Download TK5210 Service Manual

VHF APCO P25 TRANSCEIVER
TK-5210
SERVICE MANUAL
© 2004-11 PRINTED IN JAPAN
B51-8703-00 (S) 658
Helical Antenna
(KRA-22: Option)
Helical Antenna
(KRA-22: Option)
Knob (16CH)
(K29-9323-03)
Knob (Volume)
(K29-9322-03)
Helical Antenna
(KRA-22: Option)
Knob (16CH)
(K29-9323-03)
Knob (Volume)
(K29-9322-03)
Knob (Volume)
(K29-9322-03)
Key top
(EMG)
(K29-9319-03)
Key top
(EMG)
(K29-9319-03)
Knob (PTT)
(K29-9328-02)
Knob (16CH)
(K29-9323-03)
Knob (PTT)
(K29-9328-02)
Key top
(EMG)
(K29-9319-03)
Knob (PTT)
(K29-9328-02)
Key top
(4key)
(K29-9320-03)
Main cabinet
(A02-3875-01)
Main cabinet
(4key)
(A02-3877-01)
TK-5210 K
Main cabinet
(DTMF)
(A02-3879-01)
TK-5210 K2
Key top
(DTMF)
(K29-9321-13)
TK-5210 K3
Does not come with antenna. Antenna is available as an option.
CONTENTS
GENERAL ............................................................... 2
SYSTEM SET-UP ................................................... 2
REALIGNMENT ...................................................... 3
DISASSEMBLY FOR REPAIR ................................ 8
CIRCUIT DESCRIPTION ....................................... 13
TERMINAL FUNCTION ........................................ 19
SEMICONDUCTOR DATA ................................... 23
COMPONENTS DESCRIPTION ........................... 25
PARTS LIST .......................................................... 27
EXPLODED VIEW ................................................. 37
PACKING .............................................................. 39
ADJUSTMENT ..................................................... 40
PC BOARD
TX-RX UNIT (X57-6820-XX) ........................... 54
SCHEMATIC DIAGRAM ....................................... 62
INTERCONNECTION DIAGRAM ......................... 74
BLOCK DIAGRAM ................................................ 75
LEVEL DIAGRAM ................................................. 78
OPTIONAL ACCESSORIES
KNB-31A/32N/33L .......................................... 79
KSC-32 ............................................................. 79
SPECIFICATIONS .............................. BACK COVER
TK-5210
GENERAL / SYSTEM SET-UP
INTRODUCTION
PERSONNEL SAFETY
SCOPE OF THIS MANUAL
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 the publication
date. Changes which may occur after publication are covered
by either Service Bulletins or Manual Revisions. These are
issued as required.
The following precautions are recommended for personnel safety:
• DO NOT transmit until all RF connectors are verified secure and any open connectors are properly terminated.
• SHUT OFF and DO NOT operate this equipment near electrical blasting caps or in an explosive atmosphere.
• This equipment should be serviced by a qualified technician only.
ORDERING REPLACEMENT PARTS
SERVICE
When ordering replacement parts or equipment information, the full part identification number should be included.
This applies to all parts : components, kits, or 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.
This transceiver is designed for easy servicing. Refer to
the schematic diagrams, printed circuit board views, and
alignment procedures contained within.
Unit
Model &
Destination (Market code)
TK-5210
K
K2
K3
X57-682X-XX
0-10 0-11 0-12
✓
✓
✓
Frequency range
Remarks
LCD
4-key
136~174 MHz
1st IF:49.95MHz
LOC:50.4MHz
✓
✓
✓
✓
DTMF
keypad
✓
SYSTEM SET-UP
Merchandise received
License and frequency allocated by FCC
Choose the type of transceiver
Transceiver programming
Are you using the optional antenna?
RF power
Type
TX/RX 136~174
5W
TK-5120 K
No
No
No
TX/RX 136~174
5W
TK-5120 K2
Yes
Yes
No
TX/RX 136~174
5W
TK-5120 K3
Yes
Yes
Yes
A personal computer (IBM PC or compatible), programming
interface (KPG-36), and programming software (KPG-95D)
are required for programming.
(The frequency, and signaling data are programmed for the
transceiver.)
YES
NO
KRA-22 or KRA-26
Helical antenna
(Option)
Are you using the speaker microphone?
NO
Delivery
2
LCD 4-key DTMF keypad
Frequency range (MHz)
YES
KMC-25
(Option)
TK-5210
REALIGNMENT
1. Modes
2. How to Enter Each Mode
Mode
User mode
User mode
Panel test mode ∗1
Panel tuning mode ∗1
Operation
Power ON
Panel test mode ∗2 Press and hold the [Side3] and [PTT] keys
while turning the transceiver power on and
then release the [PTT] key first.
Data programming mode
PC mode
Firmware
programming mode
PC test mode
PC tuning mode
PC mode
Received commands from PC
Panel tuning
Press the [Side3] key, in Panel test mode
mode ∗2
Clone mode ∗1
Firmware
Press and hold the [Side3] and [PTT] keys
programming mode
while turning the transceiver power on and
Self programming mode ∗1
then release the [Side3] key first.
Clone mode ∗2
Firmware version information ∗1
while turning the transceiver power on and
then release the [Side2] key first.
Clock adjustment mode ∗1
Mode
Press and hold the [Side2] and [PTT] keys
Self programming
Press and hold the [Side2] and [PTT] keys
mode ∗2
while turning the transceiver power on and
Function
then release the [PTT] key first.
User mode
For normal use.
Panel test mode ∗1
Firmware version
Used by the dealer to check the fundamen-
information ∗2
while turning the transceiver power on.
tal characteristics.
Clock adjustment
Press and hold the [Orange] and [PTT] keys
mode ∗2
while turning the transceiver power on and
Panel tuning mode ∗1 Used by the dealer to tune the transceiver.
PC mode
Used for communication between the
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.
See panel tuning.
Firmware
then release the [Orange] key first.
∗2 : K2 and K3 models only
3. Panel Test Mode (K2 and K3 models only)
Setting method refer to ADJUSTMENT.
Used when changing the main program of
programming mode the flash memory.
Clone mode ∗1
Press and hold the [Side3] key
Used to transfer programming data from
4. Panel Tuning Mode (K2 and K3 models only)
Setting method refer to ADJUSTMENT.
one transceiver to another.
Self programming
Frequency, signaling and features write to
mode ∗1
the transceiver.
Firmware version
Used to confirm the internal firmware
information ∗1
version.
Clock adjustment
Used by the dealer to adjust date and time.
mode ∗1
∗1 : K2 and K3 models only
3
TK-5210
REALIGNMENT
5. PC Mode
6. Firmware Programming Mode
5-1. Preface
6-1. Preface
The transceiver is programmed by using a personal computer, programming interface (KPG-36) 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.
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.)
6-2. Connection procedure
Connect the transceiver to the personal computer (IBM
PC or compatible) with the interface cable (KPG-36). (Connection is the same as in the PC Mode.)
IBM-PC
KPG-36
6-3. Programming
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.
When data receiving to transceiver, the green LED is
lights.
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 [Side3] and [PTT] keys while turning
the transceiver power on and then release the [Side3] key
first. Then, the orange LED on the transceiver lights and
the baud rate is displayed as follows according to the position of the Concentric switch.
A: PROGRAM 115200 bps
B: PROGRAM 57600 bps
C: PROGRAM 19200 bps
Since the baud rate is normally set to 115200 bps, change
the Concentric switch to "A".
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 lights.
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.
Notes:
Notes:
• The text message are displayed for K2 and K3 models
only.
• The data stored in the personal computer must match
"Model Name and Market Code", when it is written into
the EEPROM and flash memory.
• This mode cannot be entered if the Firmware Programming mode is set to Disable in the Programming software.
• The text message are displayed for K2 and K3 models
only.
KPG-95D
Fig. 1
5-2. Connection procedure
6-4. Baud rate change
5-3. KPG-36 description
(PC programming interface cable: Option)
The KPG-36 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-36 connects the universal connector 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.
4
1. Change baud rate by changing the Concentric switch position. The baud rates are assigned to positions of the Concentric switch as follows:
A: PROGRAM 115200 bps
B: PROGRAM 57600 bps
C: PROGRAM 19200 bps
2. If you press the [Side1] switch (top of left side) while the
baud rate (such as “PROGRAM 115200 bps") is displayed,
the checksum is calculated, and a result is displayed. If
you press the [Side1] switch again while the checksum is
displayed, the baud rate (such as “PROGRAM 115200
bps") is redisplayed.
Notes:
• Normally, write in the high-speed mode.
• The text message are displayed for K2 and K3 models
only.
TK-5210
REALIGNMENT
7. Clone Mode (K2 and K3 models only)
Programming data can be transferred from one transceiver to another by connecting them via their external universal connectors. 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 data
Key guide on the "INPUT PASSWORD" display.
• CNF([A] key): The password confirmation
• DEL([B] key): Delete the least digit from the current password number
• SET([D] key): Determine the least digit of the password
number
1. Press and hold the [Side2] and [PTT] keys while turning
the transceiver power on and then release the [Side2] key
first. 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
password.
3.
• How to enter the password using the keypad (K3 model
only);
If the [D] key is pressed while "CLONE LOCK" is displayed,
the Read authorization password input screen (INPUT
PASSWORD) is displayd.
If one of keys 0 to 9 is pressed while "INPUT PASSWORD"
is displayed, the pressed number is displayed on the LCD.
Each press of the key shifts the display in order to the left.
When you enter the password and press the [A] or [✳]
key, “CLONE MODE” is displayed if the entered password is correct. If the password is incorrect, “CLONE
LOCK” is redisplayed.
• How to enter the password using the [Side2] and [Side3]
keys (K2 and K3 models);
If the [D] key is pressed while "CLONE LOCK" is displayed,
the Read authorization password input screen (INPUT
PASSWORD) is displayd.
If the [Side2] key or [Side3] key is pressed while "INPUT
PASSWORD" is displayed, the number (0 to 9) flashes on
the LCD. When you press the [D] key, the currently
selected number is determined. If you press the [A] 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. E30-3325-05) to the
universal connectors on the master and slave.
6. Press the [Side1] or [A] 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 com-
pleted, 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
[Side1] or [A] 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:
• Can not be cloned if the password (over write password)
is programmed to the slave.
• "Model Name and Market Code" 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
(E30-3325-05)
Fig. 2
8. Self Programming Mode
(K2 and K3 models only)
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 number
Note:
The personality will be also changed when the abovementioned items is changed. (Refer to the FPU for the
personality details.)
Key guide on the "INPUT PASSWORD" display.
• CNF([A] key): The password confirmation
• DEL([B] key): Delete the least digit from the current password number
5
TK-5210
REALIGNMENT
• SET([D] key): Determine the least digit of the password
number
MODE" is displayed on the LCD when you enter the correct
password while "INPUT PASSWORD" is displayed.
For the password input method, see "7. Clone Mode”
step 3 described on page 5.
8-1. Enter to the self programming mode
Press and hold the [Side2] and [PTT] keys while turning
the transceiver power on and then release the [PTT] key first.
Ignoring whether the Read authorization password is set or
not, "INPUT PASSWORD" appears.
If the Read authorization password is not set to the transceiver, "SELF PROG MODE" is displayed on the LCD when
the [A] key is pressed while "INPUT PASSWORD" is displayed.
If the password is set to the transceiver, "SELF PROG
Note :
This mode (self programming mode) cannot be set when
it has been disabled with the FPU.
8-2. Data Writing
If the [Side3] key is pressed while Zone/Channel mode is
displayd, new data is written into memory. "Writing" is displayed while the transceiver is writing data.
The setup items for self programming mode are as follows.
No.
1
2
3
4
5
6
Setup item
Select
Zone/Channel
RX frequency
TX frequency
Channel type
TX mode
Channel spacing
Display
ZONE [**] -CH ***
ZONE ** -CH [***]
RX Freq
TX Freq
CH Type
TX Mode
CH Space
7
8
9
10
11
RX Signaling
TX Signaling
RX NAC
TX NAC
Talkgroup list number
RX Sig
TX Sig
RX NAC ***
TX NAC ***
TG List No. ***
Remarks
Zone : 1~50
CH : 1~250
Receive frequency
Transmit frequency
ANALOG/APCO/MIXED
ANALOG/APCO
25.0kHz/12.5kHz (When the Channel type is selected "ANALOG" or "MIXED".)
APCO 12.5kHz/12.5kHz (When the Channel type is selected "APCO".)
Receive QT/DQT
Transmit QT/DQT
000~FFF (Hexadecimal)
000~FFF (Hexadecimal)
1~250
Key operation
Item
Key
Zone-Channel
RX Frequency
TX Frequency
Channel Type
[A]
[B]
[C]
[D]
[Side3]
Item
Key
6
Channel Spacing
RX Signaling
TX Signaling
Go to the next item
2.5kHz/5kHz/6.25kHz/
7.5kHz/1MHz
Zone/Channel
switching
QT/DQT(N)/DQT(I)/OFF
switching
Unused
step switching
Zone/Channel
1 step down
down
Zone/Channel
1 step up
up
Data
Channel spacing
switching(Back) switching(Back)
ANALOG/APCO/MIXED ANALOG/APCO
switching(Back)
Channel spacing
ON/OFF
Unused
writing
ANALOG/APCO/MIXED ANALOG/APCO
switching(Forward) switching(Forward) switching(Forward)
RX NAC
TX NAC
(Press and hold to delete all numbers.)
[C]
Unused
[D]
Determine the least digit
[Side2]
Increment a number in the specified digit
[Side3]
Keypad
Decrement a number in the specified digit
Add a digit to the
(K3 model only)
current number
Signaling up
switching
TG List No.
Go to the next item
Delete the least digit from the current number
Signaling down
1 step/Standard
Unused
switching
[A]
[B]
TX Mode
Unused
TG List
number down
TG List
number up
Unused
Unused
Unused
TK-5210
REALIGNMENT
●
Self programming mode flow chart
[Side2] + [PTT] + POWER ON
Release [PTT]
Input Password
Read authorization password entry (6 digits)
[A]
Self programming mode
[A]
[B]
Zone/Channel
Zone selection
[A]
Channel selection
When the [Side3] key is pressed, new data is written into memory.
RX frequency
[A]
TX frequency
OFF
[A]
[C]/[D]
[Side 3]
[C]/[D]
Channel type
[A]
[TX frequency] : "OFF"
[Channel type] : "ANALOG" or "APCO"
[C]/[D]
ANALOG
APCO
MIXED
[A]
[TX frequency] : Other than "OFF"
[Channel type] : "MIXED"
TX mode
[C]/[D]
ANALOG
APCO
[A]
[A]
[Channel type] : "APCO"
[C]/[D]
*1
Channel spacing
[A]
[Channel type] : "ANALOG" or "MIXED"
*2
25.0kHz
12.5kHz
*1 [Channel type] : "ANALOG" or "MIXED"
[C]/[D]
APCO 12.5kHz
12.5kHz
*2 [Channel type] : "APCO"
[B]
[A]
[TX frequency] : "OFF"
[Channel type] : "ANALOG"
RX signaling
[A]
[TX frequency] : "OFF"
[Channel type] : "APCO" or "MIXED"
TX signaling
[A]
[Channel type] : "ANALOG"
OFF
[B]
[A]
[TX frequency] : Other than "OFF"
[Channel type] : "ANALOG" or "MIXED"
[TX mode] : "ANALOG"
QT
OFF
[B]
[A]
[Channel type] : "APCO" or "MIXED"
QT
[B]
DQT N
[B]
DQT I
[B]
[B]
DQT N
[B]
DQT I
RX NAC
[A]
[TX frequency] : "OFF"
[A]
[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
[A]
Talkgroup ID List Amount : 0
[A]
[Channel type] : "APCO" or "MIXED"
Talkgroup ID List Amount must not be 0.
Talkgroup list number
[A]
9. Firmware Information Mode
(K2 and K3 models only)
Turn the transceiver ON with the [Side3] key held down.
Then, the version is displayed during holding the [Side3] key.
[Orange] + [PTT] + Power ON
YEAR
Release [Orange]
[Side2] and [Side3] keys or [C] and [D] keys
[A]
MONTH
[Side2] and [Side3] keys or [C] and [D] keys
[A]
10.Clock Adjustment Mode
(K2 and K3 models only)
10-1. Flow chart of operation
DAY
[Side2] and [Side3] keys or [C] and [D] keys
[A]
HOUR
[Side2] and [Side3] keys or [C] and [D] keys
[A]
MINUTE
[Side2] and [Side3] keys or [C] and [D] keys
[A]
Completion
7
TK-5210
DISASSEMBLY FOR REPAIR
Disassembly Procedure
■ Removing the front case from the chassis.
1. Remove the rear panel with a flat-head screwdriver.
Insert the screwdriver between the rear panel (right side)
and the chassis (the place next to the """ mark shown on
the chassis), push it in the direction of the arrow 1, and
remove the right side of the rear panel. Repeat the above
action for the left side of the rear panel 2.
■ Removing the CONTROL PCB (X57-682 B/5)
from the chassis.
1. Remove the six screws 7.
7
CONTROL PCB
7
7
""" mark
Rear panel
""" mark
2
Chassis
2. On the reverse side of the CONTROL PCB 8, remove the
cord ASSY and each FPC from the connectors (CN601,
CN604 (K2 and K3 models only), CN752, CN753) of the
CONTROL PCB.
1
CN752
CN753
CN601
2. Remove the four screws 3 and universal connector cap
4.
3. Lift the battery pack release latch on the bottom of the
chassis 5 and remove the chassis from the front case.
CN604
8
Cord ASSY
Notes:
• Lift the chassis from the front case slowly and carefully. If
the chassis is lifted suddenly, the SP/MIC FPC may be
pulled and the connector may become damaged.
• Handle the main packing with care. It is likely to collect
dust and dirt.
4. Remove the SP/MIC FPC from the CONTROL PCB connector (CN603). 6
3
Chassis
3
■ Removing the TX-RX PCB (X57-682 A/5) from
the chassis.
1. Remove the 14 screws 9.
2. Remove the universal connector FPC from the TX-RX PCB
connector (CN7) 0.
3. Insert the two tips of a pair of tweezers into the two holes
in the bottom of the shield plate of the TX-RX PCB, firmly
squeeze the tweezers to hold the shield plate, then
remove the TX-RX PCB !.
4. Remove the coaxial cables from the two connectors
(MAIN (CN101), UNIV (CN102)) of the TX-RX PCB @.
9
TX-RX PCB
9
6
Battery pack
release latch
4
5
CN603
9
9
UNIV
(CN102)
9
12
12
9
MAIN
(CN101)
9
SP/MIC FPC
10
CN7
11
Front case
Universal
connector FPC
Chassis
8
TK-5210
DISASSEMBLY FOR REPAIR
■ Removing the top panel from the chassis.
1. Remove the volume knob # and channel knob $.
2. Remove the concentric switch knob %.
3. Remove the volume torque-up packing ^ using a pair of
tweezers.
4. Remove the nuts from the volume knob, channel knob
and antenna receptacle.
5. Remove the top panel &.
Notes:
• Before removing the top panel, set the lever switch to the
"-" position (circle painted in white) *.
• Each of the volume knob, channel knob and antenna receptacle on the top panel has an O-ring. Take care not to
lose them after removing the panel.
13
Precautions for Reassembly
■ Installing the VOL/CH FPC and CONTROL-TOP
FPC on the TOP PCB
1. Remove the volume 1 and channel switch 2 from the
chassis.
2. Position the coaxial cable connecting the ANT PCB and
TX-RX PCB as shown in the figure below.
The projection
of the volume
pedestal
1
CONTROL-TOP
FPC
The projection of
the channel
switch pedestal
2
VOL/CH FPC
18
16
14
15
Aline the coaxial cable
connecting the ANT PCB and
TX-RX PCB as shown in the figure.
17
3. Pass the coaxial cable 3 of the antenna receptacle
through the round hole of the hardware fixture 4, then
insert it into the coaxial connector (MAIN (CN101)) of the
TX-RX PCB.
O-ring
■ Removing the TOP PCB (X57-682 C/5) from the
chassis.
1. Remove the two screws (.
2. Lift the TOP PCB and remove the VOL/CH FPC ) and
CONTROL-TOP FPC ⁄ from the two connectors (CN902,
4
CN903) of the TOP PCB.
19
TOP PCB
19
MAIN
(CN101)
CN902
3
20
21
CN903
4. Pass the volume, channel switch, VOL/CH FPC and
CONTROL-TOP FPC through hardware fixture holes, then
bring the hardware fixture into contact with the chassis
and fix it with a screw 5.
Note:
The projections of the volume and channel switch pedestals must protrude from the square holes of the hardware
fixture.
5. Fix the antenna receptacle with the two screws 6.
6. Fix the hardware fixture with a screw 7.
5
7
6
9
TK-5210
DISASSEMBLY FOR REPAIR
7. Insert the VOL/CH FPC 8 and the CONTROL-TOP FPC 9
into the connectors (CN902, CN903) of the TOP PCB.
8. Fix the TOP PCB with a screw 0.
9. Fix the TOP PCB with a screw !.
10
Note:
Take care that the FPC is not caught when fitting the two
tabs on the right side of the holder.
11
CN902
8
9
3. Fit the two tabs on the right side of the holder 3 and the
two tabs on the left side of the holder 4 into the
CONTROL PCB.
CN903
tab
3
■ TX-RX PCB Installation Procedure
4
3
1. Insert the coaxial cable of the antenna receptacle into the
coaxial connector (CN101) of the TX-RX PCB 1 and the
coaxial cable of the ANT PCB into the coaxial connector
(CN102) of the TX-RX PCB 2.
2. Grasp both sides of the lower part of the TX-RX PCB, tilt
the TX-RX PCB and install the chassis so that the PTT FPC
3, CONTROL-TOP FPC 4 and universal connector FPC
5 are not caught 6.
3. Fix the TX-RX PCB with the 14 screws.
4
CONTROL PCB
4. Insert the FPC into the CONTROL PCB connector (CN751)
5.
CN751
CN102
5
2
3
1
CN101
5
4
6
■ Main Packing (G53-1637-04) Installation Procedure
1. Hook the packing (coated with silicon oil) in the upper
groove of the chassis 1, then fit the packing into the
lower groove of the chassis 2.
Note:
Ensure that the chassis grooves and packing are free from
dirt and dust.
Grasp both sides of the lower part
of the TX-RX PCB
■ LCD ASSY Installation Procedure (K2 and K3
2. Fit the packing into the grooves on both sides of the
chassis 3. (Fit the packing into the groove in the chassis
by tracing it lightly with your fingers.)
models only)
1. Remove the two adhesive sheets attached to the
CONTROL PCB, and attach the new adhesive sheets to
the location as shown in the following figure.
Main packing
1
Adhesive sheet
(J99-0393-04)
Adhesive sheet
(J99-0394-04)
3
CONTROL PCB
3
2
2. Fold the LCD ASSY FPC to the back of the holder 1 so
that the FPC is between the two tabs on the right side of
the holder 2.
tab
tab
1
10
LCD ASSY FPC
2
Note:
To remove the packing from the chassis groove, use a
resin adjustment bar or other such device. If the packing
is pried with a sharp metallic tool, such as tweezers, the
packing may become damaged.
3. Verify that the packing fits snuggly into the groove of the
chassis.
TK-5210
DISASSEMBLY FOR REPAIR
■ Top Packing (G53-1638-04) Installation Procedure
2. Tighten the two screws from the TX-RX PCB side.
1. Ensure that the hardware fixture is first secured to the
chassis.
2. Hook the packing (coated with silicon oil) in the upper left
groove of the chassis 1, then fit the packing into the right
groove of the chassis. 2
Two screws
Hardware fixture
1
3. Firmly tighten the hexagon screws of the GND terminal.
Installation Procedure during Parts
Replacement
2
Top packing
Notes:
• Verify that the chassis grooves and packing are free from
dirt and dust.
• To remove the packing from the chassis groove, use a
resin adjustment bar or other such device. If the packing
is pried with a sharp metallic tool, such as tweezers, the
packing may become damaged.
3. Verify that the packing fits snuggly into the groove of the
chassis.
■ Volume Torque-up Packing (G53-1628-04)
Installation Procedure
Insert the packing using a pair of tweezers so that the
hollow of the packing fits the convex of the panel 1.
■ Attaching the Sheet (G10-1338-04, J99-0383-14)
to the Front Case Speaker and Installation of
the Packing (G53-1633-04)
1. Attach a new fiber sheet 1 (G10-1338-04) so that its
convex fits the hollow of the front case 2.
2. Attach a new pressure sensitive adhesive sheet 3 (J990383-14) so that its convex fits the hollow of the front
case 4.
3. Remove the separation sheet from the pressure sensitive
adhesive sheet with a pair of tweezers 5.
4. Fit the packing 6 (G53-1633-04) into the front case
speaker.
Note:
Fit the packing into the hollow of the case so that the two
low-height places in the convex of the packing are positioned on the lower side 7.
6
Volume torque-up packing
1
7
3
1
4
5
2
■ Screw sequence for mounting the battery
terminal block to the chassis.
Attach the battery terminal block to the chassis as
described in the following procedure.
1. Loosely fix the hexagon screws of the GND terminal to
the chassis (enough so that the hexagon screws do not
move).
5. Verify that the packing does not ride on the rib of the case.
GND terminal
11
TK-5210
DISASSEMBLY FOR REPAIR
■ Installing a new LCD ASSY to the holder (K2
and K3 models only)
■ Procedures when Replacing the Top Panel
1. Insert the O-ring 1 into the lever switch part of the new
1. Remove the separation paper (brown) from the new sheet
1 2, and attach the sheet to the surface of the holder 3.
2. Remove the protection sheets attached to both sides of
the new LCD ASSY.
3. Remove the separation paper (white) from the sheet in
step 1 4, then attach the LCD ASSY 5 to the sheet.
4. Attach two pieces of double-sided adhesive tape 6 to the
back of the holder and remove the separation paper.
5. Remove the protection sheet (transparent) attached to
one side of the new filter 7 8 and remove the protection
sheet (yellow) from the other side 9.
6. Attach the filter from step 5 to the back of the holder.
7. Attach the new cushion 0 so that it fits to the corner of
the holder convex.
top panel.
