5710H(B):13.4V)
3
RXD2
I Serial data input 2
4
AUXO2
O Auxiliary output 2
5
TXD2
O Serial data output 2
6
AUXO1
O Auxiliary output 1
7
AUX I/O 9
I/O Auxiliary input/output 9
8
AFO
O RX audio signal output
9
DI
I Data signal input
10 E
− GND
11 MI2
I External MIC input
12 DEO
O Detected signal output
13 E
− GND
14 AUX I/O 5
I/O Auxiliary input/output 5
15 AUX I/O 8
I/O Auxiliary input/output 8
16 AUX I/O 4
I/O Auxiliary input/output 4
17 TXD3
O Serial data output 3
18 AUX I/O 3
I/O Auxiliary input/output 3
19 RXD3
I Serial data input 3
20 AUX I/O 2
I/O Auxiliary input/output 2
21 E
− GND
22 AUX I/O 1
I/O Auxiliary input/output 1
23 AUX I/O 7
I/O Auxiliary input/output 7
24 ME
− MIC GND
25 AUX I/O 6
I/O Auxiliary input/output 6
26 E
− GND
27~30 NC
− No connection
1
2
NC
SB
1
2
3
4
5
VBUSY
PLAY
RXD1
TXD1
CLK
CN744/Solder land (to VGS-1)
I Busy signal (Active High)
I Play signal (Active High)
I Serial data input 1
O Serial data output 1
O Clock output
TK-5710(B)/5710H(B)
TERMINAL FUNCTION
Pin
Name
No.
6
EN
7
USEL
8
9
10
11
12
13
14
15~25
26
1
2
3~5
6
7
8
9,10
11,12
13
14
15
16
17
18
19
20
21~25
26
1
2
3
4
5
6
7
8
VRST
DE
E
AI
AO
E
5C
NC
8C
I/O
O
O
O
−
−
I
O
−
−
−
−
Description
Enable output (Active Low)
UART speed select
(H:115200bps, L:19200bps)
Reset signal output
Digital GND
GND
Audio input (3Vp-p)
Audio output (100mVp-p)
GND
Common 5V
No connection
Common 8V
CN755/Solder land (to ANI board)
O BUSY signal output (L:TX)
L 0.4V, H 4.6V / 30kΩ load
AKEY
I TX Control signal input (Active Low)
L 0.8V, H 2.6V
NC
− No connection
PTOA
O PTT signal output (L:PTT ON)
L 0.4V, H 4.6V / 30kΩ load
NC
− No connection
EMG
O Emergency signal output (L:Operated)
L 0.4V, H 4.6V / 30kΩ load
E
− GND
NC
− No connection
E
− GND
5C
− Common 5V (Standby:3.5mA /
Encoding:35mA)
STON
I Side tone input (1kHz/5Vp-p)
ATXI
I Data signal input (Adjustable from 0V
to 4.5Vp-p)
TCONT
I Speaker mute signal input (L:Unmute)
L 0.8V, H 4.2V
NC
− No connection
AINH
I MIC mute signal input (L:Mute)
L 0.8V, H 4.2V
AUX I/O
I Emergency signal input (Active Low)
L 0.8V, H 4.2V
NC
− No connection
8C
− Common 8V
BUSY
CN771/Solder land (to Scrambler board)
O Scramble code signal output 1
L 0.4V, H 4.6V / 30kΩ load
BC2
O Scramble code signal output 2
L 0.4V, H 4.6V / 30kΩ load
LOK
− No connection
PTOS
O TX signal output (L:TX)
L 0.4V, H 4.6V / 30kΩ load
NC
− No connection
ECHO
I/O Echo PTT
NC
− No connection
BC4
O Scramble code signal output 4
L 0.4V, H 4.6V / 30kΩ load
BC1
Pin
No.
9,10
11,12
13
14
15~19
20
E
NC
E
5C
NC
AC
−
−
−
−
−
O
21
TXO
O
22
RXEO
O
23
RXEI
I
24
25
STXI
BC3
I
O
GND
No connection
GND
Common 5V
No connection
Scramble control signal output (L:On,
H:Off)L 0.4V, H 4.6V / 30kΩ load
MIC signal output Zo 1kΩ
(85mVp-p typ.)
AUDIO signal output Zo 100Ω
(1.2Vp-p typ.)
AUDIO signal input Zi=27kΩ
(1.2Vp-p typ.)
MIC signal input Zo=100kΩ
Scramble code signal output 3
26
8C
−
L 0.4V, H 4.6V / 30kΩ load
Common 8V
1
2
3
4
5
6
7
8
9
E
CV
FTEMP2
FTEMP1
PCS
L2FT
UL
EP
WN2
10
11
MO
MB
12~15
16
17
18
19
20
21
22
23
24
25
26
27~29
30~32
33
34
35
36
1
2
3
Name
8C
DAT
SOE
CLK
STRB3
8T
Vref
E
DET
E
PC
E
IF_IN
E
ASQL
RSSI
TV
E
IGN
E
HR1
I/O
Description
CN782 (to TX-RX unit CN600)
− GND
I Control voltage for VCO
I Final unit temperature 2
I Final unit temperature 1
O Chip select of potentiometer
O Tuning frequency of 2nd local
I Lock detection of PLL
O Enable of PLL
− Switch of ceramic filter
(H:Wide, L:Narrow)
O Modulation signal for VCO
O Modulation and frequency control
signal for VCXO
− Common 8V
O Data output
O Enable of Shift Register 3
O Clock output
O Chip select of Shift Register 3
− 8V output during transmission
− Reference voltage
− GND
I Detection signal input
− GND
O TX power control voltage
− GND
I IF signal
− GND
I Analog squelch signal input
I RSSI signal input
O Tuning voltage signal output for RX BPF
− GND
CN783 (to Accessory 9-pin connector)
I Ignition sense input
− GND
O Horn alert signal output 1 (1A max.)
71
TK-5710(B)/5710H(B)
TERMINAL FUNCTION
Pin
No.
4
5
6
7
8
9
HR2
OS2
OS1
ES2
ES1
IRS
1
2
3
ES2
IRS
SB
4
5
6
IGN
PSW
TRD
7
8
9
10
11
1/2
RESET
GND
MIC
ME
Name
I/O
O
O
O
O
O
I
Description
Horn alert signal output 2 (1A max.)
BTL output for external speaker B (PA)
BTL output for external speaker B (PA)
BTL output for external speaker A
BTL output for external speaker A
Remote speaker switch
W700 (to Display unit CN1)
O Remote speaker output
O Remote speaker output
O Switched B
(TK-5710(B):13.6V/ TK-5710H(B):13.4V)
I Ignition sense input
I Power switch control signal input
I/O TX data output / RX data input
O
O
−
I
−
Remote head 1 or head 2 signal output
Reset signal output
GND
MIC signal input
MIC GND
TX-RX unit (X57-7030-10)
Pin
No.
I/O
Description
1
TX
CN150 (to TK-5710(B) Final unit CN1)
O TX drive output for TK-5710(B)
1
TX
CN152 (to TK-5710H(B) Final unit CN1)
O TX drive output for TK-5710H(B)
1
CN200 (to TK-5710(B) or TK-5710H(B) Final unit CN2)
RX
I RX signal input
1
2
BPFout
E
CN201 (for BPF Adjustment)
O BPF output
− GND
1
2
MCFin
E
CN202 (for MCF Adjustment)
I MCF input
− GND
MCFout
E
CN203 (for MCF Adjustment)
O MCF output
− GND
1
2
1
2
3
4
5~7
8~10
11
12
13
14
15
16
17
72
Name
E
TV
RSSI
ASQL
E
IF_IN
E
PC
E
DET
E
Vref
8T
CN600 (to Control unit CN782)
− GND
I Tuning voltage signal input for RX BPF
O RSSI signal output
O Analog squelch signal output
− GND
O IF signal
− GND
I TX power control voltage
− GND
O Detection signal output
− GND
− Reference voltage
− 8V input during transmission
Pin
No.
18
19
20
21
22~25
26
Name
I/O
Description
STRB3
CLK
SOE3
DAT
8C
MB
I
I
I
I
−
I
27
28
MO
WN2
I
−
29
30
31
EP
UL
L2FT
I
O
I
Chip select of shift register 3
Clock input
Enable of shift register 3
Data input
Common 8V
Modulation and frequency control
signal for VCXO
Modulation signal for VCO
Switch of ceramic filter
(H:Wide, L:Narrow)
Enable of PLL
Lock detection of PLL
Tuning Frequency of 2nd local
32
33
34
35
36
PCS
FTEMP1
FTEMP2
CV
E
I
O
O
O
−
Chip Select of potentiometer
Final unit temperature 1
Final unit temperature 2
Control voltage of VCO
GND
1
2
3
4
5
6
CN601 (to TK-5710(B) or TK-5710H(B) Final unit CN9)
PC
O TX power control voltage
E
− GND
8T
− 8V output during transmission
8T
− 8V output during transmission
FTEMP1
I Final unit temperature 1
FTEMP2
I Final unit temperature 2
D-SUB 25-pin connector
Pin
No.
1
2
NC
RXD2
3
TXD2
4
AUX I/O 9
5
DI
6
MI2
7
8
E
AUX I/O 8
Name
I/O
−
I
Description
No connection
Serial data input 2
RS-232C level (±30V max.)
L 0.4V, H 2.4V, Zi 5kΩ
O Serial data output 2 RS-232C level
L -5V, H 5V / 3kΩ load, Zo 2kΩ
I/O Auxiliary input/output 9
(FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
I Data signal input Zi 10kΩ
Deviation:60% deviation or more
(at 1kHz/2Vp-p)
Frequency response:+3~-3dB
(20Hz~9.6kHz) (0dB:1kHz, 60% deviation)
I External MIC input Zi=600Ω
Deviation:60% deviation (at 1kHz/
5mV±2mV input)
Frequency response:Compliance with
TIA/EIA-603
− GND
I/O Auxiliary input/output 8 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
TK-5710(B)/5710H(B)
TERMINAL FUNCTION
Pin
Name
No.
9
TXD3
I/O
Description
10
RXD3
11
12
E
AUX I/O 7
13
AUX I/O 6
14
SB
15
AUXO 2
Serial data output 3 CMOS Level
L 0.7V, H 4.2V / 25kΩ load, Zo 1kΩ
I Serial data input 3 CMOS Level
0-5V max. L 0.8V, H 4.2V
− GND
I/O Auxiliary input/output 7 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
I/O Auxiliary Input/output 6 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
I Switched B (TK-5710(B):13.6V±15%
/ TK-5710H(B):13.4V±15%) 2A max.
O Auxiliary output 2 (FPU selectable)
16
AUXO 1
O
17
AFO
O
18
19
20
E
DEO
AUX I/O 5
O
−
O
I/O
21
AUX I/O 4
I/O
22
AUX I/O 3
I/O
23
AUX I/O 2
24
AUX I/O 1
25
ME
I/O
I/O
−
Active Low:Open Collector (500mA max.)
Auxiliary output 1 (FPU selectable)
Active Low:Open Collector (500mA max.)
RX audio signal output Zo 1kΩ
PA: MIC signal output 0.65Vp-p typ.
(1kHz/5mV input)
RX: RX low level output (at 1kHz 60%
deviation/-53dBm)
(Wide) 1.3Vp-p typ. (Narrow) 1.1Vp-p typ.
GND
Detected signal output Zo 600kΩ
500mVp-p (at 1kHz 60% deviation/-53dBm)
Frequency response (0dB:1kHz 60% deviation)
(Wide) 20Hz~4.8kHz:+1/-6dB,
4.8kHz~8.5kHz:+1/-24dB
(Narrow) 20Hz~4.8kHz:+1/-15dB
Auxiliary input/output 5 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
Auxiliary input/output 4 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
Auxiliary input/output 3 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
Auxiliary input/output 2 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
Auxiliary input/output 1 (FPU selectable)
Active Low with 47kΩ pull-up to 5V
L 0.8V, H 4.2V
MIC GND
Accessory 9-pin connector
Pin
No.
1
2
3
4
5
6
7
8
9
Name
IGN
ES2
RS1
HR1
HR2
ES1
OS1
OS2
E
I/O
I
O
I
O
O
O
O
O
−
Description
Ignition sense input
BTL output for external speaker A
Remote speaker switch
Horn alert signal output 1 (1A max.)
Horn alert signal output 2 (1A max.)
BTL output for external speaker A
BTL output for external speaker B (PA)
BTL output for external speaker B (PA)
GND
3
6
9
2
5
8
1
4
7
Accessory 12-pin connector (Remote kit)
Pin
No.
1
2
IGN
SB
I
O
3
4
E
MIC
−
I
5
6
7
8
ME
AI1
AI2
AO1
−
I
I
O
9
AO2
O
10
11
12
RS1
RS2
NC
O
O
−
Name
I/O
Description
Ignition sense input
Switched B (TK-5710(B):13.6V±15%
/ TK-5710H(B):13.4V±15%)
GND
MIC signal input / 60% deviation at
1kHz/5mV±2mV input
MIC GND
Auxiliary input 1 (FPU selectable)
Auxiliary input 2 (FPU selectable)
Auxiliary output 1 (FPU selectable)
Open collector (500mA max.)
Auxiliary output 2 (FPU selectable)
Open collector (500mA max.)
Remote speaker output
Remote speaker output
No connection
6
9
2
5
8
11
1
4
7
10
3
12
73
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
PC BOARD
FINAL UNIT (X45-3750-10) : TK-5710(B)
Component side view (J72-0944-09)
2
J72-0944-09
3
C50
IC2
+
4
C49
1
+
2
3
5
C5
10
C40
C47
11
12
13
J72-0944-09
74
R2
3
6 PC
E
8T
8T
FTEMP1
R33
R34
R15
1
R17
4
IC1
8
C56
R13
5
R16
R11
C19
C16
R12
R14
+B
D2
R3
R6
C48
C41
14
+B
FINAL UNIT (X45-3750-10) : TK-5710(B)
Foil side view (J72-0944-09)
9
R7
C4
C21
1
7
E
W2
CN1
TX
R5
D8
8
+
C
R1
6
C8
R4
CN7
+B
D9
C6
CN9
J
K
L
M
N
O
PC BOARD
P
Q
R
S
TK-5710(B)/5710H(B)
FINAL UNIT (X45-3750-10) : TK-5710(B)
Component side view (J72-0944-09)
1
2
CN10
Ref. No. Address
C46
L8
R19
C55
C24
L5
C23
R23
L4
C42
4
L7
IC1
IC2
D1
7H
4H
6L
D2
D3
D8
6G
6N
6B
D9
D11
6B
7N
D12
5L
3
4
5
C22
C20
C10
D12
L1
D1
C14
VR1
D3
L2
C53
Component side
L3
Layer 1
Layer 2
Layer 3
Layer 4
CN2
RX
C15
D11
6 PC
E
8T
8T
FTEMP1
1 FTEMP2
C52
TH1
C17
C9
C13
C11
CN9
7
Foil side
8
FINAL UNIT (X45-3750-10) : TK-5710(B)
Foil side view (J72-0944-09)
Ref. No. Address
D5
11N
D6
12O
D10
10P
R9
9
R22
C12
6
10
R27
R18
11
R32
12
C34
R28
D6
C27
D5
C31
C54
C25
R30
D10
R29
Component side
Layer 1
Layer 2
Layer 3
Layer 4
13
Foil side
75
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
PC BOARD
FINAL UNIT (X45-3750-10) : TK-5710(B)
Component side view (J72-0944-09)
2
O
P
Q
R
S
TK-5710(B)/5710H(B)
FINAL UNIT (X45-3750-10) : TK-5710(B)
Component side view (J72-0944-09)
J72-0944-09
1
2
CN10
Ref. No. Address
3
C46
L8
IC2
+
R19
C50
C55
C24
L5
C23
4
1
+
2
3
4
5
3
C14
C48
5L
Component side
L3
Layer 1
Layer 2
Layer 3
Layer 4
CN2
RX
D11
C15
C13
C11
CN9
8
FINAL UNIT (X45-3750-10) : TK-5710(B)
Foil side view (J72-0944-09)
Ref. No. Address
D5
11N
D6
12O
D10
10P
R9
C12
6
7
Foil side
FINAL UNIT (X45-3750-10) : TK-5710(B)
Foil side view (J72-0944-09)
9
D12
4
VR1
D3
L2
C53
C52
6 PC
E
8T
8T
FTEMP1
1 FTEMP2
R33
R34
R15
1
R17
4
IC1
8
C56
R13
5
R16
R11
C19
C16
R14
D2
C4
R12
6B
7N
C20
R2
R6
+B
+B
R7
D9
D11
5
TH1
C21
1
7
E
W2
CN1
TX
6G
6N
6B
L1
D1
R5
D8
8
R3
6
+
C9
R1
D9
D2
D3
D8
3
D12
C8
R4
CN7
+B
7H
4H
6L
C22
C6
C10
C5
L7
C17
C49
R23
L4
C42
IC1
IC2
D1
9
R22
C41
10
10
C25
R27
11
12
R32
D6
R28
13
J72-0944-09
74
14
C34
12
R18
11
C27
C40
D5
C31
C54
R30
C47
D10
R29
Component side
Layer 1
Layer 2
Layer 3
Layer 4
13
Foil side
75
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
PC BOARD
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Component side view (J72-0945-09)
2
CN4
GND
+
D11
3
+B
C86
C4
C4
C29
Vg1
C40
C25
L6
G
Q1
D
G
Q2
D
C34
C16
C21
C31
L4
CN3
+B
C98
R41
C42
L2
R43
R46
5
R47
C20
R53
D10
C15
6
L19
L18
C57
R17
4
C43
R48
R44
R42
L3
C14
C35
C17
7
C22
C32
L7
L5
TH1
R18
C82
C26
L20
L21
C2
C30
8
C41
Vg2
C4
C4
R10
R11
C88
+B
R9
Vgc
9
+
C9
+
C80
+B
10
C11
+
C84
L22
E
C91
+B +B
11
J72-0945-09
4
3
12
IC1
13
76
14
J
K
L
M
N
O
P
Q
R
S
TK-5710(B)/5710H(B)
PC BOARD
1
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Component side view (J72-0945-09)
2
CN10
C51
R29
+
C85
3
+B
C48
C46
C44
C40
L17
C63
L8
L19
L18
C57
R26
R25
D3
C64
R36
C67
4
L6
C53
C83
C93
C56
L16
R49
C42
L10
R46
5
C81
C97
R51
C58
R47
C8
R48
L11
C43
R50
L15
TH3
C62
6
R27
R38
R37
C78
C89
D4
C59
7
C77
L7
C54
C70
L20
L21
L9
C82
C75
REV FWD
C41
C45
C71
R57
+B
R21
C76
C23
C18
R13
Vgc R33
D8
C79
R28
R15
D1
C1
C90
R5
R7
C33
R8
C87
R6
C6
R12
D9
R20
1 8
IC2
4 5
R14
C74
C72
R16
Vgc
L13
R58
R23
C24
L14
R31
R24
VR1
D6
R54
R39
R40
D12
C50
+
C65
R56
C47
C49
C73
8T
Ref. No. Address
IC1
13I
IC2
10N
Q1
5I
Q2
7I
D1
10M
D3
4O
D4
7N
D6
8O
D8
9P
D9
D10
D11
10P
6D
3D
D12
9M
8
9
10
Vg3
L1
11
2
1
12
Component side
CN2
RX
CN1
TX
FTEMP2 1
FTEMP1
8T
8T
E
PC 6
CN9
Layer 1
Layer 2
Layer 3
Layer 4
13
Foil side
77
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
O
P
R
S
TK-5710(B)/5710H(B)
PC BOARD
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Component side view (J72-0945-09)
Q
1
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Component side view (J72-0945-09)
2
2
CN10
CN4
GND
C51
R29
+
C85
D11
3
3
+B
C86
C48
C29
C40
L17
C63
R36
C67
D
C34
L10
R49
R41
C42
R43
R46
5
C81
C97
R51
C58
R47
C20
R53
C8
R50
C14
R48
L11
C43
L3
R44
R42
L15
TH3
C62
C15
6
R27
R38
R37
C35
C17
C78
C89
D4
G
Q2
D
L7
C54
C71
R10
R57
+B
R15
C18
R13
Vgc R33
C76
C23
D1
C1
C90
R5
R7
D8
C79
R28
R12
C33
R8
R6
C6
C11
+
C84
C87
10
R14
D9
C72
R16
Vgc
C74
R20
1 8
IC2
4 5
C9
C24
+B
R21
L13
R58
R23
VR1
+
L14
R39
+
D6
R54
R31
R24
C50
R40
D12
R9
Vgc
C65
R56
C47
C49
9
C80
C75
REV FWD
C45
C88
C70
L20
C30
C2
L21
L9
TH1
R18
C82
C41
Vg2
R11
C77
C32
L5
C26
7
C59
C22
8
4
C83
C93
L16
L2
D10
7
D3
C64
C56
Q1
5
6
L8
L6
G
C16
C21
R26
R25
C53
C31
L4
CN3
+B
C98
L19
L18
C57
R17
4
C46
C44
Vg1
C25
C73
8T
Ref. No. Address
IC1
13I
IC2
10N
Q1
5I
Q2
7I
D1
10M
D3
4O
D4
7N
D6
8O
D8
9P
D9
D10
D11
10P
6D
3D
D12
9M
8
9
10
L22
Vg3
E
C91
+B +B
L1
11
11
J72-0945-09
4
3
2
1
12
12
Component side
CN2
RX
CN1
TX
FTEMP2 1
FTEMP1
8T
8T
E
PC 6
IC1
CN9
13
Layer 1
Layer 2
Layer 3
Layer 4
13
Foil side
76
14
77
14
A
1
B
C
D
TK-5710(B)/5710H(B)
E
F
PC BOARD
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Foil side view (J72-0945-09)
2
3
4
5
6
7
8
9
10
11
12
13
78
14
G
H
I
J
J
K
L
M
N
O
PC BOARD
P
Q
R
S
TK-5710(B)/5710H(B)
1
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Foil side view (J72-0945-09)
2
3
4
5
6
7
8
9
10
3
W2
1
+B
+B
E
11
J72-0945-09
12
Component side
Layer 1
Layer 2
Layer 3
Layer 4
13
Foil side
79
14
A
1
B
C
D
TK-5710(B)/5710H(B)
E
F
PC BOARD
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Foil side view (J72-0945-09)
G
H
I
J
K
L
M
N
O
PC BOARD
P
Q
R
S
TK-5710(B)/5710H(B)
1
FINAL UNIT (X45-3760-10) : TK-5710H(B)
Foil side view (J72-0945-09)
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
3
W2
1
+B
+B
E
11
11
J72-0945-09
12
12
Component side
Layer 1
Layer 2
Layer 3
Layer 4
13
13
Foil side
78
14
79
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
PC BOARD
15D
R797
R798
L721
R805
C770
R806
R807
43
R808
R809
51
IC713
R787
R783
R773
R776
R749
CP700
DGND
R999
9
CHECK
R772
R769
R759
R766
R753
CLK
USEL
DE
AI
R697
R693
C737
C739
R694
C729
C723
C725
C724
C726
C743
E
VBUSY
CP701 CP702
1
65
64
RXD1
SMPL
CLK
BUSY
CN787
GND
CN705
25D
CV 2
FTEMP1
L2FT
EP
MO
8C
8C
DAT
CLK
8T
E
E
E
IF IN
E
E
RSSI
E 36
VCCA
PLAY
GND
TXD1
33M
EN
CN744
8C
5C
AO
AKEY
PTOA
E
EMG
VRST
E
E
BUSY 1
NC
NC
R803
R804
2 AKEY
NC
PTOA
R801
R802
R682
R800
R634
38
39
C756
C735
CP703
R810
R752
C728
C781
R830
R821
R799
VBUSY 1
RXD1
CLK
USEL
DE
AI
E
NC
NC
NC
NC
NC
NC 25
R751
STRB1
R815
2 PLAY
TXD1
EN
VRST
E
AO
5C
NC
NC
NC
NC
NC
26 8C
R631
R829
R822
L715
C768
R796
10
VDD
R794
R795
CP704 C761
IC703
L704 R756
R758
R742
R750
G
D
S
R792
R793
VCC
CNVSS
RESET
SCLCK
TXD1
BUSY
RXD
EPM
VSS
NC
Q704
C754
23
C751
8
C753
14
R745
IC704
R754
R680
R711
7
IC712
R811
R621
R791
R814
R748
BIO
R825
R826 R824
R630
XF
ANI
CN701
C758
C708
F701
R812
R786
R785
R784
R782
R781
R780
R779
103
102
R823
C778
R788
RXD3
128
1
2 SB
NC 1
AUXO2
C741
RXD2
AUXO1
TXD2
C740
AFO
AUXI/O9
GND
DI
DEO
MI2 C744
AUXI/O5
GND
AUXI/O4 AUXI/O8
C731
AUXI/O3
TXD3
AUXI/O2
RXD3
AUXI/O1
GND
ME
C722
AUXI/O7
GND
AUXI/O6
C727
NC
NC
30 NC
NC 29
R835
R681
R789
6
C784
C783
C773
L714
R762
R763
C780
C775
C772
R834
R818
RXD1
R778
L713
L712
L711
L709
L710
L708
L706
L707
L705
LOK
R833
IC715
R817
CV
CN784
5C
CN728
VGS
R868
D744
R860
R862
D743
D721
R764
R765
5
R832
13
EMUI/OFF
DGND
DGND
DGND
3.3D
TDI
TMS
1
C730
D650
15D
R870
GND
D653
12
EMUO
TCK
TCK
TDO