2. Apply grease to the base of the shaft of the lever knob 2
and install the lever knob so that it is in the "-" position
(circle painted in white) on the top panel 3.
3. Pass the hardware fixture 4 through the shaft and install
it onto the top panel.
4. Apply grease to between the two holes in the hardware
fixture 4.
5. Install the hardware fixture 5 so that it is inserted into the
hole on the left side of the hardware fixture 4.
6. Fix the two hardware fixtures with the hexagon nut 6.
7. Apply bond (Three Bond 1401C) to the tip of the lever
knob shaft and the surface of the hexagon nut 7.
10
5
Inserted into the hole
on the left side of the
hardware fixture.
3
2
1
1
2
5
4
3
4
7
5
1
6
Top panel
10
Apply bond (Three Bond 1401C)
to the tip of the lever knob shaft
and the surface of the hexagon
nut.
3
6
6
6
Apply grease to the
base of the shaft of
the lever knob.
Apply grease to between
the two holes in
the hardware fixture.
7
6
8
■ Volume Knob and Channel Knob Parts Replacement
9
■ Preparation when Replacing the Cord ASSY
(X42-3270-10)
Cut the tip of the FPC on the side on which "TX-RX" is
stamped when replacing the cord ASSY.
Since the volume knob consists of two components, a
knob 1 and a spacer 2, replace and reinstall these two
parts at the same time.
Since the channel knob consists of three components, a
knob 3, a 16CH display seal 4 and a spacer 5, replace
and reinstall these three parts at the same time.
Volume Knob
Channel Knob
Cord Assy(X42-3270-10)
TX-RX
5
CONT
2
CUT
12
3
1
4
TK-5210
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.
2nd IF of 450KHz. The 450KHz signal is then passed through
a ceramic filter (CF201) and fed back into IC204 for additional
amplification.
L201
BPF
Q202
LNA
L202
BPF
L204
BPF
L205
IC202
BPF 1st MIXER
1st Local OSC
TUNE
2. Frequency Configuration
XF201
MCF
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
MIX
IF AMP
RF
AMP
49.95MHz
16.8MHz x3
VCXO
185.95~
223.95MHz
PA
AMP
TX
AMP
50.4MHz
136~174MHz
Fig. 1
AF
AMP
FPGA
A/D
D/A
DSP
PLL
VCO
MIC
MIC
AMP
Frequency configuration
3. Receiver System
3-1. Front-end RF Amplifier
The signal is passed through an antenna matching coil,
where the high-frequency components are amplified by a
GaAs FET(Q202). The signals are then fed into band-pass
filter that uses varactor diode tuning to reject unwanted
signal components, and is fed to the 1st mixer.
3-3. IF Amplifier
The 1st IF signal is amplified by the IF amplifier (Q204) and
fed into the FM IC (IC204). The IF signal is then mixed with
the 2nd local oscillator frequency of 50.4MHz to generate the
IC204
FM IC
2nd Local OSC
49.95MHz
CF201
Tripler Q205
X3
X201
VCXO 16.8MHz
Fig. 2
Receiver section
3-4. Wide/ Narrow/ APCO Switching Circuit
Narrow and Wide and APCO settings can be made for
each channel by switching the ceramic filters CF203 (Wide),
CF204 (Narrow), CF202 (APCO).
The Wide and Narrow and APCO data is output from pin54
(WN) and pin55 (VN) of CPU (IC5).
When a Wide data (VN : low level, WN : high level) is
received, the 450KHz signal is passed through a ceramic filter
(CF203). When a Narrow data (VN : low level, WN : low level)
is received, the 450KHz signal is passed through a ceramic
filter (CF204). When a APCO data (VN : high level, WN : high
level) is received, the 450KHz signal is passed through a
ceramic filter (CF202).
If the 450kHz signal is a FM signal(Wide, Narrow), the
signal is detected by a ceramic discriminator (CD201). AF
signal is fed to CODEC(IC406), the AF level is adjusted and it
is output from 15pin of IC406. Q209 turns on/off with the
Wide/Narrow data and the IC204 detector output level is
changed to maintain a constant output level during Wide or
Narrow signals.
If the 450kHz signal is an APCO signal, the signal is
prepared by the buffer amplifier (IC208) and fed to FPGA
(IC13). The APCO signal is A/D-converted by the FPGA and
DSP (IC8), and is performed APCO demodulation.
The AF signal is output from 15pin of CODEC (IC406).
VN WN
H
L
L
H
H
L
Filter
CF202
APCO
Wide
Narrow
APCO
IC203
IC205
CF204
Narrow
IC207
IC206
CF201
3-2. 1st Mixer
The 1st mixer uses the GaAs IC (IC202). The 1st mixer
mixes the signal with the 1st local oscillator frequency from
the VCO, and converts it to the 1st IF (49.95MHz).
The signal then passes through monolithic crystal filter
(XF201) to remove unnecessary nearby frequency
components. The signal from the MCF is used as the 1st IF
signal.
Q204
IF AMP
AF
CF203
VN
VN
WN
450kHz
Wide
CD201 APCO
CD
WN
DET
49.95MHz
50.4MHz
Fig. 3
IC204
FM IC
Q205
X201
VCXO
x3
16.8MHz
Wide/Narrow/APCO switching circuit
13
TK-5210
CIRCUIT DESCRIPTION
3-5. Audio Amplifier Circuit
3-6. Squelch Circuit
• AF signal
The AF signal from CODEC (IC406) is amplified by IC407
and goes through IC408.
The AF signal goes through a DAC (IC411), an AF amplifier
(IC603), and an AF switch (IC604), and is routed to audio
power amplifier (IC601), where the signal is amplified and
output to the internal speaker.
It amplifies the demodulated noise signal from FM IC
(IC204) after filtering through BPF circuit. Then, the amplified
signal is converted to DC signal by the detection circuit. The
converted signal is fed to the CPU (IC5).
• Audio circuit
CODEC (IC406) extracts the audio signal from the receive
signal in the detection circuit in FM mode. The signal is then
deemphasized and output as a decoded audio signal in APCO
mode.
LPF (IC407) removes quantization noise from the audio
signal output of the CODEC.
The switch (IC408) stops the audio signal of the CODEC to
prevent the mixing of BEEP, voice announcement and audio
signal when the BEEP or voice announcement is output from
the CPU. If an optional scrambler board is installed, the audio
path is adjusted so that the audio signal goes through the
scrambler board.
DAC (IC411) controls the voltage amplitude level of the
audio signal according to the volume position of the
transceiver. This determines the volume level output from
the speaker.
The amplifier (IC603) amplifies the audio signal so that the
audio signal level at the final stage amplifier is appropriate.
The volume levels of the 8Ω internal speaker and 16Ω
external speaker are matched using the EXT AFC.
The switch (IC604) adjusts the signal path so that the
audio signal is output to the audio amplifier (IC602) for
external speakers when optional external speakers are
connected. If no external speakers are connected, the audio
signal is output to the audio amplifier (IC601) for the internal
speaker.
IC601 and IC602 output is BTL (Bridge Tied Load).
• AF control
Speaker switching is performed by the CPU (IC5) using
INT AFC or EXT AFC. First, the logic level at the speakers
switching terminal (SSW) on the universal connector is fed to
the CPU. The CPU then outputs data based on this input.
When there is no SP-MIC installed, this logic level
becomes high. When the INT AFC is high, the EXT AFC goes
low, so the AF signal is only fed to the amplifier for the
internal speaker (INT SP) of IC601.
However, when a SP-MIC has been connected, this logic
level becomes low, so the INT AFC goes low and the EXT
AFC goes high. In this case, the AF signal is fed only to
amplifier for the external speaker (EXT SP) of IC602.
IC403
LPF AMP
Fig. 5
IC8
DSP
IC408
SW
IC406
CODEC
Squelch circuit
The audio band circuit of the transmitter system consists
of the following:
• Microphone (Main)
• Microphone (Sub)
• N/C amplifier (Noise canceling mic amplifier) (IC603)
• Switch (Int/ext) (Q410)
• Switch (Mic mute) (Q406)
• AGC (IC405, D402, D403)
• Switch (Scrambler board) (Q407)
This transceiver has two types of microphones: main and
sub. The main microphone is located at the front of the
cabinet and the sub microphone is located at the rear of the
cabinet. The audio signal input from these microphones is
synthesized by the N/C amplifier (IC603). The audio signal
from the main microphone is synthesized in normal phase
and the audio signal from the sub microphone is synthesized
in opposite phase. So if the same audio signal is applied in the
same phase to the main and sub microphones, it is cancelled
by the N/C amplifier. If audio signal is input to only the main or
sub microphone, it is not cancelled, but output from the N/C
amplifier.
This prevents ambient noise from entering the audio band
circuit at the next or subsequent stages.
When an optional external speaker microphone is
installed, the Int/ext switch (Q410) cuts off the audio signal
from the main and sub microphones and sends only the audio
signal from the external microphone to the next stage.
The microphone mute switch (Q406) cuts off audio
signals from the main, sub and external microphones.
AGC (IC405, D402, D403) 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 (IC406)
is not clipped.
If an optional scrambler board is installed, the switch
CONTROL (X57-682 B/5)
BEEP/
voice announce
IC411
DAC
EXT AFC
IC603
AMP
INT AFC
IC604
SW
EXT AFC
IC601
AMP
IC407
LPF
INT SP
IC602
AMP
Fig. 4
IC5
CPU
4-1. Audio Band Circuit
Scrambler board
14
D404
DET
4. Transmitter System
TX-RX (X57-682 A/5)
BEEPS/
SCSW
Q412
Noise AMP
Audio circuit diagram
universal connector
EXT SP
TK-5210
CIRCUIT DESCRIPTION
(Q407) adjusts the signal path so that the audio signal is input
to the CODEC through the scrambler board.
The audio signal is input to the CODEC (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 (IC406)
• DSP (IC411)
• LPF (IC407)
• Buffer (IC409)
• DAC (IC411)
• Amplifier (IC412)
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 by the CODEC
(IC406). This digital data is sent to the DSP (IC8), 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. In APCO
mode, the audio signal is converted to the C4FM base band
signal and output from the CODEC. The DTMF and MSK base
band signals are also generated by the DSP and output by the
CODEC.
LPF (IC407) removes quantization noise from the base
band signal output from the CODEC.
The buffer (IC409) sets the base band signal level to the
DAC input range.
The DAC (IC411) assigns the base band signal to the VCO
(Q311) and VCXO (X301).
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.
4-3. Transmit Signal Amplification Circuit
(From T/R switch to Final amplifier)
The transmit signal passing through the T/R switch
(D101) is amplified to approx. 50 mW by the two transistor
amplification circuits (Q101, Q102). The transmit signal
output from Q102 passes through a 3dB attenuator to
improve high-frequency signal matching is amplified by the
drive amplifier (Q103) and applied to the final amplifier
(Q105). The signal applied to the final amplifier is amplified by
the final amplifier so that the antenna output is 5 W (1 W for
Low Power).
4-4. High-Frequency Signal Switch Circuit
(From Antenna switch to ANT output)
The transmit signal output from the final amplifier (Q105)
passes through the antenna switch (D106, D107) and LPF,
and goes into the SPDT switch (IC102, IC103) which changes
the antenna connector (CN101) and the universal connector
(CN102).
The transmit signal passing through the output change
switch passes through the surge protection HPF and
spurious removing LPF and then goes to the antenna
connector (CN101) or the universal connector (CN102),
specified by the SPDT switch (IC102, IC103).
4-5. APC Circuit
The APC circuit detects the current of the drive amplifier
(Q103) and final amplifier (Q105) during transmission and
controls the output power by controlling the current.
It detects the current using R119 and R120 and applies a
drop voltage between both resistors during transmission to
APC (IC101). It controls the transmission current of the drive
amplifier and final amplifier so that it is constant by
comparing this current with the reference voltage output
from pin 7 of IC104. The reference voltage input to pin 5 of
IC104 is output from the DAC (IC411). High/Low power
output is set according to the DAC output voltage.
Scrambler board
D402,D403
DET
EXT.MIC
MIC(MAIN)
IC603 MIC
Q410
SW
Q406
SW
MIC(SUB)
AGC-AMP
IC405
LPF
Q407
SW
N/C
AMP
IC406
CODEC
MSW/CTS
MM
Q311
VCO
IC411
DAC
IC8
DSP
IC407
LPF
IC409
BUFF
IC412
AMP
X301
VCXO
SCSW
Fig. 6
Audio band and Base band circuit
4-6. Temperature Protection Circuit
The temperature protection circuit reduces the APC
voltage when the temperature of Q105 rises, to prevent
thermal destruction of the final amplifier (Q105). The CPU
Q101
Pre Pre
D101 Drive Amp
T/R SW
Q102
Pre
Drive Amp
3dB
Attenuator
Q103
Drive Amp
(IC5) detects the temperature with a thermistor (TH101) to
control the reference voltage to the APC circuit.
IC102,IC103
SPDT
Q105
Final Amp D106,D107
ANT SW
CN101
LPF
R119
R120
IC101
APC
CN102
APC SW
+B
Fig. 7
Transmitter circuit
15
TK-5210
CIRCUIT DESCRIPTION
The PLL Frequency Synthesizer consists of the following
components:
• VCXO (X301)
• VCO (Q310, Q311)
• Rheostat (IC414)
• PLL IC (IC303)
• 1/2 divider (IC304)
• Local switch (D101, D210)
difference increases when the set frequency is changed. To
supplement this, the rheostat 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 approx. 2 V.
The desired frequency is set for the PLL IC by the CPU
(IC5) through the 3-line "LE", "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.
5-1. VCXO (X301)
5-5. 1/2 divider (IC304)
5. PLL Frequency Synthesizer
VCXO (X301) generates a reference frequency of 16.8
MHz for the PLL frequency synthesizer. This reference
frequency is applied to pin 8 of the PLL IC (IC303).
The VCXO oscillation frequency is fine-adjusted by
controlling the voltage applied to pin 1 of the VCXO with DAC
(IC411). It is also controlled with pin 1 of the VCXO if the
output from VCXO is modulated.
5-2. VCO
There is a RX VCO and a TX VCO.
The TX VCO (Q311) generates a transmit carrier and the
RX VCO (Q310) generates a 1st local receive signal.
For the VCO oscillation frequency, the transmit carrier is
272 to 348 MHz and the 1st local receive signal is 371.9 to
447.9 MHz.
The VCO oscillation frequency is determined by one
system of operation switching terminal "T/R" and two
systems of voltage control terminals "C/V" and "V-assist".
The operation switching terminal, "T/R", is controlled by
the control line (T/R) output from the CPU (IC5). When the T/
R logic is low, the VCO outputs the transmit carrier and when
it is high, it outputs a 1st local receive signal.
The voltage control terminals, "CV" and "V-assist", are
controlled by the PLL IC (IC303) and rheostat (IC414) 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 "T/R" is low.
5-3. Rheostat (IC414)
The rheostat (IC414) is connected to the VCO voltage
control terminal, "V-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 is controlled by the CPU (IC5) through the 3line "PCS", "DAT", "CLK" serial bus.
5-4. PLL IC (IC303)
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
desired frequency.
When the frequency is controlled by the PLL, the
frequency convergence time increases as the frequency
16
The 1/2 divider (IC304) inputs the transmit carrier and the
1st local receive signal output from the VCO and divides each
frequency by 1/2. The frequency divided by 1/2 becomes a
carrier that is actually sent and a 1st local receive signal that is
actually input to a mixer. (Both the VCO and the PLL IC
operate with double frequencies in phase locked loops.)
5-6. Local Switch (D101, D210)
The connection destination of the signal output from the
1/2 divider (IC304) is changed with the diode switch (D101)
that is controlled by the transmission power supply, 5T, and
the diode switch (D210) that is controlled by the receive
power supply, 5R.
If the 5T logic is high, it is connected to a send-side prepre-drive (Q101). If the 5T logic is low, it is connected to a
receive-side mixer (IC202).
T/R
PCS
DAT
CLK
LPF
IC5
CPU
UL
IC304
1/2
VCO
Q314
BUFF
D101
SW
to pre-pre-drive
(Q101)
D210
SW
to 1st mixer
(IC202)
CV
IC303
PLL
LE
DAT
CLK
TX: 272~348MHz
RX: 371.9~447.9MHz
IC414 V-assist
RHE
Q312
BUFF
LPF
MOD
X301
VCXO
IC411
DAC
Fig. 8
PLL block diagram
6. Control Circuit
The control circuit consists of CPU (IC5) and its peripheral
circuits. It controls the TX-RX unit and transfers data to the
Control unit. IC5 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) Transmitting tone and encode data.
6-1. Memory Circuit
Memory circuit consists of the CPU (IC5) and a flash
memory (IC6). A flash memory has a capacity of 16M bits and
TK-5210
CIRCUIT DESCRIPTION
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 (IC2) stores the last channel data, the scan
on status, and other parameters.
6-4. Key Detection Circuit
Keys are detected using three shift registers (IC701,
IC702, IC703).
The KIN signal that is normally pulled down goes high
when any key is pressed.
6-5. Low Battery Warning
■ Flash memory
Note : The flash memory stores the data that is 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.
■ EEPROM
Note : The EEPROM stores tuning data (Deviation, Squelch,
etc.).
Realign the transceiver after replacing the EEPROM.
The battery voltage is divided using R15 and R16 and is
detected by the CPU (IC5). When the battery voltage falls
below the voltage set by the Low battery warning
adjustment, the red LED blinks to notify the operator that it is
time to replace the battery. If the battery voltage falls even
more (approx. 5.8V), a beep sounds and transmission stops.
Low battery warning
Battery condition
The red LED blinks during
The battery voltage is low but
transmission.
the transceiver is still usable.
■ Real-time clock
The red LED blinks and
The battery voltage is low and
The clock function is based on real-time clock IC (IC1).
When the power supply is off, it is backed up by an internal
secondary lithium battery
the warning tone beeps while the transceiver is not usable to
IC5
IC2
CPU
EEPROM
IC6
IC5
CPU
9.216MHz
IC8
DSP
9.216MHz
Memory circuit
IC14
(2/3,3/3)
IC12
IC14
(1/3)
X2
VCXO
18.432MHz
IC13
FPGA
18.432MHz
IC406
CODEC
18.432MHz
Fig. 10
make calls.
6-6. VOX
FLASH
Fig. 9
the PTT switch is pressed.
Clock diagram
6-2. LCD (K2 and K3 models only)
The LCD is controlled using the bus lines on the connector
(CN604) of the control unit (X57 B/5).
It corrects the LCD contrast voltage using IC704. The
voltage corresponding to the temperature is sent to pin 3 of
IC704 from the CPU (IC5) according to the temperature
measurement results using a temperature IC (IC4).
6-3. Temperature Detection Circuit
The temperature detection circuit detects the
temperature using a temperature IC (IC4) and corrects the
thermal characteristic change of the squelch or LCD.
The VOX function can be used only with an external
microphone.
The VOX (Voice Operated Transmission) function detects
voice input to the microphone and automatically switches
between transmission and reception. However, if a
scrambler board is installed (Extended Function Voice
Scrambler is selected with FPU), VOX does not operate.
If the microphone input exceeds a certain level,
transmission automatically begins. If the input falls below a
certain level, the transceiver automatically returns to receive
mode.
The TK-5210 realizes this function using DSP (IC8).
6-7. DSP
The DSP circuit consists of a DSP (IC8), a CODEC (IC406)
and processes the base band signal. The DSP 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 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
• VOX processing
• Microphone amplifier AGC processing
• Audio mute processing
• Modulation level processing
17
TK-5210
CIRCUIT DESCRIPTION
6-8. FPGA
The FPGA(IC13) I/O section operates at 3.3V. and the core
section operates at 2.5V. The FPGA 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.
7. Power Supply Circuit
The battery voltage (+B) is provided from the battery
terminal on the TX-RX unit (X57 A/5).
The battery voltage passes through a 3A fuse (F401) and
goes to the VDD terminal of the DC/DC converter (IC805).
The +B voltage is detected by the voltage detection IC
(IC804). If the voltage is 5.6 V or higher, the IC805 CE pin
becomes high and the DC/DC converter begins.
The IC805 output voltage (3.6V) becomes a power supply
for five regulators (IC801, IC802, IC803, IC806, IC807).
The output from IC805 controls the CE pin of IC801,
IC802, IC803, IC806, IC807 by turning the VOL SW ON/OFF.
The CPU, DSP and FPGA start with the above five
regulators. After the CPU starts, two regulators (IC401,
IC402) begin operating with the PWR and 5CC signals output
from the CPU.
When the Power SW (Q415) is turned ON by the PWR
signal, the 15V DC/DC converter (IC808) is activated. IC807,
IC402, IC401 VDD is provided by +B.
The output from IC401 is switched to 5R that is turned ON
in receive mode and 5T that is turned ON in transmit mode
via CPU control. Output from IC807 includes two voltages:
5M that is always 5 V and 5MCS that is turned ON when an
option is installed on the universal connector.
3A Fuse +B
IC805
DC/DC
3.6V
Batt
Drive, Final AMP
DC/DC, AVR
IC801
AVR IC
33M
CPU, FlashROM,
EEPROM, VCXO,
FPGA (I/O)
IC802
AVR IC
33A
DSP (I/O)
IC803
AVR IC
15D
DSP Core
IC806
AVR IC
2.5D
FPGA Core
IC606
AVR IC
28M
RTC
IC808
DC/DC
15V
LCD
VCO
CE
CE
IC804
Detect
+B
VOL
SW
S36M
CE
PWR
CE
Q415
Power
SW
CE
SB
PWR
IC5
CPU
CE
5M
IC807
AVR IC
5MC
IC402
AVR IC
5CC
IC401
AVR IC
CE
5C
Q402
5R SW
CE
+B
5RC
Q401
5T SW
5TC
Fig. 11
5R
CE
CE
18
5MCS
CE
CE
PWR
Q402
5R SW
5T
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 (IC406).
The modulation balance of the QT/DQT signal is adjusted
by the D/A converter(IC411) and the resulting signal is routed
to the modulation input of the VCO and VCXO (X301).
The each deviation of the TX QT, DQT, DTMF and MSK
tone is adjusted by changing the output level of the CODEC
and the resulting signal is routed to VCO and VCXO. The RX
DTMF tone is output from pin 15 of the CODEC, 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 TK-5210 contains DSP(IC8) to perform this operation.
The TK-5210 compander can be turned on or off using the
FPU.
TK-5210
TERMINAL FUNCTION
TX-RX unit (X57-6820-XX A/5)
Pin
No.
Name
I/O
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DSR
E
RXD
TXD
5M
RTS1
REM
PTT
MICE
EMC
MSW/CTS
SPSP+
SSW
I
I
O
O
I
I
I
I
O
O
I
1
OPT1
2
OPT3
3
4
RXD1
TXD1
5
6
NC
OPT4
7
8
USEL
OPT5
9
10
11
12
13
14
15
16
17
18
19
20
DGND
AGND
AI
AO
AGND
5A
STON
DI/ANI
TCONT
MAN DOWN
INH
OPT2
O
O
I
O
I
I
I
O
O
I/O
O
O
O
O
O
I
O
I
I
I
O
I
O
21
22
23
24
25
TXO
RXEO
RXEI
TXI
OPT6
I
O
O
I
I
O
Function
Pin
Name
No.
26 SB2
CN7
Data set ready
GND
Serial data input
Serial data Output
5V
Request to Send
Programmable function key input
External PTT input
External MIC GND
External MIC input
EXT/INT MIC switch input
BTL output - for external speaker
BTL output + for external speaker
EXT/INT speaker switch input
1
2
3
4
5
6
7
8
9
10
11
12
13
14
LCS
GND
D0
D1
D2
D3
D4
D5
D6
D7
RD
WR
GND
A0
CN14
Scramble code output 1 (Scrambler board)
Channel busy (ANI board)
Busy (VGS-1)
Scramble code output 2 (Scrambler board)
Key (ANI board)
Play (VGS-1)
Serial data intput(VGS-1)
PTT (Scrambler board)
Serial data output (VGS-1)
No connection
Echo PTT (Scrambler board)
PTT (ANI board)
Enable (VGS-1)
GND
Scramble code output 4 (Scrambler board)
Emergency (ANI board)
Reset output(VGS-1)
GND
GND
VGS Audio Input (VGS-1)
VGS Audio Output (VGS-1)
GND
5V
Side tone input(ANI board)
Data input (ANI board)
Speaker mute signal (ANI board)
Man-down output (ANI board)
MIC mute signal input (ANI board)
Scrambler control signal output
(Scrambler board)
Emergency signal input (ANI board)
MIC signal output (Scrambler board)
Audio signal output (Scrambler board)
Audio signal input (Scrambler board)
MIC signal input (Scrambler board)
Scramble code output 3 (Scrambler board)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
GND
GND
MIC
MICE
SP+
PWR
SP+
15V
SPSB1
SP+B
AF
+B
VOL
+B
CLK
+B
GND
LRST
KIN
28M
EXAFC
PSW
KES
INAFC
DAT
ECSW
TGL0
33M
TGL2
33M
TGL1
33A
CH_A
33A
I/O
O
Function
Switched B output
CN19 (K2 and K3 models only)
O LCD chip select
- GND
I/O Data bus 0
I/O Data bus 1
I/O Data bus 2
I/O Data bus 3
I/O Data bus 4
I/O Data bus 5
I/O Data bus 6
I/O Data bus 7
- No connection
O WR bus
- GND
O Address bus 0
I
I
O
I
I
I
I
O
I
O
O
I
O
I
O
O
O
O
I
I
I
I
-
CN408
GND
GND
External MIC input
External MIC GND
BTL output + for external speaker
Power control output
BTL output + for external speaker
15V
BTL output - for external speaker
Battery level input
BTL output - for external speaker
Power input after passing through the fuse
Audio Output
Power input after passing through the fuse
Volume level input
Power input after passing through the fuse
Clock data output
Power input after passing through the fuse
GND
LCD reset output
Key input
2.8V
External AF output
Power input after power switch
Key counter clear to send
Internal AF output
Data output
Echo cancel MIC switch
Lever switch input 0
3.3V
Concentric switch input 2
3.3V
Concentric switch input 1
3.3V
Rotary switch input 1
3.3V
19
TK-5210
TERMINAL FUNCTION
Pin
No.
37
38
39
40
41
42
43
44
45
46
47
48
49
50
Name
CH_B
25D
CH_C
15D
CH_D
15D
PTT
5M
NC
5M
oE
LCDV
DGND
DGND
I/O
I
I
I
I
O
-
Function
Rotary switch input 2
2.5V
Rotary switch input 3
1.5V
Rotary switch input 4
1.5V
PTT input
5V
No connection
5V
Shift register OE
LCD contrast control voltage
GND
GND
Control unit (X57-6820-XX B/5)
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
25
26
27
28
29
30
31
32
33
34
20
Name
GND
GND
MIC
MICE
SP+
PWR
SP+
15V
SPSB1
SP+B
AF
+B
VOL
+B
CLK
+B
GND
LRST
KIN
28M
EXAFC
PSW
KES
INAFC
DAT
ECSW
TGL0
33M
TGL2
33M
TGL1
33A
I/O
O
O
I
O
O
O
O
I
O
I
I
O
I
O
I
I
I
I
O
O
O
-
Function
CN601
GND
GND
External MIC output
External MIC GND
BTL output + for external speaker
Power control input
BTL output + for external speaker
15V
BTL output - for external speaker
Battery Level output
BTL output - for external speaker
Power input after passing through the fuse
Audio input
Power input after passing through the fuse
Volume level output
Power input after passing through the fuse
Clock data input
Power input after passing through the fuse
GND
LCD reset input
Key output
2.8V
External AF input
Power output after power switch
Key counter clear to send
Internal AF input
Data input
Echo cancel MIC switch
Lever switch output 0
3.3V
Concentric switch output 2
3.3V
Concentric switch output 1
3.3V
Pin
No.
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
Name
I/O
Function
CH_A
33A
CH_B
25D
CH_C
15D
CH_D
15D
PTT
5M
NC
5M
oE
LCDV
DGND
DGND
O
O
O
O
O
I
-
Rotary switch output 1
3.3V
Rotary switch output 2
2.5V
Rotary switch output 3
1.5V
Rotary switch output 4
1.5V
PTT output
5V
No connection
5V
Shift register OE
LCD contrast control voltage
GND
GND
1
2
3
4
5
6
INT SPINT SPINT SP+
INT SP+
INT MIC+
INT MIC-
O
O
O
O
I
-
CN603
BTL output - for internal speaker
BTL output - for internal speaker
BTL output + for internal speaker
BTL output + for internal speaker
Internal MIC input
Internal MIC GND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
A0
GND
WR
RD
D7
D6
D5
D4
D3
D2
D1
D0
GND
LCS
CN604 (K2 and K3 models only)
I Adrress bus 0
- GND
I WR bus
- No connection
I/O Data bus 7
I/O Data bus 6
I/O Data bus 5
I/O Data bus 4
I/O Data bus 3
I/O Data bus 2
I/O Data bus 1
I/O Data bus 0
- GND
I LCD chip select
1
2
3
4
5
6
7
8
9
10
11
12
13
14
V4
V3
V2
V1
V0
VR
NC
NC
NC
NC
NC
NC
Vout
VDD
CN751 (K2 and K3 models only)
- LCD drive power supply
- LCD drive power supply
- LCD drive power supply
- LCD drive power supply
- LCD drive power supply
- V0 voltage adjustment terminal
- No connection
- No connection
- No connection
- No connection
- No connection
- No connection
- Raising voltage output
- 3.3V
TK-5210
TERMINAL FUNCTION
Pin
No.
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
NC
GND
GND
D7
D6
D5
D4
D3
D2
D1
D0
E/RD
WR
A0
LRST
LCS
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I
O
O
O
O
No connection
GND
GND
Data bus 7
Data bus 6
Data bus 5
Data bus 4
Data bus 3
Data bus 2
Data bus 1
Data bus 0
RD bus
WR bus
Adrress bus 0
LCD reset output
LCD chip select
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
NC
L_MIC
MICE
GND
CH_A
CH_B
CH_C
CH_D
36M
S36M
33M
TGL0
TGL1
TGL2
BLED
TXLED
ORG
VOL
L_KEY1
GND
I
I
I
I
I
I
I
I
O
I
O
-
CN752
No connection
Noise canceler MIC
MIC GND
GND
Rotary switch input 1
Rotary switch input 2
Rotary switch input 3
Rotary switch input 4
3.6V
3.6V
3.3V
Lever switch input 0
Concentric switch input 1
Concentric switch input 2
Busy LED control
TX LED control
Key scan signal output
Volume level input
Key scan signal output
GND
1
2
3
4
5
6
Name
PF2
PF3
L_KEY1
L_PTTG
L_PTT
PF1
I/O
O
O
I
I
I
O
Function
CN753
Key output (Side2 Key)
Key output (Side3 Key)
Key input
PTT GND
PTT input
Key output (Side1 Key)
Option board unit (X57-6820-XX D/5)
Pin
No.
1
Name
OPT1
I/O
I
I
O
Function
CN901
Scramble code input 1 (Scrambler board)
Channel busy (ANI board)
Busy (VGS-1)
Pin
Name
No.
2
OPT3
3
4
RXD1
TXD1
5
6
NC
OPT4
7
8
NC
OPT5
9
10
11
12
13
14
15
16
17
18
19
20
DGND
AGND
NC
NC
AGND
5A
STON
DI/ANI
TCONT
MAN DOWN
INH
OPT2
21
22
23
24
25
26
TXO
RXEO
RXEI
TXI
C3
SB2
I/O
I
O
O
O
I
I
I/O
I
I
I
I
I
O
O
O
I
O
I
O
I
I
O
O
I
I
Function
Scramble code input 2 (Scrambler board)
Key (ANI board)
Play (VGS-1)
Serial Data output(VGS-1)
PTT (Scrambler board)
Serial Data input (VGS-1)
No connection
Echo PTT (Scrambler board)
PTT (ANI board)
Enable (VGS-1)
No connection
Scramble code input 4 (Scrambler board)
Emergency (ANI board)
Reset input(VGS-1)
DGND
GND
No connection
No connection
GND
5V
Side tone output(ANI board)
Data output (ANI board)
Speaker mute signal (ANI board)
Man-down input (ANI board)
MIC mute signal output (ANI board)
Scrambler control signal input (Scrambler board)
Emergency signal output (ANI board)
MIC signal input (Scrambler board)
Audio signal input (Scrambler board)
Audio signal output (Scrambler board)
MIC signal output (Scrambler board)
Scramble code input 3 (Scrambler board)
Switched B input
Top panel unit (X57-6820-XX C/5)
Pin
No.
Name
I/O
Function
1
2
3
4
5
6
7
8
9
10
11
12
36M
S36M
GND
VOL
33M
CH_A
TGL2
TGL1
C
CH_B
CH_D
CH_C
I
I
I
I
I
I
I
CN902
3.6V
3.6V
GND
Volume level input
3.3V
Rotary switch input 1
Concentric switch input 2
Concentric switch input 1
GND
Rotary switch input 2
Rotary switch input 4
Rotary switch input 3
1
2
GND
CH_A
O
CN903
GND
Rotary switch output 1
21
TK-5210
TERMINAL FUNCTION
Pin
No.
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Name
CH_B
CH_C
CH_D
36M
S36M
33M
TGL0
TGL1
TGL2
BLED
TXLED
ORG
VOL
KIN
GND
I/O
O
O
O
O
O
O
I
O
I
-
Function
Rotary switch output 2
Rotary switch output 3
Rotary switch output 4
3.6V
3.6V
3.3V
Lever switch output 0
Concentric switch output 1
Concentric switch output 2
Busy LED control
TX LED control
Key scan signal input
Volume Level output
Key scan signal input
GND
Universal connector
Pin
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
22
Name
SSW
SP+
SP−
MSW
EMC
ME
PTT
PF
OPT
E
5M
TXD
RXD
NC(E)
I/O
I
O
O
I
I
I
I
O
I
-
Function
EXT/INT speaker switch input
BTL output + for external speaker
BTL output − for external speaker
EXT/INT MIC switch input
External MIC input
External MIC GND
External PTT input
Programmable function key input
No connection
GND
5V
Serial data output
Serial data input
Not used (GND)
TK-5210
SEMICONDUCTOR DATA
CPU:30625MGP193GP (TX-RX unit: IC 5)
Pin
No.
1
VREF
-
2
AVCC
-
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
T/R
BATT DET
NC(ANEX0)
LCDV
VOICE
SOE
UL
DAT
CLK
SDA
BYTE
CNVSS
PCS
NC
RESET
XOUT
VSS1
XIN
VCC1
NMI
RTCDT
PSW
O
I(A/D)
I
O(D/A)
O(D/A)
O
I
O
O
I/O
I
I
O
I
I
I/O
I(INT1)
25
26
27
28
29
INTRA
LD
BEEP
LE
BSFT
I(INT0)
O
O(PWM)
O
O
30
KEY/PLAY
31
32
33
34
35
36
37
38
39
40
41
STRB
O
INH
I
AUXI
I
TCNT
I
BEEPS
O
TXD1
O(UART)
VCC1
RXD1
I(UART)
VSS2
BUSY
I
RTSM/EXTO
O
42
43
44
45
46
47
TXDM
RXDM
DSRM
CTSM
A20
KES
Port Name
I/O
I
O(UART)
I(UART)
I
I
O
O
Function
A/D converter reference voltage input
terminal
A/D converter power supply input
terminal
TX/RX switch (L:TX, H:RX)
Battery detection terminal
NC (For expansion A/D)
LCD contrast adjustment
Voice output
Shift register OE
PLL unlock input
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
Power supply input
Clock input, 9.216MHz(18.432MHz/2)
Power supply input
NC
RTC data I/O
Power switch detection
(L:Power on, H:Power off)
RTC interrupt input
DAC LD
Beep output
PLL CS
Beat shift output
(L:Shift, H:Not shift)
TX key input (for ANI board),
Play Input (for VGS)
Shift register CS
Audio inhibit input (for ANI board),
AUX input (for ANI board),
Tone control input (for ANI board),
Beep switch(L:Unmute, H:Mute)
UART(for VGS)
Power supply input
UART(for VGS)
Power supply input
BUSY input(for VGS)
UART(3.3V➔5V)/External option
output port to universal connector
UART(3.3V➔5V)
UART(5V➔3.3V)
UART(5V➔3.3V)
UART(5V➔3.3V)
Flash memory A19
Key counter CS
Pin
No.
48
49
50
51
52
53
54
KIN
MODEL
RDY
ALE
HOLD
HLDA
WN
I
I
I
I
O
55
VN
O
56
EXTIM
I
57
SCSW
O
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
BCLK
RD
BHE
WR
TGL0
TGL1
TGL2
CS3
CS2
CS1
CS0
A19
A18
A17
A16
A15
A14
A13
A12
A11
A10
A9
INAFC
CH_A
CH_B
CH_C
CH_D
VCC2
A8
VSS3
A7
A6
A5
A4
A3
A2
A1
A0
EXAFC
O
O
O
I
I
I
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
I
I
I
I
O
O
O
O
O
O
O
O
O
O
Port Name
I/O
Function
Key counter return
Model detection
Bus control (Ready)
No connection
Bus control (Hold)
No connection
Wide/Narrow ceramic filter switching
(L:Narrow, H:Wide)
Wide,Narrow/APCO ceramic filter
switching (L:APCO, H:Analog)
External option control port from
universal connector
When the scrambler board is installed,
the route of AF is changed.
(L:Scrambler on, H:off)
Bus control (Base clock output)
Bus control (Read)
No connection
Bus control (Write)
Lever switch input 0
Concentric switch input 1
Concentric switch input 2
LCD CS
Flash memory CS
DSP CS
Flash memory CS
Address bus 19
Address bus 18
Address bus 17
Address bus 16
Address bus 15
Address bus 14
Address bus 13
Address bus 12
Address bus 11
Address bus 10
Address bus 9
Internal AF control (L:Off, H:On)
Rotary switch input 1
Rotary switch input 2
Rotary switch input 3
Rotary switch input 4
Power supply input
Address bus 8
Power supply input
Address bus 7
Address bus 6
Address bus 5
Address bus 4
Address bus 3
Address bus 2
Address bus 1
Address bus 0
External AF Control (L:Off, H:On)
23
TK-5210
SEMICONDUCTOR DATA
Pin
No.
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
HINT
CAE3
PTT
EXSP
DRST
FRST
DSPINT
D7
D6
D5
D4
D3
D2
D1
D0
5TC
5RC
5CC
APCSW
ANTSW
SELF
MM
PWR
I(INT4)
I
I
I
O
O
O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
O
O
O
O
I
O
O
120
121
122
123
124
125
126
127
128
WPA
SQ
CV
RSSI
TEMP
BATT
REM
AVSS
VOL
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
I(A/D)
Port Name
I/O
Function
DSP HINT interrupt
Man-down switch input
PTT input
External speaker install check
DSP reset output
Flash memory reset output
DSP interrupt output
Data bus 7
Data bus 6
Data bus 5
Data bus 4
Data bus 3
Data bus 2
Data bus 1
Data bus 0
5T control (L:Off, H:On)
5R control (L:Off, H:On)
5C control (L:Off, H:On)
APC switch output (L:Off, H:On)
No connection
3.3V
MIC mute output (L:Unmute, H:Mute)
Power control output
(L:Power off, H:Normal)
PA temperature compensation
Analog SQ input
VCO CV input
RSSI input
Temperature input
Battery level input
KMC-25 PF1/PF2 key, KVL3000 input
A/D converter power supply input terminal
Volume level input
Shift Register:BU4094BCFV (TX-RX unit: IC11)
Pin
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
24
Port Name
STRB
DATA
CLK
Q1
Q2
Q3
Q4
VSS
QS
Q'S
Q8
Q7
Q6
Q5
OE
VDD
I/O
I
I
I
O
O
O
O
O
O
O
O
O
O
I
-
Function
Latch clock input
Serial data input
Serial clock input
OPT5
OPT4
OPT1
OP_MAN
GND
Serial data output
NC
OPT6
OPT2
CHGIO:UNIV 9p I/O Switching
OPT3
Output enable control input
Power supply input
Shift Register:BU4094BCF (Control unit IC701)
Pin
No.
1
2
3
4-7
8
9
10
11-14
15
16
Port Name
STRB
DATA
CLK
Q1-Q4
VSS
QS
Q’S
Q8-Q5
OE
VDD
I/O
I
I
I
O
O
O
O
I
-
Function
Latch clock input
Serial data input
Serial clock input
Key counter
GND
Serial data output
NC
Key counter
Output enable control input
Power supply input
Shift Register:BU4094BCF (Control unit IC702)
Pin
No.
1
2
3
4-7
8
9
10
11-14
15
16
Port Name
STRB
DATA
CLK
Q1-Q4
VSS
QS
Q’4
Q8-Q5
OE
VDD
I/O
I
I
I
O
O
O
O
I
-
Function
Latch clock input
Serial data input
Serial clock input
Key counter
GND
Serial data output
NC
Key counter
Output enable control input
Power supply input
Shift Register:BU4094BCF (Control unit IC703)
Pin
No.
1
2
3
4-7
8
9
10
11
12
13
14
15
16
Port Name
STRB
DATA
CLK
Q1-Q4
VSS
OS
NC
Q8
Q7
Q6
Q5
OE
VDD
I/O
I
I
I
O
O
O
O
O
O
O
I
-
Function
Latch clock input
Serial data input
Serial clock input
Key counter
GND
NC
NC
Audio amplifier switch
Backlighit switch
TX LED switch
Busy LED switch
Output enable control input
Power supply input
TK-5210
COMPONENTS DESCRIPTION
TX-RX unit (X57-6820-XX A/5)
Ref. No.
Part name
Description
IC1
IC2
IC3
IC4
IC5
IC6
IC7
IC8
IC9
IC10
IC11
IC12
IC13
IC14
IC101
IC102,103
IC104
IC201
IC202
IC203
IC204
IC205~207
IC208
IC301
IC303
IC304
IC401
IC402
IC403
IC404
IC405
IC406
IC407
IC408
IC409
IC411
IC412
IC413
IC414
IC415
IC416,417
IC501,502
Q1
Q101
Q102
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
FET
Transistor
Transistor
RTC IC
EEPROM
Voltage DET
Temperature DET
CPU
Flash ROM
3.3V➝5V Buffer
DSP
Buffer
Multiplexer
Shift register
D-type flip flop
FPGA
Buffer
Auto power control
SPDT
DC AMP for APC
DC AMP for BPF
DBM
Multiplexer
FM IC
Multiplexer
Buffer
DC AMP for VCO tune
PLL IC
1/2 Divider
Voltage regulator (5T/5R)
Voltage regulator (5C)
OP AMP (5V reference/SQL AMP)
Switch (VGS TX I/O)
OP AMP (TX AGC AMP/Buffer AMP)
CODEC
OP AMP (TX LPF/ RX LPF)
Switch (RX scrambler SW/BEEP SW)
OP AMP (TX buffer AMP/RX buffer AMP)
D/A converter
OP AMP (TX MOD AMP/3.3V reference)
Multiplexer
Rheostat
Bus switch (8ch)
Bus switch (2ch)
UART switch
5V➝3.3V level converter
RF AMP
RF AMP
Q103
Q104
Q105
Q106
Q107
Q110
Q111
FET
FET
FET
Transistor
FET
FET
Transistor
RF driver AMP
APC switch
RF final AMP
APC switch
APC switch
SPDT EXT/INT switch
3.3V➝5V level converter
Ref. No.
Part name
Q201
Q202
Q204
Q205
Q209
Q306
Q307
Q308
Q309
Q310,311
Q312~314
Q315
Q316
Q401
Q402
Q403
Q404
Q405
Q406
Q407,408
Q409,410
Q411
Q412
Q415,416
Q417
Q418
Q420
D1
D2,D3
D4~6
D13,14
D101
D105
D106~109
D110,111
D202~209
Transistor
FET
FET
Transistor
Transistor
FET
Transistor
FET
FET
Transistor
Transistor
Transistor
FET
FET
FET
FET
Transistor
Transistor
FET
FET
FET
FET
Transistor
FET
FET
FET
FET
Diode
Diode
Varistor
Diode
Diode
Zener diode
Diode
Varistor
Variable
capacitance diode
Diode
Variable
capacitance diode
Variable
capacitance diode
Diode
Diode
Diode
Diode
Diode
D210
D303,304
D306~312
D313
D314
D401
D402~404
D405
Description
Ripple filter
RF AMP
IF AMP
2nd local buffer AMP
W/N switch
Buffer for CV
Ripple filter
T/R switch
T/R switch
VCO oscillation
Buffer AMP
Ripple filter
Switch
5T switch
5R switch
5M switch
Auto gain control
Auto gain control
MIC mute
TX scrambler switch
EXT MIC switch
VGS I/O switch
Noise AMP
SB switch
APC switch
Beat shift switch
S33A switch
Reverse current prevention
Surge absorption
Surge absorption
Reverse current prevention
Local switch
Voltage protection
Antenna switch
Surge absorption
Vari-cap tune
Local switch
Frequency control
Frequency control
Ripple filter
Bypass diode
Reverse protection
Detection
Reverse current prevention
25
TK-5210
COMPONENTS DESCRIPTION
Control unit (X57-6820-XX B/5)
Ref. No.
IC601,602
IC603
IC604
IC606
IC701~703
IC704
IC801
IC802
IC803
IC804
IC805
IC806
IC807
IC808
Q601
Q605
Q606
Q607
Q608
Q609
Q610
Q611
Q612
Q702
Q703
Q704
Q705,706
Q801
Q802
D604
D608,609
D701~704
D705~708
D709
D711,712
D713
D715,716
D717~719
D720
D723
D801
D802
D803,804
D805
26
Part name
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
FET
Transistor
FET
Transistor
Transistor
FET
FET
FET
FET
FET
FET
FET
Transistor
FET
FET
Diode
Diode
Diode
LED
LED
LED
LED
LED
Diode
Zener diode
LED
Diode
Diode
Diode
Diode
Description
Audio AMP
OP AMP (AF Pre-AMP/TX AF AMP)
AF mute switch
Voltage regulator (28M)
Shift register
DC AMP for LCD voltage
Voltage regulator (33M)
Voltage regulator (33A)
Voltage regulator (15D)
Voltage detector (5.6V)
DC/DC converter (3.6V)
Voltage regulator (25D)
Voltage regulator (5M)
DC/DC converter (15V)
EXT/INT gain convert switch
5A AVR switch
5A AVR switch
Noise canceler switch
5A AVR
External audio mute switch
External audio mute switch
Internal audio mute switch
Internal audio mute switch
PSW switch
Busy LED switch
TX LED switch
Power supply control switch
Switch (3.6V DC/DC)
Switch (15V DC/DC)
Surge absorption
Reverse current prevention
Reverse current prevention
Key backlight
LCD backlight
Key backlight
LCD backlight
Key backlight
Reverse current prevention
AVR for backlight LED
LCD backlight
Reverse current prevention
Reverse protection
Reverse protection
Reverse protection
Top Panel unit (X57-6820-XX C/5)
Ref. No.
D901
Part name
LED
Description
TX/RX LED
TK-5210
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-5210 (Y50-5950-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
TK-5210
New
Ref. No. Address parts
Parts No.
Description
54
55
3A,3C
3A,3C
∗
∗
G53-1649-05
G53-1663-03
PACKING(BATT- O-RING)
PACKING(TERMINAL BLOCK)
57
2E
∗
H52-2050-02
ITEM CARTON CASE
58
59
60
61
62
1C
2B,2D
2B,2D
2B,2D
3A,3C
∗
∗
∗
∗
∗
J19-5475-02
J19-5477-04
J21-8482-03
J21-8483-03
J21-8484-04
HOLDER(LCD)
HOLDER(EMG)
MOUNTING HARDWARE(TOP)
MOUNTING HARDWARE(SP)
MOUNTING HARDWARE(NC MIC)
63
64
65
66
67
2B,2D
2B,2D
2E
2B,2D
2B,2D
∗
∗
∗
∗
∗
J21-8486-04
J21-8495-04
J29-0710-15
J39-0646-03
J39-0647-03
MOUNTING HARDWARE(LEVER SW)
MOUNTING HARDWARE(LEVER SW PANEL SIDE)
BELT CLIP
ACCESSORY
SPACER(VOL)
SPACER(16CH)
68
69
70
71
72
2B,2D
3A,3C
2B,2D
2A,2C
3A,3C
∗
∗
∗
∗
∗
J82-0096-05
J82-0097-15
J82-0098-05
J82-0104-05
J99-0377-04
FPC(VOL/CH)
FPC(UNIV)
FPC(SP/MIC)
FPC(CONTROL-TOP)
ADHESIVE SHEET(PTT)
73
74
75
76
77
3A,3C
2A,2C
1B,1D
1C
1C
∗
∗
∗
∗
∗
J99-0380-04
J99-0381-04
J99-0383-14
J99-0390-04
J99-0393-04
ADHESIVE SHEET(ANT PCB)
ADHESIVE SHEET(CONTROL-TOP FPC)
ADHESIVE SHEET(SP)
ADHESIVE SHEET(LCD FILTER)
ADHESIVE SHEET
78
79
1C
3A,3C
∗
∗
J99-0394-04
J99-0395-04
ADHESIVE SHEET
ADHESIVE SHEET(BATT-)
80
81
82
83
84
2B,2D
1D
1C
2B,2D
2B,2D
∗
∗
∗
∗
∗
K29-9319-03
K29-9320-03
K29-9321-13
K29-9322-03
K29-9323-03
KEY TOP(EMG)
KEY TOP(4KEY)
KEY TOP(DTMF)
KNOB(VOL)
KNOB(16CH)
85
86
87
88
2B,2D
2B,2D
1A,1C
1A,1C
∗
∗
∗
∗
K29-9324-13
K29-9325-04
K29-9327-03
K29-9328-02
KNOB(CONCENTRIC SW)
KNOB(LEVER SW)
KEY TOP(PTT)
KNOB(PTT)
1
2
3
4
5
1A
1D
1C
3A,3C
2B,2D
∗
∗
∗
∗
∗
A02-3875-01
A02-3877-01
A02-3879-01
A10-4084-01
A62-1104-02
MAIN CABINET
MAIN CABINET(4KEY)
MAIN CABINET(DTMF)
CHASSIS
PANEL(TOP)
6
3A,3C
∗
A82-0057-02
REAR PANEL
7
8
9
10
11
2B,2D
1B,2E
2B,2D
1C
1C
∗
∗
∗
∗
∗
B03-3612-04
B09-0682-13
B11-1821-03
B11-1832-04
B38-0891-05
DRESSING PLATE(16CH)
CAP(SP/MIC) ACCESSORY
ILLUMINATION GUIDE(TX-BUSY)
FILTER(LCD)
LCD ASSY
12
13
14
15
16
3A,3C
1B,1D
2B,2D
2E
2E
∗
∗
∗
∗
B41-1841-04
B43-1171-04
B43-1172-04
B59-2390-00
B59-2393-00
CAUTION STICKER(HUMAN BODY PROTECTION)
BADGE(FRONT)
BADGE(REAR)
PAMPHLET(HUMAN BODY PROTECTION)
SUB-INSTRUCTION MANUAL(QRC)
17
18
19
20
2E
3A
3C
3C
∗
∗
∗
∗
B62-1796-00
B72-2247-04
B72-2248-04
B72-2249-04
INSTRUCTION MANUAL
MODEL NAME-PLATE
MODEL NAME-PLATE
MODEL NAME-PLATE
22
23
24
25
26
2A,2C
2B,2D
2C
3B,3D
3A,3C
∗
∗
∗
∗
E37-0722-05
E37-1126-15
E37-1128-05
E58-0510-05
E72-0420-13
LEAD WIRE WITH CONNECTOR(UNIV)
LEAD WIRE WITH CONNECTOR(ANT)
FLAT CABLE(CN19-CN604)
RECTANGULAR RECEPTACLE(UNIV)
TERMINAL BLOCK(BATT+)
27
28
29
3A,3C
2A,2C
2A,2C
∗
∗
∗
F07-1887-02
F10-2499-02
F20-3360-04
COVER ASSY
SHIELDING PLATE(TX-RX PCB)
INSULATING SHEET
30
31
32
33
34
3A,3C
1B,1D
3A,3C
1C
3A,3C
∗
∗
∗
∗
∗
G10-1327-04
G10-1338-04
G10-1346-04
G11-4302-04
G11-4303-14
FIBROUS SHEET(AIR)
FIBROUS SHEET(SP)
FIBROUS SHEET(CHASSIS)
SHEET(LCD)
SHEET(PTT)
35
36
37
38
39
1B,2E
3B,3D
3A,3C
1A,1C
∗
∗
∗
∗
∗
G11-4340-04
G11-4346-08
G11-4356-04
G11-4360-04
G13-2036-04
RUBBER SHEET(CAP) ACCESSORY
SHEET(UNIV)
SHEET(CH)
SHEET(TERMINAL BLOCK)
CUSHION(MIC)
A
B
C
D
E
1B,2E
2B,2D
3A,3C
3A,3C
2B,2D
∗
∗
∗
∗
N08-0531-04
N09-2439-15
N09-2440-05
N09-2441-05
N09-2442-05
DRESSED SCREW(CAP) ACCESSORY
SPECIAL SCREW(SP)
SPECIAL SCREW(CASE)
SPECIAL SCREW(COVER ASSY)
SPECIAL SCREW(ANT)
40
41
42
43
44
3A,2C,3C
1A,2C,3A,3C
3A,3C
2B,2D
1C
∗
∗
∗
∗
∗
G13-2046-04
G13-2070-04
G13-2071-04
G13-2079-04
G13-2087-04
CUSHION(UNIV)
CUSHION(CORD ASSY)
CONDUCTIVE CUSHION(CHASSIS/PCB)
CUSHION(VOL)
CUSHION(LCD)
K2,K3
F
H
I
J
K
3A,3C
2B,2D
2B,2D
2B,2D
2B,2D
∗
∗
∗
∗
∗
N09-2443-04
N14-0813-14
N14-0814-04
N14-0815-04
N14-0817-04
HEXAGON HEAD SCREW(BATT-)
CIRCULAR NUT(VOL)
CIRCULAR NUT(CH)
CIRCULAR NUT(ANT)
HEXAGON NUT(LEVER SW)
45
46
47
48
49
2B,2D
2B,2D
2B,2D
2B,2D
1B,1D
∗
∗
∗
∗
∗
G53-1628-04
G53-1629-05
G53-1630-05
G53-1631-05
G53-1633-04
PACKING(VOL TORQ-UP)
PACKING(VOL,CH O-RING)
PACKING(ANT O-RING)
PACKING(LEVER SW O-RING)
PACKING(SP)
L
M
N
P
3A,3C ∗
2E
2B,2D
1A,1C,2A,2B
2C,2D,3C
N19-0682-04
N30-3008-60
N32-2004-46
N83-2006-46
SPECIAL WASHER(BATT-)
PAN HEAD MACHINE SCREW(BELT CLIP)
FLAT HEAD MACHINE SCREW(TOP)
PAN HEAD TAPTITE SCREW(CONT/TXRX)
50
51
52
53
1B,1D,2A,2C
2A,2C
2B,2D
3A,3C
∗
∗
∗
∗
G53-1634-14
G53-1637-04
G53-1638-04
G53-1640-03
PACKING(MAIN MIC,NC MIC)
PACKING(CHASSIS-FRONT)
PACKING(CHASSIS-TOP)
PACKING(BATT)
90
3B,3D
∗
R31-0654-05
VARIABLE RESISTOR(VOL)
91
92
3B,3D
1C
∗
∗
S60-0431-05
S79-0454-05
ROTARY SWITCH(CH)
KEYBOARD ASSY(4KEY,DTMF)
K
K2
K3
K2,K3
K2,K3
K
K2
K3
K2,K3
K2,K3
Destination
K2,K3
K2,K3
K2,K3
K2,K3
K2
K3
K2,K3
27
TK-5210
PARTS LIST
TK-5210
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
93
94
1B,1D
2B,2D
95
1C
96
97
3A,3C
1A,2C
∗
∗
∗
Parts No.