DGND
TRST
2
R777
R831
L717
C719
C765
5 1
C776 +
IC709
4 3
R623
C713
R624
D652
4
R774
L716
C771 +
32K
OUT
CLK
OUT
C736
C764
C718
3 4
CLKC
33A
1 5
C712
IC708
GND
R820
33A
3
CN709
R690
C732
2
C738
CONTROL UNIT (X53-4120-10)
Component side view (J72-0942-29)
L723 C665
C657
AFO 1
DE3
E
EI
CLK
DAT
RESET
5C
PSC
CS 10
C661
11
CN724
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC715
4E
Q713
3S
D721
5B
IC703
7C
IC732
8R
Q729
9Q
D722
5P
IC704
7A
Q704
8A
Q731
9P
D723
5Q
IC705
6Q
Q705
4R
D650
4D
D726
5Q
IC706
5R
12
13
80
14
IC708
3C
IC709
IC712
IC713
4C
6F
8E
Q706
Q708
Q711
4Q
5Q
4P
D652
D653
D719
4D
4D
4Q
Q712
4P
D720
4Q
D743
D744
5C
5C
ES2 1
1
10
E
FTEMP2
PCS
UL
W/N2
MB
8C
8C
SOE
STRB3
VREF
DET
PC
IF IN
IF IN
E
ASOL
TV
35
CN782
SB
CN786
E
PTOS
8C
ECHO
R891
ATXI
BC4
E
5C
W700
E
TXO RXEI BC3
8C
STXI
CN771
IC732
9 IRS
RXAF
C906
C859
E
R706
R704
D720
C863
Q729
G
D
S
RXEO
+
AC
8C
HR2
ES1
D
Q705
C760
+
G
S
R775
C759
5C
Q713
R768
F700
I
C704
Q706
Q708
R767
R702
C703
C702
C701
C700
Q
G
IC706
+
R710
C706
C757
R755
CN702
C705
D723
D726
R761
R705
+B 1
+B
R960
C710
Q712
E 3
P
O
8
HR1
D722
C707
R708
Q711
1 IGN
7
OS1
IC705
OS2
14
Scrambler
R709
R949
C864
1
CN783
PC BOARD
R948
19
O
R955
E
R987
K700
C737
N
Q731
BC1 LOK
C872
AUX
I/O
M
R988
BC2
BC1 1
LOK
NC
NC
E
NC
E
NC
NC
NC
TXO
RXEI
BC3 25
R697
L
2 BC2
PTOS
ECHO
BC4
E
NC
5C
NC
NC
AC
RXEO
STXI
26 8C
INH
ME 11
ANI
MIC
R636
R635
TXD3
RXD3
GND
C722
AUXI/O7
AUXI/O6
C727
NC
NC 29
K
GND
CN755
RESET
1/2
STON TCONT
TRD
E
PSW
EMG
E
IGN
BUSY
IRS
PTOA
BUSY 1
2 AKEY
NC
NC
PTOA
NC
EMG
NC
E
E
NC
NC
5C
E
ATXI
STON
NC
TCONT
AUX I/O AINH
NC
NC
NC
NC
26 8C
NC 25
AKEY
ES2 1
AUXI/O3
AUXI/O2
AUXI/O1
C729
ME
GND
NC
30 NC
C723
C724
J
R
S
TK-5710(B)/5710H(B)
17
CN785
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
Foil side
1
CONTROL UNIT (X53-4120-10)
Component side view (J72-0942-29)
GND
2
3
D719
4
R701
R707
5
GND
6
ES2
1
2
7
8
+
16
9
5C
10
J72-0942-29
11
Component side
12
13
81
14
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
O
PC BOARD
P
R775
C759
S
Q713
C760
R768
R702
R767
C703
C702
C701
C700
+B 1
E 3
K700
D
Q705
I
G
IC706
R710
C705
Q706
C757
D723
D726
R761
D722
C710
R755
R705
Q712
R708
Q711
C729
C723
C725
C724
C726
C743
C735
G
C737
R693
R697
O
8
14
IC705
2
C859
7
IC732
DE
AI
E
E
VBUSY
CP701 CP702
DGND
USEL
BUSY
CN787
GND
CN705
25D
GND
CV 2
FTEMP1
L2FT
EP
MO
8C
8C
DAT
CLK
8T
E
E
E
IF IN
E
E
RSSI
E 36
33M
PLAY
TXD1
C863
CN744
EN
8C
5C
AO
AKEY
PTOA
E
EMG
VRST
E
E
E
STON TCONT
INH
BC2
CN786
PTOS
8C
AUX
I/O
CN755
ECHO
R891
BC1 LOK
E
19
TXO RXEI BC3
8C
STXI
CN771
BC4
ATXI
E
5C
C906
8
+
R948
CLK
RXAF
R949
RXD1
SMPL
CLK
Q729
16
17
G
D
S
RXEO
+
AC
C872
IC713
C864
51
R955
R809
R987
43
R808
R999
9
5C
E
FTEMP2
PCS
UL
W/N2
MB
8C
8C
SOE
STRB3
VREF
DET
PC
IF IN
IF IN
E
ASOL
TV
35
CN785
10
MIC
GND
RESET
1/2
TRD
IGN
PSW
SB
AFO 1
DE3
E
EI
CLK
DAT
RESET
5C
PSC
CS 10
11
W700
IRS
C657
ES2 1
L723 C665
C661
ME 11
R783
R773
R776
R749
R772
R766
R759
R769
C730
CN783
C770
R807
BC1 1
LOK
NC
NC
E
NC
E
NC
NC
NC
TXO
RXEI
BC3 25
L721
R805
R806
2 BC2
PTOS
ECHO
BC4
E
NC
5C
NC
NC
AC
RXEO
STXI
26 8C
R803
R804
R636
R801
R802
R635
R800
CN782
1
1
+
CP703
VCCA
10
5
6
9 IRS
CHECK
CP700
8C
ES1
R799
R787
R707
7
R798
R701
GND
OS2
1
R796
R797
1
65
64
9
C728
C784
C781
R830
R821
R829
R822
C768
R795
BUSY 1
2 AKEY
NC
NC
PTOA
NC
EMG
NC
E
E
NC
NC
5C
E
ATXI
STON
NC
TCONT
AUX I/O AINH
NC
NC
NC
NC
26 8C
NC 25
38
39
R753
R706
C704
Q708
4
ES2
R810
R752
+
R815
R682
R751
STRB1
R812
L715
R794
R634
R631
C756
C739
R694
C738
C732
VDD
2 SB
NC 1
AUXO2
C741
RXD2
AUXO1
TXD2
C740
AFO
AUXI/O9
GND
DI
DEO
MI2 C744
AUXI/O5
GND
AUXI/O4 AUXI/O8
C731
AUXI/O3
TXD3
AUXI/O2
RXD3
AUXI/O1
GND
ME
C722
AUXI/O7
GND
AUXI/O6
C727
NC
NC
30 NC
NC 29
R690
8
G
D
S
R745
Q704
R792
R793
VBUSY 1
RXD1
CLK
USEL
DE
AI
E
NC
NC
NC
NC
NC
NC 25
L704 R756
R758
R750
R742
D720
C706
OS1
2 PLAY
TXD1
EN
VRST
E
AO
5C
NC
NC
NC
NC
NC
26 8C
C751
IC703
BIO
10
23
C707
R709
E
IC712
R811
R621
R791
CP704 C761
R754
R680
14
C754
IC704
C753
7
1 IGN
Scrambler
R814
R748
R711
ANI
3
D719
CN702
HR1
R825
R826 R824
R630
F700
R704
XF
VCC
CNVSS
RESET
SCLCK
TXD1
BUSY
RXD
EPM
VSS
NC
C708
F701
GND
CN701
C758
R960
HR2
R786
R785
R784
R782
R781
R780
R779
103
102
128
1
R823
C778
R788
RXD3
R681
R789
R762
R763
C780
C775
C772
R835
C736
D650
R868
D744
C783
RXD1
R778
L713
L712
L711
L709
L710
L708
L706
L707
L705
R818
5C
CN728
R834
C773
L714
6
13
EMUI/OFF
DGND
DGND
DGND
3.3D
TDI
TMS
1
R833
IC715
CV
LOK
1
2
VGS
CN784
5C
R832
L717
C719
C765
15D
15D
R860
R862
D743
D721
R764
R765
5
R831
R817
R870
GND
D653
12
EMUO
TCK
TCK
TDO
DGND
TRST
2
R777
CN709
C764
C718
3 4
5 1
C776 +
IC709
4 3
R623
C713
R624
D652
4
R774
L716
C771 +
32K
OUT
CLK
OUT
R820
IC708
GND
33A
1 5
C712
CLKC
S
CONTROL UNIT (X53-4120-10)
Component side view (J72-0942-29)
2
33A
R
TK-5710(B)/5710H(B)
CONTROL UNIT (X53-4120-10)
Component side view (J72-0942-29)
3
Q
Q731
C
R988
1
B
+B
A
J72-0942-29
11
CN724
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC715
4E
Q713
3S
D721
5B
IC703
7C
IC732
8R
Q729
9Q
D722
5P
IC704
7A
Q704
8A
Q731
9P
D723
5Q
IC705
6Q
Q705
4R
D650
4D
D726
5Q
IC706
5R
12
13
80
14
IC708
IC709
IC712
3C
4C
6F
Q706
Q708
Q711
4Q
5Q
4P
D652
D653
D719
4D
4D
4Q
IC713
8E
Q712
4P
D720
4Q
D743
D744
5C
5C
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
12
13
Foil side
81
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
PC BOARD
CONTROL UNIT (X53-4120-10)
Foil side view (J72-0942-29)
2
D706
R723
R712
C717
Q730
L728
L727
C894
C896
IC717
R816
5 1
IC714
4 3
R813
Q716
R845
Q715
R846
C793
C794
R854
R847
C997
R843
R628
C995
R849
R638
R637
D737
C769
5 1
IC723
C801 C800
C798
R848
R850
C792
R654
C
R993 R
R856 R858
12
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC738
9E
IC716
10I
IC723
7I
IC730
9N
IC700
7Q
Q701
4L
Q715
8J
Q725
8O
IC739
8D
IC717
6H
IC724
8H
IC731
8F
IC701
6R
Q702
8R
Q716
8J
Q728
5G
IC740 10D Q703
IC718 10G IC725
7N
IC733
9F
IC702
6O
8R
Q717
6P
Q730
4G
IC741
8Q
IC719
9I
IC726 7M IC734
8E
IC707
3B
Q707
4C
Q719
9K
Q732
7C
IC742
8C
9K
IC727
9L
IC735
9D
IC710 10L IC720
Q709
4C
Q720
8H
Q733
8E
IC743
8C
IC721 7M IC728
6K
IC736
8E
IC711 8M
Q710
4C
Q721
8H
Q734
8C
Q700
4K
IC722
4Q
IC729
9G
IC737
9Q
IC714
7J
Q714
6P
Q723 10J Q735
7J
D742
R819
+ C799
L722
D736
Q723
C658
I
D741
D740
R664
R859 C996
O
G
D
S
C796
+
G
C785
+
C789
R841 R840
C790
C797 R995
IC716
+
3 4
C660
C786
C791 R842
R865
R652
R863
R867 R951 C922
C820
C810 R950 C921
5 4
IC719
8 1
D728
C805
D739
D738
4 3
R890
C825
R998
IC724
8
C824
R666 R687 C664
R882 C803
11
82
Q735
1 6
C659
D727
R625 R855
9
16
1
C815
C802 R876
S
D
G
R861
R900
R899
C916
C919
C918
R903
R909
R906
C837
R933 R926
R932 C858
R930
R911
C818
G
D
S
Q720
C656
R982
C804
R983
Q721
C662
R653
R978
R640
R639
R937 R940
IC740
4 3
R913
C862 R938
C845 C850 R656
C879
13
R912
R958
C849
12
C823
R663
C814 +
C852
C857
5 4
IC729
8 1
1 8
IC733
4 5
R959
C874
R657
R667
R943 R632
R633
C917
R996
C855
C610
R660
5 1
C851
C999
R662 C868
R896
R997
C860
R668 C652
8 1
C611
IC738
3 4
C871 R627 R914
IC731
4
R920
24
R968
R963
C878
R974
1
C890
Q736
1 6
5
R977
5 4
IC735
8 1
C904
4
IC736 8 1
R957 R956
C901
R669
5 1
5 1
5
IC734 R676
43
G
D
S Q733
51
R659 R961
C891
R678
R670
34
R671
C654
R980 R976
IC739
4 3
R971
C655
4 3
R966 R967 R970
C900
R945
IC742
R658
C902
Q734
S
D
G
C889 C795
IC743
15
R757
D735
R675
R674
C905
R661
Q732
R962 C653 R686
R981
8
L732
1 8
IC718
4 5
L731
C898
R984
9
C899
C897
L730
7
14
R716
16
1
8
13
D703
C788
L729
J72-0942-29
D702
C869
6
10
R714
R994
Q728
D701
C893
R946
L725
L724
C895
L726
+
C716
9
R717
R726
R724
5
C762
+ C910
D708
Q709
C892
Q707
C875
D734
R7
R715
R703
C711
R771
Q710
4
D725
I
D724
IC707
R760
G
D711
R713
D700
O
C787
3
R7
R722
C763 +
J
K
L
M
N
O
P
Q
R
S
TK-5710(B)/5710H(B)
PC BOARD
1
CONTROL UNIT (X53-4120-10)
Foil side view (J72-0942-29)
2
R732
D706
D711
C745
3
C822
C827
1
C826
4
16
9
R665
D709
R724
D705
D714
R721
R719
R715
R726
R717
D708
IC722
Q701
8
D710
C911 +
R838
R790
D707
D713
C833
R734
C734
L701
L700
D700
R713
+ C910
D712
C733
R730
Q700
R723
R722
R731 R729
R733
R728
R720
D704
C846
R839
R743
R746
Q702
R740
Q703
R969
R941
C881
9
R964
C907
C880
17
1
C853
10
R919
16
R975
64
R922
C856
R672
3 4
IC710
L722
R973
C854
R918
1 5
R738
D715
R878
R736
R883
R897
G
D
S
R879
L718
Q725 C812
R608
R612 C603 R607 R610
R613
R609
1
4
8
5
R614 R611
IC725
R603
1
8
R605 C601 R604
IC721
5 4
R617
C608 R618
R629
1
8
R619
R942
R965
IC730
R917
R908
8
4 3
IC737
R934
C908
C838 +
+ C839
C720
I
C915
9
8
C714
R819
+ C799
C715
IC711
4 3
R928
R923
C847
D731
IC741
G
R929
D651
C841 +
7
+ C912
O
R939
C865
R856 R858
R737
5 1
R673
C746
R735
33
32
C766
R993 R685
R866
6 5
IC700
10 1
C914
C909
48
1
8
D736
G
D
S
Q723
R655
C663
R859 C996
742
R875
5
R886
6
IC701
C747
R650
49
IC727
4
R654
C829
C767
16
IC720
1 8
C792
C605
D716
C867
C866
C721
Q719
1
R854
C997
R847
R843
R628
C995
+
S
D
G
C811
R844
C660
R910
Q716
R916
R739
X701
4
5
X700
R651
C844 +
D732
R874 C809
R606
5 1
Q715
R846
C793
C794
28
R845
C659
27
IC726
5 4
R615
+ C848
R924
4 3
5 1
IC714
R620
R664
R813
C769
R816
3 4
C748
Q714
14
23
IC702
R638
R637
Q735
1 6
Q717
C749
9
R616
8
C998
R744
IC728
R741
16
1
R837
L650
5
D717
R718
R716
D703
D702
D701
R714
C808
11
Component side
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
Q736
7G
D705
4K
D712
3L
D725
4C
D736
11J
D651 10M D706
2J
D713
4K
D727
8J
D737
7I
D700
D701
D702
3J
5J
5J
D707
D708
D709
4K
4J
4L
D714
D715
D716
4K
7P
7P
D728
D731
D732
8J
10L
8K
D738
D739
D740
11G
11H
11I
D703
D704
5J
5K
D710
D711
4L
3J
D717
D724
7Q
4C
D734
D735
4G
8C
D741
D742
11I
11J
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
12
13
Foil side
83
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
O
P
Q
R
S
TK-5710(B)/5710H(B)
PC BOARD
CONTROL UNIT (X53-4120-10)
Foil side view (J72-0942-29)
1
CONTROL UNIT (X53-4120-10)
Foil side view (J72-0942-29)
2
2
R733
C822
C827
1
16
9
R665
D709
D705
IC722
Q701
8
C826
R838
C833
R734
L701
L700
D714
R721
R719
R717
R720
3 4
IC710
C907
R746
Q702
R738
R740
R744
Q703
R969
C881
C854
9
R964
R973
C880
R929
64
17
1
16
R922
C856
R672
C853
R975
1 5
R741
R837
R743
D715
R878
G
D
S
R736
R883
L718
R879
R897
C715
Q725 C812
R608
R612 C603 R607 R610
R613
R609
1
4
8
5
R614 R611
IC725
R603
1
8
R605 C601 R604
R619
5 1
R942
R965
10
R919
R908
8
4 3
IC737
IC730
R918
C838 +
I
C915
R934
R917
R819
+ C839
C720
IC741
G
R939
32
C908
C714
L722
O
9
8
D731
7
+ C912
5 1
R673
D651
C841 +
1
R866
R737
33
C865
R856 R858
+ C799
IC721
5 4
R617
R616
1
8
R615
R620
IC711
4 3
R928
R924
R923
C847
16
R655
IC727
R875
C746
R735
R650
49
C766
R993 R685
R886
C909
48
6 5
IC700
10 1
C914
C767
C811
Q716
C663
5
C829
1
8
C747
C867
C866
C721
Q719
R910
R854
4
R654
C605
D716
6
IC701
D736
D742
IC726
5 4
R638
5 1
IC714
R845
R846
C793
C794
R843
R847
IC720
1 8
C792
S
D
G
C608 R618
R629
R816
4 3
R844
C997
R628
C787
Q723
C658
I
D741
D740
R916
R874 C809
R606
R739
X701
4
5
X700
R651
C844 +
D732
R859 C996
O
G
D
S
C796
+
G
C785
+
C789
R841 R840
C790
C797 R995
IC716
+ C848
Q715
Q714
14
23
IC702
R664
C660
C995
R849
C805
+
3 4
R813
C769
5 1
IC723
C801 C800
C798
R848
R850
5 4
IC719
8 1
D728
C786
C791 R842
R865
R652
R867 R951 C922
C810 R950 C921
C820
R882 C803
R863
R998
IC724
8
C824
R666 R687 C664
D738
4 3
R890
C825
9
16
1
C815
C802 R876
S
D
G
D737
R637
Q735
1 6
Q717
C749
9
C748
D717
R718
R716
D703
D702
D704
C998
C659
D727
R625 R855
R900
R899
C916
C919
C918
R903
R909
R906
C837
R933 R926
R932 C858
R930
R911
C818
G
D
S
Q720
D739
R978
Q721
R861
C851
R653
R982
C823
R663
C814 +
C662
C804
5 1
C917
C656
R937 R940
R640
R639
C862 R938
R913
13
R912
R958
C849
12
C845 C850 R656
R959
1 8
IC733
4 5
R657
R667
R896
C852
C857
5 4
IC729
8 1
R968
C999
R633
R660
IC738
3 4
R996
C855
C610
C611
IC740
4 3
R983
8
9
R997
C860
R662 C868
R943 R632
24
8 1
R920
C890
R668 C652
IC734 R676
43
G
D
S Q733
51
R659 R961
R963
C878
R974
1
C879
C904
IC736 8 1
Q736
1 6
C871 R627 R914
IC731
5 4
R977
5 4
IC735
8 1
R658
4
R957 R956
C901
R669
5 1
5 1
5
C874
4 3
C891
R678
R671
R670
34
R980 R976
IC739
4 3
R971
C655
C654
C900
R945
IC742
R966 R967 R970
C902
Q734
S
D
G
C889 C795
IC743
15
R757
D735
R675
R674
C905
R661
Q732
R962 C653 R686
R981
8
L732
1 8
IC718
4 5
L731
C898
R984
R839
C899
C897
L730
7
C846
IC728
IC717
8
J72-0942-29
L650
5
16
1
16
1
6
10
R714
R994
C869
C894
C896
L729
4
C808
C788
C716
9
C911 +
R941
L727
Q728
D701
C893
R946
L725
L724
C895
L728
+
R790
D708
R726
L726
3
D710
+ C910
D712
D707
D713
R724
5
C762
C734
Q709
C892
Q707
Q730
R713
R715
R703
C711
R771
C875
D734
Q710
4
D725
I
D724
IC707
R760
G
C745
C733
R730
D700
O
D711
R731 R729
Q700
R723
R712
C717
3
R728
R722
C763 +
R732
D706
11
11
Component side
12
13
82
14
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC738
9E
IC716
10I
IC723
7I
IC730
9N
IC700
7Q
Q701
4L
Q715
8J
Q725
8O
Q736
7G
D705
4K
D712
3L
D725
4C
D736
11J
IC739
8D
IC717
6H
IC724
8H
IC731
8F
IC701
6R
Q702
8R
Q716
8J
Q728
5G
D651 10M D706
2J
D713
4K
D727
8J
D737
7I
IC740 10D Q703
IC718 10G IC725
7N
IC733
9F
IC702
6O
8R
Q717
6P
Q730
4G
D700
3J
D707
4K
D714
4K
D728
8J
D738 11G
IC741
8Q
IC719
9I
IC726 7M IC734
8E
IC707
3B
Q707
4C
Q719
9K
Q732
7C
D701
5J
D708
4J
D715
7P
D731
10L
D739 11H
IC742
8C
9K
IC727
9L
IC735
9D
IC710 10L IC720
Q709
4C
Q720
8H
Q733
8E
D702
5J
D709
4L
D716
7P
D732
8K
D740
11I
IC743
8C
IC721 7M IC728
6K
IC736
8E
IC711 8M
Q710
4C
Q721
8H
Q734
8C
D703
5J
D710
4L
D717
7Q
D734
4G
D741
11I
Q700
4K
IC722
4Q
IC729
9G
IC737
9Q
IC714
7J
Q714
6P
Q723 10J Q735
7J
D704
5K
D711
3J
D724
4C
D735
8C
D742
11J
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
12
13
Foil side
83
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
PC BOARD
TX-RX UNIT (X57-7030-10)
Component side view (J72-0943-09)
2
L153
C229
L211
C226
R219
CN201
L212
L213
C224
R222
C242
C235
R221
C232
C225
R220
L214
E
C
B
R224
C515
R223
R493
C228
C236
C241
R226
C514
C164
C162
C171
C166
Q201
D436
4
C163
+
D435
C157
C155
R157
C160
C161
R166
R168
R164
C513
C165
E
C
B
R163
R175
C170
R159
L152
Q151
C159
R160
R155
R494
E
C
B
Q150
R154
C154
R152
L151
R151 C152 R153
R150
C150
3
C151
L150
CN150
TX
6
4
R218
L407
D422
R212
R216
R215
R214 R217
R447
L462
L454
R213
D405
C458
D429
L423
RXVCO1
C452
D414
L413
L417
L421
C482
G
D
C476
C470
L233
Q413
S
C490
L449
3
C223
L209
C455
R449
CN202
B
R600
E
B
MB
CLK
C
R413
R603
C635 R602
DAT
R522
+
UL
C603
C419
+
C422
C413
+
CVu
CV
R412 R414 R416
Q599
J72-0943-09
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC601
8H
Q414
7C
Q602
9H
D415
7F
D430
5E
IC205
10N
Q150
3C
Q416
8C
Q603
10H
D416
8F
D431
7E
IC206
9N
Q151
3E
Q417
8A
D203
9Q
D420
8E
D432
7E
IC207
9M
Q201
4E
Q419
6A
D204
10P
D422
6E
D433
8D
IC209
9N
12
13
84
IC210
8O
IC211
IC213
IC214
8M
9Q
8R
+ C604
Q603
C410
R404
CN602
S
G
D
Q400
R405
C590
R409
R407
+
Q600
Q602
11
R406
C402
C591
R591
R590 R593
R596 Q598
10
C592
R592
C642
EP
E
C
R601
C634
C640
R408
1
Q601
9
R594 R595
2
I
IC601
G
L456
C606
+
D416
D407
C464 L460
C474
C639
R451
C449
L412
C460
O
C631
L415
TXVCO
C605
L410
C602
D427
D428
L447
R463
D420
C600
L408
C638
C601
D406
C453
D415
L414
L418
D431
L422
C483
L424
R461
C469
L420
D
C459
D424
L461
L455
+ C630
C478
R465 R457
D433
C495
R467
S
R470
C493
L426
R477
G
C486
C472
RXVCO2
C481
C477
Q416
R459
C471
R503
C487
R476
C485
C501
C504
L450
R473 C497
L429
Q417
D
L428
G
Q414
R469
R478
D432
R483
8
14
C323
R488
R474
C502
C473
R482
C505
R501
C632
7
C484
S
L432 C510
Q419
C508
6
1
C454
C496
R458
R486
R472
C512 R492
L427
C491
C633
R468
A400
D430
5
Q208
Q213
Q400
9R
7N
10E
Q598
Q599
Q600
10D
11D
9I
D405
D406
D407
6F
7F
8F
D424
D427
D428
7E
8E
8E
Q413
6C
Q601
8I
D414
6F
D429
6E
D435
D436
4B
4B
J
K
L
M
N
O
PC BOARD
P
Q
R
S
TK-5710(B)/5710H(B)
1
TX-RX UNIT (X57-7030-10)
Component side view (J72-0943-09)
2
PC 1
E
8T
8T
FTEMP1
FTEMP2 6
CN601
CN152
TX
CN200
RX
3
L223
L222
L221
CN201
4
5
6
L224
XF201
L226
L225
XF200
L227
NARROW
L228
XF201
L230
WIDE
L229
XF200
L231
7
R295
5
4
8 1
IC209
1 8
4
C286
SLO R308
R263
5
R277 C321
R281
C307
R318
D203 C319
Q208
IC205
5 4
R294
R274
9
C313
C312
10
R636
CN600
8 1
C275
1
R312
R271
R270
R279
CF201
WIDE
2
+
R635
CF200
NARROW
CN203
R275 C316
C328
C302
1
R259
8
IC213
5 4
C295
QUAD 3 4
R313
R296
C296
C287
R258
R272
8 1
IC206
C297
8 1
8
R278
IC214
15
E
RSSI
E
E
IF IN
E
E
E
8T
CLK
DAT
8C
8C
MO
EP
L2FT
FTEMP1
CV
35
IC207
5 4
C276
C279
CF204
WIDE
IC210
5 4
R276
2
TV
ASQL
E
IF IN
D204
IF IN
PC
R268
DET
VREF
STRB3
SOE3
R280
8C
R317
8C
MB
C322
WN2
UL
C318
PCS
FTEMP2
E
36
CF203
NARROW
CF202
VN
R298
R309
5
1
4
R297
R299
C284
C320
IC211
1 8
C303
L232
Q213
11
Component side
Layer 1
Layer 2
Layer 3
Layer 4
12
Foil side
13
85
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
O
PC BOARD
P
Q
R
S
TK-5710(B)/5710H(B)
TX-RX UNIT (X57-7030-10)
Component side view (J72-0943-09)
1
TX-RX UNIT (X57-7030-10)
Component side view (J72-0943-09)
2
2
L153
E
C163
C229
L211
C226
R219
CN201
L212
L213
L221
4
C224
C232
R222
C242
C235
R221
R224
C515
R226
L222
C225
R220
L214
E
C
B
L223
C228
C236
C241
R223
R493
3
C164
C162
C161
R166
C171
C166
Q201
C514
C165
CN200
RX
+
D435
C157
C155
R157
C160
D436
4
CN152
TX
R168
R164
C513
C
B
R163
R175
C170
R159
L152
Q151
C159
R160