Description
T07-0755-05
T91-0575-05
SPEAKER
MIC ELEMENTT(MAIN MIC,NC MIC)
W09-0971-05
LITHIUM CELL
X41-3690-10
X42-3270-10
SWITCH UNIT(FPC(PTT))
CORD ASSY(FPC(50PIN))
Destination
K2,K3
TX-RX UNIT (X57-6820-XX) -10 :K -11 :K2 -12 :K3
D705-708
D705,706
D709
D711,712
D713
B30-2171-05
B30-2171-05
B30-2261-05
B30-2171-05
B30-2261-05
LED
LED
LED
LED
LED
K3
K2
K2,K3
K3
K2,K3
∗
D715,716
D723
D901
∗
B30-2171-05
B30-2261-05
B30-2019-05
LED
LED
LED(RE/GR)
K3
K2,K3
C1
C2
C3 ,4
C5
C7
CK73HB1A104K
CK73HB1C103K
CK73HB1A104K
CK73HB1H102K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.010UF
0.10UF
1000PF
0.10UF
K
K
K
K
K
C8
C9 ,10
C11
C12 -14
C15
CK73HB1H102K
CK73HB1A104K
CK73HB1H102K
CK73HB1A104K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
0.10UF
1000PF
0.10UF
0.010UF
K
K
K
K
K
C16 ,17
C18
C19
C20
C21 ,22
CC73HCH1H101J
CK73FB0J106K
CC73HCH1H101J
CK73HB1H332K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
10UF
100PF
3300PF
0.010UF
J
K
J
K
K
C23
C24
C26
C27 -30
C31 -33
CC73HCH1H101J
CK73FB0J106K
CK73HB1C103K
CC73HCH1H101J
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
10UF
0.010UF
100PF
0.010UF
J
K
K
J
K
C34
C35
C36
C37 ,38
C39
CK73HB1A104K
CK73HB1C103K
CK73HB1A104K
CK73HB1C103K
CC73HCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.010UF
0.10UF
0.010UF
100PF
K
K
K
K
J
C40 ,41
C43 -48
C49 ,50
C51
C52 -55
CK73HB1A104K
CK73HB1C103K
CK73HB1H102K
CK73HB1A104K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.010UF
1000PF
0.10UF
0.010UF
K
K
K
K
K
C57 ,58
C59 ,60
C61
C62
C65 -69
CC73HCH1H101J
CK73HB1H102K
CC73HCH1H470J
CK73HB1A104K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
1000PF
47PF
0.10UF
1000PF
J
K
J
K
K
C70 ,71
C75
C86
C101
C102-106
CK73HB1A104K
CK73HB1H102K
CK73HB1H471K
CK73HB1C103K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
1000PF
470PF
0.010UF
1000PF
K
K
K
K
K
C107
C108
C110,111
CC73HCH1H330J
CK73HB1H102K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
33PF
J
1000PF K
1000PF K
28
∗
New
Ref. No. Address parts
Parts No.
Description
C112
C113
C114
C116
C118
CC73HCH1H270J
CK73HB1H102K
CC73HCH1H180J
CK73HB1H102K
CK73HB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
27PF
1000PF
18PF
1000PF
470PF
J
K
J
K
K
C120
C121
C122
C123
C124
CC73GCH1H560J
CK73HB1H102K
CC73GCH1H040B
CC73HCH1H101J
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
56PF
1000PF
4.0PF
100PF
1000PF
J
K
B
J
K
C128
C130
C132
C133
C134
CK73HB1H102K
CK73HB1H102K
CK73HB1H102K
CK73GB1E105K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
1000PF
1.0UF
0.010UF
K
K
K
K
K
C135
C136
C137
C138
C139
CK73GB1H102K
CK73HB1H102K
CC73GCH1H330J
CK73GB0J475K
CC73GCH1H390J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
33PF
4.7UF
39PF
K
K
J
K
J
C140
C141
C142
C144
C145
CK73GB1H102K
CC73GCH1H220J
CC73GCH1H680J
CK73GB1H102K
CC73GCH1H270J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
22PF
68PF
1000PF
27PF
K
J
J
K
J
C146
C147
C148
C149
C150
CK73HB1C103K
CC73GCH1H270J
CK73GB1H102K
CC73HCH1H050B
CC73HCH1H100D
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
27PF
1000PF
5.0PF
10PF
K
J
K
B
D
C151
C156
C157
C158-160
C162,163
CC73HCH1H270J
CC73HCH1H050B
CC73HCH1H120J
CK73GB1H102K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
27PF
5.0PF
12PF
1000PF
1000PF
J
B
J
K
K
C166,167
C168,169
C170
C171
C173
CC73HCH1H120J
CC73GCH1H040C
CC73HCH1H120J
CC73HCH1H100D
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
12PF
4.0PF
12PF
10PF
0.010UF
J
C
J
D
K
C174
C176-178
C180,181
C182,183
C184
CK73HB1H102K
CK73HB1H102K
CK73HB1H102K
CC73HCH1H150J
CC73HCH1H180J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
1000PF
15PF
18PF
K
K
K
J
J
C185
C186
C190
C192
C193,194
CK73HB1C103K
CK73HB1H102K
CC73GCH1H050B
CC73GCH1H390J
CC73GCH1H330J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
1000PF
5.0PF
39PF
33PF
K
K
B
J
J
C196,197
C201
C203
C204
C205
CC73GCH1H330J
CK73GB1E105K
CK73HB1A104K
CK73HB1H102K
CC73HCH1H100C
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
33PF
1.0UF
0.10UF
1000PF
10PF
J
K
K
K
C
C206
C207
C208
C210
C212-215
CK73HB1H102K
CC73HCH1H030C
CK73HB1A104K
CK73HB1H102K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
3.0PF
0.10UF
1000PF
1000PF
K
C
K
K
K
Destination
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
C217
C218,219
C220
C221
C222
CK73GB1E105K
CK73HB1H102K
CC73HCH1H060B
CC73HCH1H030C
CC73HCH1H1R5B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
1000PF
6.0PF
3.0PF
1.5PF
K
K
B
C
B
C320
C323
C325
C329
C330
C223
C225
C227
C228
C229
CK73HB1H102K
CC73GCH1H060B
CC73HCH1H150J
CC73HCH1H020C
CC73HCH1H180J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
6.0PF
15PF
2.0PF
18PF
K
B
J
C
J
C230
C231
C232
C233
C235
CK73GB1H102K
CC73HCH1H1R5C
CK73HB1A104K
CC73HCH1H090D
CK73HB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1.5PF
0.10UF
9.0PF
470PF
C236
C237
C238,239
C240
C241
CK73HB1H102K
CK73HB1C223K
CK73HB1H471K
CK73GB0J475K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C242
C243
C244,245
C246
C248
CK73HB1H102K
CK73HB1H471K
CK73HB1A104K
CK73GB1H103K
CC73GCH1H150J
C250
C252
C253-256
C257
C259
Parts No.
Description
CK73HB1A104K
CK73HB1H471K
CK73HB0J105K
CK73HB1H471K
C93-0787-05
CHIP C
0.10UF K
CHIP C
470PF K
CHIP C
1.0UF K
CHIP C
470PF K
CERAMIC 0.1UF 50WV
C331
C333
C334
C335
C336
CK73HB1H102K
C92-0001-05
C92-0519-05
CC73HCH1H101J
CK73EB1H223K
CHIP C
CHIP-TAN
CHIP-TAN
CHIP C
CHIP C
1000PF
0.1UF
1.0UF
100PF
0.022UF
K
35WV
25WV
J
K
K
C
K
D
K
C338
C340
C341
C343
C344-346
CK73HB1H471K
CK73HB1H122K
CK73HB1H102K
C92-0713-05
CK73HB1H471K
CHIP C
CHIP C
CHIP C
CHIP-TAN
CHIP C
470PF
1200PF
1000PF
10UF
470PF
K
K
K
6.3WV
K
1000PF
0.022UF
470PF
4.7UF
0.10UF
K
K
K
K
K
C347
C348
C350
C352
C353
CC73HCH1H560J
CC73HCH1H100D
CK73HB1H182K
CC73HCH1H010C
CC73HCH1H150J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
56PF
10PF
1800PF
1.0PF
15PF
J
D
K
C
J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
470PF
0.10UF
0.010UF
15PF
K
K
K
K
J
C354
C355
C356
C357
C358
CC73GCH1H040B
CC73HCH1H040C
CC73HCH1H0R5B
CC73HCH1H100D
CK73HB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4.0PF
4.0PF
0.5PF
10PF
470PF
B
C
B
D
K
CC73HCH1H270J
CC73HCH1H120J
CK73HB1C103K
CK73HB1A104K
CC73HCH1H470J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
27PF
12PF
0.010UF
0.10UF
47PF
J
J
K
K
J
C359
C360
C361
C362
C363
CC73GCH1H040B
CK73HB1H471K
CC73GCH1H060B
CC73HCH1H080D
CC73GCH1H050B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4.0PF
470PF
6.0PF
8.0PF
5.0PF
B
K
B
D
B
C260
C261
C262
C263
C264
CC73HCH1H080D
CK73HB1H471K
CK73HB1C103K
CC73HCH1H220J
CC73HCH1H820J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
8.0PF
470PF
0.010UF
22PF
82PF
D
K
K
J
J
C364
C365
C366
C367
C368
CC73HCH1H080D
CK73HB1H471K
CC73GCH1H030B
CK73HB1H471K
CC73GCH1H040B
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
8.0PF
470PF
3.0PF
470PF
4.0PF
D
K
B
K
B
C265
C266
C267,268
C270,271
C272,273
CC73HCH1H680J
CK73HB1H102K
CK73HB1A104K
CK73HB1A104K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
68PF
1000PF
0.10UF
0.10UF
0.010UF
J
K
K
K
K
C369
C370
C371,372
C373,374
C375
CK73GB0J475K
CK73HB1H471K
CC73HCH1H0R5B
CK73HB1H471K
CC73HCH1H060D
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4.7UF
470PF
0.5PF
470PF
6.0PF
K
K
B
K
D
C274
C275,276
C277
C278,279
C281-285
CK73FB0J106K
CK73HB1A104K
CC73HCH1H390J
CC73HCH1H151J
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
10UF
0.10UF
39PF
150PF
0.10UF
K
K
J
J
K
C376
C377-383
C384
C385
C386
CC73HCH1H020C
CK73HB1H102K
CK73HB0J105K
CC73HCH1H150J
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
2.0PF
1000PF
1.0UF
15PF
1000PF
C
K
K
J
K
C288
C289
C292,293
C294
C295,296
CK73HB1H102K
CC73HCH1H101J
CK73HB1A104K
CK73HB1H471K
CC73HCH1H470J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
100PF
0.10UF
470PF
47PF
K
J
K
K
J
C387
C388
C389
C390
C391,392
CK73GB1E105K
CK73GB1E153K
CK73GB0J475K
CK73HB1H471K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
0.015UF
4.7UF
470PF
0.10UF
K
K
K
K
K
C301
C302
C304,305
C306
C309
CK73HB1H102K
CC73HCH1H470J
CK73HB1A104K
CC73HCH1H470J
CK73HB1H471K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
47PF
0.10UF
47PF
470PF
K
J
K
J
K
C393
C396,397
C400
C401
C402
CK73HB1H102K
CK73HB1H102K
CK73GB0J475K
CK73HB1H102K
CK73FB0J106K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1000PF
1000PF
4.7UF
1000PF
10UF
K
K
K
K
K
C311
C312
C313
C315,316
C318
CC73HCH1H470J
CK73GB1E105K
CK73HB1H102K
CC73HCH1H101J
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
47PF
1.0UF
1000PF
100PF
0.010UF
J
K
K
J
K
C403
C404
C405
C406
C407
CK73HB0J105K
CK73GB1A105K
CK73GB1E105K
CK73HB1H102K
CK73GB1E105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
1.0UF
1.0UF
1000PF
1.0UF
K
K
K
K
K
∗
Destination
29
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
C499
C505-515
C601
C602-604
C606
CK73HB1H471K
CC73HCH1H101J
CK73HB1A104K
CK73HB1H471K
CK73GB1A105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
470PF
100PF
0.10UF
470PF
1.0UF
K
J
K
K
K
J
K
K
K
6.3WV
C607
C608
C609
C610,611
C612,613
C92-0585-05
CK73GB1A105K
C92-0585-05
CK73HB1H102K
CK73GB1A105K
CHIP-TAN
CHIP C
CHIP-TAN
CHIP C
CHIP C
4.7UF
1.0UF
4.7UF
1000PF
1.0UF
16WV
K
16WV
K
K
0.10UF
1.0UF
0.10UF
1.0UF
0.10UF
K
K
K
K
K
C614,615
C620
C621
C622
C623
∗
CK73HB1A104K
CC73HCH1H101J
CK73GB1C474K
CK73GB0J475K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
100PF
0.47UF
4.7UF
0.10UF
K
J
K
K
K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
150PF
470PF
0.10UF
1.0UF
K
J
K
K
K
C624
C625
C627,628
C629,630
C631
∗
CK73GB1E223K
CK73HB1H102K
CK73GB1C474K
CK73HB1H471K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.022UF
1000PF
0.47UF
470PF
0.10UF
K
K
K
K
K
CK73HB1A104K
CK73FB0J106K
CK73HB1A104K
CK73HB1H102K
CK73GB0J475K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
10UF
0.10UF
1000PF
4.7UF
K
K
K
K
K
C632,633
C638
C639,640
C643
C710-712
CK73HB1H471K
CK73HB1A104K
CK73HB0J105K
CK73HB1A104K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
470PF
0.10UF
1.0UF
0.10UF
0.010UF
K
K
K
K
K
C445
C446
C447
C448
C449
CK73HB0J224K
CK73FB0J106K
CK73HB0J224K
CK73HB1H122K
CC73HCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.22UF
10UF
0.22UF
1200PF
100PF
K
K
K
K
J
C714
C715
C716-722
C750-754
C755
CC73HCH1H101J
CK73HB1A104K
CK73HB1E472K
CK73GB1C474K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
0.10UF
4700PF
0.47UF
0.010UF
J
K
K
K
K
K2,K3
K2,K3
C451
C452
C453
C454
C455
CK73GB0J475K
CK73HB0J105K
CK73HB1A104K
CK73GB0J475K
CC73HCH1H151J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
4.7UF
1.0UF
0.10UF
4.7UF
150PF
K
K
K
K
J
C759-762
C763-765
C766
C767
C768
CK73GB1E105K
CK73HB1E472K
CK73HB1H102K
CK73HB1C103K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
4700PF
1000PF
0.010UF
1000PF
K
K
K
K
K
K2,K3
C456
C457
C458
C459
C460
CK73HB1C103K
CK73GB0J475K
CK73HB1H152K
CC73HCH1H101J
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.010UF
4.7UF
1500PF
100PF
0.10UF
K
K
K
J
K
C769
C770
C801-804
C805-809
C811
CK73HB1C103K
CK73HB1H471K
C92-0821-05
CK73GB1E105K
CK73GB1E105K
CHIP C
CHIP C
TANTALUM
CHIP C
CHIP C
0.010UF K
470PF K
10UF 20WV
1.0UF K
1.0UF K
K2,K3
K2,K3
C461
C462
C463
C465,466
C468
CC73HCH1H101J
CK73HB1A104K
CK73HB0J105K
CK73HB1A104K
CC73HCH1H101J
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
100PF
0.10UF
1.0UF
0.10UF
100PF
J
K
K
K
J
C812
C813
C814-816
C817
C818
C92-0765-05
CK73HB1A104K
CK73HB1H102K
CK73HB1A104K
CK73HB1H102K
TANTALUM
CHIP C
CHIP C
CHIP C
CHIP C
4.7UF 16WV
0.10UF K
1000PF K
0.10UF K
1000PF K
C469
C479
C480
C481,482
C483
CK73HB1A104K
CK73HB1A104K
CC73HCH1H101J
CK73FB0J106K
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
0.10UF
100PF
10UF
1000PF
K
K
J
K
K
C819,820
C821
C822
C823,824
C825
CK73FB0J106K
CC73HCH1H820J
CK73FB0J106K
CK73HB1H102K
CK73FB0J106K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C484
C485
C486
C487
C488-490
CK73HB0J105K
CK73HB1A104K
CK73HB1H102K
CC73HCH1H220J
CK73HB1H102K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
1.0UF
0.10UF
1000PF
22PF
1000PF
K
K
K
J
K
C826
C827
C828
C829
C830
C92-0784-05
CK73HB1A104K
C92-0822-05
CK73HB1C103K
CC73HCH1E181J
TANTALUM
CHIP C
TANTALUM
CHIP C
CHIP C
C491
C492,493
C494
C495,496
C497,498
CK73HB1A104K
CK73FB0J106K
CK73HB1C103K
CK73HB1A104K
CK73GB1E105K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
0.10UF
10UF
0.010UF
0.10UF
1.0UF
K
K
K
K
K
C831
C832
C833-836
C838
C839
CC73HCH1H220J
CK73HB1H471K
CK73GB1E105K
CK73HB1H102K
CK73HB1C103K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C408-410
C411,412
C413
C414
C415
CK73HB1H102K
C92-0784-05
CK73HB0J105K
CC73HCH1H101J
CK73HB1A104K
CHIP C
TANTALUM
CHIP C
CHIP C
CHIP C
C416
C417,418
C419
C420
C421
CC73HCH1H101J
CK73GB0J475K
CK73FB0J106K
CK73HB0J105K
C92-0713-05
CHIP C
CHIP C
CHIP C
CHIP C
CHIP-TAN
100PF
4.7UF
10UF
1.0UF
10UF
C422,423
C424,425
C426
C427
C428
CK73HB1A104K
CK73HB0J105K
CK73HB1A104K
CK73HB0J105K
CK73HB1A104K
CHIP C
CHIP C
CHIP C
CHIP C
CHIP C
C430
C431,432
C433
C434
C436
CK73HB1A104K
CC73HCH1H151J
CK73HB1H471K
CK73HB1A104K
CK73HB0J105K
C437
C438,439
C440-442
C443
C444
30
1000PF K
4.7UF 10WV
1.0UF K
100PF J
0.10UF K
∗
∗
∗
10UF
82PF
10UF
1000PF
10UF
K
J
K
K
K
4.7UF 10WV
0.10UF K
33UF 10WV
0.010UF K
180PF J
22PF
470PF
1.0UF
1000PF
0.010UF
J
K
K
K
K
K2,K3
K2,K3
K2,K3
K2,K3
K2,K3
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
CN7
CN14
CN19
CN101,102
CN408
∗
∗
Parts No.
Description
New
Destination
Ref. No. Address parts
K2,K3
L202
L203
L204
L205
L206,207
L34-4493-05
L41-6885-14
L34-4493-05
L34-4492-05
L40-3975-71
COIL
SMALL FIXED INDUCTOR
COIL
COIL
SMALL FIXED INDUCTOR(39NH)
L210
L211,212
L213
L214
L216,217
L41-4778-14
L39-1272-05
L92-0163-05
L39-1272-05
L41-5685-14
SMALL FIXED INDUCTOR
TOROIDAL COIL
BEADS CORE
TOROIDAL COIL
SMALL FIXED INDUCTOR
L40-6881-37
L40-1885-92
L40-1091-86
L41-1585-14
L41-1085-14
SMALL FIXED INDUCTOR(0.680UH)
SMALL FIXED INDUCTOR(180NH)
SMALL FIXED INDUCTOR(1.0UH)
SMALL FIXED INDUCTOR
SMALL FIXED INDUCTOR
L41-2278-14
L92-0446-05
L40-4795-85
L40-1001-86
L40-2285-92
SMALL FIXED INDUCTOR
BEADS CORE
SMALL FIXED INDUCTOR(4.7UH)
SMALL FIXED INDUCTOR(10UH)
SMALL FIXED INDUCTOR(220NH)
L92-0163-05
L40-2285-92
L41-3985-20
L92-0446-05
L33-1267-05
BEADS CORE
SMALL FIXED INDUCTOR(220NH)
SMALL FIXED INDUCTOR
BEADS CORE
SMALL FIXED INDUCTOR
L40-1875-71
L33-0751-05
L40-1575-71
L40-2285-92
L40-1075-71
SMALL FIXED INDUCTOR(18NH)
SMALL FIXED INDUCTOR
SMALL FIXED INDUCTOR(15NH)
SMALL FIXED INDUCTOR(220NH)
SMALL FIXED INDUCTOR(10NH)
L41-3985-20
L40-2285-92
L40-3975-71
L92-0446-05
L40-4775-71
SMALL FIXED INDUCTOR
SMALL FIXED INDUCTOR(220NH)
SMALL FIXED INDUCTOR(39NH)
BEADS CORE
SMALL FIXED INDUCTOR(47NH)
L40-8275-71
L92-0446-05
L92-0136-05
L92-0408-05
L92-0149-05
SMALL FIXED INDUCTOR(82NH)
BEADS CORE
CHIP FERRITE
CHIP FERRITE
CHIP FERRITE
L92-0140-05
L92-0446-05
L92-0149-05
L92-0408-05
L92-0163-05
CHIP FERRITE
BEADS CORE
CHIP FERRITE
CHIP FERRITE
BEADS CORE
E40-5856-05
E40-6357-05
E40-6431-05
E04-0403-05
E40-6422-05
FLAT CABLE CONNECTOR
PIN ASSY
FLAT CABLE CONNECTOR
PIN SOCKET
SOCKET FOR PIN ASSY
E40-6421-05
E40-5948-05
E40-6431-05
E40-6337-05
E40-6388-05
PIN ASSY
FLAT CABLE CONNECTOR
FLAT CABLE CONNECTOR
FLAT CABLE CONNECTOR
FLAT CABLE CONNECTOR
FLAT CABLE CONNECTOR
SOCKET FOR PIN ASSY
FLAT CABLE CONNECTOR
FLAT CABLE CONNECTOR
PIN SOCKET
L218
L219
L220
L221
L222
L224
L302
L303
L304-307
L308,309
Parts No.
Description
CN601
CN603
CN604
CN751
CN752
∗
CN753
CN901
CN902
CN903
CN904
∗
∗
E40-5664-05
E40-6358-05
E40-6391-05
E40-6053-05
E04-0403-05
F1
F401
F402
∗
∗
∗
F53-0360-05
F53-0372-05
F53-0360-05
FUSE(0.25A)
FUSE(3.15A)
FUSE(0.25A)
CN602
CD201
CF201
CF202
CF203
∗
∗
∗
∗
J19-5386-05
L79-1850-05
L72-1017-05
L72-1009-05
L72-1017-05
HOLDER
TUNING COIL
CERAMIC FILTER
CERAMIC FILTER
CERAMIC FILTER
CF204
∗
L72-1018-05
CERAMIC FILTER
L310
L311
L312
L313
L314
∗
L92-0163-05
L92-0163-05
L92-0446-05
L92-0163-05
L92-0408-05
BEADS CORE
BEADS CORE
BEADS CORE
BEADS CORE
CHIP FERRITE
L315
L316
L317
L318
L319
L92-0163-05
L92-0162-05
L92-0446-05
L92-0446-05
L92-0138-05
BEADS CORE
BEADS CORE
BEADS CORE
BEADS CORE
CHIP FERRITE
L320
L321,322
L323
L324
L325
L92-0161-05
L92-0446-05
L92-0161-05
L92-0446-05
L92-0140-05
BEADS CORE
BEADS CORE
BEADS CORE
BEADS CORE
CHIP FERRITE
L327
L330
L401
L402,403
L404
L41-1085-30
L92-0140-05
L40-5675-92
L40-1863-92
L92-0149-05
SMALL FIXED INDUCTOR
CHIP FERRITE
SMALL FIXED INDUCTOR(56NH)
SMALL FIXED INDUCTOR(1.8NH)
CHIP FERRITE
L405
L406
L601
L602-605
L606,607
L107
L108
L109
L110
L111
L40-3975-92
L40-1575-92
L92-0149-05
L34-4577-05
L34-4650-05
SMALL FIXED INDUCTOR(39NH)
SMALL FIXED INDUCTOR(15NH)
CHIP FERRITE
AIR-CORE COIL
AIR-CORE COIL
L701-703
L701-706
L801
∗
∗
∗
L92-0446-05
L92-0446-05
L33-1462-05
BEADS CORE
BEADS CORE
SMALL FIXED INDUCTOR
∗
∗
L113
L114
L115,116
L118
L119,120
L34-4567-05
L40-2295-85
L34-4576-05
L34-4577-05
L34-4576-05
AIR-CORE COIL
SMALL FIXED INDUCTOR(2.2UH)
AIR-CORE COIL
AIR-CORE COIL
AIR-CORE COIL
L802
L803
X1
X2
X201
∗
∗
L33-1469-05
L33-1462-05
L77-1802-05
L77-1962-05
L77-1961-05
SMALL FIXED INDUCTOR
SMALL FIXED INDUCTOR
CRYSTAL RESONATOR(32768HZ)
VCXO(18.432M)
VCXO(16.8MHZ)
X301
XF201
∗
∗
L77-1960-05
L71-0551-45
VCXO(16.8MHZ)
MCF(49.95MHZ)
L41-8285-14
L92-0446-05
L40-5675-71
L34-4577-05
L34-4492-05
SMALL FIXED INDUCTOR
BEADS CORE
SMALL FIXED INDUCTOR(56NH)
AIR-CORE COIL
COIL
R90-0743-05
R90-0745-05
R90-0743-05
R90-0741-05
MULTIPLE RESISTOR
MULTIPLE RESISTOR
MULTIPLE RESISTOR
MULTIPLE RESISTOR
L1 -3
L5 -8
L9
L10
L13 ,14
L15 ,16
L17 ,18
L19
L22 -24
L25
L26
L27 ,28
L29
L30
L31
L101,102
L103
L104
L105
L106
L121
L122,123
L124
L125,126
L201
∗
∗
∗
∗
∗
∗
∗
∗
∗
K2,K3
K2,K3
CP3
CP6
CP7
CP8 ,9
∗
∗
∗
∗
∗
∗
∗
Destination
K
K2,K3
31
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
CP10-12
CP301,302
R1
R2
R3
R90-0743-05
R90-0741-05
R92-1368-05
RK73HB1J473J
RK73HB1J104J
MULTIPLE RESISTOR
MULTIPLE RESISTOR
CHIP R
0 OHM
CHIP R
47K
J 1/16W
CHIP R
100K
J 1/16W
R75
R76
R77
R78
R79
RK73HB1J474J
RK73HB1J470J
RK73HB1J183J
RK73HB1J474J
RK73HB1J100J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
47
18K
470K
10
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R4 ,5
R6
R7
R8
R9 -11
RK73HB1J473J
RK73HB1J474J
RK73HB1J100J
RK73HB1J104J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
470K
10
100K
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R81
R82
R83
R85
R87
RK73HB1J470J
RK73HB1J102J
RK73HB1J473J
RK73HB1J104J
RK73HB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
1.0K
47K
100K
100K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R12
R13
R14
R15
R16
RK73HB1J124J
RK73HB1J473J
RK73HB1J100J
RK73HH1J224D
RK73HH1J104D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
120K
47K
10
220K
100K
J
J
J
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
R89
R91 -98
R99
R101
R102
RK73HB1J100J
RK73HB1J101J
RK73HB1J474J
RK73HB1J332J
RK73HB1J272J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
100
470K
3.3K
2.7K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R18
R19
R20
R21 ,22
R23
RK73HB1J103J
RK73HB1J473J
RK73HB1J102J
RK73HB1J474J
RK73HB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
47K
1.0K
470K
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R103
R104
R105
R106
R107
RK73HB1J103J
RK73HB1J330J
RK73HB1J331J
RK73HB1J220J
RK73HB1J152J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
33
330
22
1.5K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R24 ,25
R26
R27
R28 -30
R31 ,32
RK73HB1J474J
RK73HB1J104J
RK73HB1J102J
RK73HB1J473J
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
100K
1.0K
47K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R108
R109
R110
R111
R112
RK73HB1J471J
RK73HB1J330J
RK73HB1J331J
RK73HB1J271J
RK73HB1J180J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470
33
330
270
18
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R33 ,34
R35
R36
R37
R38
RK73HB1J473J
RK73HB1J471J
RK73HB1J473J
R92-1368-05
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
470
47K
0 OHM
1.0K
J 1/16W
J 1/16W
J 1/16W
R113
R114
R115
R116
R117
RK73HB1J271J
RK73HB1J101J
RK73GB1J100J
RK73HB1J104J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
270
100
10
100K
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R39
R40
R41
R42
R43
RK73HB1J473J
RK73HB1J102J
RK73HB1J104J
RK73HB1J473J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
100K
47K
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R118
R119,120
R121,122
R123
R124
RK73HB1J104J
RK73EB2HR22F
RK73HH1J154D
RK73HB1J472J
RK73HH1J154D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
0.22
150K
4.7K
150K
J 1/16W
F 1/2W
D 1/1
J 1/16W
D 1/1
R44
R45
R46
R47
R48
RK73HB1J473J
R92-1368-05
RK73HB1J473J
RK73HB1J103J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
0 OHM
47K
10K
470K
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R125
R126
R127-129
R130
R131
RK73GB1J103J
RK73GB1J101J
RK73HH1J154D
RK73HB1J333J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
100
150K
33K
10K
J
J
D
J
J
1/16W
1/16W
1/1
1/16W
1/16W
R49
R50
R51
R52
R54
RK73HB1J102J
RK73HB1J474J
RK73HB1J471J
RK73HB1J102J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
470K
470
1.0K
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R132
R133
R134
R135
R136
RK73FB2A3R3J
RK73HB1J103J
RK73HB1J105J
RK73HB1J473J
RK73HB1J184J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3
10K
1.0M
47K
180K
J
J
J
J
J
1/10W
1/16W
1/16W
1/16W
1/16W
R55
R56
R57
R58
R60
RK73HB1J102J
RK73HB1J470J
RK73HB1J474J
RK73HB1J104J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
47
470K
100K
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R137
R140
R142
R144
R147
RK73HB1J222J
RK73GB1J271J
RK73GB1J271J
R92-1252-05
RK73HB1J183J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
2.2K
270
270
0 OHM
18K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R61
R62
R63
R64
R65
RK73HB1J104J
RK73HB1J471J
RK73HB1J102J
RK73HB1J474J
RK73HB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
470
1.0K
470K
47K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R149
R150
R152
R153
R156
RK73HB1J103J
RK73GB1J272J
RK73HB1J103J
RK73HB1J474J
RK73HB1J272J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
2.7K
10K
470K
2.7K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R66
R68
R71
R72
R74
RK73HB1J104J
RK73HB1J473J
RK73HB1J474J
RK73HB1J470J
RK73HB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
47K
470K
47
47
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R157
R158
R159
R160
R201
RK73HB1J333J
R92-0670-05
RK73HB1J104J
RK73HB1J473J
RK73HB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
0 OHM
100K
47K
47K
J 1/16W
32
J 1/16W
∗
J 1/16W
J 1/16W
J 1/16W
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
RK73HB1J103J
RK73HH1J104D
RK73HH1J274D
RK73HB1J103J
RK73HB1J100J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
100K
270K
10K
10
J
D
D
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R322
R323
R324
R325
R326
RK73HH1J563D
RK73HB1J182J
RK73HB1J103J
RK73HH1J104D
RK73HB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
56K
1.8K
10K
100K
100K
R208
R209
R212,213
R214
R215
RK73HB1J473J
RK73HB1J105J
RK73HB1J103J
RK73HB1J121J
RK73HB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0M
10K
120
1.0M
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R327
R328,329
R330
R331
R334
RK73HB1J222J
R92-1368-05
RK73HB1J474J
R92-1368-05
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
2.2K
J 1/16W
0 OHM
470K
J 1/16W
0 OHM
0 OHM
R216
R217
R218
R219
R220,221
RK73HB1J100J
RK73HB1J473J
RK73HB1J122J
RK73HB1J330J
RK73HB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
47K
1.2K
33
1.0M
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R335
R336
R337
R338
R339
RK73HB1J152J
RK73HB1J560J
RK73HB1J473J
RK73HB1J474J
RK73HB1J220J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.5K
56
47K
470K
22
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R222
R223
R224
R228
R229
RK73HB1J271J
RK73HB1J220J
RK73HB1J271J
RK73HB1J271J
RK73HB1J222J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
270
22
270
270
2.2K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R340
R341
R342
R343
R344
RK73HB1J104J
RK73HB1J221J
RK73HB1J121J
RK73HB1J101J
RK73HB1J224J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
220
120
100
220K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R231
R233
R234
R235
R237
RK73HB1J332J
RK73HB1J222J
RK73HB1J100J
R92-0670-05
RK73HB1J681J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
2.2K
10
0 OHM
680
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R345
R346
R348
R350
R351
RK73HB1J154J
RK73HB1J101J
RK73HB1J102J
RK73HB1J822J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
150K
100
1.0K
8.2K
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R238,239
R240
R241
R242
R243
RK73HB1J470J
RK73HB1J221J
R92-1252-05
RK73HB1J822J
RK73HB1J684J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
220
0 OHM
8.2K
680K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R352
R353
R355,356
R359
R360
RK73HB1J681J
RK73HB1J101J
R92-1368-05
RK73HB1J561J
RK73HB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
680
100
0 OHM
560
47
J 1/16W
J 1/16W
R244
R247
R249
R252
R255
RK73HB1J470J
RK73HB1J102J
RK73HB1J220J
RK73HB1J154J
RK73HB1J153J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47
1.0K
22
150K
15K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R361
R362
R363
R364
R366
RK73HB1J473J
R92-1368-05
RK73HB1J332J
RK73HB1J104J
RK73HB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
0 OHM
3.3K
100K
1.0M
J 1/16W
J 1/16W
J 1/16W
R256
R259
R264
R265
R266
RK73HB1J563J
RK73HB1J272J
RK73HB1J470J
RK73HH1J473D
RK73HH1J104D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
56K
2.7K
47
47K
100K
J
J
J
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
R368
R369
R371
R401-405
R406
RK73HB1J102J
RK73HB1J471J
RK73HB1J474J
RK73HB1J474J
RK73HB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
470
470K
470K
1.0M
J
J
J
J
J
R268
R269
R272
R274
R276
RK73HB1J472J
RK73HB1J104J
R92-1368-05
RK73HB1J470J
RK73HB1J220J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
4.7K
100K
0 OHM
47
22
J 1/16W
J 1/16W
RK73HB1J474J
R92-1368-05
RK73HB1J223J
RK73HH1J154D
RK73HH1J104D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
0 OHM
22K
150K
100K
J 1/16W
J 1/16W
J 1/16W
R407,408
R409
R410
R411
R412
R278
R279-282
R285
R288,289
R294
RK73HB1J332J
RK73HB1J392J
R92-1368-05
RK73HB1J392J
R92-0670-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
3.3K
J 1/16W
3.9K
J 1/16W
0 OHM
3.9K
J 1/16W
0 OHM
R413
R414
R415
R416,417
R418
RK73HB1J103J
R92-1368-05
RK73HB1J223J
RK73HB1J474J
RK73HB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
0 OHM
22K
470K
33K
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R295
R303
R306
R310
R311
RK73HB1J473J
RK73HB1J102J
RK73HB1J101J
RK73HH1J184D
RK73HH1J473D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
1.0K
100
180K
47K
J
J
J
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
R419
R420
R421
R422
R423
RK73HB1J394J
RK73HB1J474J
RK73HB1J224J
RK73HB1J223J
RK73HB1J471J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
390K
470K
220K
22K
470
J
J
J
J
J
RK73HB1J100J
RK73GB1J106J
RK73HB1J333J
RK73HB1J183J
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10
10M
33K
18K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R424
R425
R426
R427
R428
RK73HB1J474J
RK73HB1J182J
RK73HB1J333J
R92-1368-05
RK73HB1J224J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
1.8K
33K
0 OHM
220K
J 1/16W
J 1/16W
J 1/16W
R313-315
R316
R318
R319
R321
∗
∗
D
J
J
D
J
Destination
R202
R203
R204
R205
R207
1/16W
1/16W
1/16W
1/16W
1/16W
J 1/16W
J 1/16W
J 1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
J 1/16W
D 1/1
D 1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
J 1/16W
33
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
Destination
R429
R430
R431
R432
R433
RK73HB1J474J
RK73HB1J333J
RK73HB1J474J
RK73HB1J124J
RK73HB1J100J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
33K
470K
120K
10
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R515
R516
R517
R518
R519
RK73HB1J104J
RK73HB1J124J
RK73HB1J101J
R92-1368-05
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
120K
100
0 OHM
470K
R434
R435
R436
R437
R438
RK73HB1J473J
RK73HB1J474J
RK73HB1J472J
RK73HB1J474J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
470K
4.7K
470K
10K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R520
R521
R522,523
R524
R525,526
R92-1368-05
RK73HB1J104J
RK73HB1J154J
RK73HB1J103J
RK73HB1J104J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
100K
150K
10K
100K
R440
R441
R442
R443
R444
RK73HB1J4R7J
RK73HB1J224J
RK73HB1J472J
RK73HB1J220J
RK73HB1J332J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
4.7
220K
4.7K
22
3.3K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R527
R528
R530
R533,534
R535
RK73HB1J272J
RK73HB1J104J
R92-1368-05
RK73HB1J474J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
2.7K
J 1/16W
100K
J 1/16W
0 OHM
470K
J 1/16W
0 OHM
R445
R446
R447
R448
R450,451
R92-1368-05
RK73HB1J100J
RK73HB1J472J
RK73HB1J104J
RK73HB1J473J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
10
4.7K
100K
47K
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R536
R537
R539
R540-548
R549-551
RK73HB1J105J
RK73HB1J104J
RK73HB1J104J
RK73HB1J470J
RK73HB1J105J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0M
100K
100K
47
1.0M
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R452
R454
R455
R456
R457
RK73HB1J683J
RK73HB1J473J
RK73HB1J184J
RK73HB1J473J
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
68K
47K
180K
47K
1K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R552
R555,556
R557
R559
R561
RK73HB1J103J
RK73HB1J102J
RK73HB1J104J
RK73HB1J100J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
10K
1.0K
100K
10
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R458
R459
R460
R461
R462
RK73HB1J333J
RK73HB1J474J
RK73HB1J473J
RK73HB1J333J
RK73HB1J124J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
33K
470K
47K
33K
120K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R565-568
R570-573
R574,575
R576,577
R578
RK73HB1J102J
RK73HB1J100J
RK73HB1J474J
RK73HB1J100J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
10
470K
10
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
R463
R464
R465
R466,467
R468
RK73HB1J473J
RK73HB1J223J
RK73HB1J393J
RK73HB1J333J
RK73HB1J154J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
22K
39K
33K
150K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R579
R580
R583
R585
R586
RK73HB1J471J
RK73HB1J474J
R92-1368-05
RK73HB1J471J
RK73HB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470
470K
0 OHM
470
10K
J 1/16W
J 1/16W
J 1/16W
J 1/16W
R469
R470
R472
R473
R474
RK73HB1J472J
RK73HB1J124J
R92-1368-05
RK73HB1J474J
RK73HB1J393J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
4.7K
120K
0 OHM
470K
39K
J 1/16W
J 1/16W
R587
R588
R589
R590
R591
RK73HB1J473J
RK73HB1J470J
RK73HB1J103J
RK73HB1J473J
RK73HB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
47K
47
10K
47K
47
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R475
R476
R477
R478
R479
R92-1368-05
RK73HB1J100J
R92-1368-05
RK73HB1J103J
RK73HB1J152J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
10
J 1/16W
0 OHM
10K
J 1/16W
1.5K
J 1/16W
R594,595
R602
R603
R604
R605
RK73HB1J104J
RK73HB1J104J
RK73HB1J470J
RK73HB1J272J
RK73HB1J333J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
100K
47
2.7K
33K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R480
R481
R483,484
R486
R488-490
RK73HB1J474J
RK73HB1J104J
RK73HB1J102J
RK73HB1J102J
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
100K
1.0K
1.0K
1.0K
J
J
J
J
J
R606
R607
R608
R609
R612
RK73HB1J102J
RK73HB1J681J
RK73HB1J102J
RK73HB1J104J
RK73HB1J154J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
680
1.0K
100K
150K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R491-498
R499
R500
R501
R502
RK73HB1J101J
RK73HB1J105J
R92-1368-05
RK73HB1J101J
RK73HB1J471J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
1.0M
0 0HM
100
470
J 1/16W
J 1/16W
K2,K3
J 1/16W
J 1/16W
K2,K3
R613
R614
R616
R617
R618
RK73HB1J184J
RK73HB1J223J
RK73HB1J102J
RK73HB1J154J
RK73HB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
180K
22K
1.0K
150K
47
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
R503
R505
R506
R507
R514
RK73HB1J101J
RK73HB1J102J
RK73HB1J104J
RK73HB1J102J
RK73GB1J103J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
1.0K
100K
1.0K
10K
J
J
J
J
J
K2,K3
R619
R620,621
R622
R623
R624
RK73HB1J273J
RK73HB1J223J
RK73HB1J473J
RK73HB1J223J
RK73HB1J182J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
27K
22K
47K
22K
1.8K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
34
J 1/16W
J 1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
1/16W
J 1/16W
J 1/16W
J 1/16W
J 1/16W
J
J
J
J
1/16W
1/16W
1/16W
1/16W
K2,K3
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
R626
R627,628
R631
R634,635
R637
RK73HB1J182J
RK73HB1J473J
RK73HB1J122J
RK73HB1J105J
RK73HB1J470J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.8K
47K
1.2K
1.0M
47
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
D4 -6
D13 ,14
D101
D105
D106-109
∗
AVRM1005C270M
MA2S111
HVC131
HZU5CLL
HVC131
VARISTOR
DIODE
DIODE
ZENER DIODE
DIODE
R638
R640
R641
R643
R651
RK73HB1J222J
RK73HB1J684J
RK73HB1J105J
RK73HB1J105J
R92-1368-05
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
2.2K
680K
1.0M
1.0M
0 OHM
J
J
J
J
1/16W
1/16W
1/16W
1/16W
D110,111
D202-209
D210
D303,304
D306-311
∗
EZJZ0V500AA
1SV273
HVC131
HVC376B
1SV282
VARISTOR
VARIABLE CAPACITANCE DIODE
DIODE
VARIABLE CAPACITANCE DIODE
VARIABLE CAPACITANCE DIODE
R701-704
R701-716
R717,718
R719,720
R721
RK73HB1J102J
RK73HB1J102J
RK73HB1J474J
RK73HB1J101J
RK73HB1J181J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
1.0K
470K
100
180
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
K2
K3
D312
D313
D314
D401
D402-404
1SV278
MA2S111
DA221
1SR154-400
RB706F-40
VARIABLE CAPACITANCE DIODE
DIODE
DIODE
DIODE
DIODE
R722
R723
R724
R727
R728-730
RK73HB1J101J
RK73HB1J181J
RK73HB1J101J
RK73HB1J102J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100
180
100
1.0K
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
K3
K2,K3
K3
D405
D604
D608,609
D701-704
D701,702
1SS388
NNCD6.8G
1SS388
IMN10
IMN10
DIODE
ZENER DIODE
DIODE
DIODE
DIODE
R731-733
R731-735
R735
R736
R737
RK73HB1J102J
RK73HB1J102J
RK73HB1J102J
RK73HB1J471J
RK73HB1J474J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
1.0K
1.0K
1.0K
470
470K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
K
K2,K3
K
D717-719
D718,719
D720
D801
D802
IMN10
IMN10
DTZ3.9(B)
1SS301
HRB0502A
DIODE
DIODE
ZENER DIODE
DIODE
DIODE
R738
R739
R740
R741-745
R747
RK73HB1J471J
RK73HB1J474J
RK73HB1J222J
RK73HB1J102J
RK73HB1J102J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470
470K
2.2K
1.0K
1.0K
J
J
J
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
DA221
CUS01
DIODE
DIODE
R754
R756
R760-762
R760,761
R763
RK73HB1J474J
RK73HB1J181J
RK73HB1J102J
RK73HB1J102J
RK73HH1J333D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
470K
180
1.0K
1.0K
33K
J
J
J
J
D
1/16W
1/16W
1/16W
1/16W
1/16W
K2,K3
K2,K3
K2,K3
K
K2,K3
RV5C386A
AT2425610TI27
S-80930CNNBG80
MM1522XURE
30625MGP193GP
MOS-IC
ROM IC
MOS-IC
ANALOGUE IC
MICROPROCESSOR IC
R764
R766
R767
R768
R803
RK73HH1J104D
RK73HB1J223J
RK73HH1J223D
RK73HB1J223J
RK73GB1J2R2J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
100K
22K
22K
22K
2.2
D
J
D
J
J
1/16W
1/16W
1/16W
1/16W
1/16W
K2,K3
K2,K3
K2,K3
K2,K3
29LV160BE90PBT
TC7W08FK
320VC5416GGU12
TC74VHCT244AFT
TC7W53FK
ROM IC
MOS-IC
MICROPROCESSOR IC
MOS-IC
HYBRID IC
R804
R805,806
R807
R808
R812
R92-1368-05
RK73GB1J2R2J
R92-1368-05
RK73GB1J4R7J
RK73GB1J100J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
2.2
J 1/16W
0 OHM
4.7
J 1/16W
10
J 1/16W
BU4094BCFV
TC7WH74FK
EX128TQ64I
TC7WU04FK
TA75W01FU
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
R813
R814
R815
R817
R818
R92-1368-05
R92-1252-05
RK73HB1J103J
RK73HB1J224J
RK73HB1J334J
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
0 OHM
0 OHM
10K
220K
330K
J
J
J
J
1/16W
1/16W
1/16W
1/16W
MASWSS0006
TC75W51FK
LMC7101BIM5
SPM5001
TC7W53FK
ANALOGUE IC
MOS-IC
MOS-IC
MOS-IC
HYBRID IC
R819
R825
R826
R827
R828
RK73HB1J124J
RK73HB1J154J
RK73HB1J123J
RK73HH1J334D
RK73HH1J223D
CHIP R
CHIP R
CHIP R
CHIP R
CHIP R
120K
150K
12K
330K
22K
J
J
J
D
D
1/16W
1/16W
1/16W
1/16W
1/16W
TA31137FN
TC7W53FK
TC7WU04FK
LMC7101BIM5
ADF4111BCP7
MOS-IC
HYBRID IC
MOS-IC
MOS-IC
MOS-IC
S64-0406-05
S70-0496-05
LEVER SWITCH
TACT SWITCH
IC304
IC401
IC402
IC403
IC404
UPB1511TB
XC6204B502PR
XC6204B502MR
TC75W51FK
TC7W66FK
BI-POLAR IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MA2S111
NNCD6.8G
DIODE
ZENER DIODE
IC405
IC406
TC75W51FK
AK4550VT
MOS-IC
MOS-IC
S901
S902
D1
D2 ,3
∗
∗
K2,K3
K2,K3
K2,K3
K2,K3
D803,804
D805
IC1
IC2
IC3
IC4
IC5
IC6
IC7
IC8
IC9
IC10
IC11
IC12
IC13
IC14
IC101
IC102,103
IC104
IC201
IC202
IC203
IC204
IC205-207
IC208
IC301
IC303
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
Destination
K3
K2
K3
K,K2
K2,K3
35
TK-5210
PARTS LIST
TX-RX UNIT (X57-6820-XX)
New
Ref. No. Address parts
Parts No.
Description
Destination
New
Ref. No. Address parts
Parts No.