R155
R494
E
C
B
Q150
R154
C154
R152
L151
R151 C152 R153
R150
C150
3
C151
L150
CN150
TX
PC 1
E
8T
8T
FTEMP1
FTEMP2 6
CN601
6
4
R218
L407
D422
R212
R213
R216
R214 R217
R215
L462
L454
R447
RXVCO1
D405
C458
D429
L423
C476
C470
C452
D414
L413
L417
L421
C482
G
D
C454
L233
Q413
S
C490
L449
3
6
C223
L209
C455
XF201
L226
L225
XF200
L227
NARROW
L228
XF201
L230
R449
WIDE
L229
XF200
L231
5
4
8 1
IC209
1 8
4
C286
+ C604
C320
1
R259
8
R281
C307
R318
D203 C319
Q208
R279
CF201
WIDE
UL
IC205
5 4
CV
8 1
R412 R414 R416
C275
Q599
R294
2
1
+
R274
9
R312
R271
C313
R635
CF200
NARROW
CN203
R275 C316
C328
C303
C302
R298
R263
5
R277 C321
C312
10
R636
CN600
1
E
RSSI
E
E
IF IN
E
E
E
8T
CLK
DAT
8C
8C
MO
EP
L2FT
FTEMP1
CV
35
C276
B
E
C
MB
CVu
SLO R308
QUAD 3 4
R313
R295
C295
R258
8
R278
IC214
15
R272
R296
C296
C287
C603
+
IC206
C297
8 1
R276
R270
DAT
C422
C419
+
IC207
5 4
8 1
Q603
+
L232
C279
CF204
WIDE
IC210
5 4
IC213
5 4
E
C
Q600
Q602
R413
+
CF203
NARROW
CF202
VN
C635 R602
CLK
C413
R409
R407
R603
R522
C410
R404
CN602
S
G
D
Q400
R405
C590
R406
C402
C591
R591
R590 R593
Q598
R596
R594 R595
C592
R592
C642
EP
R309
5
R297
G
R600
R601
4
C284
2
TV
ASQL
E
IF IN
D204
IF IN
PC
R268
DET
VREF
STRB3
SOE3
R280
8C
R317
8C
MB
C322
WN2
UL
C318
PCS
FTEMP2
E
36
CN202
I
Q601
B
C606
L456
R299
9
10
1
IC211
1 8
C640
R408
2
C634
C474
D416
D407
C464 L460
+
IC601
R451
C449
L412
C460
O
C631
L415
TXVCO
C605
L410
C602
D427
D428
L447
R463
D420
7
Q213
C600
L408
C638
L461
C601
D406
C453
D415
L414
L418
D431
L422
C483
L424
R461
C469
L420
D
C459
D424
C639
11
L224
L455
+ C630
C478
R465 R457
D433
C495
R467
S
R470
C493
L426
R477
G
C486
C472
RXVCO2
C481
C477
Q416
R459
C471
R503
C487
R476
C485
C501
C504
L450
R473 C497
L429
Q417
D
L428
G
Q414
R469
R478
D432
R483
8
11
J72-0943-09
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC601
8H
Q414
7C
Q602
9H
D415
7F
D430
5E
IC205
10N
Q150
3C
Q416
8C
Q603
10H
D416
8F
D431
7E
IC206
9N
12
13
84
14
C323
R488
R474
C502
C473
R482
C505
R501
C632
7
C484
R458
L432 C510
Q419
C508
6
5
1
C496
S
R486
L427
R472
C512 R492
C491
C633
R468
A400
D430
5
IC207
9M
IC209
IC210
IC211
9N
8O
8M
IC213
IC214
9Q
8R
Q151
Q201
Q208
3E
4E
9R
Q417
Q419
Q598
8A
6A
10D
D203
D204
D405
9Q
10P
6F
D420
D422
D424
8E
6E
7E
D432
D433
D435
7E
8D
4B
Q213
Q400
Q413
7N
10E
6C
Q599
Q600
Q601
11D
9I
8I
D406
D407
D414
7F
8F
6F
D427
D428
D429
8E
8E
6E
D436
4B
Component side
Layer 1
Layer 2
Layer 3
Layer 4
12
Foil side
13
85
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
C218
D202
PC BOARD
TX-RX UNIT (X57-7030-10)
Foil side view (J72-0943-09)
2
3
R208
E
R211
L207
L206
L202
C205
L204
C329
C204
C219
C220
R210
D201
C217
C214
D200
R207
C215
C216
R202
R206
R204
C211
L208
C221
L205
R203
B
L203
R201
R200
C207
C210 R205 C212
C213
4
C206
C208 C209
L201
C203
C202
C
Q200
L200
C201
C200
C222
C230
D205
C255 R290
R283
D206
C237
C240
D207
D208
C267
C234
R286
C239
C233
R291
C251
R229
C250
C
R284
R231
R233
R232
E
B
C243
Q212
R261
C298
C327
R305
1
R330
R225
R256
C290
C292
C245
R255
C291
R327
R326
R306
24
C300
C299
R328
R307
C301
R329
IC212
R253
Q205
C289 R252 R251
R254
X200
C326
R314
C325
12
R257
C310
C311
G
D
S
C314 Q207
C309
C256
C306
13
C294
R237
L215 C249
Q202
L219
R238
J72-0943-09
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
Q202
7F
Q401
10Q
Q408
6P
D205
6I
D212
7C
IC204
10F
Q203
8B
Q402
10Q
Q409
6P
D206
7I
D400
9S
IC212
9C
Q205
9E
Q403
8R
Q412
7N
D207
6G
D401
9R
IC400
10O
12
13
86
IC401
8O
IC402
IC600
Q200
8N
10I
3D
Q206
Q207
Q209
8C
8C
8D
Q404
Q405
Q406
7O
6O
7O
Q418
D200
D201
7R
4F
4H
D208
D209
D210
7G
6D
7E
Q212
7F
Q407
6O
D202
4I
D211
6C
D402
D403
D404
11Q
10Q
9N
9
8
1
IC600
R239 R240
C274
R248
3 4
IC204
R249
1 5
R303
C609 C610
C608
C607
C613 C629
C612
C617 C616
C615 C614
C618
C621
C619
C620
C623
C625
C624
C622
C626
C627
C628
11
16
C282
10
14
C254
Q206 Q209
R262
C271
9
R273
R260
C268
C270
R228
C248
R266
+
C305
C304
Q203
R235
C269
L217
R236
R264 R316
R265
R230
C252
R287
C231
C238
C260
C227
8
R269
C257 R288
7
R267
D210
C259
C244
C247 R289
L216
C253
C261
C262
D211
C263
D212
R292
R282
C264
D209
6
C258
R285
5
R209
J
K
L
M
N
O
P
Q
R
S
TK-5710(B)/5710H(B)
PC BOARD
1
TX-RX UNIT (X57-7030-10)
Foil side view (J72-0943-09)
C169
C636
L154
R170
R622
R172
2
C167
3
C168
R171
R209
4
5
C448
R521
R431
G
D
S
C442
34
L436
R441
C506
L434
R491
C641
C418
9
D400
C425
R425
R435
C435
10
L402
L406
C440
D402
C433
L404
L403
C426
C432
L401
L405
C438
C441
C434
Q401
D403
C446
R439
C499
C551
R589
R588
C552
C407
R511
C404
D401
R403
13
12
R401
8
C420
R426
Q402
R402
IC400
R510
TX
C439
R411 C409
R509
24
C414
R496
R512
X400
L453
R422
RX
C415
C421
R400
1
C549
C400
C550
R513
C401
D404
R637
R419
C466 +
C412
C511
R415 R418
R420
R597 C520
R410
C521
TH201
C507
R490
R515
+
R514
C417
R516
Q403
R487
C596
C522
1
R519
C523
IC401
L463
L457
R437
R505
R517
R518 C427
5 1
4
8
L431
Q418
R436
R445
5
R430
C447
R440
C437
7
R484
R485
C428
IC402
4 3
R480
C509
R427
S
D
G
C429
Q406
+
6
R442
L435
34
C463
C462
R428
Q404
15
R423
R454
C431
Q412
C443
34
Q408
15
L437
Q407
R424
C430
Q405
15
34
R455 C467
R500
C456 +
Q409
15
R432
C424
C451
11
Component side
Layer 1
Layer 2
Layer 3
Layer 4
12
Foil side
13
87
14
A
1
B
C
D
E
TK-5710(B)/5710H(B)
F
G
H
I
J
K
L
M
N
PC BOARD
O
P
Q
R
S
TK-5710(B)/5710H(B)
PC BOARD
TX-RX UNIT (X57-7030-10)
Foil side view (J72-0943-09)
TX-RX UNIT (X57-7030-10)
Foil side view (J72-0943-09)
2
3
R208
L154
R209
C220
R211
L207
L206
L204
L202
C205
3
4
R210
C217
D201
C219
D202
C218
C214
D200
R207
C215
C216
R202
C213
C211
L208
C329
C204
C167
C168
R206
R204
E
R201
C221
L205
R171
C210 R205 C212
R203
L203
C
B
C207
R200
C206
C208 C209
L201
C203
C202
4
C169
Q200
L200
C201
C200
C636
R170
R622
R172
2
C222
5
C506
R484
C641
C417
C596
R519
C418
9
D400
D401
C425
R425
R435
C435
10
L402
L406
C440
D402
C433
L404
L403
C426
L401
C432
C434
C441
L405
R436
C446
Q401
D403
C499
C551
R589
R588
R439
C407
R511
C404
C438
13
12
R401
8
C420
R426
Q402
R402
IC400
24
1
C550
TX
C439
R509
C552
C549
C400
C401
R411 C409
R491
C507
S
D
G
L457
L453
R422
RX
C415
X400
8
R637
C421
R400
R510
IC600
9
16
1
TH201
R419
C466 +
C414
C511
R415 R418
R420
C412
C509
R490
R505
Q403
R515
R597 C520
R410
C521
R514
L463
R487
C424
R424
Q407
L436
R428
C431
1
+
R239 R240
C274
R248
3 4
IC204
R249
1 5
R303
C609 C610
C608
C607
C613 C629
C612
C617 C616
C615 C614
C618
C621
C619
C620
C622
C623
C625
C624
C627
C628
C626
R423
C447
C522
R518 C427
C523
IC401
R496
R254
R238
J72-0943-09
11
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
Q202
7F
Q401
10Q
Q408
6P
D205
6I
D212
7C
IC204
10F
Q203
8B
Q402
10Q
Q409
6P
D206
7I
D400
9S
IC212
9C
Q205
9E
Q403
8R
Q412
7N
D207
6G
D401
9R
IC400
10O
86
Q406
R500
R455 C467
R437
R513
C292
C291
R517
7
L431
Q418
4
8
R480
R485
C289 R252 R251
10
13
R427
5 1
C282
12
G
D
S
C230
D205
R327
R328
R326
R445
R253
R256
C290 Q205
R255
C245
R329
R305
L219
11
C429
5
R512
R225
L435
34
R430
D404
R330
C299
R441
C428
IC402
4 3
X200
1
C325
R257
R307
C300
C442
34
L434
C301
R306
24
+
C462
R440
C327
IC212
Q404
15
C437
C326
R314
R454
6
R442
R516
R283
R431
34
C443
34
Q408
15
L437
R403
C234
C430
Q405
15
Q412
Q409
15
R432
C463
C255 R290
Q212
C267
D206
C237
C240
D207
D208
Q202
R521
C456 +
R286
C239
R291
C233
C251
R229
C250
C
R284
R231
R233
C256
B
C243
E
R232
L215 C249
C238
C260
C254
C451
R261
C311
G
D
S
C310
C309
C248
C298
12
C294
R237
C252
C306
13
R262
C271
9
R228
C231
Q206 Q209
+
R273
R260
C268
C270
R264 R316
R235
L217
R236
R230
C448
R287
R266
C305
C304
C269
Q203
8
C314 Q207
C247 R289
R265
R269
C257 R288
7
R267
D210
C259
D211
C262
C244
C227
L216
C253
C261
C264
C263
D212
R292
R282
D209
6
C258
R285
5
14
1
IC401
8O
IC402
IC600
Q200
8N
10I
3D
Q206
Q207
Q209
8C
8C
8D
Q404
Q405
Q406
7O
6O
7O
Q418
D200
D201
7R
4F
4H
D208
D209
D210
7G
6D
7E
Q212
7F
Q407
6O
D202
4I
D211
6C
D402
D403
D404
11Q
10Q
9N
Component side
Layer 1
Layer 2
Layer 3
Layer 4
12
Foil side
13
87
14
A
B
C
TK-5710(B)/5710H(B)
D
E
SCHEMATIC DIAGRAM
1
FINAL UNIT (X45-3750-10):TK-5710(B)
POWER MODULE
1
2
3
RF_OUT
RF_IN
GATE BIAS
2
DRAIN BIAS
IC2
RA60H1317M1-23
ANT SW
4
D12
L3
MA4PH633
22p
ANT SW
1000p
C12
1k
10k
R7
D11
C17
MA4PH633
C13
1000p
470p
470u25
1000p
C8
C6
0
1000p
R6
C5
6
1000p
R5
5
PC
-t
4
E
ANT SW
S1R104J475H
C4
3
8T
1000p
2
8T
R:4.84V
T:4.88V
1000p
TH1
4
FTEMP1
C53
TX-RX UNIT
(X57-7030-10)
-CN601
FTEMP2
C52
CN9
E40-6429-05
1
56
R:13.59V
T:12.45V
R9
R:0V
T:4.51V
C11
R4
R:0V
T:1.55V
820
R1
820
3
47n
ANT SW
10
1000p
D3
MA4PH633
15p
C9
R3
D1
C15
47n
C14
L1
10
18p
R2
L2
CN1
E04-0154-05
C10
TX
10p
TX-RX UNIT
(X57-7030-10)
-CN150
MA4PH633
+B
TX-RX UNIT
(X57-7030-10)
-CN200
5
RX
CN2
E04-0154-05
R:0.04V
T:4.67V
R11
PC
100k
R:0V
T:5.45V
27k
R13
1000p
100
C16
02DZ6.2(Y)
D2
R12
6
PROTECTOR
OF VOLTAGE
8T
7
88
X45-375 1/2
F
G
H
I
J
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
1
FINAL UNIT (X45-3750-10):TK-5710(B)
1000p
D5
HSM88AS
R23
82
R27
1k
2
33p
C27
R18
0
C25
FORWARD WAVE
RECTIFICATION
CN10
47n
D10
1SS388
C34
1000p
C54
1000p
COMBINER
4
0
R29
R32
1k
47k
R30
C31
22p
REFLECTED WAVE
RECTIFICATION
D6
HSM88AS
1000p
27p
L7
R28
3
1.2k
82
R19
22p
18p
ANT
C46
47n
C42
47n
C24
47p
18p
C55
L8
C23
L5
15p
L4
C22
C20
R:13.6V
T:12.44V
CN7
E23-0902-05
D8
+B
SURGE ABSORPTION
13.6V
GND
+B
1000p
DSA3A1-FK
C47
22ZR-10D
D9
470u25
D8
470u25
C49
1000p
C50
1000p
C41
C40
100k
R22
+B
D9
PROTECT OF REVERSE CONNECTION
5
IC1
TA75W01FU
100k
0
1
3
2
1
+B
+B
E
VR1
47k
C48
IN1OUT1
1000p
R17
2
100k
R:0V
T:7.81V
OUT-B
VCC
3
W2
E37-0705-05
IN1+
820p
R34
1000p
C21
330k
0.033u
R14
C19
8
IN2-
R33
C56
7
VEE
R16
6
R:0V
T:0.46V
4
IN2+
330k
5
PC
CONTROL UNIT
(X53-4120-10)
-CN702
APC COMPARATOR
R15
6
6.8k
8T
7
89
X45-375 2/2
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
FINAL UNIT (X45-3750-10):TK-5710(B)
POWER MODULE
FORWARD WAVE
RECTIFICATION
R23
82
R18
0
D12
CN10
D10
22p
COMBINER
0
R29
1SS388
C34
1000p
R32
1k
47k
R30
C31
1000p
C54
1000p
ANT SW
R:13.6V
T:12.44V
CN7
E23-0902-05
D8
+B
SURGE ABSORPTION
13.6V
GND
+B
1000p
DSA3A1-FK
C47
22ZR-10D
D9
470u25
D8
470u25
C49
1000p
C50
1000p
C41
C40
100k
+B
R22
+B
27p
L7
R28
1.2k
82
R19
22p
18p
MA4PH633
22p
D6
HSM88AS
1000p
C12
1k
10k
R7
D11
C17
MA4PH633
1000p
D3
C15
C13
1000p
470p
56
R9
470u25
1000p
C8
C6
0
1000p
R6
C5
6
1000p
R5
PC
-t
5
ANT SW
S1R104J475H
C4
4
E
R:4.84V
T:4.88V
1000p
TH1
3
8T
1000p
2
8T
C53
FTEMP1
C52
FTEMP2
REFLECTED WAVE
RECTIFICATION
R:13.59V
T:12.45V
C11
R4
820
R1
820
R:0V
T:1.55V
R:0V
T:4.51V
CN9
E40-6429-05
1
47n
ANT SW
ANT
C46
47n
C42
47n
C24
47n
18p
C55
47p
C23
MA4PH633
15p
L8
C22
L5
L3
L4
15p
C9
R3
C20
C14
47n
18p
10
D1
L2
R2
L1
C10
TX
CN1
E04-0154-05
10p
TX-RX UNIT
(X57-7030-10)
-CN150
MA4PH633
10
TX-RX UNIT
(X57-7030-10)
-CN601
R27
1k
C25
ANT SW
4
33p
3
D5
HSM88AS
C27
2
RF_OUT
DRAIN BIAS
GATE BIAS
RF_IN
1
1000p
IC2
RA60H1317M1-23
CN2
E04-0154-05
IC1
TA75W01FU
8T
0
1
VR1
47k
100k
C48
IN1-
6.8k
8T
100k
OUT1
R15
PROTECTOR
OF VOLTAGE
R17
2
IN1+
OUT-B
VCC
3
W2
E37-0705-05
1000p
IN2-
R33
820p
R34
R:0V
T:7.81V
VEE
C56
C19
1000p
8
C21
100
330k
7
0.033u
R14
R12
27k
6
R:0V
T:0.46V
4
IN2+
R16
5
PC
100k
R13
C16
1000p
R:0V
T:5.45V
PC
330k
R11
3
2
1
+B
+B
E
CONTROL UNIT
(X53-4120-10)
-CN702
APC COMPARATOR
R:0.04V
T:4.67V
02DZ6.2(Y)
RX
D2
TX-RX UNIT
(X57-7030-10)
-CN200
D9
PROTECT OF REVERSE CONNECTION
7
90
X45-376 1/2
PROTECTOR
OF VOLTAGE
R:0V
T:7.78V
270k
R:0V
T:3.78V
R10
R18
0
1k
5.6
R:0V
T:4.62V
5
6
R33
R13
7
0
100
8
IN2+
VEE
IN2IN1+
OUT-B
VCC
R20
Q2
RD100HHF1-02
FINAL AMP
C21
OUT1
1
C25
1000p
C57
0.1u
680u16
C50
100p
C48
C46
100p
C47
0.1u
680u16
470p
C51
C42
D
240p
C49
L19
L18
0.01u
47n
1000p
L6
C44
CN9
E40-6429-05
1
C43
L5
0.01u
10n
C45
L4
C40
10n
470p
240p
120p
120p
120p
47p
R17
C41
47n
L7
1.0
R46
1.0
R48
1.0
1.0
R43
C29
C31
C34
33
R41
1.0
R47
33
33
R44
1000p
L21
120p
120p
120p
R53
R42
9p
FINAL AMP
1000p
L20
C30
C32
C35
C20
1000p
C16
RF_OUT
DRAIN BIAS
Q1
RD100HHF1-02
VR1
220k
R14
0
5.6
0
R12
47p
C22
L2
47n
L3
47n
18p
C15
RF_IN
GATE BIAS
C
R21
R9
0
C82
R8
C33
R:0V
T:3.46V
1000p
R7
2.7k
47k
1000p
C26
1000p
C17
R:13.4V
T:12.75V
330k
10k
R11
680u16
C11
1000p
L22
C91
1000p
R16
1000p
C88
C9
5p
C1
R:13.4V
T:12.75V
0.1u
1000p
C87
TX DRIVE AMP
R15
6
C14
22p
C24
PC
5p
C90
IC1
RA13H1317M-31
C23
5
L1
47n
1000p
E
0
R5
R:0V
T:1.55V
C18
4
10k
TK-5710(B)/5710H(B)
02DZ5.6(X,Y)
3
8T
S1R104J475H
2
8T
1000p
R:0V
T:2.49V
-t
FTEMP1
C6
B
1k
R58
6
CN1
E04-0154-05
TH3
FTEMP2
R6
4
-t
2
D1
1000p
5
TX
TH1
TX-RX UNIT
(X57-7030-10)
-CN152
3
S1R104J475H
1000p
C8
C2
TX-RX UNIT
(X57-7030-10)
-CN601
A
E
SCHEMATIC DIAGRAM
1
FINAL UNIT (X45-3760-10):TK-5710H(B)
R:13.4V
T:12.75V
+B
DC AMP &
APC COMPARATOR
IC2
TA75W01FU
4
3
R23
R31
R24
2
100k
0
100k
IN1-
3.3k
8T
F
G
H
I
J
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
1
FINAL UNIT (X45-3760-10):TK-5710H(B)
FORWARD WAVE
RECTIFICATION
C67
220
R36
100
R27
22p
C64
82p
47n
C70
180p
D6
MA4P4002F
C77
L15
L16
3
L17
ANT
27p
24p
22p
220k
C83
C93
C85
R29
22p
27p
27p
C97
C81
D9
MA4PH633
C78
9p
C79
MA4PH633
D8
1000p
C76
1000p
R28
1000p
C89
R38
1k
30p
L14
R:0V
T:1.45V
REFLECTED
WAVE
RECTIFICATION
82
C72
15n
C75
L13
D4
HSM88AS
10p
100p
110n
6p
C74
82
R37
82
R25
C62
18p
L10
9p
C63
180p
L9
C54
CN10
ANT SW
47n
L11
C58
82p
33
33
33
C59
R49
R51
R50
C53
30p
C56
R26
100
L8
15n
1000p
2
D3
HSM88AS
4
D12
MA2S111
C73
COMBINER
CN2
E04-0154-05
RX
1000p
0
R54
C65
1000p
ANT SW
R:0V
T:1.41V
R:0V
T:1.99V
TX-RX UNIT
(X57-7030-10)
-CN200
D8,9
R56
1000p
C71
10k
R57
0
R40
R39
56k
10k
R:13.4V
T:13.32V
CN3
E23-0902-05
D10
5
SURGE ABSORPTION
+B
CN4
E23-0902-05
13.4V
GND
1000p
C86
ZSH5MA27
D10
1000u25
C80
100p
C98
+B
D11
DF25V60
W2
E37-1218-05
3
2
1
+B
+B
E
CONTROL UNIT
(X53-4120-10)
-CN702
1000p
C84
D11
PROTECT OF REVERSE CONNECTION
6
8T
7
91
X45-376 2/2
R:0V
T:7.78V
R13
7
100
8
IN2+
IN2IN1+
OUT-B
IN1-
VCC
R20
VEE
OUT1
1
3
R23
R31
R24
2
100k
0
100k
3.3k
8T
8T
DC AMP &
APC COMPARATOR
D10
R:0V
T:1.41V
9p
27p
24p
22p
220k
C83
C85
R29
27p
22p
27p
10p
C93
C81
C79
C97
D9
R:0V
T:1.45V
MA4PH633
C78
L14
47n
L10
100
R27
22p
C64
ANT SW
L16
ANT SW
D8,9
CN2
E04-0154-05
D10
W2
E37-1218-05
3
2
1
RX
TX-RX UNIT
(X57-7030-10)
-CN200
D8
MA4PH633
C75
L15
1000p
C76
1000p
1000p
110n
6p
C74
L13
82
R37
C77
C86
R:13.4V
T:13.32V
1000u25
C73
COMBINER
1000p
REFLECTED
WAVE
RECTIFICATION
82
C72
R28
1000p
C89
R38
1k
D4
HSM88AS
C80
1000p
C71
D12
MA2S111
10k
R:0V
T:1.99V
R57
R25
18p
C62
9p
47n
L11
C58
82p
33
C59
R49
33
82p
30p
C56
C53
100p
C46
R51
240p
C42
1.0
R46
1.0
33
1.0
120p
C34
R43
R50
R47
1.0
R48
1.0
C21
47p
120p
120p
33
33
C16
1000p
C29
C31
R41
R53
33
R44
82
L2
47n
R42
9p
C20
C70
180p
D6
MA4P4002F
ZSH5MA27
4
ANT
C63
180p
100p
+B
0
15n
R40
10n
0
L9
30p
L5
R54
C65
1000p
100p
C47
C54
240p
C43
47n
L7
L3
47n
RF_OUT
220
R36
R26
100
C25
1000p
DRAIN BIAS
L8
15n
56k
R39
0.1u
680u16
L21
1000p
L20
120p
120p
120p
C15
18p
RF_IN
GATE BIAS
L4
10n
CN4
E23-0902-05
+B
+B
E
CONTROL UNIT
(X53-4120-10)
-CN702
6
C57
47n
1000p
L6
1000p
C67
D3
HSM88AS
1000p
5
C84
R33
IC2
TA75W01FU
C98
R:0V
T:4.62V
C51
CN9
E40-6429-05
1
C49
5.6
0.01u
1k
C45
0
FINAL AMP
470p
0
Q2
RD100HHF1-02
C41
2.7k
VR1
220k
270k
Q1
RD100HHF1-02
0
R18
C35
C30
C32
C17
1000p
1000p
R21
R10
C82
R9
C33
R:0V
T:3.46V
1000p
R8
47k
R7
330k
0
1000p
R16
R14
0.1u
R12
47p
C22
L22
R:13.4V
T:12.75V
FINAL AMP
1k
PROTECTOR
OF VOLTAGE
1000p
680u16
C11
1000p
C9
5p
C1
R:13.4V
T:12.75V
5.6
R58
0
C26
10k
1000p
1000p
5p
C90
TX DRIVE AMP
R15
R:0V
T:3.78V
C24
R11
C88
C87
0
R5
IC1
RA13H1317M-31
C23
6
C91
1000p
PC
C14
22p
C18
5
L1
47n
02DZ5.6(X,Y)
E
10k
1000p
R:0V
T:1.55V
D1
4
S1R104J475H
3
8T
-t
C6
R:0V
T:2.49V
TH3
8T
R6
CN1
E04-0154-05
S1R104J475H
1000p
C8
2
-t
FTEMP1
1000p
FTEMP2
TH1
TX-RX UNIT
(X57-7030-10)
-CN152
TX
C2
TX-RX UNIT
(X57-7030-10)
-CN601
470p
0.01u
0.1u
680u16
C40
C44
C48
C50
L19
L18
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
FINAL UNIT (X45-3760-10):TK-5710H(B)
R:13.4V
T:12.75V
R17
FORWARD WAVE
RECTIFICATION
CN10
100p
L17
R56
10k
SURGE ABSORPTION
CN3
E23-0902-05
+B
+B
13.4V
GND
D11
DF25V60
D11
PROTECT OF REVERSE CONNECTION
A
B
C
TK-5710(B)/5710H(B)
D
E
SCHEMATIC DIAGRAM
FINAL UNIT
(X45-3750-10)-W2:TK-5710(B)
(X45-3760-10)-W2:TK-5710H(B)
CONTROL UNIT (X53-4120-10)
CN702
E40-5703-05
1
+B
+B
2
E
3
3.3D
13.33V
TRST
1k
R702
DC SW
(PSW)
Q708
DTA114EE
SBC
TMS
R761
470p
47k
C759
R775
1SS355
D724
D725
0.047u
C706
C757
0.047u
470
R768
R767
0
1SS355
4.7u20
D720
Q705
DTC114YE
R701
1
L723
5C
KCS
PSC
10
9
8
7
6
5
4
3
2
1
RESET
DAT
CLK
Ei
D726
VOLTAGE
PROTECTION
D726
DA204U
D-TYPE
FLIP FLOP
IC705
TC4013BF(N)
7
8
S2
VSS
6
9
D2
S1
5
10
R2
D1
4
11
CLK2
R1
3
12
Q2
CLK1
2
13
Q2
Q1
1
14
VDD
Q1
10k
DC SW (SBC)
AFo
C661
0.1u
47k
R703
Q709
DTA114EE
33k
R760
4
SCLCK
5
TXD1
VBUSY
PSC
TXD1
iGN
Q710
DTC114EE
R704
RXD1
R708
10k
Q711
DTA114YE
D722
BUSY
RXD
47k
DC SW (IGN)
6
7
D
DC SW (SBC)
RESET
RESET
13.1V
R707
R709
R710
5MD
3
100k
5.39V
CNVSS
CNVSS
100k
DC SW (SBC)
Q707
DTC114EE
DC SW
(SB)
1.21V
0
C665
0.01u
C707
IC704
S-80942CNNBG9C
1
4
VSS oUT
22
C718
100p
33u16
0.1u
C762
C716
4.94V
R651
IC711
XC6204B252M
5
1
VIN VOUT
2
VSS
4
3
CE
NC
2.50V
10u10
0.1u
C763
CUS01
D651
10u
33M
C766
5
1
VIN VOUT
2
VSS
4
3
CE
NC
D650-653
REVERSE
CURRENT
PREVENTION
25D
10u
5C
D653
DA221
3.30V