Description
TC75W51FK
TC7W66FK
TC75W51FK
M62364FP
TC75W51FK
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
Q601
Q605
Q606
Q607
Q608
SSM3K15TE
UMG3N
SSM3K15TE
UMC4N
2SB798(DL,DK)
FET
TRANSISTOR
FET
TRANSISTOR
TRANSISTOR
TC7W53FK
MCP41100T
TC7MB3245FK
TC7WB125FK
TC7SBD384AFU
HYBRID IC
ANALOGUE IC
MOS-IC
MOS-IC
MOS-IC
Q609
Q610
Q611
Q612
Q702
2SJ243
SSM3K15TE
2SJ243
SSM3K15TE
SSM3K15TE
FET
FET
FET
FET
FET
LM4906LD
TC75W51FK
TC7W66FK
XC6201P302MR
BU4094BCF
ANALOGUE IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
Q703,704
Q705
Q706
Q801
Q802
SSM6L05FU
2SC4617(S)
2SB798(DL,DK)
TPC6102
SSM5H01TU
FET
TRANSISTOR
TRANSISTOR
FET
FET
LMC7101BIM5
XC6204B332M
XC6209B152M
XC61CC5602NR
XC6365D103M
MOS-IC
MOS-IC
MOS-IC
MOS-IC
MOS-IC
B57331V2104J
THERMISTOR
XC6204B252M
TK11250CUCB
XC9101D09AKR
MOS-IC
MOS-IC
ANALOGUE IC
UM6K1N
2SC5108(Y)
2SC5192
RD01MUS1
SSM3K15TE
FET
TRANSISTOR
TRANSISTOR
FET
FET
∗
RD07MVS1
DTA144EE
SSM3K15TE
2SJ243
EMD9
FET
DIGITAL TRANSISTOR
FET
FET
TRANSISTOR
∗
2SC4617(S)
3SK274∗J
2SK1215(E)
2SC5108(Y)
EMD9
TRANSISTOR
FET
FET
TRANSISTOR
TRANSISTOR
2SK879(GR,Y)
2SC4617(S)
SSM6L05FU
2SJ347
2SK508NV(K52)
FET
TRANSISTOR
FET
FET
FET
2SC5108(Y)
2SC4617(S)
SSM6L05FU
SSM6L05FU
TPC6102
TRANSISTOR
TRANSISTOR
FET
FET
FET
Q404
Q405
Q406
Q407
Q408,409
2SC4738(GR)
2SA1832(GR)
SSM3K15TE
2SJ347
SSM3K15TE
TRANSISTOR
TRANSISTOR
FET
FET
FET
Q410
Q411
Q412
Q415
Q416-418
2SJ347
SSM3K15TE
2SC4617(S)
SSM6L05FU
SSM3K15TE
FET
FET
TRANSISTOR
FET
FET
SSM6L05FU
FET
IC407
IC408
IC409
IC411
IC412
IC413
IC414
IC415
IC416,417
IC501,502
IC601,602
IC603
IC604
IC606
IC701-703
IC704
IC801,802
IC803
IC804
IC805
IC806
IC807
IC808
Q1
Q101
Q102
Q103
Q104
Q105
Q106
Q107
Q110
Q111
Q201
Q202
Q204
Q205
Q209
Q306
Q307
Q308
Q309
Q310,311
Q312-314
Q315
Q316
Q401,402
Q403
Q420
36
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
K2,K3
TH101
∗
∗
Destination
K2,K3
K2,K3
TK-5210
EXPLODED VIEW (TK-5210 K)
B
A
87
13
88
35
39
8
P
A
P
1
1
P
31
75
49
50
Control PCB
(X57 B/5)
97
93
41
86
48
70
83
94
84
66
45
61
51
46
H
67
B
B
9
P
P
2
47
71
P
P
85
J
I
63
P
P
64
29
P
K
5
P
74
59
74
P
14
80
N
43
68
94
50
28
7
P
P
TX-RX PCB
(X57 A/5)
Top PCB
P (X57 C/5)
E
23
22
P
34
42
96
Option PCB
(X57 D/5)
90
60
52
73
62
40
91
37
72
41
4
69
25
30
C
3
C
27
701
F
18
D
54
L
79
700
D
ANT PCB (X57 E/5)
55
26
38
32
53
6
A
B
C
D
E
:N08-0531-04
:N09-2439-15
:N09-2440-05
:N09-2441-05
:N09-2442-05
F
H
I
J
K
:N09-2443-04
:N14-0813-14
:N14-0814-04
:N14-0815-04
:N14-0817-04
L :N19-0682-04
N :N32-2004-46
P :N83-2006-46
12
Parts with the exploded numbers larger than 700 are not supplied.
37
TK-5210
EXPLODED VIEW (TK-5210 K2, K3)
D
C
87
44
11
13
88
3
33
35
8
58
76
1
A
2
10
31
39
P 77
92
75
P
Control PCB
(X57 B/5)
P
82
78
81
50
49
93
95
86
24
48
70
83
94
84
41
66
45
61
97
46
H
67
B
B
9
P
2
P
51
40
P
47
71
P
85
J
I
63
P
P
64
29
P
K
5
P
74
59
74
P
14
80
P
N P
43
68
94
50
28
7
P Top PCB
(X57 C/5)
E
23
22
P
34
42
TX-RX PCB
(X57 A/5)
96
73
62
60
52
40
91
Option PCB
(X57 D/5)
37
72
69
4
41
C
C
3
700
27
701
F
D
19(K2)
D 20(K3)
ANT PCB (X57 E/5)
25
30
54
L
79
55
26
38
32
53
6
12
38
90
Parts with the exploded numbers larger than 700 are not supplied.
A
B
C
D
E
:N08-0531-04
:N09-2439-15
:N09-2440-05
:N09-2441-05
:N09-2442-05
F
H
I
J
K
:N09-2443-04
:N14-0813-14
:N14-0814-04
:N14-0815-04
:N14-0817-04
L :N19-0682-04
N :N32-2004-46
P :N83-2006-46
TK-5210
PACKING
F
E
1
17. INSTRUCTION MANUAL
(B62-1796-00)
15. PAMPHLET
(B59-2390-00)
M. PAN HEAD
MACHINE SCREW
(N30-3008-60) x2
2
16. SUB-INSTRUCTION MANUAL(QRC)
(B59-2393-00)
65. BELT CLIP
(J29-0710-15)
A. DRESSED SCREW(CAP)
(N08-0531-04)
8. CAP(SP/MIC)
(B09-0682-13)
35. RUBBER SHEET(CAP)
(G11-4340-04)
57. ITEM CARTON CASE
(H52-2050-02)
3
702
703
Parts with the exploded numbers larger than 700 are not supplied.
39
TK-5210
ADJUSTMENT
• Key operation
Cotrols
Key
Selector
Function
[Selector]
Volume
Concentric Switch
Display
Test frequency channel up/down Channel No.
[Concentric switch] Channel spacing switching
Wide :"W"
Narrow :"N"
APCO :"A"
C
(Position "A":Wide,
Position "B":Narrow,
A
PTT switch
Universal
connector
MIC
Side 2 key
Side 3 key
Position "C":APCO)
B
Side 1 key
[Lever switch] RF output power switching
Lever switch
Orange key
Low power :"LO"
(_:Low power, -:High power) High power :"HI"
[PTT]
Transmit
-
[Side1]
Squelch level change
Squelch level 0:"SQ.LV0"
Squelch level 1:"SQ.LV1"
(0t1t2t • • • t9t0t1t2t • • • )
Squelch level 9:"SQ.LV9"
6
[Side1] Hold
Squelch off
[Side2]
MSK baud rate change
2400bps:
(1200bps/2400bps)
appears
[Side2] Hold
Compander on/off
On:
[Side3]
Shifts to the Panel tuning mode -
Panel Test Mode (K2 and K3 models only)
[Side3] Hold
LCD all lights
LCD all point appears
For the K model (without LCD), perform "Test mode" using
the KPG-95D.
[Orange]
Beat shift on/off
On:
[A]
Unused
-
■ Test mode operation features
[B]
Unused
-
[C]
Test signaling down
Signaling No.
[D]
Test signaling up
Signaling No.
[0] to [9] and
[#], [*]
Use as the DTMF keypad.
If a key is pressed during transmission,
the DTMF corresponding to the
This transceiver has a test mode. To enter panel test
mode, press and hold the [Side3] and [PTT] keys while
turning the transceiver power on and then the [PTT] key
first. Test mode can be inhibited by programming. To exit
test mode, switch the power on again.
• When the panel test mode is activated, the channel selected with the [Selector] knob and the last used signaling
number are displayed. When it is activated for the first
time, the signaling number is 1.
• If test signaling 20 (Tone Test Pattern) is selected, the result of Bit Error Rate (BER) calculation is shown on the
transceiver LCD. The BER value is also output from the
serial port.
• The APCO and analog modes are switched automatically
by selecting test signaling. When APCO mode is effective, “A” is displayed on the LCD.
icon
icon appears
icon appears
key that was presses is sent.
• LED indicator
Red LED
Green LED
Lights during transmission. Blinks at the low
battery voltage warning.
Lights when there is carrier.
• LCD display in the panel test mode
W: Wide
N : Narrow
A : APCO
LO
W
SQ. LV1
[ None
]
1 -1
Channel No.
Signaling No.
• Filter Mode
Display
40
Condition
Key
W
WIDE (25kHz) Filter
Concentric switch "A"
N
NARROW (12.5kHz) Filter Concentric switch "B"
A
APCO (12.5kHz) Filter
Concentric switch "C"
TK-5210
ADJUSTMENT
■ Frequency and Signaling
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.
Channel No.
RX Frequency
TX Frequency
1
155.10000
155.00000
2
136.10000
136.00000
3
173.90000
173.95000
4
155.00000
155.00000
5
155.20000
155.20000
6
155.40000
155.40000
7~16
-
-
• Test Signaling
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
9
DQT 754I
DQT 754I
Analog
10
DTMF Code "159D"
DTMF Code "159D"
Analog
11
None
DTMF Code "9"
Analog
TX Signaling
12
None
1633Hz Single Tone
Analog
13
2-Tone:
2-Tone:
Analog
14
The transceiver is adjusted in this mode.
For the K model (without LCD), perform "Tuning mode"
using the KPG-95D.
■ Preparations for tuning the transceiver
• Test Frequency (MHz)
Signaling
RX Signaling
No.
1
None
Panel Tuning Mode (K2 and K3 models only)
A : 304.7Hz
A : 304.7Hz
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
Sync : 0x052B
Sync : 0x052B
Data : 0x230960C6AAAA
Data : 0x230960C6AAAA
CRC : 0xC4D7
CRC : 0xC4D7
17
NAC 293
NAC 293
18
NAC 023
NAC 023
APCO
19
NAC 5EA
NAC 5EA
APCO
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
8Ω dummy load and connected to an AC voltmeter and an
audio distortion meter or a SINAD measurement meter at all
times during tuning.
■ To enter the Panel Tuning Mode
Press the [Side3] key in the panel test mode.
Use the [B] key to write tuning data through tuning modes,
and the [C] and [D] keys to adjust tuning requirements (1 to
256 appeares on LCD).
Use the [A] key to select the adjustment item through tuning modes. Use the [Side1] key to adjust 3 or 5 reference level
adjustments, and use the [Concentric switch] to switch between Wide/Narrow/APCO. (Position "A":Wide, Position
"B":Narrow, Position "C":APCO)
• LCD display in the panel tuning mode
W: Wide
N : Narrow
A : APCO
LO
W
Adjustment
item
Balance
NXT SET
256
Adjustment
value(1~256)
APCO
20
1011Hz Tone Test Pattern 1011Hz Tone Test Pattern APCO
21
NAC 293
22
23
Silence Pattern
APCO
NAC 293
Calibration Pattern
APCO
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
41
TK-5210
ADJUSTMENT
• Key operation
Key
[Selector]
• 3 or 5 reference level adjustments frequency
Function
Tuning point
Display
Low
L
136.10000
136.00000
Test frequency channel up/down
[Concentric switch] Channel spacing switching (Position "A": Wide,
Position "B": Narrow, Position "C": APCO)
RX (MHz)
TX (MHz)
Low'
LC
145.60000
145.50000
Center
C
155.10000
155.00000
[Lever switch]
Unused
High
CH
164.60000
164.50000
[PTT]
Transmission. When the battery low voltage is
High '
H
173.90000
173.95000
adjusted, the adjustment value is displayed on the LCD.
[Side1]
To enter 3 or 5 reference level adjustments
[Side2]
Unused
[Side3]
Exit the panel tuning mode and shift to the
panel test mode.
[Orange]
Unused
[A]
Go to the next adjustment item
(The current adjustment data is cleared.)
[A] Hold
Back to the last adjustment item
(The current adjustment data is cleared.)
[B]
Write the new adjustment value to the transceiver.
[C]
Adjustment value down
[D]
Adjustment value up
• Adjustment item and Display (***: 1~256)
No.
42
Adjustment item
Display
Wide/Narrow/APCO Tuning point
1
RX assist voltage
RX V Assist ***
-
5
2
TX assist voltage
TX V Assist ***
-
5
3
RX front-end
RX Front-end ***
-
5
4
2nd local frequency
2nd Lo Freq ***
-
1
5
Frequency
Frequency ***
-
1
6
High power
High Power ***
-
5
7
Low power
Low Power ***
-
3
8
Mic sensitivity
Mic Sense ***
-
1
Note
AF unmute
9
Balance
Balance ***
Wide/Narrow/APCO
W:5/N:1/A:1
10
FM maximum deviation
FM Max Dev ***
Wide/Narrow
W:5/N:1
100Hz Square Wave
11
APCO High deviation
APCO Hi Dev ***
APCO
5
Symbol Rate Pattern
12
QT deviation
QT Dev ***
Wide/Narrow
W:5/N:1
QT : 67Hz
13
DQT deviation
DQT Dev ***
Wide/Narrow
W:5/N:1
DQT : 023N
14
DTMF deviation
DTMF Dev ***
Wide/Narrow
W:1/N:1
DTMF Code : 9
15
Single tone deviation
Tone Dev ***
Wide/Narrow
W:1/N:1
Single Tone : 1633Hz
16
MSK deviation
MSK Dev ***
Wide/Narrow
W:1/N:1
MSK PN Pattern
17
Squelch (Threshold:1)
Squelch (1) ***
Wide/Narrow
W:3/N:1
AF unmute
18
Squelch (Tight:9)
Squelch (9) ***
Wide/Narrow
W:3/N:1
AF unmute
19
RSSI (Reference)
RSSI (Ref) ***
-
3
20
RSSI (-120dBm)
RSSI (-120) ***
-
3
21
RSSI (-70dBm)
RSSI (-70) ***
-
3
22
Battery TX inhibit voltage
Battery ***
-
1
TK-5210
ADJUSTMENT
■ Flow Chart
Panel Test Mode
[Side 3]
RX V Assist
[Side 3]
(Panel Tuning Mode)
[Side 1]
5 reference level
adjustments
3 reference level
adjustments
[Side 1]
TX V Assist
[Side 1]
[Side 1]
[A]
5 reference level
adjustments
C
5 reference level
adjustments
H
Center
[Side 1]
[A]
[A]
RX Front-end
Low
L
[A]
High
[Side 1]
[A]
[A]
3 reference level
adjustments exit
2nd Lo Freq
[A]
Frequency
[A]
High Power
[Side 1]
5 reference level
adjustments
[Side 1]
3 reference level
adjustments
[A]
Low Power
5 reference level
adjustments
L
[A]
LC
Mic Sense
[Concentric SW]A
[Concentric SW]B
[Concentric SW]A
[Side 1]
Balance
Wide
[Concentric SW]B
[Concentric SW]B
[Concentric SW]A
C
[Side 1]
High'
[Side 1]
[A]
5 reference level
adjustments
H
High
[Side 1]
[A]
[Concentric SW]C
5 reference level
adjustments exit
Narrow
[A]
[Side 1]
[Concentric SW]A
CH
APCO
[A]
B,C
FM Max Dev
[Concentric SW]B,C
[Side 1]
APCO Hi Dev
Balance
Narrow
[A]
Wide
Center
[A]
[Side 1]
[A]
Low'
C
[Concentric SW]C
B
[A]
FM Max Dev
[Side 1]
[A]
[A]
Balance
Low
[A]
5 reference level
adjustments
5 reference level
adjustments
[A]
[Concentric SW]A
[Concentric SW]B,C
[Concentric SW]A
QT Dev
[A]
QT Dev
Wide
[A]
DTMF Dev
Tone Dev
MSK Dev
[A]
[Concentric SW]A
B,C
[Concentric SW]A
B,C
[Concentric SW]A
B,C
[Concentric SW]A
B,C
[A]
Narrow
[A]
MSK Dev
Wide
Narrow
[A]
Squelch(1)
Wide
Narrow
[A]
[Side 1]
[Concentric SW]B,C
[Concentric SW]A
Narrow
[A]
[Side 1]
3 reference level
adjustments
B,C
Squelch(9)
Wide
[Concentric SW]A
RSSI(Ref)
Narrow
[A]
Tone Dev
Wide
[A](Hold)
5 reference level
adjustments
DTMF Dev
[Concentric SW]A
Squelch(9)
Narrow
[A]
Wide
[A]
Squelch(1)
DQT Dev
Wide
[A]
5 reference level
adjustments
B,C
[Side 1]
[A]
Narrow
[A]
[Side 1]
[Concentric SW]A
DQT Dev
B,C
[Concentric SW]B,C
3 reference level
adjustments
[Side 1]
3 reference level
adjustments
[Side 1]
3 reference level
adjustments
[Side 1]
3 reference level
adjustments
[A]
RSSI(-120)
[A]
RSSI(-70)
[A]
Battery
[A]
43
TK-5210
ADJUSTMENT
BER (Bit Error Rate) Measurement
C4FM (APCO) Deviation Adjustment
1. The Panel Test Mode is used to measure the BER (Refer
to "Test mode operation features" described on page 40.).
2. Select ”20” for test signaling (Refer to "Test Signaling"
described on page 41.).
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
40.).
4. Select a test frequency (Refer to "Test Frequency" described on page 41.).
1. The TK-5210 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 41.). This test signal has a peak deviation equal to π/2 1800Hz = 2827Hz.
Service Jig
■ Nut wrench
In order to turn the volume nut and the channel selector
nut, use a recommendation tool.
KENWOOD part : W05-1123-00
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”.)
Adjustment Points
MAND
L201
+
E
L202
L205
L204
S
RX BPF
TX-RX UNIT (A/5) : TX-RX section
Component side
TX-RX UNIT (A/5) : TX-RX section
Foil side
+
2nd Lo
CV
S
BPF GND
RX BPF
44
TK-5210
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.
8Ω Dummy Load
Regulated Power Supply
5.
6.
7.
8.
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
Major Specifications
136 to 174MHz
Frequency modulation and external modulation
-127dBm/0.1µV to greater than -47dBm/1mV
50Ω
136 to 174MHz
Vicinity of 10W
136 to 174MHz
10mV to 10V DC
High input impedance for minimum circuit loading
DC through 30MHz
10Hz to 1000MHz
0.2ppm or less
5A
50Hz to 10kHz
1mV to 10V
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. 8Ω, 3W
5V to 10V, approx. 3A
Useful if ammeter equipped
■ The following parts are required for
adjustment
1. Antenna connector adapter
Caution
The antenna connector of this transceiver uses an SMA
terminal.
Use an antenna connector adapter [SMA(f) – BNC(f) or
SMA(f) – N(f)] for adjustment. (The adapter is not provided as
an option, so buy a commercially-available one.)
1. When connecting the plug to the universal connector of
the transceiver, a short circuit may occur. To provent this,
be sure to turn the transceiver POWER switch off.
2. 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.
3. Do not connct an instrument between red or black and
GND.
Note :
When the antenna connector adapter touches the knob,
draw out the knob to mount the connector.
• Universal connector
2. Universal connector
Use the interface cable (KPG-36) for PC tuning or the lead
wire with plug (E30-3287-18) and screw (N08-0535-08) for
panel tuning. Connect the plug to the universal connector of
the transceiver and tighten the screw.
The lead wire with plug (E30-3287-18) and screw (N080535-08) terminals are as follows. Numbers are universal
connector terminal numbers.
GND
EXT ANT
GND
1 : SSW
2 : SP+
3 : SP–
4 : MSW
5 : EMC
6 : ME
7 : PTT
9 : OPT
8 : PF
10 : E
11 : 5M
12 : TXD
13 : RXD
14 : NC
45
TK-5210
ADJUSTMENT
• Panel tuning
How to Remove the Flat Cable
1. Gently draw out both sides of the connector lever uniformly in the direction of the arrow with tweezers.
(CN7, CN19, CN604, CN751, CN752, CN753)
CN19, CN604, CN751: K2 and K3 models only
2 : RED (RX AF OUTPUT)
3 : BLACK (RX AF OUTPUT)
Tweezers
5 : WHITE (MIC INPUT)
SCREW
6 : BROWN (MIC GND)
TUBE
Flat cable
7 : BLUE (PTT SW) GND → ON
8 : YELLOW (PF SW)
10 : BROWN (GND)
Lever
11 : GREEN (5M)
BLU (7)
To transceiver
PTT SW
BRN (10)
Note : Gently push both sides of the connector lever, when
put in the flat cable.
100µ 10V
RED (2)
+
8Ω
AF Voltmeter
Flat-head
screwdriver
+
100µ 10V
BLK (3)
2. Gently rise up the connector lever in the direction of the
arrow with a flat-head screwdriver or tweezers.
(CN603)
WHT
(5) +
10µ 10V
BRN (6)
Audio generator
Flat cable
• PC tuning
Connect the wires to the PCB in the connector case of
interface cable.
For output the wires out of the connector case, need to
process the connector case.
KPG-36
Lever
3. Gently depress the connector lever in the direction of the
arrow with a flat-head screwdriver or tweezers.
(CN902, CN903)
Flat-head
screwdriver
Lever
Remove the
screw
PCB layout
Connector case
8Ω
100µ 10V
+
100µ 10V
AF voltmeter
+
10µ 10V
+
Audio generator
Shield
46
Flat cable
TK-5210
ADJUSTMENT
Common Section
Item
1. Setting
2. Assist
voltage
•RX
Condition
Measurement
TestUnit Terminal
equipment
1) BATT terminal voltage:7.5V
2) SSG standard modulation
[Wide] MOD:1kHz,DEV:3kHz
[Narrow] MOD:1kHz,DEV:1.5kHz
[Panel tuning mode]
Power meter Panel
1) Adj item:[RX V Assist]
DVM
TX-RX
Adjust:[***]
(A/5)
2) Adj item:[L RX V Assist]t
[LC RX V Assist]t[C RX V Assist]t
[CH RX V Assist]t[H RX V Assist]
Adjust:[***]
Press [B] to store the adjustment
value after adjustment.
3) Adj item:[TX V Assist]
Adjust:[***]
4) Adj item:[L TX V Assist]t
[LC TX V Assist]t[C TX V Assist]t
[CH TX V Assist]t[H TX V Assist]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
3. RX Front-end 1) Adj item:[RX Front-end]
adjust
Adjust:[***]
2) Adj item:[L RX Front-end]
Spectrum analyzer setting
Center-f :136.1MHz
Span
:100MHz
RBW
:300kHz
VBW
:100kHz
SWP
:50ms
TG level :-30dBm
XdB/div :10dB
Press [B] to store the adjustment
value after adjustment.
3) Adj item:[H RX Front-end]
Spectrum analyzer setting
Center-f:173.9MHz
Press [B] to store the adjustment
value after adjustment.
ANT
CV
Adjustment
Unit
Panel
Parts
[C],[D]
Method
Change the
adjustment value
within the limit
of the specified
voltage.
Specifications/Remarks
1.88V±0.1V
When adjustihg the assist
voltage in PC tuning mode,
slide the bar to indicate
"VCO Lock Voltage" within
2.0V±0.1V on Meter window.
•TX
4) Adj item:[LC RX Front-end]
Spectrum analyzer setting
Center-f:145.6MHz
Press [B] to store the adjustment
value after adjustment.
Spectrum Panel
analyzer
TX-RX
Tracking
(A/5)
generator
ANT
TX-RX
RX BPF (A/5)
BPF GND
L201
REF 0.0 dBm ATT 10dB A_Write Norm B_Blank
After setting the 10dB/
adjustment value CENTER
136.1 MHz
to 245, adjust coil
to get the waveform
as shown to the RBW
300 kHz
VBW
100 kHz
SWP
right.
50ms
CENTER 136.1 MHz
L202
L204
L205
Panel
[C],[D]
After setting the
adjustment value
to 90, adjust each
coil to get the
highest peak points.
Furthermore, change
the adjustment
values to get the
waveform as shown
to the right.
Change the
adjustment values
to get the waveform
as shown to the
right.
REF 0.0 dBm
10dB/
SPAN 100.0 MHz
ATT 10dB A_Write Norm B_Blank
CENTER
173.9 MHz
RBW
300 kHz
VBW
100 kHz
SWP
50ms CENTER 173.9 MHz
SPAN 100.0 MHz
REF 0.0 dBm ATT 10dB A_Write Norm B_Blank
10dB/
CENTER
145.6 MHz
RBW
300 kHz
VBW
100 kHz
SWP
50ms CENTER 145.6 MHz
SPAN 100.0 MHz
47
TK-5210
ADJUSTMENT
Item
Condition
5) Adj item:[C RX Front-end]
Spectrum analyzer setting
Measurement
TestUnit Terminal
equipment
Spectrum Panel
analyzer
TX-RX
Center-f:155.1MHz
Press [B] to store the adjustment
value after adjustment.
(A/5)
ANT
RX BPF
Adjustment
Unit
Panel
Parts
[C],[D]
Method
Change the
Specifications/Remarks
REF 0.0 dBm ATT 10dB A_Write Norm B_Blank
10dB/
CENTER
adjustment values 155.1 MHz
to get the waveform
as shown to the
RBW
300 kHz
right.
VBW
100 kHz
BPF GND
SWP
50ms
6) Adj item:[CH RX Front-end]
Spectrum analyzer setting
Center-f:164.5MHz
Press [B] to store the adjustment
value after adjustment.
4. 2nd local
adjust
CENTER 155.1 MHz
SPAN 100.0 MHz
REF 0.0 dBm ATT 10dB A_Write Norm B_Blank
10dB/
CENTER
164.5 MHz
RBW
300 kHz
VBW
100 kHz
SWP
50ms CENTER 164.5 MHz
1) Adj item:[2nd Lo Freq]
f.counter
Adjust:[***]
Press [B] to store the adjustment
value after adjustment.
TX-RX
(A/5)
2nd Lo
Panel
[C],[D]
SPAN 100.0 MHz
Change the
50.400MHz ±50Hz
adjustment value
within the limit of
the specified
frequency.
Transmitter Section
Item
1. Frequency
adjust
Condition
1) Adj item:[Frequency]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
2. High power 1) Adj item:[High Power]
adjust
Adjust:[***]
2) Adj item:[L High Power]t
[LC High Power]t[C High Power]t
[CH High Power]t[H High Power]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
3. Low power 1) Adj item:[Low Power]
adjust
Adjust:[***]
2) Adj item:[L Low Power]t
[C Low Power]t[H Low Power]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
4. MIC
1) Adj item:[Mic Sense]
sensitivity
Adjust:[***]
check
AG:1kHz/150mV at MIC terminal
PTT:ON
Press [B] to store the adjustment
value after adjustment.