C767
25
8C
1u
8C
NC
26
IC710
XC6204B332M
IC711
C715
NC
NC
23
4.93V
VOLTAGE
REGULATOR
(25D)
AI
21
24
0
AO
NC
NC
22
19
15D
100p
VOLTAGE
REGULATOR
(33M)
D652
DA221
1.49V
C720
Ai
Ao
E
NC
NC
NC
NC
NC
NC
20
17
D650
22
IC709
XC6209B152M
5
1
VIN VOUT
2
VSS
4
3
CE
NC
C719
R624
33A
100p
3.62V
R623
5C
18
C717
C711
C712
IC709
VOLTAGE
REGULATOR
(15D)
R682
15
3
IC710
DE
E
13
16
4.94V
2
3.29V
C721
9
11
IC708
XC6204B332M
5
1
VIN VOUT
2
VSS
4
3
CE
NC
1u
470k
EN
USEL
VRST
7
4.94V
10u
5
OUT
GND
5C
R824
R826
PLAY
RXD1
TXD1
CLK
VOLTAGE
REGULATOR
(5C)
100p
Ao
AI
5C
E
14
EN
USEL
VBUSY
3
D
12
VRST
TXD1
CLK
PLAY
RXD1
VBUSY
1
IN
IC708
VOLTAGE
REGULATOR
(33A)
1u
10
IC707
TA7805F
1
8.04V
AVRM1608C270K2
5C
8C
CUS01
AVRM1608C270K2
AVRM1608C270K2
2
10u
D741
D742
VOLTAGE
REGULATOR
(8C)
C764
1000p
8.05V
INPUT
GND
10u
C658
D740
iGN
SB
iRS
ES2
1
IC706
LM2940T-8.0
oUTPUT 3
1
13.1V
C713
8
C751
C765
MINISMDC075F24
D723
4700p
C714
6
R711
D736
D736,740-442
SURGE
ABSORPTION
4
3
TRD
PSW
5
2
CD
RESET
0
R819
5
4
3
2
CN744
E40-6357-05
VDD
Q712
DTC114TE
DC SW (IGN)
VOLTAGE
PROTECTION
C710
10
9
8
7
6
470k
iGN
SB
IRS
ES2
2
4.94V
470k
1/2
TRD
PSW
AVRM1608C270K2
C656
1000p
11
R825
ME
MiC
GND
RESET
4.80V
0.1u
W700
E37-0707-05
47k
ME
AVRM1608C270K2
D739
0.047u
D738
RESET IC
R706
RESET
C708
D
D723
D738,739
SURGE
ABSORPTION
Vss
0.47u
1SS355
D722
REVERSE
CURRENT
PREVENTION
100k
1k
9
02DZ10(Z)
8
EPM
4
E VRST EN TXD1 PLAY
DE USEL CLK RXD1VBUSY
4.7k
2
10
VGS-1
C704
C703
DC SW
(SBC)
TDi
NC
DISPLAY UNIT
(X54-3490-20)-CN1:KCH-14
(X54-3500-20)-CN1:KCH-15
02DZ18(X,Y)
D
2
7
D725
VOLTAGE
DETECTION
PSW
3
VCC
6
D719
02DZ15(X,Y)
100p
470p
0.047u
C702
4
CN705
E40-6202-05
1
CPU JTAG CONNECTOR
Q706
DTA114YE
5
CN724
E40-5661-05
3
DC SW (SBC)
TDo
C657
1000p
CS
PSC
5C
RESET
DAT
CLK
Ei
E
DE3
AFo
1000p
TCK
6
D724
REVERSE
CURRENT
PREVENTION
R771
TMS
13.10V
8
7
470p
Q713
2SJ506(S)
5.0A
1k
TRST
47k
9
R705
TDi
10
D719
VOLTAGE
REGULATOR
(5V)
C705
DGND
R777
0.1u
3.3D
EMU0
11
C760
F700
F53-0278-05
0
TDo
12
D720
REVERSE
CURRENT
PREVENTION
R755
TCK
DGND
EMU1
470p
2
TCK
DGND
47k
C700
EMUo
DGND
R774
C701
EMUi/OFF
CN709
E40-6050-05
13
SB
B
DSP JTAG CONNECTOR
1
0
BUSY
EPM
ME
8C
92
MIC
X53-412 1/8
F
G
H
I
J
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
3.3D
33M
SB
L714
12k
D7
DSPINT
PToS
1k
R763
R778
R779
R780
R781
R782
R784
R785
R786
R789
47k
R811
0
R742
STRB1
AUXi/o3
AUXi/o4
R735
35 TXD2
36 TXD1 4.93V
37
VCC1
38 RXD1
0
VSS
VBUSY
TXD1
39
40
41
42
4.7k
4.7k
NC
114
AUX i/o8
TAMS 113
112
STRB2
111
D0
110
D1
109
D2
108
D3
107
D4
106
D5
105
D6
104
DSPINT
D7
103
100
100
A8
0.1u
RTCDT
STRB3
AUX i/o9
PToS
CV
ASQL
FTEMP1
TEMP
RSSI
119
118
117
116
115
R799
BEEPS
D
R800
R801
R802
R803
R804
R805
R806
R807
R808
R809
R810
100
100
100
100
100
100
100
100
100
100
100
AM
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
CS0
CS1
CS2
65
D
0.1u
4.7k
R766
C756
R752
R744
Q702
DTC114TUA
47k
10k
R738
0.02V
D
100
100
100
100
D
R759
R753
R751
470k
100k
R750
1k
R740
RXD1
R794
R795
R796
R797
R798
A20
A0
A1
A2
A3
A4
A5
A6
A7
4.7k
47k
1.35V
TRD
270k
EP
AUXi/o1
AUXi/o2
DC SW (PSW)
LD
27
BEEP
28 EP
29 AUX i/o1
30
AUX i/o2
31
STRB1
32
AUX i/o3
33 AUX i/o4
34 RXD2
R631
R792
R793
HiNT
100
100
100
100
47k
CP702
LD
BEEP
47k
D
47k
R621
R791
CP701
PSW
PSW(INT1)
INTRA
R788
R787
R758
NC(NMi)
RXD INT
FEST
DRST
iGN
470k
D
WR
NC
AUX01
AUX02
22
23
24
25
26
47k
470k
61
62
63
64
D
D
R756
1000p
Q704
SSM3K15TE
C754
C753
L704
5C
0.1u
5MD
CPU
IC703
30625MGP213GP
RD
BHE
0
RESET
CPUCLK
SCSW
BCLK
R680
D
47k
R746
470k
R754
PCS
0.1u
D
NC
CNVSS
C747
STRB
NC
VSS
100k
R745
INTRA
HLDA
5
CLK
SDA
0
HOLD
6
54
55
56
57
58
59
60
R739
CLKC
INTRB
SELF
RDY
ALE
7
DS
UL
DAT
CLKC
8
SDA OSCOUT
4
9 UL
10
DAT 5.00Vpp
11
CLK
12
SDA
13
BYTE
14
CNVSS
15
PCS
16
XoUT
17
RESET
18
XOUT
19 VSS
20
XIN
21 VCC1
102
FRST
101
DRST
100
iGN
99
1/2
98
NC
97
HINT
96
A20
95
A0
94
A1
93
A2
92
A3
91
A4
90
A5
89
A6
88
A7
87
VSS
A8 86
3.30V
85
VCC2
84
BEEPS
83
iNH
82
KEY
81
TCNT
80
AM
79
A9
78
A10
77
A11
76
A12
75
A13
74
A14
73
A15
72
A16
71
A17
70
A18
69
CS0
A19
68
CS1
CS2
67
CHECK
66
AUX i/o5
OSCIN
SCL
3
47k
SoE
AUX i/o7
MM
SBC
CLK
10
D
9
2
RTCDT
VDD
32KOUT
R748
X700
L77-2304-05
46
47
48
49
1
Ei
CLK
4.95V
45
IC700
RV5C386A
0.1u
C746
RTC IC
RXD0
AUX i/o6
32KOUT
50
51
52
53
56k
BATT
1
VREF
2 AVCC
3 PLAY
4 Ei
5
KCS
6 NC
7
VOICE
8 SoE
R630
BEEP
43
44
2.7k
AUXi/o
AVSS
FTEMP2
4.94V
TXD0
R737
5.1k
128
127
126
125
124
123
122
121
120
D717
1SS388
1SS388
D715
R736
1SS388
0.1u
C761
L713
L712
C758
D716
L710
L711
L708
L709
L706
L707
1k
D715-717
REVERSE CURRENT PREVENTION
CN701
D2
D3
D4
D5
D6
AUXi/o8
TAMS
STRB2
D0
D1
STRB3
AUXi/o9
RTCDT
ASQL
FTEMP1
FTEMP2
R762
100
100
100
100
100
100
100
100
0.1u
C912
2
4.7u16
4.99V
C914
0.047u
AUXi/o
CV
IC741
NJM78L05UA
3
1
R650
TEMP
RSSI
CV
4.94V
D
C915
D721
VOLTAGE
PROTECTION
VCC
VOLTAGE REGULATOR (RTC5V)
0
39k
R764
D
R765
L705
D721
02DZ5.1(Y)
C998
0.1u
C749
D
3
2
GND
5C
0.80V
4
VOUT
NC
1000p
1
PLAY
TEMPERATURE DET
IC702
MM1522XURE
5MD
TEMP
3.3D
R783
47k
CP700
D
4.93V
Q702,703
BUFFER (TXD2)
D
Q703
DTC114TUA
iNH
47k
R776
470k
R773
470k
KEY
TCNT
8
VCC
7
WP
6
SCL
5
SDA
D
EEPROM
100k
R769
4.7k
470k
100k
R749
470k
CP704
47k
R741
R772
AUX01
AUX02
WR
RD
SCSW
STRB
RDY
MM
SBC
CLK
SDA
TXD0
RXD0
AUXi/o6
AUXi/o7
D
AUXi/o5
A0
2
A1
3
NC
4
GND
R743
1
47k
4.93V
0.1u
IC701
AT24256N10SU27
C748
5MD
CP703
D
D
VBUSY
BUSY
EPM
ME
MIC
ME
DS
MIC
X53-412 2/8
K
L
M
TK-5710(B)/5710H(B)
N
O
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
R820
10u6.3
D2
TDo
EMU1
EMU0
TMS
TCK
TRST
TDi
0.01u
C780
3.42Vpp
DVSS7
BCLKX1
CVSS8
HD1
CVDD5
D7
B10
D8
A10
D9
D9
D10
C9
D11
B9
D12
A9
HD4
D8
D13
C8
D14
B8
D15
A8
1.5V
HD5
B7
CVDD6
A7
CVSS10
C7
HDS1
D7
DVSS8
A6
HDS2
B6
DVDD6
C6
A0
D6
A1
A5
A2
B5
A3
C5
HD6
D5
A4
A4
A5
B4
A6
C4
A7
A3
A8
B3
CVDD7
A9
A21
C3
DVSS9
A2
B2
INT3
INT2
INT1
INT0
NMI
HBIL
IACK
BDX2
BDX0
HD0
DVSS6
DVDD4
HRDY
BFSX2
BFSX0
CVDD4
HINT
CVSS7
DSP
IC715
320VC5416GGU12
BCLKR2
BCLKR0
DVSS5
HCNTL0
BCLKR1
CVSS6
D
M12
N12
D
L11
M11
D
SCLK1
0.01u
C784
D
N11
L10
R831
47k
M10
N10
K9
R832
R833
47k
47k
R834
47k
L9
M9
N9
D1
A1
DSPINT
SRESET
K8
L8
SDTi
D0
M8
N8
K7
L7
N7
M7
N6
M6
L6
K6
BCLKX2
N5
BCLKX0
M5
BDR2
L5
HCNTL1
K5
BDR0
N4
BFSR2
M4
BFSR0
L4
K4
N3
M3
N2
D
RDY
PWAD
LRCK
C783
HiNT
0.01u
D
D
R835
PWDA
SCLK
A3
SDTo
0
LRCK
SCLK
A2
SCLK1
N1
D
D
D
47k
D2
D0
A1
D5
FCS
A17
D7
RD
FCS
CS2
CS0
CS1_1
CS1
D7
CS1_1
A0
SDo
D
D
CS
D
C781
0.01u
47k
R830
47k
0.01u
R821
D
C778
D
R829
D
47k
D6
A13
A12 A19
A20
B11
CVSS9 3.3V
A11
DVDD5
D10
D6
C10
R822
D
CS
0
R823
D
D
CVSS1
B1
A22
C2
CVSS2
C1
DVDD1
D4
A10
D3
HD7
D2
A11
D1
A12
E4
A13
E3
A14
E2
A15
E1
CVDD1
F4
HAS
F3
DVSS1
F2
CVSS3
F1
CVDD2
G2
HCS
G1
HR_W
G3
READY
G4
PS
H1
DS
H2
IS
H3
R_W
H4
MSTRB
J1
IoSTRB
J2
MSC
J3
XF
J4
HoLDA
K1
IAQ
K2
HoLD
K3
BIo
L1
MP_MC
L2
DVDD2
L3
CVSS4
M1
BDR1
M2 BFSR1
WR
D
R818
0
C773
A20
R817
0
0.01u
RD
0.01u
D
D
A1
0.01u
C775
C772
D4
D
B12
A18
B13
A17
C11
DVSS4
C12
A16
C13
D5
D11
D4
D12
D3
D13
D2
E10
D1
E11
D0
E12
RS
E13
X2_CLKIN
F10
X1
F11
HD3
F12
CLKoUT
F13
DVSS3
G10
HPIENA
G11
CVDD3
G13
CVSS5
G12
TMS
H13
TCK
H12
TRST
H11
TDI
H10
TDo
J13
EMU1_oFF
J12
EMU0
J11
ToUT
J10
HD2
K13
HPI16
K12
CLKMD3
K11
CLKMD2
K10
CLKMD1
L13
DVSS2
L12
DVDD3
M13
BDX1
N13
BFSX1
C776
10u6.3
C771
D
100k
D
D
D
D
D5
D3
DRST
L717
R681
0
15D
33A
L716
D
D
PToS
DSPCLK
3.3D
A0
D1
D3
D4
D6
D
R812
E2
DQ0
E1
A0
D6
A15
D5
A11
D4
A19
D3
NC3
D2
A5
D1
A1
C6
A14
C5
A10
C4
NC2
C3
A18
C2
A6
C1
A2
A1
A3
A2
A7
A3
RY/BY
A4
WE
A5
A9
A6
A13
B1
A4
B2
A17
B3
NC1
B4
RESET
B5
A8
B6
A12
OE
G2
DQ9
G3
DQ11 3.3V
G4
VCC
G5
FLASH ROM
DQ13
G6
DQ15
IC712
H1
29LV160BE90PBT
VSS1
H2
DQ1
H3
DQ3
H4
DQ4
H5
DQ6
H6
VSS2
L721
D
F6
BYTE
F5
DQ14
F4
DQ12
F3
DQ10
F2
DQ8
F1
CE
E6
A16
E5
DQ7
E4
DQ5
E3
DQ2
G1
3.30V
1000p
IC713
TC7S08FU
1 INB
VCC 5
2
INA
4
3
GND OUTY
C770
0
R999
D
ADDRESS
DECODER
A16
A12
R815
47k
D
A6
A2
A15
A11
A19
A7
A3
A9
A13
FRST
A18
A10
A14
A5
WR
100k
R814
L715
A4
A8
D
33M
D
33M
C768
0.1u
0
PToS
ME
DS
MIC
ME
DS
MIC
X53-412 3/8
P
Q
R
S
T
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
R865
D727
R845
D277,728
TX AGC DETECTION
Q716
2SA1832(GR)
R652
ANALOG SW
(SCRAMBLER)
C798
R625
1u
0
470k
Q715,716
AUTO GAIN CONTROL
0.1u
RB706F-40
R855
C659
1000p
C793
1.5u16
Q715
2SC4738(GR)
VREF
100k
C800
4.7k
470k
Q720
2SJ243
C803
R861
4.7u
22k
D728
R846
C801
1000p
C660
Q721
SSM3K15TE
0.1u
SCSW
RB706F-40
DC SW
(SCRAMBLER)
6
4
5
R863
33k
C921
390k
R951
4.7u
C922
150k
4.7u
ATXi
5C
R995
C664
4.7u
R687
15k
100k
5
R666
6
4
47p
7
3
C662
5C
2
100p
8
47
0.1u
10u10
C796
10u10
C797
15k
C789
R840
R841
VOLTAGE
REGULATOR
(5V)
4.93V
1
R653
IC718
TC75W51FU
2
10k
C790
0.1u
C785
8C
0.1u
OP AMP
(VREF)
C804
4.99V
3 IN OUT 1
COM
R950
STXi
VREF
0
100p
VREF
IC716
NJM78L05UA
8.04V
470p
7
3
R850
2
12k
R848
R842
1u
C787
C786
33k
C810
8
R867
4.94V
1
33k
R849
IC719
TC75W51FU
150k
22p
C791
OP AMP
(MIC AMP)
0.1u
C805
C794
1.5u16
6.8k
33k
12k
0.1u
1.93V
1
IN_oUT1
R654
2
oUT_IN1
470k
3
CoNT2
4
GND
C663
470k
DC SW
(VATS)
Q719
SSM3K15TE
0.1u
33A
3.29V
8
VCC
CoNT1
oUT_IN2
7
0V
6
1.94V
R875
C811
R876
C802
15k
0.1u
150k
4.7u
TXo
R866
5
IN_oUT2
R655
10
C792
8.2k
R847
560k
R844
R854
0.1u
1.93V
R843
R874
ANALOG SW
(VGS)
IC720
TC7W66FK
C809
33A
Ao
47k
Ai
470k
L718
3
D
4
18.432MHz
R883
GND
Q
C601
6
0.1u
5 R604
D
C603
10
0.1u
0
C605
R610
0.01u
1
R618
R609
3
10
4
8
2
8
1A
VCC
3Y
1Y
2A
3A
GND
2Y
7
6
5
MCLK
BSFT
MM
33A
MiC2
47
R614
47
R611
470k
D
3.27V
R613
DSPCLK
CPUCLK
470k
1A
VCC
7
1
10
D
47
CLOCK BUFFER
R608
3.26V
R619
IC726
0.1u
C608
L722
0.1u
C996
R858
220k
0
2
3
4
D
680
3Y
1Y
2A
GND
3A
6
2Y
5
IC726
TC7WU04FK
47
470k
R615
R856
100k
R620
10
C799
10u10
CLOCK BUFFER
IC725
TC7WU04FK
D
R629
10u10
100k
10k
Q723
2SJ243
R859
C995
470p
R628
0
R897
ANALOG SW
(MIC/MIC2)
R993
VATS
D
470k
100k
10
R616
R886
470k
100k
PToS
ME
DS
MIC
10
7
R603
33M
C997
CLR
Q725
SSM3K15TE
R879
R685
PR
Q
D
R617
DC SW
(BEAT SHIFT)
D
D
2.7k
R612
2
D
0.58V
0
3
R606
GND
oUTPUT
VCC
R607
2
3.27V
8
CK
10
D
0.01u
470p
C812
10k
R878
VCC
1
10
IC721
TC7WH74FK
4
VCoNT
C829
1
3.3V
R605
CLOCK DIVIDER
VCXO
X701
L77-1962-05
0.19V
PToS
DS
X53-412 4/8
U
V
W
TK-5710(B)/5710H(B)
X
Y
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
VREF
Di1
C825
22p
R890
OP AMP
(MOD/RX AF)
680k
OP AMP (RX AF)
R920
VSS
PWAD
VDD
SCLK
1.43V
C857
120p
100p
33k
R930
C850
0.1u
C837
C852
10u
R926
47k
4.7u
14
13
OP AMP
(MOD)
4.93V
R657
2
7
47
R943
3
6
33k
4
5
R909
R903
R997
R906
R996
R899
R900
C919
C916
C918
C917
47
0.1u
22k
100p
R940
SDTI
C874
8
1.64V
9
SDTo
IC733
TC75W51FU
1
680k
C611
10
100p
1.54V
22k
C862
LRCK
1.61V
11
22k
R937
MCLK
DEM1
12
R938
DEM0
33p
33p
33p
8
PWDA
1.42V
15
R667
1.6V
AINL
16
4.93V
R656
C845
7
AoUTL
47
47k
6
AoUTR
AINR
47
47k
5
VCoM
180k
1
R933
8
C849
3900p
0
3
0.1u
10u
C824
C858
27k
180k
0
2
1.42V
R998
R932
2
0
1
1.42V
3.24V
4.7
3
7
R913
33k
33p
C814
22u6.3
0.1u
10u
C823
C818
1.43V
4
C820
4
6
CODEC
IC724
AK4550VTP
1u
R882
5
47k
2.02V
4.95V
C815
R912
39k
VCC
R896
270k
R663
1200p
SCSW
3
IN(-)
2
VEE
1
IN(+)
OUT
5
IC729
TC75W51FU
33k
R911
4
2.02V
47
IC723
TA75S01F
2.0V
R633
C610
33k
1u
R632
5C
PWDA
5C
25D
33M
5C
33A
VREF
PWAD
MCLK
SCLK
SDTo
SDTi
LRCK
33k
R670
100k
R678
10
IC742
TA75S01F
5
IN(+) VCC
2
VEE
4
3
IN(-) OUT
2.01V
4.95V
R669
R971
100k
KEY
TCNT
50
49
VCCI
BUFA(1)
TESTMODE
DSPCLK
CPUCLK
DAT
FSOUT
SOUT
30
31
FMCLK
FSCLK
CLKOUT
28
29
GND
27k
R968
AiNH
1
R659
35
34
33
AKEY
TCoNT
470k
C652
R961
2
oUT_IN1
1u
390k
3
CoNT2
4
GND
33k
D
0.1u
6
R675
5
180k
C653
R962
R674
1u
27k
470k
10k
0.1u
10
33A
TAMS
R945
0.1u
C999
C871
22k
R963
C878
R686
R627
10k
4700p
R914
C851
VARS
BEEP
DC SW
(VARS)
VREF
33A
CS
SDo
DAT
22k
47
47
47
R939
R941
R942
SCLK1
C854
R934
CLK
SoE
R929
iF_iN
SRESET
oUT_IN2
7
Ai
0
0.01u
0
100k
CoNT1
D
Q733
SSM3K15TE
R922
0.01u
C853
3.3V
IN_oUT2
D
PToS
VCC
R676
Ao
4.94V
8
IN_oUT1
2200p
FLRCK
GND
SRCK2
26
27
17
BUFA(0)
24
25
16
32
GND
VSV(VCCA)
ANALOG SW (VGS)
IC736
TC7W66FK
D
0.01u
BUFA(2)
C867
SROUT(6)
40
39
38
37
36
R957
0
2.01V
0.01u
BUFA(3)
BUFY(3)
44
43
42
41
0.01u
BUFA(7)
SROUT(5)
STRB
47p
IC734
TC7S66FU
1 IN/OUT
5
2 OUT/INVCC
3 GND
4
CONT
R956
12k
C866
CLK
SROUT(7)
100k
C655
2.01V
48
47
46
45
C909
BUFY(0)
BUFY(1)
VCCI
53
52
51
BUFY(2)
NO
BUFA(4)
BUFY(4)
55
54
57
56
NO
GND
VCCA
BUFY(5)
60
59
58
62
61
VCCI
BUFY(7)
BUFY(6)
IC730
EX128TQ64I630C
SROUT(4)
IF_IN
0
SROUT(3)
VCCA
STRB
BUFA(5)
FPGA
GROE
12
R918 13
14
0
R919 15
BSFT
LP/GND
VCCI
SROUT(2)
21
22
23
VATS
GND
2.5V
R671
ANALOG SW
(TAMS)
VPP(VCCA)
DIFF
VARS
SMPLCLK
BUFA(8)
3.3V
GND
VCCI
7
8
9
10
11
TMS
RESET
C908
0.01u
GND
SROUT(0)
SROUT(1)
18
19
20
R917
10k
3
4
5
6
BUFY(8)
BUFY(6)
64
63
1
2
10
2.01V
iNH
3.3V
2.01V
C654
0.01u
C865
0.01u
C907
C856
0.01u
1
5C
R673
10
R672
33k
OP AMP
(SUMMING AMP)
PToS
DS
DS
X53-412 5/8
Z
AA
AB
AC
AD
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
5
3
4
VDD
47k
R839
47k
SoE
16
OE
Q5
PToA
15
Q6
14
EMG
13
Q7
BUSY
12
R837
DAT
STRB2
1
STRB
DATA
BC1
BC2
BC3
CLK
2
CLK
3
Q1
4
Q2
5
7
6
Q3
Q8
AC
4.95V
LEVEL
CONVERTER
IN_oUT2
33k
IC722
ADM202EARN
R868
9
8
R2OUT
0
R2IN
10
T2IN
T2OUT
T1IN
V-
11
12
R668
470k
R860
0
13
R862
0
14
R1OUT
C2-
R1IN
C2+
C808
0
4
C826
3
1u
C12
15
D743,744
VOLTAGE
PROTECTION
R870
6
5
T1OUT
5C
7
16
GND
V+
VCC
C1+
1
C827
0.01u
C822
L650
4.92V
1u
1u
D
OUT-B
IN1+
IN2
VEE
IN2
8
13
6
14
5
15
VIN4
11
10
VOUT6 VOUT3
16
9
VIN6
VIN3
17
7
VDAref
CLK
RESET
LD
19
6
20
5
GND
VDD
VIN7
VIN2
21
R970
22
100k
23
OP AMP
(FRONT END TUNE)
DI
18
100k
R967
0.01u
8
DO
4.94V
0.01u
1 OUTPUT
5
V2 V+
4
3 INPUT+
INPUT-
8.06V
VOUT5 VOUT4
C879
270k
C904
IC740
LMC7101BIM5
12
VIN5
TXD2D
100k
R978
8C
TV
5C
RXD3
TXD3
RXD1
AFo
5C
TXD0
TXD1
5C
RXD0
CLK
LD
5C
33A
VREF
2.01V
7
R982
100k
VCC
IN1-
100k
4
OUT1
D/A CONVERTER
IC738
M62364FP
R983
2
3
R959
MB
8C
1
8.03V
R966
100k
R958
IC735
TA75W01FU
D744
DA204U
47
R658
OP AMP
(PC/MB)
1k
PC
5C
TUNE
DAT
5C
VREF
D743
DA204U
D
10
R665
D
5C
5
Q714,717
BUFFER (RXD3)
1u
6
Q717
DTC114YE
RXD2D
CoNT1
oUT_IN2
2
10
Q714
DTC114YE
C833
GND
R662
7
RXD3
IC717
BU4094BCFV
33k
CoNT2
4
8
R640
3
VCC
33k
oUT_IN1
R639
IN_oUT1
2
Q736
1 UM6K1N 6
3.29V
C868
1
11
QS
9
4.7u
4.7u
IC731
TC7W66FK
SHIFT
REGISTER
0.1u
4
DC SW
(SCSW)
ANALOG SW
(SCRAMBLER)
C860
5
3
R638
2
C855
6
33k
R637
Q735
UM6K1N
10
DC SW
(BEEPS)
1
Q’S
0.01u
C788
VSS
D
Q4
8
SCSW
RXEo
RXEi
BEEPS
BC4
CONTROL UNIT (X53-4120-10)
4.94V
4
3
R660
2
10k
VOUT7 VOUT2
VOUT8 VOUT1
24
1
VIN8
R977
1k
R988
680k
C901
0.1u
C906
0.1u
D735
C889
0.01u
0.1u
1.96V
C890
02DZ5.1(Y)
VIN1
OP AMP (RX AUDIO)
IC739
2.01V
TA75S01F
5
1
IN(+) VCC
2
VEE
4
3
IN(-) OUT
ANALOG SW
(DS)
R980
C902
C905
1k
0.1u
0.1u
0.64V
2.01V
0
330k
R976
R981
R987
33k
R661
Q734
SSM3K15TE
2.01V
4.7k
47p
C900
DC SW (DS)
Q732
2SD1757K
100k
C891
0.01u
4.95V
R984
0.1u
C795
100k
1 IN/OUT
5
VCC
2
OUT/IN
3
4
GND CONT
R757
VOLTAGE
PROTECTION
IC743
TC7S66FU
RX AUDIO
MUTE SW
R974
PToS
AM
SToN
5C
VREF
56k
PToS
DS
X53-412 6/8
AE
AF
AG
TK-5710(B)/5710H(B)
AH
AI
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
22u10
C848
AUDIO POWER AMP
10k
R916
IC732
TDA8561Q
16
X0
A
R949
SHIFT
REGISTER
IC728
BU4094BCFV
VSS
Q’S
Q4
Q8
Q3
Q7
Q2
6
10k
4
13
Q6
Q1
Q5
CLK
OE
DATA
2.07V
13.3V
6.37V
RX AUDIO
MUTE SW
Q731
DTC144EE
C875
0.01u
SURGE
ABSORPTION
3
14
D734
1SS355
1
16
STRB
VDD
K700
S76-0434-05
1M
R946
2
15
VRST
R948
5
12
4.92V
DC SW (HR)
39p
R813
270k
22u10
22u10
IC714
TC75S51F
2.01V
VDD
2.01V
0V
3
2
VSS
1
IN(+)
IN(-)
2.01V
4.94V
VREF
BC3
8C
STXi
RXEo
RXEi
5C
AC
TXo
5C
BC4
ECHo
BC1
BC2
8C
X53-412 7/8
ANI BOARD
CN771
E40-6357-05
NC
NC
NC
NC
SCRAMBLER BOARD
NC TXo RXEI
AC RXEo STXI
26
18
E
5C
24
16
NC
NC
22
14
E
E
20
12
8
BC1 LOK NC
NC
BC2 PToS ECHo BC4
10
6
NC
8C
4
NC
NC
2
26
22
E SToN TCoNT AiNH NC
5C ATXi
NC AUXi/o NC
24
20
14
NC
NC
18
12
16
10
8
6
4
2
PToS
E
E
BC3
8C
AC
STXI
RXEI
8C
BC3
25
23
21
19
5C
15
13
11
E
E
E
BC4
7
9
PToS
ECHo
5
3
1
LOK
BC1
BC2
8C
TCoNT
AUX I/O
INH
SToN
21
25
R636
19
23
1k
R635
ATXI
1k
470k
17
15
13
E
E
11
7
E
EMG
5
9
AKEY
PToA
3
5C
AiNH
AUXi/o
ATXi
TCoNT
5C
SToN
EMG
PToA
BUSY
AKEY
1
R634
BUSY
1k
5C
R891
CN755
E40-6357-05
BUSY NC
NC
NC
AKEY NC PToA EMG
33k
19
5
OUT
R664
D737
02DZ5.1(Y)
17
VOLTAGE
PROTECTION
100k
R973
4
R816
OP AMP
(DEO)
100k
C769
HR
8C
100k
0.01u
R994
C911
C910
iGN
iGN
PSC
SB
Q730
DTC114EE
TUNE
10k
R965
0.1u
C880
Q728
DTC114TE
DC SW (IGN)
0.01u
270k
OP AMP
(2nd Lo TUNE)
IC737
LMC7101BIM5
5
1 OUTPUT
V2 V+
4
3 INPUT+
INPUT-
8.04V
8C
L2FT
HR
STRB1
DAT
CLK
SoE
VREF
Di
Di1
D
C881
R969
R964
10k
C869
C846
0.01u
RXEO
TXO
EN
USEL
12.6V
7
C872
QS
11
ECHo
Q729
2SJ243
8
9
10
MiC2
Mi2
RX AUDIO
MUTE SW
0
C839
22u10
12.65V
D
R960
D732
VOLTAGE
PROTECTION
D731
VOLTAGE
PROTECTION
100u25
C847
C864
9
0.01u
D
13.3V
6.38V
10
1000p
C
C863
B
VSS
C859
VEE
ES1
R955
8
ES2
11
470k
INH
7
oS1
12
47u25
D731
02DZ5.1(Y)
22u10
X1
Z0
6
oS2
13
47k
47k
Z
5
C838
X
Z1
47k
4
R923
R924
10u10
HR2
14
D732
02DZ5.1(Y)
3
15
Y
Y0
C841
HR1
4.94V
2.06V
VDD
2
R928
Y1
iGN
1
IC727
BU4053BCFV
47u25
R910
10k
R908
10k
ANALOG SW
1
-INV1
2
GND<S>
3
INV2
4
RR
5
VPI
6
OUT1
7
GND1
8
OUT2
9
NC
10
OUT3
11
GND2
12
OUT4
13
VP2
14
MODE
15
INV3
16
VDIAG
17
-INV4
22u10
470k
C844
AJ
AK
AL
AM
AN
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
CONTROL UNIT (X53-4120-10)
1
iGN
HR1
HR2
oS2