48
Measurement
TestUnit Terminal
equipment
f.counter
Panel
ANT
Adjustment
Unit
Panel
Parts
[C],[D]
Power meter
Ammeter
Deviation Panel
meter
Oscilloscope
AG
AF VTVM
ANT
Panel
Universal
connector
[C],[D]
Method
Specifications/Remarks
Center frequency Note:After replacing the
±50Hz
VCXO(X201) align frequency.
4.8W
+0.2W/-0.1W
2.0A or less
1.0W
±0.2W
1.4A or less
15mV
±3.5mV
TK-5210
ADJUSTMENT
Item
Condition
5. DQT balance 1) Adj item:[W Balance]
adjust
Adjust:[***]
•Wide
Deviation meter filter
(Concentric SW:A)
LPF:3kHz
HPF:OFF
2) Adj item:[WL Balance]t
[WLC Balance]t[WC Balance]t
[WCH Balance]t[WH Balance]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
3) Adj item:[N Balance]
(Concentric SW:B)
•APCO
(Concentric SW:C)
6. Max DEV
adjust
•Wide
(Concentric SW:A)
•Narrow
(Concentric SW:B, C)
7. APCO high
deviation
adjust
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
4) Adj item:[A Balance]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
1) Adj item:[W FM Max Dev]
Adjust:[***]
AG:1kHz/150mV at MIC terminal
Deviation meter filter
LPF:15kHz
HPF:OFF
2) Adj item:[WL FM Max Dev]t
[WLC FM Max Dev]t[WC FM Max Dev]t
[WCH FM Max Dev]t[WH FM Max Dev]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
3) Adj item:[N FM Max Dev]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
1) Adj item:[A APCO Hi Dev]
Adjust:[***]
Deviation meter filter
LPF:3kHz
HPF:OFF
2) Adj item:[AL APCO Hi Dev]t
Measurement
TestUnit Terminal
equipment
Deviation Panel
meter
Oscilloscope
AG
AF VTVM
Adjustment
Unit
ANT
Panel
Universal
connector
Parts
[C],[D]
Method
Specifications/Remarks
Make the
demodulation
waves into
square waves.
4.0kHz
±50Hz
(According to the
large +, -)
2.0kHz
±50Hz
(According to the
large +, -)
2827Hz
2771~2883Hz
[ALC APCO Hi Dev]t[AC APCO Hi Dev]t
[ACH APCO Hi Dev]t[AH APCO Hi Dev]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
49
TK-5210
ADJUSTMENT
Item
Condition
8. QT deviation 1) Adj item:[W QT Dev]
adjust
Adjust:[***]
•Wide
Deviation meter filter
(Concentric SW:A)
LPF:3kHz
HPF:OFF
2) Adj item:[WL QT Dev]t
[WLC QT Dev]t[WC QT Dev]t
[WCH QT Dev]t[WH QT Dev]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
3) Adj item:[N QT Dev]
(Concentric SW:B,C)
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
9. DQT
1) Adj item:[W DQT Dev]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:3kHz
(Concentric SW:A)
HPF:OFF
2) Adj item:[WL DQT Dev]t
[WLC DQT Dev]t[WC DQT Dev]t
[WCH DQT Dev]t[WH DQT Dev]
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
3) Adj item:[N DQT Dev]
(Concentric SW:B, C)
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
10.DTMF
1) Adj item:[W DTMF Dev]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:15kHz
(Concentric SW:A)
HPF:OFF
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
2) Adj item:[N DTMF Dev]
(Concentric SW:B, C)
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
50
Measurement
TestUnit Terminal
equipment
Power meter Panel
Deviation
meter
Oscilloscope
AG
AF VTVM
Adjustment
Unit
ANT
Panel
Universal
connector
Parts
[C],[D]
Method
Specifications/Remarks
0.75kHz
±50Hz
0.375kHz
±50Hz
0.75kHz
±50Hz
0.375kHz
±50Hz
3.0kHz
±50Hz
1.5kHz
±50Hz
TK-5210
ADJUSTMENT
Item
Condition
11.Single tone 1) Adj item:[W Tone Dev]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:15kHz
(Concentric SW:A)
HPF:OFF
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
2) Adj item:[N Tone Dev]
(Concentric SW:B, C)
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
Measurement
TestUnit Terminal
equipment
Power meter Panel
Deviation
meter
Oscilloscope
AG
AF VTVM
12.MSK
1) Adj item:[W MSK Dev]
deviation
Adjust:[***]
adjust
Deviation meter filter
•Wide
LPF:15kHz
(Concentric SW:A)
HPF:OFF
PTT:ON
Press [B] to store the adjustment
value after adjustment.
•Narrow
2) Adj item:[N MSK Dev]
(Concentric SW:B, C)
Adjust:[***]
PTT:ON
Press [B] to store the adjustment
value after adjustment.
13.BATT
1) Adj item:[Battery]
Power meter Panel
TX inhibit
Adjust:[***]
DVM
voltage
PTT:ON
adjust
14.BATT
TX inhibit
voltage
Check
[Panel test mode]
1) CH-Sig:1-1
BATT terminal voltage:6.0V
PTT:ON
BATT terminal voltage:5.8V
PTT:ON
Adjustment
Unit
ANT
Panel
Universal
connector
ANT
Panel
BATT
terminal
Parts
[C],[D]
Method
Specifications/Remarks
3.0kHz
±50Hz
1.5kHz
±50Hz
3.0kHz
±50Hz
1.5kHz
±50Hz
After pressing the BATT terminal voltage:5.8V
PTT switch, confirm
that one predetermined
numeric in the range
1 to 256 appears and
then press [B] key.
That numeric will be
stored in memory.
Check
The transceiver can
transmit and the red
LED blinking.
The transceiver cannot
transmit.
51
TK-5210
ADJUSTMENT
Receiver Section
Item
Condition
1. AF level
Setting
[Panel test mode]
1) CH-Sig:1-1
SSG output:-47dBm(1mV)
(MOD:1kHz/±3kHz)
2. Sensitivity 1) CH-Sig:1-1
Check
SSG output:-118dBm(0.28µV)
•Wide
(MOD:1kHz/±3kHz)
(Concentric SW:A) 2) CH-Sig:2-1
3) CH-Sig:3-1
•Narrow
4) CH-Sig:1-1
(Concentric SW:B)
SSG output:-118dBm(0.28µV)
(MOD:1kHz/±1.5kHz)
5) CH-Sig:2-1
6) CH-Sig:3-1
3. RSSI
[Panel tuning mode]
reference
1) Adj item:[RSSI(Ref)]
adjust
Adjust:[***]
2) Adj item:[L RSSI(Ref)]t
[C RSSI(Ref)]t[H RSSI(Ref)]
Adjust:[***]
SSG output:12dB SINAD level -3dB
(MOD:1kHz/±3kHz)
4. Squelch
1) Adj item:[W Squelch(1)]
(Threshold)
Adjust:[***]
adjust
2) Adj item:[WL Squelch(1)]t
•Wide
[WC Squelch(1)]t[WH Squelch(1)]
(Concentric SW:A)
Adjust:[***]
SSG output:12dB SINAD level -3dB
(MOD:1kHz/±3kHz)
•Narrow
3) Adj item:[N Squelch(1)]
(Concentric SW:B, C)
Adjust:[***]
SSG output:12dB SINAD level -4dB
(MOD:1kHz/±1.5kHz)
52
Measurement
TestUnit Terminal
equipment
SSG
Panel
DVM
AF VTVM
Dummy load
SSG
AF VTVM
Oscilloscope
Adjustment
Unit
ANT
Panel
Universal
connector
Parts
Volume
Knob
Method
Turn the Volume 0.63V±0.1V
Knob to obtain
0.63V AF output.
Check
Panel
Specifications/Remarks
12dB SINAD or more
After input
signal from SSG,
press [B] key.
That numeric
will be stored
in memory.
After input
signal from SSG,
press [B] 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 level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
2) CH-Sig:2-1
SSG 12dB SINAD level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
3) CH-Sig:3-1
SSG 12dB SINAD level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
After adjusting SQL,
check SQL open/Close.
[Panel test mode]
1) CH-Sig:1-1
SSG 12dB SINAD level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
2) CH-Sig:2-1
SSG 12dB SINAD level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
3) CH-Sig:3-1
SSG 12dB SINAD level
-1.5dB:Open
SSG -130dBm(0.07µV):Close
TK-5210
ADJUSTMENT
Item
Condition
Measurement
TestUnit Terminal
equipment
5. Squelch
1) Adj item:[W Squelch(9)]
SSG
Panel
(Tight)
Adjust:[***]
AF VTVM
adjust
2) Adj item:[WL Squelch(9)]t Oscilloscope
•Wide
[WC Squelch(9)]t[WH Squelch(9)]
(Concentric SW:A) Adjust:[***]
SSG output:12dB SINAD level +6dB
(MOD:1kHz/±3kHz)
Adjustment
Unit
ANT
Panel
Universal
connector
Parts
Method
After input
signal from SSG,
press [B] key.
That numeric
will be stored
in memory.
7. RSSI
(-70dBm)
adjust
8. BER
1) Adj item:[RSSI(-120)]
Adjust:[***]
2) Adj item:[L RSSI(-120)]t
[C RSSI(-120)]t[H RSSI(-120)]
Adjust:[***]
SSG output:-120dBm(0.22µV)
(MOD:1kHz/±3kHz)
1) Adj item:[RSSI(-70)]
Adjust:[***]
2) Adj item:[L RSSI(-70)]t
[C RSSI(-70)]t[H RSSI(-70)]
Adjust:[***]
SSG output:-70dBm(70.8µV)
(MOD:1kHz/±3kHz)
[Panel test mode]
Digital
After adjusting SQL,
check SQL open/close.
[Panel test mode]
1) CH-Sig:1-1
SSG 12dB SINAD level
+8dB:Open
SSG 12dB SINAND level
:Close
2) CH-Sig:2-1
SSG 12dB SINAD level
+8dB:Open
SSG 12dB SINAD level
:Close
3) CH-Sig:3-1
SSG 12dB SINAD level
+8dB:Open
SSG 12dB SINAD level
:Close
After adjusting SQL,
check SQL open/close.
[Panel test mode]
1) CH-Sig:1-1
SSG -112dBm(0.562µV):Open
SSG -116dBm(0.35µV):Close
2) CH-Sig:2-1
SSG -112dBm(0.562µV):Open
SSG -117dBm(0.32µV):Close
3) CH-Sig:3-1
SSG -112dBm(0.562µV):Open
SSG -117dBm(0.32µV):Close
•Narrow
3) Adj item:[N Squelch(9)]
(Concentric SW:B, C)
Adjust:[***]
SSG output:12dB SINAD level +6dB
(MOD:1kHz/±1.5kHz)
6. RSSI
(-120dBm)
adjust
Specifications/Remarks
After input
signal from SSG,
press [B] key.
That numeric
will be stored
in memory.
Check
5% or less
(Bit Error Rate) 1) CH-sig:1-20
radio
check
SSG output:-118dBm(0.28µV) tester
(C4FM)
(1011Hz Tone Test Pattern)
53
A
1
B
C
TK-5210
D
E
F
G
H
I
J
PC BOARD
2
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 A/5)
3
C205
C255
S
G
D
Q204
C366
C487
C278
R252 C279 R256
C275 R268 C289
C288
C260
L320
L324
C370
C284
C237
C261
13
24
IC204
R278
6 1
Q209
R259
C281
C240
C241
R295
4 3
12
R288
C270
C273
R249
C272
C274
L221
R243
R244
R242
R238 C262
R241
C254
C293
R409
C489
C292
C409
C236 RX BPF
D208
L204
C170
D206
C222
L120
C263
C264
C238
C230
C277
C295
C265
C296
S
L211
C225
R223
R255
L222
R228
R222
R224
L202
C163
C220
C169
L203
C168
MAIN
L119
L126
C171 C167
C166
C221
7
C196
C197
C162
C194
L125
L210
L212
D204
R229
C181
L
L3
C294
C218
C180
C193
L220
Q205
C266
R276
R247 R285
C232
1
R218
C235
L224
C259
6
C215
C214
C208
R215
4 3
IC202
6 1
4
3
1 6
IC103
1 6
IC102
3 4
C217
2 3
D205
UNIV
R219
R216
C159
R213
R212 C212
C158
C239
Q202
1 4
C213
R217 R214
C210
C219
L219
+
L401
C244
C233
D202
L118
C229
C231 L206
L207 C228
C227
L214
D401
C488
C401
L213 R234 C243
R209
C245
R237
C252
R240
C256
C267
C257
R289 C268
L201
D203
R207
C156 C157
5
L218
C206
C207
R208
D108
L115
C151
L216
R235
R272
R144
C147
C145
C148
L116
C150
C149
D109
L217
R294
4
C253
R239
C250
C248
C246
R159 C204
R342 C376
R346
C378
C375 L325 R330
XF201
L205
J72-0926-19 A/5
9
Ref. No. Adress Ref. No. Adress Ref. No. Adress Ref. No. Adress Ref. No. Adress
10
11
12
13
54
14
IC2
IC9
IC10
4R
4P
3P
IC405
IC406
IC407
8N
7M
7L
Q201
Q202
Q204
8L
6C
4I
Q412
D13
D14
8Q
3M
3O
D304
D306
D307
5K
4L
6K
IC11
IC13
IC102
4Q
4N
6B
IC408
IC409
IC411
6Q
8M
6P
Q205
Q209
Q310
7H
7J
4K
D108
D109
D202
4B
4C
5D
D308
D309
D310
4L
4L
6K
IC103
IC201
IC202
6B
8K
6E
IC412
IC413
IC415
7P
5Q
7R
Q311
Q313
Q404
5K
4K
8P
D203
D204
D205
5D
6D
6D
D311
D312
D401
5K
5K
4H
IC203
IC204
IC208
8I
6I
7K
IC416
IC417
IC501
5S
4R
6Q
Q405
Q406
Q407
8P
7O
8N
D206
D207
D208
8D
8D
8D
D402
D403
D404
8O
8O
7Q
IC403
IC404
8P
7N
IC502
Q1
7S
7Q
Q408
Q411
8O
7N
D209
D303
8D
4L
D405
8Q
5
4
IC203
1
8
CF201
C223
D209
8
R220
R221
D207
X201
C271
CF202
J
K
L
M
N
O
P
Q
R
S
TK-5210
PC BOARD
1
2
D14
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 A/5)
1
4
IC10
D404
C431
C432
1
4
8
1
8
IC416
4
5
C491
C4
R60
R4
R2
4
1
8
IC417
4
5
IC2
9
8
5
IC11
1
R447
5
L25
R78
L26
C55
R567
R77
6
R589
CN14
SB2 26
TXI
RXEO
OPT2
MAN DOWN
DI/ANI
5A
AO
AGND
OPT5
OPT4
TXD1
OPT3 2
R565
C70 R588
R61
R534
C496
11
10
7
C71
R591
IC415
20
4 3
R18
R590
5 1
IC502
5 1
R530
R587
25 OPT6
RXEI
TXO
INH
TCONT
STON
AGND
AI
DGND
USEL
NC
RXD1
1 OPT1
R446
R480
R66
Q412
R436
C494
R524 R521
C468 R507
R506 R481
R431 C437 R441 C445
C419
R412
C454
C457
R472
R549
24
R515
C417
Q404
8
1
IC403
4
5
C418
Q405
C422
C423 D403
R413
1 6
Q1
3 4
C495
R63
R57
R64
R568
R566
4
5
IC408
1
8
R583
IC501
C460
4 3
1
IC411
R457
R552
C479
D402
R505
L30
C426
R411
C498
R518
C62
C443 C447 R452
R448 R445
C444 R444
D405
C515 R443
R476 C466
8
1
IC413
4
5
10
R65
R548
R547
R546
C482
13
C481
5
4
IC412
1
8
C480
R536
G
D
S
Q408
R421 R469 C427
R432 C424 R424
R478
C456
R414
R516
R475
R586
IC9
R550
R514
C469
16
11
20
1
C47
R418
5
4
IC405
1
8
C497
R551
C452 R459
C413
R430
R419 R410
C416 C414
R522
R416
Q406
G
D
S
Q407 S
D
G
R466 R467
C462
R540 C433 R557
C430 R434
9
R543
Q411
S
D
R435
G
R433
C428
8
L406
IC406
C492
1
8
IC409
4
5
R427
5
4
IC404
8
1
R523
R417 R420 R520
R535
C415
R542
R544
R541
E
C461
R468
R470
R499
C463
C425
R473
R462
R460
C400
1
C440
C439
C493
R465
C459
R464
R201
Q201
C203
C465
R437
C436 C441 R440
C448
C271
CF202
R456
R455
4
3
R202
IC201
1
R205
5
C449
C201
C451
C438
R204
C446
C455
R458 R461
4
5
IC407
8
1
R203
R274
C281
CD201
R463
C458
1
8
IC208
4
5
R269
R259
6 1
Q209
4 3
R295
C240
R451
16
R264
R545 C453
C285
R474
R479
C484
C485
12
R89
R454
R450
3
R76
R72
R74
C45
R58
C43
C334
R81
+
C333
C316
C340
L307
+
R49
32
R323
R331
D304
L304
33
17
R327
R52
L24
C41
C48
C336
L310
C345
C338
16
D307
R278
L23
R54
C341
L306
L309
D309
D308
C359
L314
C358
R87
R355
R329
D311
C356
C350
L324
C370
R337
L316
L320
C361
D312
MAND
IC13
C315
Q311
D
C284
C368
C372
G
D306
C347
C34
48
1
R55
C354
D310
L305
C366
S
L312
R339
R555
R556
49
L308
L311
R345
G
D
L318
L322
7
S
Q310
Q313
C371 R341
R342 C376
R346
C378
C375 L325 R330
C374
64
C363
8
R539
D303
L321
5
C46
3
L27 C36
R580 R579
R594
D13
R595
R79
C44
1
C442
R442
R477
C511
8
C512
C513
R426 C434 R438 C510
R415
9
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
10
Foil side
11
12
13
55
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
K
L
M
N
O
P
PC BOARD
Q
R
S
TK-5210
PC BOARD
1
2
2
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 A/5)
D14
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 A/5)
1
4
C418
Q405
8
1
IC403
4
5
C431
C432
8
1
8
IC416
4
5
C491
C4
8
R60
R4
R2
4
1
8
IC417
4
5
IC2
9
5
IC11
1
R447
5
L25
R78
L26
C55
R567
R77
6
R589
CN14
SB2 26
TXI
RXEO
OPT2
MAN DOWN
DI/ANI
5A
AO
AGND
OPT5
OPT4
TXD1
OPT3 2
R565
C70 R588
R61
R534
C496
11
10
7
C71
R591
IC415
20
4 3
R18
R590
5 1
IC502
5 1
R530
R587
25 OPT6
RXEI
TXO
INH
TCONT
STON
AGND
AI
DGND
USEL
NC
RXD1
1 OPT1
R446
R480
C454
D404
1
4
R505
L30
C426
R411
R66
Q412
R436
C419
C417
Q404
R413
R412
C479
D402
C457
R472
C494
R524 R521
5
4
IC412
1
8
C468 R507
R506 R481
R431 C437 R441 C445
R515
R457
R552
C413
C481
1 6
Q1
3 4
C495
R63
R57
R64
R568
R566
4
5
IC408
1
8
R583
IC501
C460
4 3
R549
24
13
R417 R420 R520
R535
C415
R523
R516
C480
C422
C423 D403
G
D
S
Q408
R421 R469 C427
R432 C424 R424
R478
C456
R414
C498
R518
C62
C443 C447 R452
R448 R445
C444 R444
D405
C515 R443
R476 C466
8
1
IC413
4
5
10
IC411
1
R550
R514
C469
R475
R551
C452 R459
R536
R419 R410
C416 C414
R418
5
4
IC405
1
8
Q407 S
D
G
R540 C433 R557
C430 R434
9
C462
Q406
G
D
S
R430
C461
R468
R470
R499
C463
C425
R473
1
8
IC409
4
5
R522
R416
Q411
S
D
R435
G
R433
C428
8
C439
R427
5
4
IC404
8
1
L406
IC406
C436 C441 R440
C492
C440
C438
1
C400
R543
R454
R450
16
R462
R460
C465
R437
C497
R586
IC9
C484
C485
12
E
16
11
20
R65
R548
R547
R546
R58
C43
R89
C493
R465
C459
R464
R201
Q201
C451
C448
C271
C203
R456
R455
4
3
R202
IC201
5
1
R205
5
4
IC203
1
8
C201
R545 C453
R204
CF202
C482
R76
R72
R74
R81
C334
C45
R466 R467
J72-0926-19 A/5
32
C446
C455
R458 R461
4
5
IC407
8
1
R203
R274
R463
C458
1
8
IC208
4
5
R269
R259
6 1
Q209
4 3
R295
CD201
C281
C240
R451
R474
R479
C48
C336
+
R52
L24
C41
R49
1
C47
L311
+
C333
C316
C340
L307
17
R327
C449
CF201
33
R323
R331
D304
L304
16
R542
R544
R541
13
C241
L23
R54
C341
L306
L309
D309
C359
Q310
D308
C371 R341
L314
C372
C368
C358
L310
C345
R355
R264
R278
L205
D209
R220
R221
D207
C223
R87
C315
C338
MAND
IC13
D307
X201
8
D306
R329
D311
L316
C356
C350
C284
R337
C366
L320
C361
D312
C34
48
1
R55
C354
C347
49
L308
Q311
L324
C370
12
C270
C293
L221
R339
R555
R556
IC204
R288
C292
R249
C272
C267
C257
R289 C268
R409
C489
R243
R244
R242
R238 C262
R241
C254
D
D310
L305
C255
S
G
D
Q204
C487
C278
R252 C279 R256
C275 R268 C289
C288
C260
C237
C261
24
C263
C264
C409
C236 RX BPF
D208
L204
C170
D206
C222
L120
G
G
C285
C273
C230
C238
R223
C295
C265
C296
S
L211
C225
C169
R345
S
C277
S
L318
L322
R255
L222
R228
R222
R224
L202
C163
C220
L203
MAIN
C168
C166
L119
L126
C171 C167
C221
7
C196
C197
C162
C194
L125
L210
L212
D205
D204
R229
C181
Q313
L312
C294
C218
C180
C193
L220
L224
C374
D
Q205
C266
R276
R247 R285
C232
1
R218
C235
C259
6
C215
C214
C208
R215
4 3
IC202
6 1
4
3
1 6
IC103
1 6
IC102
3 4
C217
2 3
R216
UNIV
R219
C239
Q202
1 4
C159
R213
R212 C212
C158
C213
R217 R214
C210
C219
L219
+
C274
C244
C233
D202
L118
C229
L401
C227
L214
C231 L206
L207 C228
C245
R237
C252
R240
C256
D401
C488
C401
L213 R234 C243
R209
R207
C156 C157
5
D203
C206
C207
R208
C151
R235
R272
L115
L216
L218
L201
D109
R144
C147
C148
L116
C150
C149
C145
D108
4
L217
C246
R294
C253
R239
C250
C248
R342 C376
R346
C378
C375 L325 R330
C205
R159 C204
64
C363
IC10
R539
D303
L321
3
8
C46
5
D13
R594
C44
R595
R79
XF201
L27 C36
R580 R579
3
1
C442
R442
R477
C511
8
C512
C513
R426 C434 R438 C510
R415
9
9
Component side
Ref. No. Adress Ref. No. Adress Ref. No. Adress Ref. No. Adress Ref. No. Adress
IC2
4R
IC405
8N
Q201
8L
Q412
8Q
D304
5K
IC9
4P
IC406
7M
Q202
6C
D13
3M
D306
4L
10
11
12
IC10
IC11
IC13
3P
4Q
4N
IC407
IC408
IC409
7L
6Q
8M
Q204
Q205
Q209
4I
7H
7J
D14
D108
D109
3O
4B
4C
D307
D308
D309
6K
4L
4L
IC102
IC103
IC201
6B
6B
8K
IC411
IC412
IC413
6P
7P
5Q
Q310
Q311
Q313
4K
5K
4K
D202
D203
D204
5D
5D
6D
D310
D311
D312
6K
5K
5K
IC202
IC203
6E
8I
IC415
IC416
7R
5S
Q404
Q405
8P
8P
D205
D206
6D
8D
D401
D402
4H
8O
IC204
IC208
IC403
6I
7K
8P
IC417
IC501
IC502
4R
6Q
7S
Q406
Q407
Q408
7O
8N
8O
D207
D208
D209
8D
8D
8D
D403
D404
D405
8O
7Q
8Q