oS1
L724
CN783
E40-5066-05
iGN 1
L725
E 2
L726
HR1 3
HR1
L727
HR2 4
HR2
L728
oS2 5
o S2
L729
oS1 6
o S1
i GN
E
ES2
L730
ES2 7
ES2
ES1
L731
ES1 8
ES1
L732
iRS 9
i RS
C899
1000p
24
23
22
21
20
DA204U
C739
C740
C741
C743
100p
1000p
100p
19
18
GND
Di
5
17
AFo
AUXi/o9
4
16
AUXo1
TXD2
3
15
AUXo2
RXD2
2
14
SB
NC
1
35
4
E
TV
34
RSSi
R975
33
ASQL
0
32
E
31
E
30
E
29
iF_iN
28
iF_iN
27
iF_iN
100p
26
E
100p
100p
100p
100p
25
PC
PC
VREF
STRB3
C744
24
E
23
DET
22
E
21
VREF
20
8T
19
STRB3
18
CLK
17
SoE
16
DAT
15
8C
14
8C
13
8C
CLK
100p
C733
D710
02DZ18(X,Y)
Q700
2SD2114K(W)
Q701
2SD2114K(W)
SoE
C745
L701
100p
MB
D713
1SS355
8C
11
MB
10
Mo
6
9
WN2
8
EP
EP
C734
UL
1000p
7
UL
6
L2FT
L2FT
5
PCS
4
FTEMP1
3
FTEMP2
2
CV
1
E
ME
FTEMP1
Mi2
Di
TXD2D
RXD2D
RXD3
TXD3
SB
AFo
PCS
AUXi/o9
AUX02
1k
R838
1k
R790
AUX01
D709
D705
1SS355
AUXi/o1
AUXi/o8
AUXi/o5
AUXi/o6
AUXi/o3
AUXi/o4
AUXi/o2
AUXi/o7
5C
Q701
BUFFER
(AUX02)
12
8C
VOLTAGE
PROTECTION
02DZ18(X,Y)
Q700
BUFFER
(AUX01)
5
DAT
L700
D707
02DZ18(X,Y)
R734
R732
VOLTAGE
PROTECTION
R733
1000p
C730
1000p
C728
1k
1k
1k
100p
D700-712
3
DEo
Mi2
6
iF_iN
F701
2.5A
F53-0195-05
AUXi/o5
GND
7
0
0
0
R697
R693
1000p
AUXi/o4
AUXi/o8
8
D714
02DZ18(X,Y)
1000p
AUXi/o\3
TXD3
9
VOLTAGE
PROTECTION
DA204U
1k
C731
R730
D711
AUXi/o2
RXD3
10
RSSi
C735
C736
1000p
47k
DA204U
D706
R722
R728
1k
C727
R723
47k
1000p
1k
C725
DA204U
D703
R718
47k
R719
1000p
1k
C723
DA204U
AUXi/o1
GND
11
TV
R694
R690
D712
47k
R729
D708
DA204U
47k
R724
DA204U
47k
R720
D704
DA204U
47k
D702
R716
DA204U
R715
ME
AUXi/o7
12
0
1k
C732
R731
1000p
R726
1k
C729
1000p
R721
1k
C726
1k
C724
1000p
R717
1k
C722
1000p
R713
47k
AUXi/o6
25
CN782
E40-6438-05
36
C737
C738
D701
7
3 6
ASQL
R714
4
13
AUXi/o3 18
TXD3 17
AUXi/o4 16
AUXi/o8 15
AUXi/o5 14
GND 13
DEo 12
Mi2 11
GND 10
Di 9
AFo 8
AUXi/o9 7
AUXo1 6
TXD2 5
AUXo2 4
RXD2 3
SB 2
NC 1
47k
1
2
NC 28
NC 27
GND 26
AUXi/o6 25
ME 24
AUXi/o7 23
AUXi/o1 22
GND 21
AUXi/o2 20
RXD3 19
D700
9
CN728
E40-5960-05
NC 30
NC 29
B
R712
6
TX-RX UNIT
(X57-7030-10)
-CN600
C898
1000p
C897
1000p
C896
1000p
C895
1000p
C894
1000p
C893
1000p
C892
ES2
1000p
iRS
3
FTEMP2
CV
7
99
X53-412 8/8
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
NC
NC
24
8C
NC
26
GND
V+
VCC
C1+
1
8C
MIC
MIC
ME
DS
MIC
ME
DS
MIC
PToS
ME
DS
MIC
2.07V
13.3V
6.37V
13.3V
6.38V
L729
oS1 6
o S1
oS1
oS1
ES2
ES2
L730
ES2 7
ES2
ES1
ES1
L731
ES1 8
ES1
L732
iRS 9
i RS
Q5
CLK
R923
R924
C899
1000p
C898
1000p
C897
1000p
C896
1000p
C895
1000p
C894
1000p
C893
1000p
C892
1000p
100u25
C864
1000p
C863
C859
47u25
R928
R955
Q1
NC 29
NC 28
NC 27
GND 26
AUXi/o6 25
470k
Q6
470k
R949
4
Q731
DTC144EE
C875
3
D734
0.01u
OE
DATA
VDD
STRB
1
1SS355
K700
S76-0434-05
4.92V
AUXi/o9
AUXo1
TXD2
AUXo2
RXD2
DC SW (HR)
100k
0.01u
R994
C869
Q728
DTC114TE
8C
iGN
iGN
PSC
SB
HR
SoE
STRB1
DAT
CLK
D
DC SW (IGN)
Q730
DTC114EE
9
1
4
7
3 6
SB
NC
AUXi/o6
25
ME
AUXi/o7
12
24
AUXi/o1
GND
11
23
AUXi/o2
RXD3
10
22
AUXi/o\3
TXD3
9
21
AUXi/o4
AUXi/o8
8
20
GND 13
DEo 12
Mi2 11
GND 10
Di 9
AFo 8
2
16
6
13
AUXi/o4 16
AUXi/o8 15
AUXi/o5 14
SURGE
ABSORPTION
3
CN728
E40-5960-05
NC 30
AUXi/o2 20
RXD3 19
AUXi/o3 18
TXD3 17
C846
5C
o S2
RX AUDIO
MUTE SW
10k
5
0.01u
RXD3
TXD3
-INV1
2
GND<S>
3
INV2
4
RR
5
VPI
6
OUT1
7
GND1
8
OUT2
9
NC
10
OUT3
11
GND2
12
OUT4
13
VP2
14
MODE
15
INV3
16
VDIAG
17
-INV4
1
2.06V
47k
47k
47k
D732
02DZ5.1(Y)
D731
02DZ5.1(Y)
EN
D
oS2 5
oS2
R948
6
15
VRST
R665
Q2
D744
DA204U
5C
5C
RXD1
TXD0
TXD1
RXD0
5C
Q3
Q7
14
1u
AUXi/o5
GND
7
19
DEo
Mi2
6
18
GND
Di
5
17
7
6
5
AFo
AUXi/o9
4
16
AUXo1
TXD2
3
4
3
2
15
AUXo2
RXD2
2
14
1
SB
NC
1
PToS
DS
PToS
DS
PToS
DS
PToS
DS
PToS
PToS
F53-0195-05
2.5A
ANI BOARD
SCRAMBLER BOARD
E
30
E
29
iF_iN
28
iF_iN
27
iF_iN
E
PC
PC
SoE
C745
24
E
23
DET
22
E
21
VREF
20
8T
19
STRB3
18
CLK
17
SoE
16
DAT
15
8C
14
8C
13
8C
DAT
100p
L700
R734
R733
Q701
2SD2114K(W)
MB
1SS355
8C
11
MB
10
Mo
9
WN2
8
EP
EP
C734
UL
1000p
7
UL
6
L2FT
L2FT
1k
R838
5
PCS
4
FTEMP1
3
FTEMP2
2
CV
1
E
ME
FTEMP1
Mi2
Di
TXD2D
RXD2D
RXD3
TXD3
SB
AFo
PCS
AUXi/o9
1k
R790
D709
D705
1SS355
AUXi/o1
AUXi/o8
AUXi/o5
AUXi/o6
AUXi/o3
AUXi/o4
12
8C
D713
Q701
BUFFER
(AUX02)
AUX02
BC3
8C
Q700
BUFFER
(AUX01)
AUX01
NC TXo RXEI
AC RXEo STXI
AUXi/o2
NC
NC
AUXi/o7
NC
NC
26
18
E
5C
24
16
NC
NC
22
14
E
E
20
12
BC1 LOK NC
NC
BC2 PToS ECHo BC4
10
8
6
4
26
NC
8C
5C
CN771
E40-6357-05
2
24
NC
NC
E
31
25
VOLTAGE
PROTECTION
02DZ18(X,Y)
02DZ18(X,Y)
25
23
21
19
17
15
13
11
9
7
5
3
1
25
23
21
22
20
E SToN TCoNT AiNH NC
NC AUXi/o NC
5C ATXi
18
16
14
NC
NC
32
100p
100p
100p
100p
L701
1k
1k
1k
R732
VOLTAGE
PROTECTION
AC
RXEO
TXO
8C
BC3
STXI
RXEI
1000p
D710
D707
19
5C
E
E
E
ECHo
BC4
PToS
LOK
BC1
BC2
8C
TCoNT
AUX I/O
INH
SToN
1k
19
17
15
13
11
9
12
8
E
E
0
26
STRB3
D700-712
Q700
2SD2114K(W)
CN755
E40-6357-05
ASQL
100p
C744
C730
1000p
C728
56k
RSSi
33
CLK
RX AUDIO
MUTE SW
R974
iF_iN
VREF
100p
C733
470k
ATXI
R635
E
E
E
EMG
AKEY
PToA
R636
1k
5C
DC SW (DS)
Q732
2SD1757K
100p
1000p
100p
F701
1k
C731
1000p
DA204U
R730
D711
47k
R728
DA204U
D706
R722
1000p
1k
C727
R723
47k
1000p
DA204U
1k
C725
D703
R718
47k
R719
1000p
1k
C723
R715
R714
C741
C743
STXi
BC3
8C
RXEo
RXEi
C739
C740
R891
1k
4.7k
34
R975
FTEMP2
CV
TX-RX UNIT
(X57-7030-10)
-CN600
0
0
DA204U
D712
47k
R729
D708
DA204U
47k
R724
R720
D704
DA204U
47k
DA204U
D702
47k
R716
DA204U
33k
R664
5C
AC
R694
R697
R693
1k
C732
1000p
R731
1000p
R726
1k
C729
1000p
R721
1k
C726
1000p
1k
C724
R717
1000p
1k
C722
R713
47k
R712
D700
R816
100k
C737
C738
2.01V
TXo
5C
BC4
ECHo
BC1
BC2
8C
5C
AiNH
AUXi/o
0
0
22u10
R690
C911
22u10
D737
02DZ5.1(Y)
100k
R973
ATXi
TCoNT
5C
SToN
EMG
PToA
BUSY
AKEY
680k
R988
C735
C736
02DZ18(X,Y)
7
R661
0.1u
5
10k
0.1u
R981
47p
C900
C905
6
0.1u
330k
R976
C902
4
22k
D714
02DZ18(X,Y)
0.64V
2.01V
5C
10k
Q734
SSM3K15TE
5C
R945
33A
TAMS
C871
C999
R627
2200p
R914
R980
1k
ANALOG SW
(DS)
10
0.1u
DC SW
(VARS)
2.01V
3
0.01u
C901
0.1u
C891
4.95V
R634
470k
OP AMP (RX AUDIO)
IC739
2.01V
TA75S01F
5
1
IN(+) VCC
2
VEE
4
3
IN(-) OUT
33k
27k
1u
VOLTAGE
PROTECTION
1
4.94V
E
TV
RSSi
100p
R987
R674
C795
1 IN/OUT
5
VCC
2
OUT/IN
3
4
GND CONT
D
100k
IC743
TC7S66FU
R757
IN_oUT2
R962
IN(+)
35
TV
VOLTAGE
PROTECTION
2
180k
BUSY
5
1
R675
VDD
3
2
100k
6
1k
0.01u
R984
GND
C890
7
AM
oUT_IN2
8
0.1u
CoNT2
1.96V
C906
4
CoNT1
5
IN(-)
VSS
VIN1
0
3
VCC
VIN8
3.3V
R977
oUT_IN1
VOLTAGE
PROTECTION
OUT
0V
1
02DZ5.1(Y)
IN_oUT1
2
4
2.01V
DA204U
10k
IC714
TC75S51F
2.01V
D701
2
270k
OP AMP
(DEO)
VOUT8 VOUT1
24
R813
CN782
E40-6438-05
36
ASQL
47k
R660
39p
VREF
3
10k
4.94V
4
C769
TUNE
VIN2
0.1u
VDD
VIN7
R965
5
GND
C880
LD
21
23
100k
6
RESET
100k
8.04V
CLK
19
22
OP AMP
(2nd Lo TUNE)
IC737
LMC7101BIM5
5
1 OUTPUT
V2 V+
4
3 INPUT+
INPUT-
OP AMP
(FRONT END TUNE)
7
L2FT
8C
100k
R967
8
DI
VDAref
R970
R964
10k
VIN3
DO
18
C910
TV
100k
8C
R978
CLK
LD
TUNE
DAT
VIN6
17
4.94V
0.01u
270k
C881
R969
R983
R966
1k
47
R658
5C
33A
VREF
8C
MB
PC
100k
R958
0.1u
R959
9
D735
1
0.01u
C867
0.01u
8.06V
VOUT6 VOUT3
16
0.01u
1 OUTPUT
5
V2 V+
4
3 INPUT+
INPUT-
10
SToN
390k
1u
4700p
CS
SDo
DAT
11
VOUT5 VOUT4
0.1u
R676
Q733
SSM3K15TE
SCLK1
15
0.1u
R961
47
47
47
0
14
5
VIN4
20
47
R611
IN2
VEE
6
C904
IC740
LMC7101BIM5
12
VIN5
C889
27k
R968
C866
0.01u
C652
Ao
33k
C909
CPUCLK
SOUT
DAT
32
R659
470k
IN2
IN1+
13
7
0.01u
R963
R614
C654
50
49
BUFY(0)
BUFY(1)
BUFY(2)
VCCI
BUFA(4)
BUFY(4)
53
52
51
30
31
FSOUT
FMCLK
CLKOUT
28
29
AiNH
AKEY
TCoNT
OUT-B
270k
VOUT7 VOUT2
ANALOG SW (VGS)
IC736
TC7W66FK
D
35
34
33
IN1-
C879
4.94V
C878
5
4
VCC
OUT1
D/A CONVERTER
IC738
M62364FP
2.01V
100k
100k
R678
0.01u
C865
0.01u
55
54
NO
26
27
FSCLK
SRCK2
FLRCK
39
38
37
36
3
22k
47
47p
2
8.03V
8
R982
BUSY NC
NC
NC
AKEY NC PToA EMG
PToS
ME
DS
MIC
Q8
12.6V
7
13
VBUSY
BUSY
EPM
ME
Q4
12
C827
HR2
L728
oS2
0
16
VSS
Q’S
11
2
4.92V
VREF
5C
22u10
C838
22u10
1u
QS
10
D
0
R910
10k
47k
3
Q729
2SJ243
R960
C808
C826
HR2 4
ME 24
AUXi/o7 23
AUXi/o1 22
GND 21
5C
VREF
C1-
D
PWDA
PWAD
MCLK
SCLK
SDTi
LRCK
10
R673
57
56
NO
GND
VCCA
BUFY(5)
BUFY(6)
62
61
VCCI
60
59
58
GND
GND
40
R686
R613
6
C655
1
1 IN/OUT
5
2 OUT/INVCC
3 GND
4
CONT
R957
0
2.01V
R939
R941
R942
7
100k
Ai
CLK
MCLK
BSFT
33A
D
BUFA(0)
R934
2Y
BUFA(1)
0.01u
GND
D
470k
D
17
3A
100k
1Y
2A
0.01u
3Y
3.27V
iF_iN
SRESET
4
VCC
VSV(VCCA)
TESTMODE
DSPCLK
44
43
C653
C853
3
GND
R956
12k
D
8
1A
VCCI
STRB
R671
IC734
TC7S66FU
45
42
41
IC735
TA75W01FU
10
2.01V
48
47
46
D
DSPCLK
CPUCLK
470k
R618
2
8
10
BUFA(2)
R922
1
1A
VCC
7
1
R609
10
47
CLOCK BUFFER
R608
3.26V
R619
IC726
0.1u
C608
L722
0.1u
220k
R858
0
2
3
4
D
680
3Y
1Y
2A
GND
2Y
3A
6
IC726
TC7WU04FK
470k
5
100k
R856
R615
10u10
10u10
R620
C799
R629
10k
10
C995
R628
47
R897
Q723
2SJ243
CLOCK BUFFER
IC725
TC7WU04FK
D
BUFY(3)
16
R610
BUFA(3)
SROUT(7)
VCCA
0
BUFA(7)
SROUT(6)
C854
C605
STRB
D
CLK
SROUT(5)
24
25
BSFT
0.1u
0
470k
10
12
R918 13
14
0
R919 15
IC730
EX128TQ64I630C
SROUT(4)
GROE
C603
10
FPGA
SROUT(3)
SoE
5 R604
9
10
11
VATS
SROUT(2)
DIFF
10
VARS
D
BUFA(5)
VCCI
10
0.1u
0.01u
ANALOG SW
(MIC/MIC2)
A19
R685
C601
6
470k
100k
100k
R814
A9
A13
R617
100k
33M
A7
A3
Q
7
7
8
LP/GND
VPP(VCCA)
VCCI
2.01V
ANALOG SW
(TAMS)
GND
2.5V
3.3V
GND
IF_IN
R879
A15
A11
GND
Q725
SSM3K15TE
0
A6
A2
CLR
R603
R616
D
PR
Q
D
R886
100k
47k
DC SW
(BEAT SHIFT)
D
D
2.7k
R815
6
TMS
SMPLCLK
BUFA(8)
21
22
23
4
R883
R859
A16
A12
0.01u
GND
SROUT(0)
SROUT(1)
0
0.58V
D
18.432MHz
D6
A15
D5
A11
D4
A19
D3
NC3
D2
A5
D1
A1
C6
A14
C5
A10
C4
NC2
C3
A18
C2
A6
C1
A2
C908
3
4
5
R929
3
R612
2
D
VCC
0
3
CK
R606
GND
oUTPUT
3.27V
BUFY(7)
1
2
R917
10k
8
R607
2
R605
IC721
TC7WH74FK
1
KEY
TCNT
3.3V
470k
10
470p
C812
10k
R878
D
C907
Ao
Ai
3.3V
4
VCoNT
OP AMP
(PC/MB)
R669
2.01V
iNH
4.7u
C851
150k
47k
0.01u
1
C829
D2
D0
A1
0.19V
T1OUT
15
4
HR1
L727
E
HR2
HR
14
C2+
HR1 3
HR2
ES2
1M
0
C2-
R1IN
L726
i GN
HR1
RX AUDIO
MUTE SW
8
9
5
R1OUT
12.65V
D
R946
R862
D732
VOLTAGE
PROTECTION
0
6
E 2
B
C872
13
D743
DA204U
4.95V
5
IN(+) VCC
2
VEE
4
3
IN(-) OUT
100k
VARS
BEEP
0.1u
0.01u
IC728
BU4094BCFV
D
IC742
TA75S01F
2.01V
R971
VREF
33A
15k
R866
5
V-
L725
iRS
9
C
CN783
E40-5066-05
iGN 1
25D
33M
C856
0.01u
C802
R876
CLOCK DIVIDER
VCXO
X701
L77-1962-05
10
10
C811
T1IN
0.01u
OP AMP
(SUMMING AMP)
TXo
IN_oUT2
R655
R875
VSS
R870
USEL
1u
B
L724
HR1
10
SHIFT
REGISTER
ECHo
33k
11
A
VEE
8
12
47u25
0
5C
47
C610
R632
R860
D743,744
VOLTAGE
PROTECTION
R633
X0
INH
13
D731
VOLTAGE
PROTECTION
MiC2
Mi2
5
R909
R903
R997
R906
R996
R899
R900
C919
C916
C918
C917
SDTo
R672
1.94V
64
63
GND
6
BUFY(8)
C663
0.1u
4
CoNT1
oUT_IN2
T2OUT
TXD2D
4
1
BUFY(6)
CoNT2
0V
RESET
oUT_IN1
3
7
18
19
20
VCC
470k
DC SW
(VATS)
8
IN_oUT1
2
0.1u
1
7
T2IN
C822
33k
X1
Z0
6
7
iGN
15k
R687
100k
R666
47p
C662
0.1u
C804
100p
1.93V
R654
R874
0.1u
R2IN
10
10
6
5C
R670
3.29V
8
12
L650
7
3
C874
2
R943
0.1u
33p
33p
33p
22k
100p
R940
SDTI
R657
8
33k
ANALOG SW
(VGS)
IC720
TC7W66FK
9
Di1
4.93V
1
Z
5
C839
R868
5C
470k
1.64V
9
SDTo
R668
IC733
TC75W51FU
680k
C611
10
100p
LRCK
1.54V
22k
C862
DEM1
11
22k
R937
MCLK
X
Z1
1u
33k
IC722
ADM202EARN
11
R938
SCLK
DEM0
47k
LEVEL
CONVERTER
0
OP AMP
(MOD)
4
14
C847
13
1.61V
10u10
iGN
4.94V
15
Y
D
R2OUT
12
3
4.95V
47k
4.7u
14
VDD
R839
R908
10k
STRB
VDD
OE
SoE
16
Q5
PToA
15
Q6
14
EMG
R837
DAT
CLK
BC1
BC2
STRB2
1
DATA
2
CLK
3
Q1
BC3
5
4
13
Q7
BUSY
12
Q8
11
AC
BUFFER (RXD3)
RXD2D
5
Q717
DTC114YE
Q714,717
33k
6
Q714
DTC114YE
C841
VREF
4
IC717
BU4094BCFV
Di
5
3
Q2
Q3
Q4
VSS
9
2
10
R640
CoNT1
oUT_IN2
R662
7
33k
GND
10
QS
Q’S
0.01u
C788
4.7u
4.7u
CoNT2
4
8
IN_oUT2
R638
33k
R637
3
VCC
R639
120p
180k
33k
R933
R930
C850
0.1u
oUT_IN1
VDD
Y0
RXD3
C833
PWAD
IN_oUT1
2
Y1
16
2
1u
VSS
R926
1
Q736
1 UM6K1N 6
3.29V
C868
1
IC731
TC7W66FK
IC732
TDA8561Q
IC727
BU4053BCFV
1
SHIFT
REGISTER
0.1u
8
C860
4
C855
5
3
C857
100p
C849
47
1200p
2
3900p
6
BC4
PWDA
7
8
SCSW
RXEo
RXEi
BEEPS
Di1
AoUTL
AINL
10u
47
R998
C858
27k
R667
8
R932
2
DC SW
(SCSW)
ANALOG SW
(SCRAMBLER)
4.93V
R656
C814
C845
7
AINR
C852
47
47k
6
1.43V
3
AoUTR
0
47
47k
5
15
6
7
C837
0
3
1.42V
0
1.42V
16
33p
2
VCoM
33A
5C
4.7u
5
C664
4
C809
C792
12k
8.2k
R854
Q719
SSM3K15TE
FRST
180k
Q735
UM6K1N
6
33k
560k
D5
22u6.3
0.1u
10u
C823
C818
5C
5C
6
D
R844
A18
1.42V
1.6V
47
R653
7
3
33A
A10
A14
A5
1
0.1u
4.7u
10u
C824
150k
C820
R882
4.7u
C922
4.7
390k
1.43V
3.24V
STXi
VREF
VREF
0.1u
2
R993
WR
47k
R913
33k
CODEC
IC724
AK4550VTP
4
ATXi
33k
R863
33k
R850
0
R848
100p
C787
10u10
C796
8
R995
D
L715
33M
C768
0.1u
D
270k
R663
33A
MiC2
R812
VEE
1
IN(+)
2.02V
1u
C921
R950
470p
33k
C810
5
R867
R849
150k
22p
C791
0.1u
C805
6
4
4.93V
1
A2
SCLK1
D
FCS
A17
D7
D
VCC
1
4
5
R912
39k
470k
R855
C659
1000p
1000p
C660
SCLK
10u10
C797
LRCK
470p
4.7k
470k
R769
470k
CP704
100k
100k
CP703
R772
AUX01
AUX02
WR
RD
2
VOLTAGE
REGULATOR
(5V)
C997
D6
470k
R749
3
C815
0
0
SCSW
IC718
TC75W51FU
15k
C789
C785
8C
A3
SDTo
4.99V
10k
C790
R835
F6
BYTE
F5
DQ14
F4
DQ12
F3
DQ10
F2
DQ8
F1
CE
E6
A16
E5
DQ7
E4
DQ5
E3
DQ2
E2
DQ0
E1
A0
0
R999
47k
47k
CP702
470k
7
OP AMP
(VREF)
3 IN OUT 1
COM
R840
SCLK
R847
47k
RD
D1
D3
D4
D
KEY
TCNT
D
CLK
SDA
1.5u16
C793
8.04V
PWDA
R841
K10
L13
DVSS2
L12
DVDD3
M13
BDX1
N13
BFSX1
CLKMD1
C794
D
IC716
NJM78L05UA
0.1u
D
C781
0.01u
47k
R830
R829
47k
A0
IN(-)
R911
D2
TDo
EMU1
EMU0
TRST
TDi
0.01u
C780
G11
G13
CVSS5
G12
TMS
H13
TCK
H12
TRST
H11
TDI
H10
TDo
J13
EMU1_oFF
J12
EMU0
J11
ToUT
J10
HD2
K13
HPI16
K12
CLKMD3
K11
CLKMD2
FCS
CS2
CS0
CS1
CS1_1
R787
CP701
G2
L721
R896
3
2
OUT
HiNT
0.01u
N1
OE
DQ9
G3
DQ11 3.3V
G4
VCC
G5
FLASH ROM
DQ13
G6
DQ15
IC712
H1
29LV160BE90PBT
VSS1
H2
DQ1
H3
DQ3
H4
DQ4
H5
DQ6
H6
VSS2
3.30V
33k
VREF
EEPROM
C783
D
G1
2.02V
DC SW
(BEEPS)
IC729
TC75W51FU
AUDIO POWER AMP
10k
ANALOG SW
33k
VATS
25D
RDY
PWAD
LRCK
D
iNH
2
L718
ADDRESS
DECODER
R920
D
VCC
IC713
TC7S08FU
1 INB
VCC 5
2
INA
4
3
GND OUTY
8
D0
33M
D
0
R823
R822
47k
C778
A18
A19
1
R951
470k
A16
A17
5
SCSW
4.94V
DSPINT
SRESET
SDTi
A15
A4
A8
8
7
WP
6
SCL
5
SDA
VCC
STRB
2.50V
A0
2
A1
3
NC
4
GND
CVDD3
B12
A18
B13
A17
C11
DVSS4
C12
A16
C13
D5
D11
D4
D12
D3
D13
D2
E10
D1
E11
D0
E12
RS
E13
X2_CLKIN
F10
X1
F11
HD3
F12
CLKoUT
F13
DVSS3
G10
HPIENA
D
47k
RDY
1
12k
1u
A1
R843
47k
CP700
AUXi/o5
TXD0
RXD0
AUXi/o6
AUXi/o7
MM
SBC
4.93V
33M
D650-653
REVERSE
CURRENT
PREVENTION
47k
D
D
IC719
TC75W51FU
R842
1.93V
D
IC701
AT24256N10SU27
C786
D
R783
5MD
3.30V
47k
47k
R834
A1
A3
A2
A7
A3
RY/BY
A4
WE
A5
A9
A6
A13
B1
A4
B2
A17
B3
NC1
B4
RESET
B5
A8
B6
A12
0.1u
C756
4.7k
R773
D653
DA221
OP AMP
(MIC AMP)
47k
R832
R833
2.0V
SCSW
D1
CS1
CS2
4.7k
R766
Q703
DTC114TUA
R831
IC723
TA75S01F
4.95V
M10
N10
INT1
K9
INT0
L9
NMI
M9
HBIL
N9
IACK
K8
BDX2
L8
BDX0
M8
HD0
N8
DVSS6
K7
DVDD4
L7
HRDY
N7
BFSX2
M7
BFSX0
N6
CVDD4
M6
HINT
L6
CVSS7
K6
BCLKX2
N5
BCLKX0
M5
BDR2
L5
HCNTL1
K5
BDR0
N4
BFSR2
M4
BFSR0
L4
K4
N3
M3
N2
CVSS1
B1
A22
C2
CVSS2
C1
DVDD1
D4
A10
D3
HD7
D2
A11
D1
A12
E4
A13
E3
A14
E2
A15
E1
CVDD1
F4
HAS
F3
DVSS1
F2
CVSS3
F1
CVDD2
G2
HCS
G1
HR_W
G3
READY
G4
PS
H1
DS
H2
IS
H3
R_W
H4
MSTRB
J1
IoSTRB
J2
MSC
J3
XF
J4
HoLDA
K1
IAQ
K2
HoLD
K3
BIo
L1
MP_MC
L2
DVDD2
L3
CVSS4
M1
BDR1
M2 BFSR1
D
D
A11
A12
A13
A14
R759
D
L10
OP AMP (RX AF)
22k
DC SW
(SCRAMBLER)
A1
0.01u
0.01u
C773
0.1u
D
CS0
67
66
65
BCLKR2
BCLKR0
DVSS5
HCNTL0
BCLKR1
CVSS6
D
R861
4.7u
RB706F-40
C996
100
IC715
320VC5416GGU12
D
C803
Q721
SSM3K15TE
0.1u
OP AMP
(MOD/RX AF)
680k
Q720
2SJ243
4
C801
MM
R809
R810
DSP
0.01u
C784
1u
0
SCLK1
CS
100
100
100
INT3
SDo
100
R807
R808
M11
N11
D
R625
D
R890
470k
CS1_1
A0
R806
AM
A9
A10
DVSS7
BCLKX1
CVSS8
HD1
CVDD5
R846
M12
N12
L11
C798
22p
D728
6.8k
INT2
0.01u
100
100
D
3.42Vpp
A12 A19
A20
B11
CVSS9 3.3V
A11
DVDD5
D10
D6
C10
D7
B10
D8
A10
D9
D9
D10
C9
D11
B9
D12
A9
HD4
D8
D13
C8
D14
B8
D15
A8
1.5V
HD5
B7
CVDD6
A7
CVSS10
C7
HDS1
D7
DVSS8
A6
HDS2
B6
DVDD6
C6
A0
D6
A1
A5
A2
B5
A3
C5
HD6
D5
A4
A4
A5
B4
A6
C4
A7
A3
A8
B3
CVDD7
A9
A21
C3
DVSS9
A2
B2
D7
100
100
0.01u
C772
100
470k
WR
NC
AUX01
AUX02
RD
BHE
SCSW
BCLK
NC
STRB
NC
R803
R804
R805
55
56
57
58
59
60
61
62
63
64
HLDA
HOLD
SELF
RDY
ALE
50
51
52
53
54
DS
48
49
47
C761
NC
114
AUX i/o8
TAMS 113
112
STRB2
111
D0
110
D1
109
D2
108
D3
107
D4
106
D5
105
D6
104
DSPINT
D7
103
RTCDT
PToS
STRB3
AUX i/o9
119
118
117
116
115
AUX i/o5
AUX i/o7
MM
SBC
45
46
RXD0
AUX i/o6
43
44
D
100
R818
0
100k
R820
10u6.3
C776
10u6.3
100
100
100
100
100
100
100
100
R778
R779
R780
R781
R782
R784
R785
R786
L713
L712
L710
L711
CV
ASQL
FTEMP1
TEMP
RSSI
124
123
122
121
120
BATT
128
127
126
125
VSS
VBUSY
39
40
41
42
4.7k
4.7k
R752
47k
R744
A6
A7
BEEPS
R800
R801
R802
D
D
D6
A8
83
82
81
80
D
R753
R751
470k
100k
R750
1k
R740
A3
A4
A5
100
D3
R681
0
L717
L716
C771
STRB3
AUXi/o9
RTCDT
ASQL
FTEMP1
TEMP
RSSI
CV
FTEMP2
L707
L708
L709
L706
1000p
C754
0.1u
10u10
CS0
CS1
CS2
CHECK
R799
WR
R817
0
CS
C825
R652
ANALOG SW
(SCRAMBLER)
RB706F-40
Q716
2SA1832(GR)
D
VREF
0.1u
D277,728
TX AGC DETECTION
1.5u16
15D
L714
12k
R765
L705
D721
02DZ5.1(Y)
C998
0.1u
33A
33M
SB
39k
R764
5MD
PLAY
5C
AUXi/o
AUXi/o8
TAMS
STRB2
D0
D1
D2
D3
D4
D5
D6
D7
DSPINT
C775
0.1u
33u16
0.1u
C762
0.1u
C763
AUXi/o
AVSS
FTEMP2
47k
4.7u16
470k
R706
C717
D
A20
A0
A1
A2
100
100
100
100
100
100
85
84
R776
BUSY
EPM
ME
25
R794
R795
R796
R797
R798
A20
D
10u
R651
IC711
XC6204B252M
5
1
VIN VOUT
2
VSS
4
3
CE
NC
R792
R793
HiNT
100
100
100
22u10
C848
10
8C
1u
19
4.94V
LD
RD
47k
R621
R791
D
D5
iGN
R788
79
78
77
A11
76
A12
75
A13
74
A14
73
A15
72
A16
71
A17
70
A18
69
A19
68
47k
5
1
VIN VOUT
2
VSS
4
3
CE
NC
Q702,703
BUFFER (TXD2)
15D
CUS01
IC710
XC6204B332M
R738
C718
100p
1
D651
4.93V
0.02V
Q702
DTC114TUA
PSW(INT1)
INTRA
FEST
DRST
D
4.93V
10u
VOLTAGE
REGULATOR
(33M)
VOLTAGE
REGULATOR
(25D)
AI
AO
E
5
VIN VOUT
2
VSS
4
3
CE
NC
D652
DA221
1.49V
IC711
17
RXD1
R741
22
IC709
XC6209B152M
C766
0
15
23
1u
R624
22
R682
21
TXD1
iNH
KEY
TCNT
AM
A9
A10
RXD INT
35 TXD2
36 TXD1 4.93V
37
VCC1
38 RXD1
0
33A
C767
22
3.62V
R623
C715
20
VIN VOUT
2
VSS
4
3
CE
NC
100p
13
AUXi/o4
R735
3.29V
C720
Ai
Ao
5C
18
3
TRD
2
CUS01
IC709
VOLTAGE
REGULATOR
(15D)
5C
16
OUT
GND
5
C721
D
STRB1
AUXi/o3
BEEPS
NC(NMi)
470k
102
VCC2
IC703
30625MGP213GP
D4
47k
R811
FRST
101
DRST
100
iGN
99
1/2
98
NC
97
HINT
96
A20
95
A0
94
A1
93
A2
92
A3
91
A4
90
A5
89
A6
88
A7
87
VSS
A8 86
3.30V
CPU
27
BEEP
28 EP
29 AUX i/o1
30
AUX i/o2
31
STRB1
32
AUX i/o3
33 AUX i/o4
34 RXD2
270k
AUXi/o2
4.94V
IC710
DE
E
11
IC708
XC6204B332M
1
100p
9
VOLTAGE
REGULATOR
(5C)
C719
EN
USEL
VRST
7
IN
R631
EP
AUXi/o1
1.35V
100p
5
8C
C716
C710
C711
PLAY
RXD1
TXD1
CLK
3
4.94V
10u
VBUSY
C753
47k
VOLTAGE
REGULATOR
(33A)
0
BEEP
DC SW (PSW)
5C
C712
VRST
EN
USEL
TXD1
CLK
VBUSY
PLAY
RXD1
1
47k
D
IC708
1u
8
2
1
8.04V
C713
14
6
VOLTAGE
REGULATOR
(8C)
IC707
TA7805F
C714
Ao
AI
12
4
5C
22
23
24
25
26
47k
D
R758
8.05V
INPUT
GND
AVRM1608C270K2
R826
E VRST EN TXD1 PLAY
DE USEL CLK RXD1VBUSY
10
5C
E
CN744
E40-6357-05
IC706
LM2940T-8.0
oUTPUT 3
1
D650
AVRM1608C270K2
AVRM1608C270K2
R756
LD
PSW
10u
D741
D742
D
R742
C764
1000p
D
10u
1
C658
D740
Q704
SSM3K15TE
13.1V
iRS
ES2
0
RESET
CPUCLK
L704
C765
2
R680
D
5MD
iGN
SB
MINISMDC075F24
D736
DC SW (IGN)
PCS
0.1u
D
C751
PSW
D736,740-442
SURGE
ABSORPTION
2
3
0.047u
5
4
3
Q712
DTC114TE
VOLTAGE
PROTECTION
TRD
470k
IRS
ES2
RESET
0
R819
0.47u
1SS355
D722
REVERSE
CURRENT
PREVENTION
4700p
R824
iGN
SB
CD
VDD
4.94V
10
9
8
7
6
470k
PSW
11
470k
1/2
TRD
2
R825
ME
MiC
GND
RESET
C912
CNVSS
C747
5C
AVRM1608C270K2
C656
1000p
100k
R745
INTRA
VSS
CLK
SDA
0
D723
0.1u
W700
E37-0707-05
R711
AVRM1608C270K2
D739
4.80V
R739
6
47k
IC704
S-80942CNNBG9C
1
4
VSS oUT
ME
C914
7
CLKC
INTRB
C707
R746
RESET IC
UL
DAT
CLKC
8
4
47k
SoE
SDA OSCOUT
5
100k
470p
RESET
C708
D
D723
D738,739
SURGE
ABSORPTION
02DZ10(Z)
1k
9
Vss
10
OSCIN
SCL
8
EPM
R748
D
9
3
RTCDT
VDD
32KOUT
2
5
KCS
6 NC
7
VOICE
8 SoE
9 UL
10
DAT 5.00Vpp
11
CLK
12
SDA
13
BYTE
14
CNVSS
15
PCS
16
XoUT
17
RESET
18
XOUT
19 VSS
20
XIN
21 VCC1
CLK
X700
L77-2304-05
TXD0
1
4.95V
R754
R704
RXD1
1000p
C749
IC700
RV5C386A
Ei
0.1u
7
RXD
VREF
2 AVCC
3 PLAY
4 Ei
R630
56k
RTC IC
10k
Q711
DTA114YE
D722
2.7k
32KOUT
R708
iGN
6
BUSY
1
BEEP
D
DC SW (IGN)
4.94V
47k
TXD1
TXD1
5.1k
CLK
Q710
DTC114EE
PSC
R737
10k
VBUSY
5
1SS388
C748
4
SCLCK
R736
DC SW (SBC)
RESET
PToS
R789
0.1u
13.1V
R709
R710
CNVSS
3
RESET
R707
5MD
CNVSS
100k
5.39V
Q707
DTC114EE
100k
DC SW (SBC)
D716
R743
AFo
C661
0.1u
33k
R760
CN701
C758
D717
DC SW (SBC)
PToS
1k
R763
1SS388
10k
D
D
D
D
A13
R762
1k
7
VSS
2
D715-717
REVERSE CURRENT PREVENTION
6
9
D2
S1
5
10
R2
D1
4
11
CLK2
R1
3
12
Q2
CLK1
2
13
Q2
Q1
1
14
VDD
Q1
R703
Q709
DTA114EE
S2
4.99V
D
Q715,716
AUTO GAIN CONTROL
D
VREF
100k
C800
4.7k
D
D
D715
RESET
DAT
CLK
Ei
C915
D726
DA204U
D-TYPE
FLIP FLOP
IC705
TC4013BF(N)
CV
IC741
NJM78L05UA
3
1
0.047u
0
8
4.94V
1SS388
C759
D726
D721
VOLTAGE
PROTECTION
R865
D727
R845
Q715
2SC4738(GR)
VCC
D
VOLTAGE
PROTECTION
47k
D
VOLTAGE REGULATOR (RTC5V)
0.1u
5C
KCS
PSC
D
3
GND
C746
L723
0.80V
4
VOUT
NC
2
1.21V
0
10
9
8
7
6
5
4
3
2
1
DC SW
(SB)
R775
1SS355
D725
47k
470p
470
R768
R767
0
D724
0.047u
C706
R761
SB
1k
R702
D720
SBC
TMS
C665
0.01u
D738
VGS-1
1SS355
R701
1
NC
NC
NC
DC SW
(PSW)
Q708
DTA114EE
1
R650
4.7k
TRST
Q705
DTC114YE
D725
VOLTAGE
DETECTION
02DZ18(X,Y)
DC SW
(SBC)
TDi
R771
D
2
10
NC
NC
D724
REVERSE
CURRENT
PREVENTION
PSW
3
2
NC
NC
C757
4
VCC
NC
NC
4.7u20
TDo
5
CN705
E40-6202-05
1
DISPLAY UNIT
(X54-3490-20)-CN1:KCH-14
(X54-3500-20)-CN1:KCH-15
D719
02DZ15(X,Y)
100p
470p
0.047u
Q706
DTA114YE
6
CN724
E40-5661-05
CPU JTAG CONNECTOR
DC SW (SBC)
7
C657
1000p
CS
PSC
5C
RESET
DAT
CLK
Ei
E
DE3
AFo
1000p
TCK
TEMPERATURE DET
IC702
MM1522XURE
Q713
2SJ506(S)
5.0A
1k
TMS
8
R705
TRST
13.10V
C705
TDi
9
F700
F53-0278-05
0.1u
DGND
D719
VOLTAGE
REGULATOR
(5V)
C704
TDo
3.3D
47k
0.047u
DGND
R777
10
470p
C760
0
TCK
11
R755
DGND
EMU0
D720
REVERSE
CURRENT
PREVENTION
C703
TCK
12
C702
DSP JTAG CONNECTOR
DGND
EMU1
C700
EMUo
47k
C701
EMUi/OFF
R774
TEMP
B
TMS
TCK
13.33V
CN709
E40-6050-05
13
22u10
R916
DRST
3
C844
3.3D
DSPCLK
E
3.3D
R821
2
3.3D
1000p
+B
3.3D
AFo
CN702
E40-5703-05
1
+B
C770
FINAL UNIT
(X45-3750-10)-W2:TK-5710(B)
(X45-3760-10)-W2:TK-5710H(B)
CONTROL UNIT (X53-4120-10)
A
B
C
TK-5710(B)/5710H(B)
D
E
SCHEMATIC DIAGRAM
TX-RX UNIT (X57-7030-10)
C428
C429
Q407
2SJ347
470p
C430
470p
C431
R428
47k
R521
1M
R637
BYPASS DIODE
R445
D404
MA742
1M
ASSIST
2
V+
R409
R412
R414
R416
100
1k
0
1k
0
270k
VCO TUNE
OP AMP
IC401
MCP41100T
R515
100
4.94V 1
R516
0V 2
PCS
CLK
100
DAT
CS
VDD
SCK
PB0
SI
PW0
0V 3
R517
100
4
VSS
8
5.02V
7
0V
6
1.026V
R430
5
PA0
1000p
100p
C422
0.047u35
R413
R440
1.02V
INPUT-
RHEOSTAT
C419
C410
C640
4
INPUT+
1u25
C437
3.3k
1.02V 3
R496
5
V-
OUTPUT
1u10
IC402
LMC7101BIM5
1.67V 1
0.1u
C447
22
100
C639
1
100
1u
R510
0V
R518
0V
180k
C522
0V
2
R437
3
100p
C523
R513
0.01u
0.1u
C550
100k
1000p
C552
0.01u
C407
1000p
0V
4
VCXO
1u
1000p
18k
1.47V
RXVCO
D404
MB
OUT0
100p
C521
C520
100p
C499
R511
C404
0.03V
5
TXVCO
C427
OUT1
0.01V
6
1k
R514
3.51V
7
STR
GND
VCC
VC
C415
VCC RF
560
C642
VP RF
VCC IF
R411
0.01u
R522
1000p
100p
C400
CPo RF
VP IF
C409
0
8
C401
0.01u
C549
1000p
3
GND
L436
L437
R424
TH201
B57331V2104J
1000p
CPo IF
R588
0
100p
GND
24
100
fin RF
21
2.38V 22
100
fin RF
fin IF
20
R509 4.22V 23
R400
GND
fin IF
R589
0.1u
19
4.96V
9
C414
18
0
OSCx
GND
10
C413
R597
OSCin
LE
0.47u25
17
Fo/LD
DATA
X400
0.66V L77-1960-05
16.8MHz
2.2k
16
4.9V
TX1RX1
7.17V
Q405
RN47A4
1.5k
15
11
1k
1.94V
RF_EN
CLOCK
5V
C412
14
12
0.1u35
4.64V
IF_EN
R410
13
R512
100
100
R403
100
R402
R401
4.27V
100
C551
CLK
DAT
PLL IC
-t
EP
VCO TX/RX SW
IC400
LMX2352TMX/NP
L435
470p
1k
Q405,407
2
470p
8CL
5C
R427
0
0.1u
10k
C590
C592
0V
R423
0.01u
R595
100k
R592
2.7k
R594
TX2RX2
VCO1/2
UL
10k
R591
0V
Q599
DTC144EE
L434
Q404
RN47A4
4.81V
Q598
2SA1832(GR)
5.02V
Q406
2SJ347
Q404,406
VCO1/2 SW
1000p
4.97V
Q598,599
LOCK DETECTION
C638
C591
10k
1000p
R590
0
1k
R596
R593
5C
1
0
POTENTIOMETER
CN602
E37-1235-05
C426
C434
L403
C441
D403
1000p
3p(B)
68n
1000p
MA2S077
R436
30p
L405
30p
6.8n
C432
L401
10k
R426
4.7k
R422
47
1000p
R420
C421
4.7k
R519
27n
10p
L463
C641
4.7k
R439
D401
MA2S077
10k
C424
1.5p
1.35V
Q401
DTA144EE
D402,403
PLL FIN FILTER SW
TX
C417
DC SW
15p
18p
D400,401
10p
22k
1000p
10n
MA2S077
L406
1000p
C439
C446
68n
8.2n
D402
1.5p(B)
PLL FIN FILTER SW
CV
100p
R435
22k
C440
1000p
L402
L404
MA2S077
4.28V
Q403
2SC5108(Y)
1.39V
C402
PLL
FIN
AMP
C435
6.8n
100k
C425
C438
R407
CVu
4.7k
R415
56k
R405
10k
RX
CV
D400
C433
33
100
R425
R418
R419
R406
3.01V
56n
C596
R408
100k
L453
4.70V
BUFFER
Q400
2SK879(GR,Y)
1000p
1000p
0.1u
C420
C418
4
1k
R404
2.08V
FIN
0V
DC SW
5
5C
Q402
DTC144EE
100p
1.73V
C222
22p
C219
22p
1.73V
0
100
1.73V
R212
47k
2p
RX LO1
18p
C220
L223
C218
2p
12p
L222
C215
R210
L221
C329
10p
R211
C221
0.01u
47
C212
33
R204
12
R203
1k
18p
270n
R205
100p
0.26V
R201
C208
100p
L207
82n
33n
22p
L206
L204
22p
82n
15p
0.01u
L202
33p
27n
C204
C202
27n
C210
C217
C209
22p
C207
C213
C206
C205
820
L201
R206
L200
RF AMP
Q200
2SC3357(RF)
C211
1.041V
0.01u
330n
DBM
A400
W02-1939-05
820
L205
330n
680n
L203
12p
L208
C203
12p
4.7k
R200
C201
15p
X57-703 1/4
R216
47
68p
820
R215
820
L209
CN201
150n
D200-202
BPF CONTROL
C223
1M
BPF
ADJ
TV
100
R213
1SV286
5.6
R209
1M
D202
1SV286
R208
1M
0.01u
D201
R207
1000p
C216
C214
7
1SV286
R214
D200
RX
CN200
E040154
-05
C200
6
FINAL UNIT
(X45-3750-10)-CN2:TK-5710(B)
(X45-3760-10)-CN2:TK-5710H(B)
6.78V
R202
8R
STR
F
G
H
I
J
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
1000p
1000p
8C
R486
100
C633
1000p
100n
L432
10k
R482
C501
1000p
330
10k
R483
330
R488
1000p
C508
C511
1000p
270
56n
R487
L431
4.7k
R484
330
R469
100
C507
4.7u
R485
PLL FIN AMP
R490
220
Q418
2SC5108(Y)
5p
1000p
1p
C506
4.7k
R473
9p
9p
C491
L428
56p
0
R480
C497
50n
1.5p
1.57V
Q414
VCO OSCILLATION
9p
Q414
2SK508NV(52K)
L450
C483
D431
1SV282
D432
2.7u
1SV282
1SV282
L422
1000p
L414
D415
C472
HVC376B
HVC376B
100p
C453
D406
3.3u
0
D424
C459
2.7u
L408
R449
390
R468
3.3u
8p
5.6u
L424
C485
FREQUENCY CONTROL
L455
C509
VCO 1/2 L
STR H
D406,415,424,431,432
2.13V
5C
33
4.36V
1000p
C477
100
R491
4.40V
RXVCO 2
C471
0
R477
1.8u
D414
R459
1000p
C454
0.01u
R503
2.62V
R:136 - < 155MHz:0V
155MHz:4.58V
174MHz:4.61V
T:0V
1.8u
BUFFER AMP
3.3u
HVC376B
D405
100p
L417
L462
L418
2.7u
R:0V
T:136MHz:4.48V
155MHz:4.40V
174MHz:4.42V
0
CV
22k
100k
560
C493
R470
1p
100
2.7u
8p
VCO OSCILLATION
TXVCO
330
8p
C486
0.75p
C487 10k
Q416
2SK508NV(K52)
R467 L426
56p
35.5n
D428
C481
C478
L447
D427
1SV282
C469
68p
1SV282
L420
1.8u
D420
1SV282
1.8u
C460
L412
D407
100p
R465
MODULATOR
1000p
HVC376B
2.7u
HVC376B
L410
0
D416
R451
C449
L456
R463
R461
10u10
D407,416,420,427,428
FREQUENCY CONTROL
R:0V
T:7.16V
R457
D433
L457
1SV278
C466
MO
1000p
C474
R505
1000p
0.01u
C455
L461
C495
ASSIST
100
1p
L427
67n
15p
Q419
2SC5108(Y)
9p
56p
C490
1SV282
R472
C496
5p
BUFFER AMP
0V
9p
Q413
2SK508NV(52K)
C482
1000p
D429
4.7u
1SV282
0
D430
L449
1SV282
C470
L421
D422
L413
C458
HVC376B
L407
C452
R447
R478
L429
100n
C463
R474
0.67V
C484
C512
C505
C504
1000p
15p
Q417
2SC5108(Y)
D405,414,422,429,430
FREQUENCY CONTROL
L454
RXVCO
3.32V
C502
0
5.6u
L423
VCO OSCILLATION
220k
VCO 1/2 H
STR H
Q413
1000p
470
C476
0
C473
R458
1000p
R501
C510
8C
R476
7.15V
7.78V
R:136 - < 155MHz:4.85V
155 - 174MHz:0V
T:0V
TXVCO
33
C632
0
1.5k
R454
10
0.01u
C462
47u10
1000p
C456
R455
RXVCO 1
100k
R441
470p
RXVCO 2
C442
1k
7.88V
22u10
Q408
RN47A4
R431
C451
136 - < 155MHz:0V
155 - 174MHz:7.13V
0.01u
RX VCO 1/2 SW
C448
D408,409
TX1RX1
7.92V
Q412
2SC4116(GR)
R500
7.21V
100k
R442
C443
470p
RIPPLE FILTER
1k
C467
RXVCO 1
R432
1000p
8CL
136 - < 155MHz:7.13V
155 - 174MHz:0V
Q409
RN47A4
TX2RX2
8C
TX-RX UNIT (X57-7030-10)
STR L
L415
1.8u
0.01u
C464
L460
5R
R222
33
1.14V
10u
L216
C227
1k
L231
L34-4749-05
0.01u
7p
C262
4p
1k
C260
R288
L229
L34-4748-05
R289
8p
8p
0.01u
2.2k
D212
HVC131
XF200
L71-0625-05
C244
R292
WIDE
D210
HVC131
C257
1k
0.01u
R285
6p
C261
4p
C259
D211
HVC131
L230
L34-4749-05
L228
L34-4748-05
2.2k
R269
9p
C247
DC SW
C258
1k
R282
0.01u
C252
56
R232
15k
0.01u
0.16V
0.01u
C243
0
R231
1k
0.01u
C253
IF
FILTER
SW
C263
9p
D209
HVC131
7.56V
D211,212
XF201
L71-0626-05
C264
IF
FILTER
SW
27
680n
R233
R283
C234
NARROW
D209,210
L215
7p
1k
Q213
DTC114EE
1000p
4.7k
R224
0.01u
R291
C233
7p
C239
3p
C251
12
R221
C235
1000p
15p
C237
1k
100p
IF AMP
Q202
2SC3357(RF)
0.91V
C249
D208
HVC131
6.8k
8p
L227
L34-4749-05
W:3.33V
N:0.10V
D207,208
D207
HVC131
C267
L225
L34-4748-05
0.01u
R290
8p
C255
9p
WIDE
XF200
L71-0625-05
C256
W:0.06V
N:4.96V
R230
IF
FILTER
SW
L226
L34-4749-05
C240
D206
HVC131
RX LO1
0
7.88V
C254
L224
L34-4748-05
4p
68p
2.2k
150n
R286
C323
C232
27p
C230
8p
D205
HVC131
L233
XF201
L71-0626-05
C231
1k
R217
IF
FILTER
SW
NARROW
C238
D205,206
2
1
1k
R287
MCF ADJ
CN202
E40-5538-05
R226
100p
W:0.06V
N:4.96V
0.01u
C229
27p
15p
C226
820
C224
820
R220
R218
RX LO1
C241
6.74V
R229
10p
12p
33n
C250
33n
1.8k
33n
Q201
2SC3357(RF)
0.01u
R228
5.6
LOCAL AMP
0.43V
C248
C236
2.2k
L213
R284
L212
1000p
L211
10k
C242
8R
2p
R219
R223
C228
2p
47n
L214
C225
8R
FIN
WN2
DC SW
MO
Q212
DTA114EE
MO
X57-703 2/4
K
L
M
TK-5710(B)/5710H(B)
N
O
SCHEMATIC DIAGRAM
TX-RX UNIT (X57-7030-10)
D435,436
R:0V
T:1.03V
82n
10
L153
VDD
1.03V
4
3
IN(-)
C171
8T
5C
5
VSS
0.01u
IN(+)
2
C274
1
5C
5C
L2FT
OP AMP
IC204
TC75S51F
1.03V
R253
47
OUT
R239
0.01u
C166
1000p
10
47u20
1000p
8R
100p
C515
C514
7.91V
1000p
R168
C163
1000p
1000p
C160
3.3k
C164
100
C161
1k
47p
220
1000p
R166
R:0V
T:7.31V
R164
100
R160
C157
1000p
1000p
C513
12k
1k
R493
R:0V
T:5.20V
R155
C162
R:0V
T:7.92V
C170
56n
R159
47
L152
1000p
R157
100p
120
120
0
15p
C155
C159
0
R154
R153
27p
C154
C152
47
Q151
2SC3357(RF)
R163
Q150
2SC3357(RF)
R151
R152
56n
R150
56n
22p
L151
C151
15p
1k
D436
HVC131
C150
L150
R494
2.2k
R492
4.92V
RF AMP
RF AMP
R:0V
T:2.04V
D435
HVC131
R175
LOCAL SW
1.51V
3
R251
R252
C289
0
8.2k
47p
0.01u
C282
GND oUTPUT
22
R305
0.1u
C325
560n
R256
C299
15p
1k
0.01u
22
C294
0
R257
R255
100p
15p
C291
C292
R254
0.65V
5C
0.01u
L219
C290
330
47
VCC
VC
2
8R
680
4
1
0
3.14V
680k
R240
4.96V
X200
L77-1961-05
1.51V
R303
R249
R248
R238
100k
47k
C300
Q205
2SC5108(Y)
0.01u
C301
VCXO
FERQUENCY
AMP
0.73V
VCXO:16.8MHz
10u6.3
1St IF:49.95MHz
RSSI
IC205-207,209-211
MULTIPLEXER
R294
3
0
4
INH
CH0
VEE
CH1
GND
A
7.89V
7
6
WIDE
CF201
L72-1016-05
6
5
3.59V
R237
7
8
C286
2
CoMMoN VCC
5
0.1u
10u
L217
2
IC209
TC7W53FK
8
C275
1
CN203
E40-5538-05
1
IC205
TC7W53FK
3.59V
A
GND
CH1
VEE
CH0
INH
VCC CoMMoN
4
3
2
R297
0
1
4.24V
A-L ch0
A-H ch1
3.59V
0
4.85V
3
3.58V
4
0
5
8
R307
0.1u
4.42V
6
0
C296
4.41V
7
C326
0.1u
3.82V
8
0.1u
C297
4.84V
9
C327
0.1u
4.49V
10
0.1u
C298
4.49V
11
NARROW
CF203
L72-1018-05
IF AMP
IC207
TC7W53FK
R296
W:3.26V
N:0.11V
APCO:0.11V
WN2
WN1
VN
MO
4
7
INH
CH0
VEE
CH1
GND
8
VEE
CH0
INH
VCC CoMMoN
VCC1
VREF
MIXoUT
RSS1
VCC2
C-DET
IF1IN
N-DET
DEC1
FILoUT
IF1oUT
NDPS
FILIN
N-REC
IF2IN
AFoUT
DEC2
QUAD
GND2
IF2oUT
24
0.95V
23
22
21
0.7V
20
19
R314
18
0.72V
17
0.65V
0
16
1.52V
C306
15
1.02V
0.1u
14
4.83V
13
FILOUT
FILIN
AFOUT
QUAD
IF2OUT
4
3
R298
2
0
2nd:IF:450KHz
1
IC211
TC7W53FK
5
8
WIDE
CF204
L72-1016-05
4
A
GND
CH1
VEE
CH0
INH
6
7
A
GND
CH1
5
6
C279
0
3
CoMMoN VCC
R326
2
R328
1
0.1u
W:5.01V
N:0V
APCO:5.02V
A
12
MIXIN
oSCOUT GND1
0.1u
W:4.94V
N:5.02V
APCO:0V
10k
7
R309
A
6
6
C287
GND
5
7
VCC
0.1u
4
8
C284
CH1
1.8k
CH0
VEE
R327
INH
5
oSCIN
3
R299
2
0
1
CoMMoN
A-L ch0
A-H ch1
1.8k
Q203
2SC4215(Y)
0
0
CoMMoN VCC
3
0.1u
47p
R295
1.8k
47k
R330
1.8k
1000p
2
C270
C276
2.51V
R235
C295
0.1u
IC210
TC7W53FK
V NARROW
CF202
L72-1009-05
R329
100p
C271
1k
R236
C269
1000p
1
0.74V
C268
2
R306
100k
IC206
TC7W53FK
IC212
TA31137FN
1
4.80V
R308
NARROW
CF200
L72-1018-05
5.01V
MCF ADJ
SLO
0.1u
RX LO1
50.4MHz
FM IC
MO
X57-703 3/4
P
Q
R
S
T
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
TX-RX UNIT (X57-7030-10)
CN150
Q’S
VSS
5.01V
9
5.01V
WN1
WN2
VN
SOE3
1000p
8T SW
8R SW
Q600
DTC114EE
Q602
DTC114EE
8T
C608
1000p
C609
1000p
REVERSE
CURRENT
PREVENTION
100k
R279
R274
3.3k
C610
1000p
NOISE DETECTION
D203
RB706F-40
4.46V
R635
C319
47k
R280
0.22u
C322
1000p
C318
220k
R270
0
0.1u
0.34V
C607
1000p
Q208
2SC4617(S)
0.1u
C612
1000p
0.1u
C313
470
R271
0
R313
NOISE AMP
Vref
C629
1000p
C613
1000p
C614
1000p
C615
1000p
C616
1000p
C617
1000p
C618
1000p
STRB3
0
R312
CLK
SOE3
DAT
8C
C245
0
0.033u
R225
RSSI
MB
C619
1000p
C620
1000p
C621
1000p
C622
1000p
C623
1000p
C624
1000p
C625
1000p
C626
1000p
C627
1000p
C628
1000p
WN2
R316
R260
DC SW
Q207
SSM3K15TE
1000p
8T
5
FTEMP1
6
FTEMP2
2
3
IN/OUT
3
E
2
TV
3
RSSI
4
ASQL
5
E
6
E
7
E
8
IF_IN
9
IF_IN
10
IF_IN
11
E
12
PC
13
E
14
DET
15
E
16
Vref
17
8T
18
STRB3
19
CLK
20
SOE3
21
DAT
22
8C
23
8C
24
8C
25
8C
26
MB
27
MO
28
WN2
29
EP
R636
30
UL
0
31
L2FT
32
PCS
33
FTEMP1
34
FTEMP2
35
CV
36
E
4
5
5C
VCC
OUT/IN
GND
R281
4
CONT
8RC
6
0.1u
220k
C321
1k
C320
22u6.3
Q209
DTC114EE
WN2
IC213
TC7WU04FK
3.0V
8
3A
GND
2Y
7
6
5
4
R263
0
1.45V
R318
1Y
2A
330
680
VCC
3Y
0.1u
1A
R317
C307
1
MO
C310
DC SW
R259
100k
BUFFER
3
8T
4
27k
1.52V
2
E
3
2
R261
3p
0.1u
C302
C328
0
5
68k
27k
10u6.3
4.0V
L232
L34-4725-05
1
R278
R266
0.01u
C311
27p
C303
DC SW
Q206
DTA144EE
R276
R277
3.3k
C316
QUAD
IF2OUT
CV
IC214
TC7S66FU
1000p
3.3k
C314
QUAD
R275
0
PCS
WN2
AFOUT
R258
L2FT
MULTIPLEXER
270k
R273
FILOUT
FILIN
1k
33k
180p
R262
C305
0
UL
3.3k
1500p
0
180p
EP
R267
R265
R264
C309
C304
PC
2
CN600
E40-6438-05
1
1SS388
D204
0
R272
0
1u50
0.01u
CN601
E40-6429-05
1
8T
5C
C604
C603
7.28V
7.95V
TV
C312
FINAL UNIT
(X45-3760-10)-CN1
TK-5710H(B)
C631
4.7u16
C605
47k
C635
1000p
R602
C601
1000p
C600
5.01V
10
8R
47u10
11
STRB3
DAT
CLK
VCO1/2
STR
8RC
8TC
QS
3.27V
Q603
2SB1132(Q,R)
4.7k
Q8
Q4
12
Q601
2SB1132(Q,R)
R603
Q3
4.94V
8RC
8
Q7
13
8T
7
Q2
14
TX
8C
R:7.91V
T:0V
8R SW
2.2k
6
Q6
47k
4.85V
Q5
Q1
R:0V
T:7.91V
8T SW
R601
5
CLK
5C
CN152
15
4.93V
8TC
4.7V
OE
5.02V
R600
4
DATA
3
5V AVR
16
C634
3
VDD
5C
STRB
2
2
OUT
GND
0.1u
IC600
BU4094BCFV
C602
SHIFT REGISTER
1u16
C630
IN
R622
5.0V
1
1000p
R172
IC601
TA7805F
8.0V
1
TX
VOLTAGE REGULATOR
FINAL UNIT
(X45-3750-10)-CN9:TK-5710(B)
(X45-3760-10)-CN9:TK-5710H(B)
1000p
CONTROL UNIT
(X53-4120-10)
-CN782
C169
22
220
R170
22p
C167
22p
R171
0.1u
C168
1000p
C606
47n
220
L154
18p
C636
C165
FINAL UNIT
(X45-3750-10)-CN1
TK-5710(B)
1
R268
47
7
103
MO
X57-703 4/4
TK-5710(B)/5710H(B)
SCHEMATIC DIAGRAM
1000p
1000p
8C
R486
100
C633
C510
1000p
R476
33
C632
0
8C
8C
R500
0.01u
C301
R622
FINAL UNIT
(X45-3750-10)-CN1
TK-5710(B)
0
FINAL UNIT
(X45-3760-10)-CN1
TK-5710H(B)
1000p
1u50
0.01u
C604
C603
47k
C635
1000p
R602
C601
1000p
C600
47u10
8T
4
8T
5
FTEMP1
6
FTEMP2
4.7k
R603
8RC
8T
8TC
E
3
FINAL UNIT
(X45-3750-10)-CN9:TK-5710(B)
(X45-3760-10)-CN9:TK-5710H(B)
C631
1000p
4.7u16
0.1u
C605
0.1u
C602
C630
1u16
C606
220
R172
220
R170
22p
WN1
WN2
VN
SOE3
5C
RSSI
0
11
6
7
5
8
W:4.94V
N:5.02V
APCO:0V
NARROW
CF203
L72-1018-05
IF AMP
IC207
TC7W53FK
4
CoMMoN VCC
8
7
INH
CH0
VEE
CH1
GND
A
MO
MO
INH
VCC CoMMoN
8T
1SS388
D204
100k
R279
47k
R280
0.22u
C322
1000p
C318
3.3k
IF2OUT
4
3
R298
2
0
DC SW
Q206
DTA144EE
4.0V
C328
2nd:IF:450KHz
1
0.1u
QUAD
QUAD
IF2OUT
GND
CH1
VEE
CH0
INH
VCC
3
R299
2
0
R258
2
0
3
DC SW
VCC
3Y
1Y
MO
2
3
IN/OUT
5C
VCC
OUT/IN
GND
R281
4
8RC
CONT
1k
WN2
2A
3A
7
6
5
4
MO
0
5
3.0V
8
1A
GND
1
Q209
DTC114EE
1
1
CoMMoN
L232
L34-4725-05
R276
27k
IC213
TC7WU04FK
A-L ch0
A-H ch1
CV
IC214
TC7S66FU
R261
3p
100k
BUFFER
1.8k
R329
4.83V
13
4
A
6
8
WIDE
CF204
L72-1016-05
1.8k
IF2oUT
14
R275
R259
7
5
QUAD
GND2
AFOUT
1.52V
5
6
R328
Q212
DTA114EE
VEE
CH0
AFoUT
DEC2
AFOUT
IC211
TC7W53FK
0.1u
0.01u
0
3
R326
2
0.1u
1
R296
W:3.26V
N:0.11V
APCO:0.11V
GND
CH1
IF2IN
0.1u
C302
A
A
12
1.02V
QUAD
0.1u
4.49V
0.1u
15
MULTIPLEXER
270k
220k
C298
N-REC
C306
FILIN
C321
0.1u
NDPS
1.52V
R260
FILOUT
FILIN
68k
10
16
FILOUT
R278
4.49V
0
R277
0.1u
0.65V
C320
C327
0.72V
17
PCS
WN2
22u6.3
9
R314
18
L2FT
Q207
SSM3K15TE
C316
4.84V
FILIN
DC SW
1000p
C297
FILoUT
IF1oUT
19
UL
1000p
0.1u
DEC1
20
1k
8
N-DET
R265
7
3.82V
C-DET
IF1IN
0.7V
1500p
4.41V
0.1u
VCC2
EP
R267
3.3k
3.3k
C314
C296
6
0
R273
0
C326
5
21
R316
0
27k
4.42V
RSS1
R264
180p
10u6.3
C295
0.1u
VREF
MIXoUT
C304
2Y
R317
R263
0
1.45V
R318
0
R307
VCC1
22
330
680
4
23
C309
50.4MHz
3.58V
MIXIN
oSCOUT GND1
R266
1
A-L ch0
A-H ch1
R306
oSCIN
0.01u
C311
0
3
C619
1000p
C620
1000p
C621
1000p
C622
1000p
C623
1000p
C624
1000p
C625
1000p
C626
1000p
C627
1000p
C628
1000p
WN2
C310
R297
2
4.85V
0.95V
0.1u
CH1
GND
C287
CH0
VEE
10k
INH
R309
4
6
1.8k
3
0
5
C284
R295
0
2
0
24
MB
0.1u
3
IC210
TC7W53FK
0.1u
R330
47p
IC212
TA31137FN
1
4.80V
0.033u
R225
C307
VCC CoMMoN
4
C313
0
10u6.3
33k
INH
C629
1000p
C613
1000p
C614
1000p
C615
1000p
C616
1000p
C617
1000p
C618
1000p
DAT
C305
VEE
CH0
C612
1000p
Vref
SOE3
27p
C286
GND
CH1
4.24V
7
1.8k
C270
47k
WN2
WN1
VN
WN2
A
C607
1000p
8C
C303
8
V NARROW
CF202
L72-1009-05
8
C276
R235
CoMMoN VCC
0.1u
C300
0.1u
5
7
0.1u
A
6
0.1u
GND
5
WIDE
CF201
L72-1016-05
6
R327
100p
C271
1k
R236
C269
1000p
C268
2.2k
R292
2
1k
R289
IC209
TC7W53FK
7
C275
L217
1k
0.01u
CH1
IC206
TC7W53FK
W:5.01V
N:0V
APCO:5.02V
C247
7p
C262
C260
1k
0.01u
R288
L231
L34-4749-05
R635
STRB3
RSSI
3.59V
1000p
Q203
2SC4215(Y)
8p
L229
L34-4748-05
CH0
VEE
3.59V
2.51V
C227
8p
4
INH
C279
C261
4p
C259
6p
D212
HVC131
XF200
L71-0625-05
4p
2.2k
R269
27
R285
C258
1k
R282
0.01u
C252
12p
C250
0.74V
NOISE DETECTION
CLK
VCXO
FERQUENCY
AMP
SLO
8
CoMMoN VCC
1
D211
HVC131
WIDE
C244
PC
2
R268
47
MO
E
TV
3
RSSI
4
ASQL
5
E
6
E
7
E
8
IF_IN
9
IF_IN
10
IF_IN
11
E
12
PC
13
E
14
DET
15
E
16
Vref
17
8T
18
STRB3
19
CLK
20
SOE3
21
DAT
22
8C
23
8C
24
8C
25
8C
26
MB
27
MO
28
WN2
29
EP
R636
30
UL
0
31
L2FT
32
PCS
33
FTEMP1
34
FTEMP2
35
CV
36
E
CONTROL UNIT
(X53-4120-10)
-CN782
0.01u
R308
DC SW
MO
C167
5C
C299
1k
100k
L230
L34-4749-05
L228
L34-4748-05
D210
HVC131
C257
DC SW
0.01u
C243
0
56
R232
R229
15k
0.01u
R228
1.8k
0.16V
R233
1k
0.01u
C253
0.01u
0
2
3
R237
IF
FILTER
SW
9p
9p
2
10u
10u
L216
R231
1k
R283
7p
C240
1000p
4.7k
R224
0.01u
R291
C233
7p
C239
3p
C237
C251
12
R221
1000p
15p
C235
C232
27p
C230
1k
0.01u
Q213
DTC114EE
C234
R290
C255
L227
L34-4749-05
W:3.33V
N:0.10V
D208
HVC131
680n
1
7.89V
C263
0
R272
R256
15p
R271
R313
22
R305
0.1u
C294
0
Q205
2SC5108(Y)
47p
0.73V
33
R255
100p
180p
8.2k
C289
NARROW
CF200
L72-1018-05
IC205
TC7W53FK
3.59V
R294
D211,212
XF201
L71-0626-05
C608
1000p
C609
1000p
REVERSE
CURRENT
PREVENTION
Q208
2SC4617(S)
C245
R252
0
GND oUTPUT
5.01V
CN203
E40-5538-05
NARROW
D209
HVC131
7.56V
Q602
DTC114EE
0
R251
C291
R312
0.65V
3
VCXO:16.8MHz
1
L215
8p
L225
L34-4748-05
68p
150n
C223
BPF CONTROL
C267
1k
8p
CN201
L209
C256
C249
100p
IF AMP
8T
22
VCC
VC
C325
560n
C290
0.01u
L219
680
47
R303
3.14V
4
R257
X200
L77-1961-05
1
RX LO1
W:0.06V
N:4.96V
C264
8R SW
CN600
E40-6438-05
1
D203
RB706F-40
220k
R270
330
R248
R249
STR L
4.96V
15p
330
TXVCO
IF
FILTER
SW
CN601
E40-6429-05
1
NOISE AMP
470
R238
100k
1000p
C495
2.7u
0.1u
D209,210
7.28V
7.95V
0.34V
C312
Q202
2SC3357(RF)
0.91V
5.01V
0
100
R230
D207
HVC131
L226
L34-4749-05
WIDE
XF200
L71-0625-05
4p
D206
HVC131
9p
5.01V
9
4.46V
R470
6.8k
5.01V
10
TX
8R
C319
MCF ADJ
IF
FILTER
SW
11
STRB3
DAT
CLK
VCO1/2
STR
8RC
8TC
8T
5C
1.51V
1p
RX LO1
D207,208
QS
3.27V
8R SW
Q603
2SB1132(Q,R)
C610
1000p
C493
7.88V
C254
L224
L34-4748-05
C238
47
820
R286
68p
R216
C323
150n
R215
L233
5.6
820
R213
8p
D205
HVC131
R214
XF201
L71-0626-05
C231
1k
R217
100p
C222
IF
FILTER
SW
2.2k
100
47k
1SV286
1M
D205,206
2
1
NARROW
VSS
47k
0
W:0.06V
N:4.96V
0.01u
C229
27p
15p
C226
820
C224
820
R220
R218
0
BPF
ADJ
D200-202
R287
18p
R211
22p
C219
D202
1M
D201
1.73V
1SV286
R208
1M
0.01u
R207
22p
C217
22p
1.73V
1SV286
1000p
C216
C214
820
R206
820
C213
D200
1.73V
12p
C329
2p
0.26V
TV
2p
R212
R210
L223
C218
CN202
E40-5538-05
6.74V
Q’S
R274
R239
R226
100p
Q8
Q4
4.94V
12
Q601 8T SW
2SB1132(Q,R)
8C
R:7.91V
T:0V
47
OUT
1.14V
C248
10p
2.2k
C236
33n
Q7
Q3
13
3.3k
IN(-)
5C
5C
4
3
IC205-207,209-211
MULTIPLEXER
R284
L213
33n
Q201
2SC3357(RF)
Q2
14
R:0V
T:7.91V
2.2k
6
Q6
4.93V
47k
4.85V
Q5
Q1
15
R601
5
CLK
5C
CN152
5.02V
R600
4.7V
OE
3
5V AVR
16
C634
C171
0.01u
C166
1000p
C164
1000p
4
DATA
R262
1.03V
VCO OSCILLATION
8p
22p
C636
82n
10
R168
C162
C163
47u20
3
VDD
R253
1000p
L212
33n
LOCAL AMP
0.43V
10k
C242
L211
5.6
R223
R219
47n
L214
2p
MCF ADJ
C220
L222
C215
10p
33
100p
L221
R209
C212
R205
RX LO1
RX LO1
0.01u
C221
C211
DBM
A400
W02-1939-05
0.01u
47
R202
L208
680n
C210
R204
18p
270n
C228
STRB
5
0.01u
VDD
VSS
1St IF:49.95MHz
C241
8R
C208
L207
100p
82n
22p
33n
22p
L206
0.01u
82n
27n
L204
27n
15p
C209
L202
C207
33p
C206
C204
C205
Q200
2SC3357(RF)
12
1.041V
12p
L201
RF AMP
R203
330n
4.7k
R200
330n
1k
L205
R201
L203
12p
C202
1000p
1000p
C160
100
R160
C157
1000p
8R
IN(+)
2
C274
1
2
5C
C203
L200
15p
C200
FINAL UNIT
(X45-3750-10)-CN2:TK-5710(B)
(X45-3760-10)-CN2:TK-5710H(B)
IC600
BU4094BCFV
FM IC
6.78V
RX
SHIFT REGISTER
2
FIN
2p
5.0V
2
OUT
GND
TV
0V
STR
C201
10
L153
1000p
R166
100
C161
1k
R163
47p
R175
220
C170
56n
R159
47
L152
1000p
R157
0
C155
100p
120
C154
120
R152
56n
R150
56n
L151
1k
1000p
100p
C515
C514
270
C511
L2FT
IC204
TC75S51F
1.51V
8R
3.3k
Q402
DTC144EE
CN200
E040154
-05
R:0V
T:7.31V
1000p
OP AMP
0
C225
IC601
TA7805F
1
R164
TX
100
C507
R490
R485
330
R469
0.75p
C487 10k
8p
56p
CN150
VOLTAGE REGULATOR
Q600
DTC114EE
Q416
2SK508NV(K52)
R467 L426
68p
C486
C478
1000p
4.7k
R484
0
4.7u
L428
PLL FIN AMP
9p
C491
5p
1000p
220
Q418
2SC5108(Y)
R240
R222
1000p
1k
R493
C513
330
R488
1000p
56n
R487
L431
1p
C506
4.7k
R473
C292
C464
0.01u
L150
R494
2.2k
R492
10k
R483
C508
R477
R480
C497
1.8u
DC SW
R154
100n
L432
10k
R482
1000p
330
C501
R478
100n
L429
R474
220k
3.3u
L427
390
R468
9p
C490
0
5.6u
L423
8p
C482
5.6u
L424
1000p
C477
C471
D427
D428
L420
L412
D407
C469
C169
22
8T SW
L415
10k
R436
30p
C438
6.8n
L405
30p
C432
6.8n
L401
10k
R426
4.7k
R422
47
1000p
R420
C421
4.7k
R519
FIN
560
R171
1.5p
680k
MA2S077
100k
C168
1000p
8.0V
1
R254
D403
1000p
12k
0.01u
C441
68n
R:0V
T:5.20V
R155
C282
L403
3p(B)
47n
IN
5C
C434
L154
18p
8
8R
C426
1000p
C165
7
8R
D401
MA2S077
22k
5R
C424
1.5p
R465
1SV282
1SV282
15p
7.91V
R:0V
T:7.16V
R463
1SV282
1000p
1.8u
D420
1.8u
C460
HVC376B
D416
100p
HVC376B
2.7u
C449
0
4.7k
15p
10n
18p
L410
L460
27n
10p
L463
C641
D402,403
R451
PLL FIN FILTER SW
TX
1.35V
CN602
E37-1235-05
R439
1000p
D400,401
10p
DC SW
22k
C446
MA2S077
C439
D402
1000p
L406
C440
68n
8.2n
L404
L402
C435
1.5p(B)
C417
Q401
DTA144EE
R435
22k
R425
C425
1000p
PLL FIN FILTER SW
CV
100p
1000p
C476
C473
1000p
D430
1SV282
3.3u
L421
D429
1SV282
1.8u
D414
L413
HVC376B
D405
HVC376B
33
D400
MA2S077
4.28V
Q403
2SC5108(Y)
1.39V
C402
PLL
FIN
AMP
L456
C159
0
1.57V
Q414
VCO OSCILLATION
R457
MODULATOR
FREQUENCY CONTROL
C433
R407
100k
4.7k
R415
56k
R405
10k
CVu
L457
10u10
D407,416,420,427,428
100
R419
R406
3.01V
56n
L453
C596
1000p
R418
1000p
0.1u
C420
C418
1k
R404
100k
C467
R454
1.5k
C463
C462
47u10
1000p
C456
22u10
C448
C451
100k
C466
MO
RX
33
R:0V
T:136MHz:4.48V
155MHz:4.40V
174MHz:4.42V
CV
R153
27p
2
2.7u
R505
CV
C152
47
5C
1.03V
R430
C481
1.026V
R461
6
5
PA0
L447
2.08V
VCO 1/2 L
STR H
1000p
PW0
VSS
2.62V
L418
L461
D436
HVC131
R151
R:0V
T:7.92V
4.40V
50n
56p
D433
PB0
SI
1SV282
22p
Q151
2SC3357(RF)
C509
9p
Q414
2SK508NV(52K)
1SV278
SCK
4
0V
1000p
15p
Q419
2SC5108(Y)
BUFFER AMP
R491
C485
L450
35.5n
R517
100
7
C472
C474
0V 3
CLK
VDD
5.02V
C455
100
CS
100
C639
0V 2
8
1u
R516
PCS
R518
100p
C422
4.94V 1
1000p
RHEOSTAT
C419
100p
3.3u
VCO TUNE
IC401
MCP41100T
D424
C459
C151
15p
R:0V
T:1.03V
Q150
2SC3357(RF)
4.36V
9p
270k
L408
R449
100
1p
C483
L455
R472
C496
5p
BUFFER AMP
0V
9p
Q413
2SK508NV(52K)
FREQUENCY CONTROL
2.13V
R440
1.02V
0
R515
100
1000p
1u10
0.1u
C447
100p
C523
100
0
0
Q400
2SK879(GR,Y)
C484
R459
0
R408
1000p
15p
Q417
2SC5108(Y)
0.67V
C150
C512
RF AMP
RF AMP
R:0V
T:2.04V
D435
HVC131
C505
C504
RXVCO 2
D431
4
INPUT-
OP AMP
0.047u35
R413
R503
3.32V
C502
R:136 - < 155MHz:0V
155MHz:4.58V
174MHz:4.61V
T:0V
1.8u
1SV282
0
180k
C522
V+
POTENTIOMETER
4.70V
1000p
8CL
100k
0.01u
0.01u
470p
C452
ASSIST
D432
1k
C410
R441
C442
470p
L417
1SV282
0
67n
L422
1k
56p
2.7u
100
1SV282
2.7u
R416
1000p
L414
R414
4.7u
C453
R412
DAT
BUFFER
VCO OSCILLATION
D406,415,424,431,432
INPUT+
1u25
C437
3.3k
R409
0
D415
2
R496
L449
5
V-
OUTPUT
1.02V 3
C640
470p
C429
470p
C430
C431
100k
R428
1u
C415
1M
R637
47k
R521
100p
C499
1000p
C552
0.01u
IC402
LMC7101BIM5
1.67V 1
0.01u
0.1u
C550
C520
ASSIST
OUT0
C470
HVC376B
100
D422
L462
R513
22
C458
D435,436
LOCAL SW
4.92V
VCO 1/2 H
STR H
Q413
L407
D406
R510
0V
470
R447
HVC376B
0V
1
L454
RXVCO
100p
2
RXVCO
C454
3
0V
0
0.01u
0V
R458
0.01u
4
TXVCO
R501
D404
MA742
1M
C427
OUT1
C407
1000p
5
7.15V
7.78V
RXVCO 1
BYPASS DIODE
R445
R437
VCC RF
1000p
C642
VP RF
VCC IF
0.03V
R522
24
VP IF
6
10
R:136 - < 155MHz:4.85V
155 - 174MHz:0V
T:0V
D404
MB
18k
1.47V
VCXO
C404
0.47u25
100
CPo RF
3.51V
0.01V
1k
R514
VCC
VC
8
7
TXVCO
R455
FREQUENCY CONTROL
L437
STR
GND
560
0.01u
R442
C428
470p
1000p
R427
470p
L436
7.88V
RXVCO 2
7.17V
R424
TH201
B57331V2104J
2.2k
R509 4.22V 23
100
GND
X400
0.66V L77-1960-05
16.8MHz
1000p
CPo IF
0
R411
100p
fin RF
GND
0
9
C409
R588
0.1u
fin IF
R589
C414
fin RF
4.96V
1.5k
GND
fin IF
100p
C521
100p
1000p
GND
21
R400
1000p
C400
OSCx
4.9V
10
C401
0.01u
LE
20
2.38V 22
C549
OSCin
5V
11
1k
19
0
DATA
12
C412
18
Fo/LD
136 - < 155MHz:0V
155 - 174MHz:7.13V
Q408
RN47A4
1k
Q405
RN47A4
C413
17
R597
RF_EN
CLOCK
TX1RX1
7.92V
Q412
2SC4116(GR)
D405,414,422,429,430
0.1u35
16
IF_EN
R410
15
R512
100
100
R403
14
1.94V
100
C551
R511
DAT
CLK
EP
100
R402
R401
4.64V
TX1RX1
R431
-t
4.27V
C443
5C
8CL
C590
C592
0.01u
R591
10k
1k
Q405,407
IC400
LMX2352TMX/NP
7.21V
D408,409
RX VCO 1/2 SW
VCO TX/RX SW
13
RIPPLE FILTER
1k
Q407
2SJ347
PLL IC
RXVCO 1
R432
L435
R423
0
136 - < 155MHz:7.13V
155 - 174MHz:0V
Q409
RN47A4
TX2RX2
VCO1/2
UL
Q599
DTC144EE
R595
R594
TX2RX2
0V
Q404
RN47A4
10k
0V
L434
Q404,406
VCO1/2 SW
4.81V
Q598
2SA1832(GR)
5.02V
Q406
2SJ347
100k
R592
2.7k
Q598,599
LOCK DETECTION
C638
C591
4.97V
1000p
10k
0.1u
R590
0
1k
R596
R593
5C
TX-RX UNIT (X57-7030-10)
TK-5710(B)/5710H(B)
INTERCONNECTION DIAGRAM
1
VCC
CNVSS
RESET
SCLCK
TXDI
BUSY
RXD
EPM
VSS
NC
3 4
5 6
7
11
10
8 9
1
2
3
4
5
6
7 KVL
SB
8 DM
HK
9 BLC
ME
MIC 10 PTT
E
11 NC
TRD 12 ES2
1
X54-3490-20 A/3(KCH-14)
X54-3500-20 A/2(KCH-15)
DISPLAY UNIT
X54-3490-20:
KCH-14
X54-3500-20:
KCH-15
13
CN709
E40-6050-05
10
CS
PSC
5C
RESET
DAT
CLK
EI
E
DE3
AFo
1
CN724
E40-5661-05
1
ES2
W700
IRS
E37-0707-05
SB
IGN
PSW
TRD
1/2
RESET
E
MIC
ME
11
(KCH-14ONLY)
CN2
E40-5704-05
IRS
E:KCH-14,ES2:KCH-15
Note 1)
J1
E56-0410-15
INT SP
X54-349 B/3
(KCH-14ONLY)
*CN14
E40-5958-05
1
PF1
PF2
PF3
PF4
PF5
SB
GND
DIM
*CN13
E40-5957-05
PF1
PF2
PF3
PF4
PF5
SB
GND
DIM
2
8
W1
E37-0703-05
INT1 1
E 2
END 3
CN1
E40-5953-05
11
ES2
IRS
SB
IGN
PS
TRD
1/2
RESET
E
MIC
ME
1
CN3
E40-5952-05
1
IGN
SB
E
MIC
ME
AI1
AI2
Ao1
Ao2
9
CN4
E40-5738-05
1 INT1
2 E
3 END
26
2
X54-349 C/3(KCH-14)
X54-350 B/2(KCH-15)
CN13 CN14
26
X54-349 KCH-14
YES
YES
X54-350 KCH-15
NO
NO
2
26
104
TMS
TRST
TDI
DGND
3.3D
TDo
DGND
TCK
DGND
TCK
DGND
EMUo
EMUI/OFF
1
VGS
PLAY
TXD1
EN
VRST
E
Ao
5C
NC
NC
NC
NC
NC
8C
VBUSY
RXD1
CLK
USEL
DE
AI
E
NC
NC
NC
NC
NC
NC
25
CN744
E40-6357-05
ANI
1
AKEY BUSY
NC NC
PToA NC
EMG NC
E E
NC NC
5C E
ATXI SToN
NC TCoNT
AUX I/o AINH
NC NC
NC NC
25
8C NC
CN755
E40-6357-05
SCRAMBLER
1
BC2 BC1
PToS LOK
ECHo NC
BC4 NC
E E
NC NC
5C E
NC NC
NC NC
AC NC
RXEo TXo
STXI RXEI
25
8C BC3
CN771
E40-6357-05
CN702
E40-5703-05
1
+B
+B
E
2
3
1
E
CV
FTEMP2
FTEMP1
PCS
L2FT
UL
EP
WN2
MO
MB
8C
8C
8C
8C
DAT
SOE
CLK
STRB3
8T
Vref
E
DET
E
PC
E
IF_IN
IF_IN
IF_IN
E
E
E
ASQL
RSSI
TV
CN782
E
E40-6438-05
36
CN783
E40-5066-05
1
IGN
E
HR1
HR2
oS2
oS1
ES2
ES1
IRS
9
ACC 9pin
10
CN705
E40-6202-05
Note 1)
J1
E56-0410-15
2 1 12
CN728
E40-5960-05
NC 1
SB 2
RXD2 3
AUXo2 4
TXD2 5
AUXo1 6
AUXI/o9 7
AFo 8
DI 9
E 10
MI2 11
DEo 12
E 13
AUXI/o5 14
AUXI/o8 15
AUXI/o4 16
TXD3 17
AUXI/o3 18
RXD3 19
AUXI/o2 20
E 21
AUXI/o1 22
AUXI/o7 23
ME 24
AUXI/o6 25
E 26
NC 27
CONTROL UNIT
NC 28
NC 29
NC 30
X53-4120-10
iGN
E
HR1
HR2
oS2
oS1
ES2
ES1
iRS
TK-5710(B)/5710H(B)
INTERCONNECTION DIAGRAM
1
14
NC
2
15
RXD2
3
16
TXD2
4
17
AUXI/o9
5
18
DI
6
19
MI2
7
20
E
8
21
AUXI/o8
9
22
TXD3
10 23
RXD3
11 24
E
12 25
AUXI/o7
13
AUXI/o6
SB
AUXo2
AUXo1
AFo
E
DEo
AUXI/o5
AUXI/o4
AUXI/o3
AUXI/o2
AUXI/o1
ME
TK-5710(B)
W2
E37-0707-05
3
CN7
E23-0902-05
+B
2
1
13.6V
+B
+B
GND
E
TK-5710H(B)
CN3
E23-1116-05
CN150:TK-5710(B) TX
CN152:TK-5710H(B)
E04-0154-05
36
E
CV
FTEMP2
RX
FTEMP1
CN200
PCS
E04-0154-05
L2FT
UL
EP
WN2
TX-RX UNIT
MO
MB
X57-7030-10
8C
8C
8C
8C
DAT
6
SOE3
CLK
FTEMP2
STRB3
8T
FTEMP1
Vref
E
CN601
8T
DET
E40-6429-05
E
8T
PC
E
E
IF_IN
IF_IN
PC
IF_IN
1
E
CN600
E
E40-6438-05
E
ASQL
RSSI
TV
E
1
3 6 9
TX
+B
CN1
E04-0154-05
13.4V
GND
CN4
RX
CN2
E04-0154-05
E23-1116-05
IC2:TK-5710(B)
IC1:TK-5710H(B)
FINAL UNIT
X45-3750-10:
TK-5710(B)
X45-3760-10:
TK-5710H(B)
1
1
2
RF IN
GATE BIAS
3
DRAIN BIAS
4
RF oUT
FTEMP2
FTEMP1
POWER MODULE
8T
CN9
8T
E40-6429-05
E
PC
6
ANT
3 6
1 4 7
105
TK-5710(B)/5710H(B)
TK-5710(B)/5710H(B)
INTERCONNECTION DIAGRAM
INTERCONNECTION DIAGRAM
1
VCC
CNVSS
RESET
SCLCK
TXDI
BUSY
RXD
EPM
VSS
NC
J1
E56-0410-15
3 4
5 6
7
11
10
8 9
1
2
3
4
5
6
7 KVL
SB
8 DM
HK
9 BLC
ME
MIC 10 PTT
E
11 NC
TRD 12 ES2
1
X54-3490-20 A/3(KCH-14)
X54-3500-20 A/2(KCH-15)
DISPLAY UNIT
X54-3490-20:
KCH-14
X54-3500-20:
KCH-15
13
CN709
E40-6050-05
10
CS
PSC
5C
RESET
DAT
CLK
EI
E
DE3
AFo
1
CN724
E40-5661-05
1
ES2
W700
IRS
E37-0707-05
SB
IGN
PSW
TRD
1/2
RESET
E
MIC
ME
11
(KCH-14ONLY)
CN2
E40-5704-05
IRS
E:KCH-14,ES2:KCH-15
Note 1)
J1
E56-0410-15
INT SP
X54-349 B/3
(KCH-14ONLY)
*CN14
E40-5958-05
PF1
PF2
PF3
PF4
PF5
SB
GND
DIM
1
*CN13
E40-5957-05
PF1
PF2
PF3
PF4
PF5
SB
GND
DIM
2
8
W1
E37-0703-05
INT1 1
E 2
END 3
CN1
E40-5953-05
11
ES2
IRS
SB
IGN
PS
TRD
1/2
RESET
E
MIC
ME
1
CN3
E40-5952-05
1
IGN
SB
E
MIC
ME
AI1
AI2
Ao1
Ao2
9
CN4
E40-5738-05
1 INT1
2 E
3 END
26
2
X54-349 C/3(KCH-14)
X54-350 B/2(KCH-15)
CN13 CN14
26
X54-349 KCH-14
YES
YES
X54-350 KCH-15
NO
NO
2
26
104
TMS
TRST
TDI
DGND
3.3D
TDo
DGND
TCK
DGND
TCK
DGND
EMUo
EMUI/OFF
1
VGS
PLAY
TXD1
EN
VRST
E
Ao
5C
NC
NC
NC
NC
NC
8C
VBUSY
RXD1
CLK
USEL
DE
AI
E
NC
NC
NC
NC
NC
NC
25
CN744
E40-6357-05
ANI
1
AKEY BUSY
NC NC
PToA NC
EMG NC
E E
NC NC
5C E
ATXI SToN
NC TCoNT
AUX I/o AINH
NC NC
NC NC
25
8C NC
CN755
E40-6357-05
SCRAMBLER
1
BC2 BC1
PToS LOK
ECHo NC
BC4 NC
E E
NC NC
5C E
NC NC
NC NC
AC NC
RXEo TXo
STXI RXEI
25
8C BC3
CN771
E40-6357-05
1
14
NC
2
15
RXD2
3
16
TXD2
4
17
AUXI/o9
5
18
DI
6
19
MI2
7
20
E
8
21
AUXI/o8
9
22
TXD3
10 23
RXD3
11 24
E
12 25
AUXI/o7
13
AUXI/o6
SB
AUXo2
AUXo1
AFo
E
DEo
AUXI/o5
AUXI/o4
AUXI/o3
AUXI/o2
AUXI/o1
ME
TK-5710(B)
CN702
E40-5703-05
W2
E37-0707-05
1
3
+B
+B
E
2
E23-0902-05
+B
2
3
CN7
1
13.6V
+B
+B
GND
E
TK-5710H(B)
CN3
E23-1116-05
1
E
CV
FTEMP2
FTEMP1
PCS
L2FT
UL
EP
WN2
MO
MB
8C
8C
8C
8C
DAT
SOE
CLK
STRB3
8T
Vref
E
DET
E
PC
E
IF_IN
IF_IN
IF_IN
E
E
E
ASQL
RSSI
TV
CN782
E
E40-6438-05
36
CN783
E40-5066-05
1
IGN
E
HR1
HR2
oS2
oS1
ES2
ES1
IRS
9
ACC 9pin
10
CN705
E40-6202-05
Note 1)
2 1 12
CN728
E40-5960-05
NC 1
SB 2
RXD2 3
AUXo2 4
TXD2 5
AUXo1 6
AUXI/o9 7
AFo 8
DI 9
E 10
MI2 11
DEo 12
E 13
AUXI/o5 14
AUXI/o8 15
AUXI/o4 16
TXD3 17
AUXI/o3 18
RXD3 19
AUXI/o2 20
E 21
AUXI/o1 22
AUXI/o7 23
ME 24
AUXI/o6 25
E 26
NC 27
CONTROL UNIT
NC 28
NC 29
NC 30
X53-4120-10
CN150:TK-5710(B) TX
CN152:TK-5710H(B)
E04-0154-05
36
E
CV
FTEMP2
RX
FTEMP1
CN200
PCS
E04-0154-05
L2FT
UL
EP
WN2
TX-RX UNIT
MO
MB
X57-7030-10
8C
8C
8C
8C
DAT
6
SOE3
CLK
FTEMP2
STRB3
8T
FTEMP1
Vref
E
CN601
8T
DET
E40-6429-05
E
8T
PC
E
E
IF_IN
IF_IN
PC
IF_IN
1
E
CN600
E
E40-6438-05
E
ASQL
RSSI
TV
E
1
iGN
E
HR1
HR2
oS2
oS1
ES2
ES1
iRS
3 6 9
TX
+B
CN1
E04-0154-05
13.4V
GND
CN4
RX
CN2
E04-0154-05
E23-1116-05
IC2:TK-5710(B)
IC1:TK-5710H(B)
FINAL UNIT
X45-3750-10:
TK-5710(B)
X45-3760-10:
TK-5710H(B)
1
1
2
RF IN
GATE BIAS
3
DRAIN BIAS
4
RF oUT
FTEMP2
FTEMP1
POWER MODULE
8T
8T
CN9
E40-6429-05
E
PC
6
ANT
3 6
1 4 7
105
TK-5710(B)/5710H(B)
BLOCK DIAGRAM
TK-5710 (B) BLOCK DIAGRAM
TX-RX UNIT
CONTROL UNIT
+B
F700
D9
DSA3A1-FK
SW
IC706
LM2940T-8.0
PROTECT
5C
SB
1A Max
2W Max
AVR
8V
SW
VCO
1/2
RN47A4
8C
Q412
RIPPLE
FILTER
22ZR-10D
PROTECT
8CL
8CL
Q405 RN47A4
Q407 2SJ347
D725,Q707
IC705
IC707
PROTECT
IGN
SW
AVR
5V
POF
PSW
IC704
AVR
3.3V
Q603
PST9140NR
AVR
3.3V
8R
SW
IC401
AVR
2.5V
8T
W/N 2
VN
5C
5C
2.5D
IF2 OUT
1.5D
3.3V
IC727
MI 2
SW
2SJ243
AVR
5V
SB
Vcc
AVcc
5V
IC719
Q716
TC75W51FU(1/2)
ATT
SW
MIC
(KCH-14/15)
IC723
TA75S01F
SW
3.3A
5C
5C IC719
5C
2SJ243
SW
R798
TXI(SCR)
DATA(ANI)
TC75W51FU(1/2)
SW
Ao
X1
IC715
TXO
(SCR)
L77-1956-05
14.7456Hz
Q720
IC718
TC7W66FK
IC3
5C
AGC
IC720
Ai
30302M84Z2GP
AF OUT
Q715
2SA1832(GR)
Ai Ao
320VC5416GGU
PWDA PWAD SCLK
LRCK SDTI SDTO
Q5,D10
2SC2873(Y)
02CZ9.1(X,Y)
AVR
8.5V
5V
8.5V
3.3D
VR1
DSP
R31-0607-05
1.5D
VOL
MIC JACK
CLKOUT SOUT FSOUT
J1
MIC
PTT
SW
PTT
1 SB
2 HK
3 ME
4 MIC
5 E
6 TRD
7 KVL
8 DM
9 BLC
10 PTT
11 NC
12 ES2
MIC
D11,19,21,22
SURGE HK TRD
PROTECT DM PTT
ES 2
KVL BLC ES2
5V
CPU
D5,6
DA204U
IGN
SURGE
Ai 1,2
SB
PROTECT
E
MIC
ME
Ai 1
D1,2
1SS355
Ai 2
Ao 1 Ao 1,2 SURGE
PROTECT
Ao 2
S4
8.5V
IC713
INT 1
TX
LED
BUSY
LED
3.3M
POW
SW
PSW
SB
PF1-9 ZUP ZDN MON SCN
1/2
Q6,7
Q702,703
DTC114TE
RXD 2
TXD 2
106
EEP
9.216MHz ROM
IC703
30625MGP213GP
S1
END
AT24256N10SI27
AND GATE
F-ROM CS
3.3M
5V
BUSY
BUSY R
TP SMCLK
TESTMODE
IC701
TC7S08FU
5V
TX
TXG
STB
SOE
LCD &
BACKLIGHT
S2,3,5- 15
KEY &
BACKLIGHT
SRCK 2
29LV160BE90PBT
9.216MHz
E40-5952-05
ENC
SRIN
IC712
IRS
FLASH
ROM
CN3
1
2
3
4
5
6
7
8
9
3.3M
AVRM1608270MAB
SW
DTC114TUA
TRD
SW
RXD 2
TXD 2
5C
NOISE
AMP
IC214
2SC4738(GR)
5C
Q723
IC1
2SC4617(S)
TC7S66FU
DET
BU4053BCFV
TA7805F
Q208
FM
IC213
TC7WU04FK
RB706F-40
DISPLAY UNIT
L72-1009-05
SW
APCO
D727,728
MUTE
CF202
TC7W53FK
PCS
CLK
DAT
IC709
0.5A Max
XC6209B152M 0.5W Max
3.3A
APCO
IC210
VCO ASSIST
TUNE
8TC
AVR
1.5V
CF203
L72-1018-05
SW
LMC7101BIM5
POTENTIO
METER
0.5A Max
IC711
XC6204B252M 0.5W Max
5C
IC402
MCP41100T
3.3M
NARROW
IC211
TC7W53FK
8CL
TX VCO
8RC
Q601
2SB1132(Q.R)
SW
CF204
L72-1016-05
8CL
RX VCO 2
SW
STR
3.3A
0.5A Max
IC710
XC6204B332M 0.5W Max
2SB1132(Q.R)
VOLTAGE RST
DETECTOR
RN47A4
SW
PLL
WIDE
Q408
0.5A Max
IC708
XC6204B332M 0.5W Max
1A Max
TA7805F 1W Max
TC4013BF(N)
EP CLK DAT
8CL
RX VCO 1
SW
5C
02DZ18(X.Y)
DTC114EE
5C
IC400
LMX2352TMX/NP
Q409
2SC4116GR
D10
5C
Q404 RN47A4
Q406 2SJ347
+B
Q713 2SJ506
F53-0278-05
5A
5MD
TK-5710(B)/5710H(B)
BLOCK DIAGRAM
FINAL UNIT
136-174MHz
Q413, 414
2SK508NV(52K)
8CL
CV
CV
ASSIST
RX
VCO1/ 2
Q416
TX
VCO
X400
VCXO
7dB
ATT
TC7W53FK
2SC3357(RF)
RF
AMP
4dB
ATT
D1,D3,
D12,D17
POWER
MODULE
8T
RF
AMP
D6
REFL
DET
8T
IC1
TA75W01FU
185.95 - 223.95MHz
D5
FWD
DET
VR1
APC
Local
AMP
PC
X200
Q205
5C
MA4PH633
ANT
SW
2SC5108(Y) L77-1961-05
L72-1016-05
*3
W/N 1 5C
NARROW
CF200
IC209
TC7W53FK
TC7W53FK
SW
8R
SW
NARROW
D211,212
HVC131
2SC4215(Y)
TA31137FN
FM IC
IF
AMP
Q202
D209,210
XF201 L71-0626-05 HVC131
SW
IF
AMP
SW
LNA
SW
IC735(1/2)
TC75W01FU
8C
DIFF
5C
8C
VRer
3.3M
TC7W04FK(1/3,2/3)
Q700,701
2SD2114K(W)
INVERTER
IC721 TC7H74FK
3.3M
VCXO
3.3M
BSFT
SHIFT
RESISTER
VRST EN USEL(VGS)
A B C HR PTOS
5C
IC717
BU4094BCFV
TO VGS
LEVEL CONVERT
BUFY5V-> BUFA3.3V
AINH AKEY TCONT
FROM ANI
9.216MHz
VGS
Q728
DTC114EE
PLAY
18
NC
SHIFT
RESISTER
CLK
EN
PTOA EMG AC
BUSY(ANI) BC1- 4(SCR)
RXD 1
TXD 1
Ai
Ao
NC
E
USEL
5C
NC
9
DE
VRST
17
NC
NC
NC
NC
NC
NC
NC
NC
26
8C
NC
NC
NC
PToA
NC
EMG
9
E
AFO
RESET
DT CK
STB
CN744 E40-6357-05
1
VBUSY
10
E
VOLT
DET
5C
IC728
3.3M
OUTPUT
VARS VATS BSFT
SW
BU4094BCFV
DT CK
OE STB
FLIP FLOP
3.3M SHIFT RESISTER
IGN
AUXo1,2
18.432MHz
DEO
INVERTER
1/ 2
INV
TV
X701 L77-1962-05
INVERTER
SURGE
PROTECT
LMC7101BIM5
AVR
IC725
8bit
SHIFT
RESISTER
DA204U
AUXi/o1-9
32KHz
ANI
IGN
CN755
1
BUSY
E40-6357-05
AKEY
10
E
IC702
MM1522XURE
TEMP
18
NC
NC
AINH
NC
AUX i/o
E
5C
ATXI
SToN
NC
NC
NC
NC
PToS
NC
ECHo
NC
17
TCoNT
26
NC
8C
SENSOR
CPU
SCRAMBLER CN771
5MD
1
BC 1
BC 2
10
E
18
NC
E40-6357-05
LOK
NC
NC
NC
AC
E
TXo
5C
RXEo
NC
RXEi
17
NC
STXi
9
E
BC 4
1
NC
3V
E
TC75W51FU
TC7W04FK
CLK
5V-> 3.3V
LEVEL
CONVERTER
D70 0- 704,706,708,711,712
PC
IC740
IC726
EX128TQ64 I630C
FPGA
VDD
MI2
NJM78L05UA
IC730 2.5D3.3M
5C
IC718(1/2)
IC716
DI
5C
MCLK
8C
NC
BC 3
AUXi/o9
SW
RST
E
BU4053BCFV
5C
E40-5960-05
MB
FC
DT CK LD
IC727
CN728
13
AUXi/o6
MCO
SUM
DI
8C
ACC D-Sub 25pin
AUXi/o7
TA75W51FU
AF
AMP
SB
IC735(2/2)
TC75W01FU
OS 2
A 5C
IRS
RXD3
AM
MO
5C
TA75W01FU
CODEC
OS 1
ES 1
TXD3
STONE
(ANI)
AFO
SUM
IC733 5C
SW
25
ME
IC729(2/2)
BEEP S
5C
ES 2
AFO
BEEP
1 IGN
2E
3 HR1
4 HR2
5 OS2
6 OS1
7 ES2
8 ES1
9 IRS
ES 1
AUXi/o8
SW
MCO
3.3A
BU4053BCFV
TXD2
Ai
IC727
2SD1757K
RXD2
SCSW
3.3A
TA75S01F
Q732
AUXi/o2
SW
IC742
Ao
5C
AUXi/o3
TC7W66FK
IC739
TA75S01F
AUXi/o1
RXEI
(SCR)
IC731
ACC 9pin
IC732 TDA8561Q
DAC
SW
AUXi/o4
Ao
Ai
AUXi/o5
TA75W01FU
RXEO
(SCR)
IC738
M62364FP
TC7W66FK
E
5C
IC729(1/2)
3.3A
IC736
DET
COIL
ASQ
IC724
RTC
2SC3357(RF)
W02-1939-05
W/N 2
L34-4725-05
RECTIFIER
X700
Q200
A400
XF201 L71-0626-05 HVC131
SW
8R
MIXER
D205,206
RSSI
L232
R8706F-40
L77-2304-05
NARROW
D207,208
2SC3357(RF) HVC131
VC
TUNE
5C
D203
AK4550VTP
1SV286 * 3
TV
1st IF
49.95MHz
8R
Q203
IC212
L71-0625-05
AUXo1
VN
5C
XF200
3.3V
IC205
L72-1018-05
WIDE
WIDE
XF200 L71-0625-05
AUXo2
IC206
L2FT
VCXO
LOCAL 2
50.4MHz
W/N 1 5C
14
SB
5C
IC700
1dB
ATT
LOCAL 1
2SC3357(RF)
W/N 2
RV5C386A
IC2
RA60H1317M1
RF
AMP
8R
Q201
16.8MHz
CF201
SW
T/R
SW
Front
AMP
2nd IF 450KHz
WIDE
TC7W53FK
2SC3357(RF)
HVC131
2SC5108(Y)
DOUB
LER
IC207
SW
D435,D436
+B
Q151
Q150
5C Q418
Q403
2SC5108(Y)
3.3V
MB
8T
2SC5108(Y)
Buff
AMP
ASSIST 8CL 5C
16.8MHz
8C
Q41 9
2SC5108(Y)
2SK508NV(K52)
MO
8C
Q417
CM
COUPLER
26
8C
107
TK-5710(B)/5710H(B)
BLOCK DIAGRAM
TK-5710 (B)H BLOCK DIAGRAM
TX-RX UNIT
CONTROL UNIT
+B
F700
F53-0278-05
5A
D11
DF25V60
SW
IC706
LM2940T-8.0
PROTECT
5C
AVR
8V
Q409
8CL
Q405
Q407
8CL
IC705
IC707 1A Max
TA7805F 1W Max
TC4013BF(N)
PROTECT
IGN
SW
AVR
5V
POF
PSW
IC704
0.5A Max
IC708
XC6204B332M 0.5W Max
AVR
3.3V
Q603
PST9140NR
0.5A Max
XC6204B332M 0.5W Max
SW
Q601
0.5A Max
IC711
XC6204B252M 0.5W Max
2SB1132(Q.R)
AVR
2.5V
8T
SW
VCO
TUNE
VN
5C
PCS
CLK
DAT
5C
2.5D
1.5D
3.3V
IC727
IC719
Q716
TC75W51FU(1/2)
2SA1832(GR)
ATT
SW
MIC
5V
Q208
FM
2SC4617(S)
5C
NOISE
AMP
AF OUT
IC214
IC723
TA75S01F
SW
2SC4738(GR)
5C
Q723
AVR
5V
SW
VN
5C
Q715
MI 2
SW
2SJ243
TA7805F
SW
TC7S66FU
DET
BU4053BCFV
SB
IC206
TC7W53FK
IC213
RB706F-40
DISPLAY UNIT
IC1
(KCH-14/15)
CF202
L72-1009-05
TC7WU04FK
D727,728
MUTE
5C
APCO
TC7W53FK
APCO
IC709
0.5A Max
XC6209B152M 0.5W Max
3.3A
W/N 2
IF2 OUT
8TC
AVR
1.5V
TC7W53FK
SW
IC210
LMC7101BIM5
POTENTIO
METER
L72-1018-05
SW
W/N 2
ASSIST
IC207
CF203
TC7W53FK
5C
IC402
MCP41100T
8RC
NARROW
IC211
IC401
AVR 3.3M
3.3V
8R
SW
8CL
TX VCO
IC710
2SB1132(Q.R)
VOLTAGE RST
DETECTOR
CF204
L72-1016-05
8CL
RX VCO 2
STR
3.3A
PLL
WIDE
Q408
RN47A4
SW
5C
D725,Q707
02DZ18(X.Y)
DTC114EE
RN47A4
2SJ347
EP CLK DAT
8CL
RX VCO 1
SW
2SC4116GR
RIPPLE
FILTER
LMX2352TMX/NP
RN47A4
8C
PROTECT
5C
IC400
Q412
ZSH5M27
RN47A4
2SJ347
SW
VCO
1/2
SB
1A Max
2W Max
D10
5C
Q404
Q406
+B
Q713 2SJ506
5C
Q720
5C
R798
TXI(SCR)
DATA(ANI)
IC718
TC7W66FK
TC75W51FU(2/2)
SW
IC720 3.3A
Ai
5C IC719
5C
2SJ243
AGC
TC75W51FU(1/2)
SW
IC3
30302M84Z2GP
Ao
X1
IC715
TXO (SCR)
L77-1956-05
Vcc AVcc
14.7456Hz
320VC5416GGU
Ai Ao
PWDA PWAD SCLK
LRCK SDTI SDTO
Q5,D10
2SC2873(Y)
02CZ9.1(X,Y)
AVR
8.5V
5V
8.5V
3.3D
VR1
DSP
R31-0607-05
1.5D
E
VOL
MIC JACK
CLKOUT SOUT FSOUT
J1
MIC
PTT
SW PTT
1 SB
2 HK
3 ME
4 MIC
5 E
6 TRD
7 KVL
8 DM
9 BLC
10 PTT
11 NC
12 ES2
MIC
D11,19,21,22
SURGE HK TRD
PROTECT DM PTT
ES 2
KVL BLC ES2
5V
CPU
D5,6
DA204U
IGN
SURGE Ai 1,2
SB
PROTECT
E
MIC
ME
Ai 1
D1,2
1SS355
Ai 2
Ao 1 Ao 1,2 SURGE
PROTECT
Ao 2
S4
8.5V
IC713
TX
LED
3.3M
3.3M
POW
SW
PSW
SB
PF1-9 ZUP ZDN MON SCN
1/2
Q6,7
Q702,703
DTC114TE
RXD 2
TXD 2
108
SW
EEP
9.216MHz ROM
IC703
30625MGP213GP
S1
END
AT24256N10SI27
AND GATE
F-ROM CS
5V
BUSY
BUSY
LED
BUSYR
INT 1
TP SMCLK
TESTMODE
IC701
TC7S08FU
5V
TX
TXG
STB
SOE
LCD &
BACKLIGHT
S2,3,5-15
KEY &
BACKLIGHT
SRCK 2
29LV160BE90PBT
9.216MHz
E40-5952-05
ENC
SRIN
IC712
IRS
FLASH
ROM
CN3
1
2
3
4
5
6
7
8
9
3.3M
AVRM1608270MAB
DTC114TUA
TRD
SW
RXD 2
TXD 2
5MD
TK-5710(B)/5710H(B)
BLOCK DIAGRAM
FINAL UNIT
136-174MHz
Q413, 414
+B
2SK508NV(52K)
8CL
RX
VCO1/ 2
CV
CV
ASSIST
8C
8C
Q417
Q416
TX
VCO
Q419
Buff
AMP
Q151
Q150
D435,D436
2SC3357(RF)
2SC3357(RF)
HVC131
T/R
SW
Front
AMP
7dB
ATT
+B
RF
AMP
RD100HHF1- 02
IC1
+B
RA13H1317M-31
4dB
ATT
RF
AMP
CM
COUPLER
Final
AMP
8T
2SC5108(Y)
2SC5108(Y)
2SK508NV(K52)
MO
Q1
Q2
POWER
MODULE
D4
RWD
DET
Final
AMP
D3
FWD
DET
D6
MA4P4002F
RD100HHF1- 02
ASSIST 8CL 5C
16.8MHz X400
VCXO
5C
Q403
CF201
VR1
ANT
SW
APC
PC
X200
Q205
5C
MA4PH633
IC2
TA75W01FU
Local
AMP
16.8MHz
2nd IF450KHz
WIDE
D8,9
8T
LOCAL 1
185.95 - 223.95MHz
2SC3357(RF)
RF
AMP
DOUB
LER
8R
Q201
2SC5108(Y)
2SC5108(Y)
3.3V
MB
Q418
8T
2SC5108(Y) L77-1961-05
L72-1016-05
*3
W/N 1 5C
NARROW
CF200
IC209
TC7W53FK
WIDE
XF200
TC7W53FK
SW
8R
2SC4215(Y)
TA31137FN
FM IC
1SV286 * 3
1st IF
49.95MHz
NARROW
D211,212
HVC131
IF
AMP
NARROW
D207,208
HVC131
2SC3357(RF) HVC131
SW
IF
AMP
XF201 L71-0626-05
SW
Q202
D209,210
D205,206
XF201 L71-0626-05
SW
VC
TUNE
TV
8R
MIXER
Q200
A400
HVC131
2SC3357(RF)
W02-1939-05
LNA
SW
5C
W/N 2
SW
IC742
Ao
SCSW
3.3A
Ai
TA75S01F
5C
5C BEEPS
STONE
(ANI)
AFO
SUM
BEEP
IC729(2/2)
SW
AM
A 5C
TC75W01FU
TA75W51FU
1 IGN
2E
3 HR1
4 HR2
5 OS2
6 OS1
7 ES2
8 ES1
9 IRS
ES 1
OS 1
OS 2
AF
AMP
SB
IC735(2/2)
ACC 9pin
TDA8561Q
ES 2
SW
MO
5C
IC733 5C
IC727
BU4053BCFV
AFO
MCO
3.3A
Q732
2SD1757K
8C
ES 1
IRS
ACC D-Sub 25pin
CN728
E40-5960-05
TA75W01FU
MCO
MB
VRer
IC725
TC7W04FK(1/3,2/3)
X701
INVERTER
IC721 TC7H74FK
3.3M
3.3M BSFT
VRST EN USEL(VGS)
A B C HR PTOS
5C
IC717
BU4094BCFV
TO VGS
LEVEL CONVERT
BUFY5V->BUFA3.3V
AINH AKEY TCONT
FROM ANI
VGS
CN744
PLAY
RXD 1
10
E
18
NC
VOLT
RESET
DET
SHIFT
RESISTER
CLK
EN
PTOA EMG AC
BUSY(ANI) BC1-4(SCR)
E40-6357-05
1
VBUSY
Q728
DT CK
STB
Ai
TXD 1
Ao
NC
E
5C
USEL
NC
NC
9
DE
VRST
17
NC
NC
NC
NC
NC
NC
NC
NC
NC
PToA
NC
EMG
NC
ECHo
NC
BC 4
26
8C
NC
32KHz
3V
ANI
IGN
CN755
E40-6357-05
1
BUSY
AKEY
10
E
IC702
MM1522XURE
18
NC
NC
AINH
NC
AUX i/o
E
NC
9
E
17
5C
SToN
ATXI
TCoNT
26
NC
NC
NC
NC
8C
TEMP SENSOR
CPU
E
DEO
VARS VATS BSFT
IGN
SHIFT
RESISTER
3.3M
DTC114EE
INV
5C
IC728
BU4094BCFV
OUTPUT
L77-2304-05
SW
AFO
X700
AUXo1,2
18.432MHz
DT CK
OE STB
9.216MHz
RTC
Q700,701
2SD2114K(W)
L77-1962-05
VCXO
FLIP
FLOP
3.3M SHIFT RESISTER
8bit
SHIFT
RESISTER
TV
SURGE
PROTECT
MI2
AVR
INVERTER
INVERTER
1/ 2
IC700
8C
E
5C
DI
3.3M
RV5C386A
LMC7101BIM5
AUXi/o1
TC75W51FU
TC7W04FK
CLK
5V->3.3V
LEVEL
CONVERTER
DA204U
AUXi/o1-9
IC726
EX128TQ64I630C
FPGA
D700-704,706,708,711,712
PC
IC740
AUXi/o2
8C
2.5D 3.3MDIFF
VDD
AUXi/o3
NJM78L05UA
IC730
5C
IC718(1/2)
IC716
E
5C
MCLK
8C
AUXi/o4
SW
RST
AUXi/o5
TC75W01FU
5C
AUXo1
IC727
IC735(1/2)
BU4053BCFV
DI
25
ME
FC
DT CK LD
AUXo2
SUM
SCRAMBLER CN771 E40-6357-05
1
BC 1
10
E
18
NC
LOK
BC 2
NC
NC
PToS
NC
AC
E
TXo
5C
RXEo
NC
RXEi
17
NC
NC
STXi
9
E
BC 3
1
NC
5MD
14
SB
CODEC
13
AUXi/o6
IC731
TC7W66FK
TA75S01F
AUXi/o7
RXEO
(SCR)
RXEI
(SCR)
IC732
IC739
DAC
SW
RXD3
IC729(1/2)
TA75W01FU
Ao
Ai
TXD3
5C
IC738
M62364FP
TC7W66FK
AUXi/o9
IC724
DET
COIL
ASQ
RECTIFIER
3.3A
IC736
TXD2
L232
L34-4725-05
AUXi/o8
RSSI
RXD2
D203
R8706F-40
AK4550VTP
L71-0625-05
8R
SW
Q203
IC212
WIDE
XF200
L71-0625-05
3.3V
IC205
L72-1018-05
L2FT
VCXO
LOCAL 2
50.4MHz
W/N 1 5C
26
8C
109
110
MIC
14.1mVp-p
DISPLAY UNIT
(KCH-14/15)
TK-5710H
MIC
14.1mVp-p
DISPLAY UNIT
(KCH-14/15)
TK-5710
CONTROL UNIT
IC742
A400
Local
17.0dBm
IC738
DAC
AFO 920mVp-p
AF (1kHz)
930mVp-p
IC729
240mVp-p
C220
-113.0dBm
IC719
(2/2)
IC729
IC733
CONTROL UNIT
IC724
CODEC
DAC
IC738
IC719
(1/2)
IC719
(2/2)
IC724
CODEC
IC729
IC733
IC738
DAC
77.2mVp-p 116mVp-p 634mVp-p 2.86Vp-p 2.87Vp-p
IC719
(1/2)
C323
-119.0dBm
Q416
TX VCO
682mVp-p
Q416
SP
13W
(BTL)
Q150
Q417
Q419
Q150
IC212
FM IC
2nd IF
(450kHz)
AF
(1kHz)
IC1
Power Module
+41dBm
Q2
Q1
+51dBm
FINAL UNIT
D6
ANT
50W
ANT
110W
AG is set to the MIC input becomes 3kHz DEV at 1kHz MOD.(WIDE)
To make measurements in the AF section, connect the AC level meter.
In the RF section, use 1000pF coupling capacitor.
Q151
+17dBm
IC2
D1,D12
+47.6dBm
Power Module
+17dBm
FINAL UNIT
To make measurements in the AF section, connect the AC level meter.
(ANT input: -53dBm, 1kHz FM, 3kHz DEV (WIDE).)
In the RF section, use 1000pF coupling capacitor.
(The display shows the SSG input value required to obtain 12dB SINAD
without local level.)
C268 Q203 C270
-121.0dBm -110.0dBm
Wide:XF200
Narrow:XF201
Q151
-2dBm +5dBm +8dBm
TX-RX UNIT
Q419
-2dBm +5dBm +8dBm
TX-RX UNIT
Q417
IC732
TX VCO
682mVp-p
IC739
-122.0dBm -118.0dBm
1st IF (49.95MHz)
Wide:XF200
C249 Q202 C253
Narrow:XF201
240mVp-p 1000mVp-p
77.2mVp-p 116mVp-p 634mVp-p 2.86Vp-p 2.87Vp-p
Transmitter Section
IC724
CODEC
DEO 630mVp-p
-111.0dBm
C209 Q200 C210
-121.0dBm -121.5dBm
RF (Center Frequency)
C15 (TK-5710)
C76 (TK-5710H)
IC723
310mVp-p
120.0dBm
TK-5710/5710H
Receiver Section
TK-5710(B)/5710H(B)
LEVEL DIAGRAM
TK-5710(B)/5710H(B)
OPTIONAL ACCESSORIES
KCH-14 (Front Panel Kit)
■ External View
KCH-15 (Front Panel Kit)
■ External View
KES-6 (External Speaker)
■ External View
111
TK-5710(B)/5710H(B)
SPECIFICATIONS
GENERAL
Frequency Range .................................... 136~174 MHz
Number of Channels ............................... 512
Zones ...................................................... 50
Max. Channels per Zone ........................ 250
Channel Spacing ..................................... Analog : 12.5/15/20/25/30 kHz
Digital : 12.5 kHz
Operating Voltage ................................... TK-5710 : 13.6V DC ± 15%
TK-5710H :13.4V DC ± 15%
Current Drain
Standby .............................................. Less than 0.6A
Receive .............................................. Less than 2.3A
Transmit ............................................. TK-5710 : 12A
TK-5710H : 25A
Duty Cycle .............................................. Transmit : 20%
Operating Temperature Range ............... –22°F to +140°F (–30°C to +60°C)
Frequency Stability ................................. ±2.0 ppm (–22°F to +140°F)
Antenna Impedance ............................... 50 Ω
Dimensions (W x H x D)
(Projections included)
RF Deck only ...................................... TK-5710 : 7.01”x 2.36”x 7.68” in.(178 x 60 x 195 mm)
TK-5710H : 7.01”x 2.36”x 12.87” in.(178 x 60 x 327 mm)
with KCH-14 or KCH-15 ..................... TK-5710 : 7.05”x 2.36”x 9.09” in.(179 x 60 x 231 mm)
TK-5710H : 7.05”x 2.36”x 14.29” in.(179 x 60 x 363 mm)
Weight (net)
RF Deck only ...................................... TK-5710 : 5.3 lbs.(2.4kg)
TK-5710H : 8.6 lbs.(3.9kg)
with KCH-14 ....................................... TK-5710 : 5.9 lbs.(2.7kg)
TK-5710H : 9.2 lbs.(4.2kg)
with KCH-15 ....................................... TK-5710 : 5.9 lbs.(2.7kg)
TK-5710H : 9.2 lbs.(4.2kg)
RECEIVER
Sensitivity ............................................... Digital (5% BER) : 0.25µV Digital(1% BER) : 0.40µV
Analog 12dB SINAD : 0.25µV
Selectivity ............................................... Digital : -63dB Analog @25/30kHz : -83dB/-85dB Analog @12.5/15kHz : -76dB/-80dB
Intermodulation Distortion ...................... Digital : -80dB Analog @25/30kHz : -80dB
Analog @12.5/15kHz : -80dB
Spurious and Image ................................ Digital : -90dB Analog :- 90dB
Audio Distortion ...................................... Digital : Less than 1.0% Analog : Less than 2.0%
Audio Output .......................................... Internal (KCH-14)@3%:1.5W/8Ω
External:@3%:12W/4Ω
Internal (KCH-14)@5%:1.625W/8Ω External:@5%:13W/4Ω
TRANSMITTER
RF Output Power .................................... TK-5710: 50W to 5W
TK-5710H : 110W to 50W
Spurious and Harmonics ......................... 80dB
FM Hum and Noise ................................ Analog @25kHz : 50dB (53dB) ∗1 Analog @12.5kHz : 45dB (47dB) ∗1
Microphone Impedance .......................... 600Ω
Audio Distortion ...................................... Less than 2%
Modulation .............................................. 16K0F3E, 11K0F3E, 8K10F1E, 8K10F1D, 20K0F7D, 11K2F7D, 14K4F1D, 7K20F1D
∗1 ( ) 148~168MHz
Analog measurements made per TIA/EIA-603
Digital measurements made per TIA/EIA-102CAAA
KENWOOD reserves the right to change specifications without prior notice or obligation.
2967-3, Ishikawa-machi, Hachioji-shi, Tokyo, 192-8525 Japan
P.O. BOX 22745, 2201 East Dominguez Street, Long Beach,
CA 90801-5745, U.S.A.
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13, Boulevard Ney, 75018 Paris, France
KENWOOD House, Dwight Road, Watford, Herts.,
WD18 9EB United Kingdom
(A.C.N. 001 499 074)
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Unit 3712-3724, Level 37, Tower one Metroplaza, 223 Hing Fong Road,
Kwai Fong, N.T., Hong Kong
1 Ang Mo Kio Street 63, Singapore 569110