IC404
7N
Q1
7Q
Q411
7N
D303
4L
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
10
Foil side
11
12
13
13
54
14
55
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
PC BOARD
2
R318
C397 R364
R336
C346
L315 C355 L319 R344
C352 L317 C362 C367
4 3
Q401
6 1
R402
C486
C402
R406
1 4
IC4
2 3
R403
C490
R407
R326
C403
4 3
Q402
6 1
C276
6 1
C392 Q420
4 3
C86
4
R401
3
R408
Q416 S
D
G
R371
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC1
7B
IC207
8K
Q107
7Q
Q403
8G
D6
7N
IC3
7B
IC301
3I
Q110
6R
Q409
7D
D101
4L
12
13
56
14
R335
C305 R343
Q312
R313 L302 C373
Q403
9
11
Q307
R361
C
R
C318 R359
J72-0926-19 A/5
10
D313
C365
G
Q309 D
L313
S
Q315
R316
R340
1 6
Q308
3 4
C330
C360
5
4
R328 R334 D314 R311 C390
IC414
C309
C302
C335 R325 R321
R324
C24
L17
C
X301
6
1
L29
49
C388
C389
C8
C404
R489
R488
R490
R483
R486
R484
L405
1
R423
L402
C421 +
R503
R497
R498
R496
C507 C506 C505
C508
C344
4 3
Q316
6 1
C353
C357
C364
L323
C33
C52
C21
R39
R28
R30
R29
50
2
G
D
S
Q410
L403
R492
R493
R494
R495
C509
R501
R517 R491
CN408
GND
MICE
PWR
15V
SB1
+B
+B
+B
+B
LRST
28M
PSW
INAPC
EXSW
33M
33M
33A
33A
25D
15D
15D
5M
5M
LCDV
DGND
R428
GND
WR
RD
D7
D6
D5
D4
D3
D2
D1
D0
GND
1 LCS
14 AO
C514
8
5
L18
GND
MIC
SP+
SP+
SP–
SP–
AF
VOL
CLK
GND
KIN
EXAFC
KES
DAT
TGL0
TGL2
TGL1
CH A
CH B
CH C
CH D
PTT
NC
OE
DGND
R429
C499
C3
CN19
Q409
G
D
S
C387
C313 R368
R363
L303
6
Q306
S
G
D
C343 +
R366
R322
R502
L404
C18
1
1 4
IC3
2 3
C22
C10
R6
R9
R533
R11
L1
R8
C420
R422
R425
C5
R31
R13
C2
L22
C7
10
C9 R3
C11
C61
5
IC1
R7
R14
L2
R10
R5
C1
R306
C369
R338
C320 C301
R314
R303
IC303
1
C312
1
10
C331
C26
R36
5
11
20
CP6
R12
R1
6
7
15
16
3
IC301
C391
1
C12
CP301 CP302
4
C348
C396
R319 C323 R315
C53
C32
R37
C31
R43
IC7
C54
39
38
IC8
R42
R99
R68
CV 128
C311
C306
R62
R51
R22
C35
R21
R44
R46
R19
R45
L9
IC5
8
1
C14
L10
5
C15
8
IC6
CP3
1
65
64
5
L28
C325 R369
R574
R56
R573
C40
IC14
4
R34
R571
8
CP10 CP7
R33
5
R575
R561 R83
R26
R559 R577
R572 R576
R527
Q418
S
D
G
4
1
R310
8
IC12
R24
R23
X1
6
L8
L7
L6
L5
R20
L3
C50
X2
102
103
R98
R97
R96
R95
R94
R93
R92
R91
R537
R15
R16
C49
CP12 CP11
1
R47
R48
5
R526
CP8 CP9
C13
D1
4
R85
R25
R75
R528
C37
C329
R50 R578
C38
4
3
C51
R570
L19
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 A/5)
IC4
IC5
IC6
7I
5C
4F
IC303
IC304
IC401
5H
5K
7L
Q111
Q306
Q307
7Q
7H
4J
Q410
Q415
Q416
8D
6L
8G
D105
D106
D107
7Q
4T
4T
IC7
IC8
IC12
4E
6F
3E
IC402
IC414
Q101
6K
4H
4L
Q308
Q309
Q312
4I
4J
6J
Q417
Q418
Q420
7P
4C
8H
D110
D111
D210
7S
6S
4L
IC14
IC101
IC104
4E
7P
8P
Q102
Q103
Q104
4M
4N
7Q
Q314
Q315
Q316
5L
4J
5I
D1
D2
D3
4B
7N
7N
D313
D314
4J
4I
IC205
IC206
8K
8K
Q105
Q106
5O
7Q
Q401
Q402
7J
7J
D4
D5
8O
8O
J
K
L
M
N
O
P
Q
R
S
TK-5210
PC BOARD
1
2
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 A/5)
BPF GND
C139
C137
L113
C190
C141
L114
C146
L110
R265
C17
L13
D5
R266
C16
8
1
IC104
4
5
R150
R147
L122
S
D
G
Q106
7
C138
L121
R137
D105
6
C160
R119
C178
R153
C177 Q107 C176
C185
S
D
G
6 1
C173
C132 R134 Q417
S C136
D
R136
G R525
Q110
S
D
G
CN102
L123
R160
G Q104
D
S
R121
R118
R120
8
R124
C123
R127
C130 R133
1
R122
4
IC101
5
R135 R129 R128
CN7
C121
R149
R152
Q111
4 3
C140
R157
C144
C122
L108
R131
L106
D106
D107
C120
S Q103
R117
D6
SP+
SP–
MSW/CTS
EMC
MICE
PTT
REM
RTS1
5M
TXD
RXD
E
1 DSR
C57
R27
C68
R82
C67
R281
R280 C282
C30
R585
C69
C23
C75
R71
C19
R142
D111
C133
D4
R41
C20
C408
+ C411
F1
L31
R140
L109
C134
C128
14 SSW
C27
L15
1
CF203
C135
TH101
L14
R35
C65
D2
2nd Lo
S
C283
5
C186
R156
R123
D3
C407
3
D
G
C114
C113
L104
R114
R125
F402
C59
R40
C66
R38
C60
R32
R404 C483
4
R282
R279
C276
8
1
IC205
4
5
C124
R115
C29
C412
4
CF204
R403
C490
L107
C192
L111
D
MAIN
R402
C486
C118
R126
Q105
G
C28
+
5
1
8
IC206
4
5
R132
C116
C39
L16
5
C142
R130
IC401
1
8
IC207
4
5
L105
C111
R405
C406
IC402
3
R111
R113
R107
R108
R109
C108
Q101
R231
C242
R519 R500
4
UNIV
1
402
4 3
Q401
6 1
C110
Q314
C405
C403
4 3
Q402
6 1
L102
+
C410
344
367
R110
R350
R352
R158
C112 R112
L103
C383
1
Q102
3 2
R233
C385 R356
C386
R353
L327
4
F401
1 6
Q415
3 4
Q312
C381
C304
C380
C379
R360
L330
R351
C377
X301
C384
C382
R348
C393
3 4
R366
C388
1 6
IC304
R362
D210
C107
C105 L101
C183
R106 R105
L124
C106 C182 C174
D101
C102
C101
R102
R104
C104
Q307
R361
C387
R103
C184
C103
R101
D313
G
Q309 D
L313
S
Q315
C343 +
R335
R318
3
D110
CN101
R116
8
C58
RX BPF
19 A/5
9
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
10
Foil side
11
12
13
57
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
K
L
M
N
O
P
PC BOARD
Q
R
S
TK-5210
PC BOARD
1
2
2
BPF GND
C141
C190
L114
C146
C144
L110
R265
C17
D5
R266
C16
8
1
IC104
4
5
R150
R147
L122
S
D
G
Q106
7
C138
L121
R137
D105
6
C160
R119
C178
R153
C177 Q107 C176
C185
S
D
G
6 1
C173
C132 R134 Q417
S C136
D
R136
G R525
Q110
S
D
G
CN102
L123
R160
G Q104
D
S
R121
R118
R120
8
R124
C123
R127
C130 R133
1
R122
4
IC101
5
R135 R129 R128
CN7
C121
R149
R152
Q111
4 3
C140
R157
D6
SP+
SP–
MSW/CTS
EMC
MICE
PTT
REM
RTS1
5M
TXD
RXD
E
1 DSR
L13
R27
C68
R82
C67
D106
D107
L113
C122
L108
R131
L106
C30
R585
C69
C23
C75
R71
C19
R142
D111
C133
C57
R41
C20
C408
+ C411
F1
R140
L109
C134
C128
14 SSW
C27
L31
R281
R280 C282
C135
TH101
R156
R123
L15
R282
C186
D4
R35
C65
1
CF203
5
L14
2nd Lo
S
C283
C139
C137
C120
S Q103
R117
F402
C59
R40
C66
R38
C60
R32
D2
3
R115
R130
R404 C483
4
D
G
C114
R114
C124
D3
C412
4
C407
C276
8
1
IC205
4
5
L107
C192
L111
D
C29
+
5
1
8
IC206
4
5
C118
R126
Q105
G
C28
R405
C406
IC402
5
C142
R132
C116
C39
L16
1
CF204
R279
R402
C486
R371
C113
C111
C405
1
8
IC207
4
5
L105
R125
+
R519 R500
4
L104
C110
1 6
Q415
3 4
R352
3
R111
R113
R107
R108
R109
C108
Q101
C107
C105 L101
C183
R106 R105
L124
C106 C182 C174
R231
C242
L102
IC401
R403
C490
R407
R406
4 3
Q401
6 1
R110
Q314
C402
C8
2
R350
C353
C357
C364
L323
4 3
Q402
6 1
3
R158
C112 R112
L103
C383
C403
R326
C102
C101
R102
R104
C104
D101
C386
R353
C381
R351
R348
R362
L327
1
Q102
R233
C410
L315 C355 L319 R344
C352 L317 C362 C367
1 4
IC4
2 3
6 1
C392 Q420
4 3
C86
R408
Q416 S
D
G
C377
C304
C380
C379
R360
L330
4
R401
3
1 6
IC304
3 4
X301
C384
C382
4
F401
C385 R356
R335
Q307
D313
R361
5
R318
C365
G
Q309 D
L313
S
Q315
R316
R340
1 6
Q308
3 4
C330
C360
C397 R364
C389
C305 R343
Q312
R313 L302 C373
R336
C346
C309
C302
C335 R325 R321
R324
C24
L17
C393
Q403
L29
49
D210
C388
6
1
R489
R488
R490
R483
R486
R484
L405
L402
L403
1
R423
4 3
Q316
6 1
C318 R359
C348
C396
R319 C323 R315
C33
C52
C21
R39
R28
R30
R29
50
2
G
D
S
Q410
R328 R334 D314 R311 C390
4
C344
C404
GND
MICE
PWR
15V
SB1
+B
+B
+B
+B
LRST
28M
PSW
INAPC
EXSW
33M
33M
33A
33A
25D
15D
15D
5M
5M
LCDV
DGND
R428
C421 +
R503
R497
R498
R496
C507 C506 C505
C508
L303
6
L18
CN408
GND
MIC
SP+
SP+
SP–
SP–
AF
VOL
CLK
GND
KIN
EXAFC
KES
DAT
TGL0
TGL2
TGL1
CH A
CH B
CH C
CH D
PTT
NC
OE
DGND
R429
C499
R501
R517 R491
R492
R493
R494
R495
C509
C514
8
14 AO
GND
WR
RD
D7
D6
D5
D4
D3
D2
D1
D0
GND
1 LCS
CN19
Q409
G
D
S
C387
C313 R368
R363
R322
R502
R9
R533
C10
R11
L1
C9 R3
C11
C61
C3
1 4
IC3
2 3
C22
C18
1
C2
L22
C7
C5
R8
R6
L404
IC1
10
R13
C420
R422
R425
7
R7
R14
L2
X1
R1
R10
R5
C1
R31
C343 +
R366
5
Q306
S
G
D
R103
C184
C103
R101
R306
C369
R338
C320 C301
R314
R303
IC303
1
C312
1
10
C331
C26
R36
5
11
20
CP6
R12
5
15
16
3
IC301
MAIN
6
CP301 CP302
4
C391
1
C12
8
C53
R43
C32
C31
R37
IC7
C54
L9
39
38
IC8
R42
R99
R68
CV 128
C311
C306
R62
R51
R22
C35
R21
R44
R46
R19
R45
IC5
IC414
1
5
C15
8
1
L10
CP3
R24
R23
IC6
C14
5
65 L28
64
C325 R369
R574
R56
R573
C40
IC14
4
R34
R571
8
CP10 CP7
R33
5
R575
R561 R83
R26
R559 R577
R572 R576
IC12
4
1
CP8 CP9
3
R310
8
UNIV
6
L8
L7
L6
L5
R20
L3
C50
X2
102
103
R98
R97
R96
R95
R94
R93
R92
R91
R537
R15
R16
C49
CP12 CP11
Q418
S
D
G
R527
R48
5
R526
1
R47
C13
D1
4
R85
R25
R75
R528
C37
C329
R50 R578
C38
4
3
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 A/5)
C51
R570
L19
TX-RX UNIT (X57-6820-XX) (A/5) : TX-RX section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 A/5)
D110
CN101
R116
8
C58
RX BPF
J72-0926-19 A/5
9
9
Component side
Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address
IC1
7B
IC207
8K
Q107
7Q
Q403
8G
D6
7N
10
11
12
IC3
IC4
IC5
7B
7I
5C
IC301
IC303
IC304
3I
5H
5K
Q110
Q111
Q306
6R
7Q
7H
Q409
Q410
Q415
7D
8D
6L
D101
D105
D106
4L
7Q
4T
IC6
IC7
IC8
4F
4E
6F
IC401
IC402
IC414
7L
6K
4H
Q307
Q308
Q309
4J
4I
4J
Q416
Q417
Q418
8G
7P
4C
D107
D110
D111
4T
7S
6S
IC12
IC14
IC101
3E
4E
7P
Q101
Q102
Q103
4L
4M
4N
Q312
Q314
Q315
6J
5L
4J
Q420
D1
D2
8H
4B
7N
D210
D313
D314
4L
4J
4I
IC104
IC205
IC206
8P
8K
8K
Q104
Q105
Q106
7Q
5O
7Q
Q316
Q401
Q402
5I
7J
7J
D3
D4
D5
7N
8O
8O
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
10
Foil side
11
12
13
13
56
14
57
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
PC BOARD
TX-RX UNIT (X57-6820-XX) (B/5) : Control section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 B/5)
2
S4
D
S5
3
D706
R756
D713
R723
3
4
S3
C
D723
5
S6
2
S2
B
D705
R719
6
6 INT MIC–
MIC+
SP+
SP+
SP–
SP–
D709
CN603
INT
INT
INT
INT
1 INT
7
S7
1
S1
A
R721
8
J72-0926-19 B/5
TX-RX UNIT (X57-6820-XX) (C/5) : Top section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 C/5)
9
10
Ref. No. Address
D901
11
S901
12
D901
S902
13
J72-0926-19 C/5
58
14
13B
J
K
L
M
N
O
P
Q
PC BOARD
R
S
TK-5210
1
2
Ref. No. Address
D705
7I
S8
6
S6
2
S16
#
D712
D716
S11
9
D708
S5
3
S9
5
D706
D707
D708
4I
6K
4K
D709
D711
D712
7G
6M
4M
D713
D715
D716
4G
6L
4L
D723
5G
3
4
5
S15
0
D707
S12
8
D711
R722
D715
R719
R720
R724
6
7
S10
4
S13
7
S14
*
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
8
Foil side
9
10
TX-RX UNIT (X57-6820-XX) (D/5)
: Option section
-10 : K -11 : K2 -12 : K3
Component side view
(J72-0926-19 D/5)
OPT3 2
1 OPT1
TXD1
RXD1
OPT4
NC
OPT5
NC
AGND
DGND
NC
NC
5A
AGND
DI/ANI
STON
TCONT MANDOWN
INH
OPT2
TXO
RXEO
RXEI
TXI
SB2 26
25 C3
S7
1
CN901
TXD1
RXD1
J72-0926-19
D/5
TX-RX UNIT (X57-6820-XX) (E/5)
: ANT section
-10 : K -11 : K2 -12 : K3
Component side view
(J72-0926-19 E/5)
11
J72-0926-19 E/5
12
13
59
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
K
L
M
N
PC BOARD
O
P
Q
PC BOARD
R
S
TK-5210
1
TX-RX UNIT (X57-6820-XX) (B/5) : Control section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 B/5)
2
2
Ref. No. Address
D705
7I
S4
D
S8
6
S5
3
S16
#
S11
9
D712
D708
4
D716
D706
R756
D713
R723
3
S3
C
D723
5
S6
2
4I
6K
4K
D709
D711
D712
7G
6M
4M
D713
D715
D716
4G
6L
4L
D723
5G
3
4
5
S15
0
S12
8
D707
S2
B
D711
D705
R719
R722
D715
R724
6
R720
6
S9
5
D706
D707
D708
6 INT MIC–
MIC+
SP+
SP+
SP–
SP–
D709
CN603
7
INT
INT
INT
INT
1 INT
7
S7
1
S10
4
S13
7
S14
*
S1
A
R721
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
8
J72-0926-19 B/5
8
Foil side
TX-RX UNIT (X57-6820-XX) (C/5) : Top section
-10 : K -11 : K2 -12 : K3 Component side view (J72-0926-19 C/5)
9
9
10
10
D901
11
13B
1 OPT1
OPT3 2
RXD1
TXD1
NC
OPT4
NC
OPT5
DGND
AGND
NC
NC
AGND
5A
STON
DI/ANI
TCONT MANDOWN
INH
OPT2
TXO
RXEO
RXEI
TXI
SB2 26
25 C3
Ref. No. Address
TX-RX UNIT (X57-6820-XX) (D/5)
: Option section
-10 : K -11 : K2 -12 : K3
Component side view
(J72-0926-19 D/5)
CN901
S901
TXD1
12
RXD1
J72-0926-19
D/5
TX-RX UNIT (X57-6820-XX) (E/5)
: ANT section
-10 : K -11 : K2 -12 : K3
Component side view
(J72-0926-19 E/5)
11
J72-0926-19 E/5
12
D901
S902
13
13
J72-0926-19 C/5
58
14
59
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
PC BOARD
TX-RX UNIT (X57-6820-XX) (B/5) : Control section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 B/5)
2
3
Q702
G
D
S
R729
R624
D609
C629
R643
R760
C764
C606
R619
L603
R727
R728
R709
R706
9
8
9
8
R730
D704
D717
D718
D719
D702
4 3
Q703
6 1
R737
R705
R713
R708
R711
R716
R715
R714
R743
R732
L703
4 3
Q704
6 1
R707
9
R702
8
R703
R704
5
8
S
D
G
Q612
L702
C763
1
Q610
S
D
G
R635
10
R641
1 5
Q607
3 4
C625
R627
R628
1
8
IC604
4
5
R614 C631
C638
R637
R603
C624
C615
5
IC602
R701
IC808
4
1
1
6
L802
Q801
6
C612
TP909
R826
3
4 3
Q802
5 1
R745
D720
R731
C835
4
R740
C714
R828
C831
R827
S
D
G
Q611
C607 +
B
C Q608
Q609
S
D
G
+
4
D701
R733
R734
IC703
IC702
C640
C834
R739
Q705
C812
C833
S
D
G R651
Q601
E
C Q706
B
4
R817
C817
L602
R638
C610
R631
D801
R813
TP906 TP910
3
5
IC805
1
+ C804
R613
C620
C627
R620 R622
C832
C830
C838
C715
TP913
R819 R818
R626
1
8
IC603
4
5
50
3 2
R604 Q605
R602 R605
C628
E
TP914
C821 C827
+ C803
TP911
5 1
Q606
G
D
S
C839
R808
R804
+ C828
R607
R606
TP901
L801
7
C601
4
R712
4
5
C808
C829
R803
R807
R805
R806
C805
3
3
4
1
5
3
1
IC806
4
5
IC802
4
1
3
5
IC801
1
C806
D803
IC807
C807
+ C801
5
C815
C823
C622
R744
C816
R617
TP908
L601
C814
C820
5
1
C809
C825
IC803
C822
3
3 2
4 1
C819
R815
C818
+ C802
6
C602
D805
C824
IC804
4
C826
TP904
R710
TP903
C604
D804
R618
C623
R612
R640
D604
D703
TP907
R621
C621
C639
1
TP905
4
C630
R762
2
CN604
5
R764
R763 C770
49
IC704
R623
1
L706
CN601
GND
MICE
PWR
15V
SB1
+B
+B
+B
+B
LRST
28M
FSW
INAFC
ECSW
33M
33M
33A
33A
25D
15D
15D
5M
5M
LCDV
DGND
AO 1
GND
WR
NC
D7
D6
D5
D4
D3
D2
D1
D0
GND
LCS 14
3
C769
GND
MIC
SP+
SP+
SP–
SP–
AF
VOL
CLK
GND
KIN
EXAFC
KES
DAT
TGL0
TGL2
TGL1
CH A
CH B
CH C
CH D
PTT
NC
OE
DGND
TP912
IC701
3
IC606
5
1
D802
R814
R812
8
C836
R825
L803
R735
C813
D608
C811
1
16
L701
16
C712
C711
1
16
1
C710
J72-0926-19 B/5
TX-RX UNIT (X57-6820-XX) (C/5) : Top section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 C/5)
9
10
13
J72-0926-19 C/5
60
14
36M 1
2 S36M
GND
VOL
33M
TGL2
CH A
TGL1
C
CH D 11
CN902
CH B
12 CH C
GND 1
CH B
2 CH A
CH D
CH C
TGL0
S36M
36M
33M
TGL1
TGL2
TXLED
BLED
ORG
16 KIN
12
CN903
VOL
GND 17
11
J
K
L
M
N
O
P
Q
PC BOARD
R
S
TK-5210
1
2
Ref. No. Address Ref. No. Address Ref. No. Address
IC601 4M
Q601
4I
D608
8J
IC602
5I
Q605
5F
D609
4J
C630
4
C608
TP701
1
6
C614
R761
R760
C764
IC601
C753
R608
R609
L705
R634
10
C752
C754
C751
C761
C750
R766
C759
L704
S
D
G
Q612
C611
C613
CN752
L702
C763
L605
+ C609
L604
R635
C760
C762
5
LRST
AO
WR
33M
D0
D1
D2
D3
D4
D5
D6
D7
GND
GND
NC
33M
Vout
NC
NC
NC
NC
NC
NC
VR
C755
V0
V1
V2
V3
1 V4
R754
C766
R768
NC 1
L MIC
MICE
C716
GND
CH A
C717
CH B
CH C
C718
CH D
36M
C719
S36M
33M
C720
TGL0
C721
TGL1
TGL2
C722
BLED
TXLED
C765
ORG
VOL
C767
L KEY
GND 20
C768
R767
Q610
S
D
G
C606
R643
S
D
G
1
D609
3 4
609
S
D
G
R641
C629
7
30 LCS
R624
CN751
R738
1
R616
C603
L607
L606
C632
5F
4I
5G
D701
D702
D703
7I
6I
6H
IC701
IC702
IC703
7H
7G
7F
Q609
Q610
Q611
4J
4J
4J
D704
D717
D718
6H
6G
6G
IC704
IC801
IC802
2H
5C
4C
Q612
Q702
Q703
4J
6I
6J
D719
D720
D801
6F
6F
5E
IC803
IC804
IC805
5D
4B
6C
Q704
Q705
Q706
7J
6E
6E
D802
D803
D804
8C
4G
3G
IC806
IC807
IC808
5D
4E
7E
Q801
Q802
D604
7C
7D
3I
D805
4G
4
5
6
7
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
TP902
D608
Component side
–
8
Foil side
9
10
TX-RX UNIT (X57-6820-XX) (E/5)
: ANT section
-10 : K -11 : K2 -12 : K3
Foil side view (J72-0926-19 E/5)
11
J72-0926-19 E/5
AGND
OPT3
DGND
OPT4
OPT2
OPT1
SB2
MDWN
TCNT
C3
TXI
RXEI
DI
STON
TXO
RXEO
TX-RX UNIT (X57-6820-XX) (D/5)
: Option section
-10 : K -11 : K2 -12 : K3
Foil side view (J72-0926-19 D/5)
12
CN904
AGND
5
CN753
3
IC606
5A
C640
4
C643
R704
Q606
Q607
Q608
CN602
R703
3H
4I
7J
+
OPT5
R702
C633
INH
R701
R742
PF2 1
PF3
L KEY1
L PTTG
L PTT
PF1 6
4 3
Q704
6 1
R707
R717 R736
4 3
Q703
6 1
R747
R718
R730
R706
R737
R741
IC603
IC604
IC606
3
J72-0926-19 D/5
13
61
14
A
1
B
C
TK-5210
D
E
F
G
H
I
J
K
L
M
N
O
PC BOARD
P
Q
PC BOARD
R
S
TK-5210
1
TX-RX UNIT (X57-6820-XX) (B/5) : Control section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 B/5)
2
2
Q702
G
D
S
C608
C614
R760
C764
1
10
IC601
TP701
R761
R634
6
NC 1
L MIC
MICE
C716
GND
CH A
C717
CH B
CH C
C718
CH D
36M
C719
S36M
33M
C720
TGL0
C721
TGL1
TGL2
C722
BLED
TXLED
C765
ORG
VOL
C767
L KEY
GND 20
C768
C753
R608
R609
L705
C754
C752
5
LRST
AO
WR
33M
D0
D1
D2
D3
D4
D5
D6
D7
GND
GND
NC
33M
Vout
NC
NC
NC
NC
NC
NC
VR
C755
V0
V1
V2
V3
1 V4
C751
C761
C611
C613
CN752
+ C609
9
8
IC703
IC702
IC701
R814
5
1
R812
C836
L607
L606
C603
–
C811
1
16
16
C712
C711
1
16
Q606
Q607
Q608
5F
4I
5G
D701
D702
D703
7I
6I
6H
IC701
IC702
IC703
7H
7G
7F
Q609
Q610
Q611
4J
4J
4J
D704
D717
D718
6H
6G
6G
IC704
IC801
IC802
2H
5C
4C
Q612
Q702
Q703
4J
6I
6J
D719
D720
D801
6F
6F
5E
IC803
IC804
IC805
5D
4B
6C
Q704
Q705
Q706
7J
6E
6E
D802
D803
D804
8C
4G
3G
IC806
IC807
IC808
5D
4E
7E
Q801
Q802
D604
7C
7D
3I
D805
4G
4
5
6
7
Component side
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
TP902
D608
L701
3H
4I
7J
3
+
CN753
3
IC606
R616
C813
L604
L605
4
C640
4
R734
R717 R736
R703
D701
R733
R738
IC603
IC604
IC606
CN602
8
R702
C633
PF2 1
PF3
L KEY1
L PTTG
L PTT
PF1 6
9
4 3
Q704
6 1
R707
R742
C643
8
4 3
Q703
6 1
R747
R718
R706
R730
D702
R737
D704
D717
D718
R741
L703
R704
R825
L803
C759
C762
L704
S
D
G
Q612
R735
8
C760
C632
R727
R728
R709
R705
R710
R712
R713
R708
R711
R716
R743
R715
R744
R714
R732
D720
R731
R745
E
C Q706
9
+
D802
R766
30 LCS
R624
L603
R754
C766
R768
L702
C763
1
D609
C629
R643
IC602
10
R767
Q610
S
D
G
R635
C612
5
R729
C615
B
C610
6
CN751
C606
1
8
IC604
4
5
C607 +
5
8
S
D
G
Q611
R641
1 5
Q607
3 4
C625
R627
R628
C624
C638
R637
R614 C631
R619
R603
1
8
IC603
4
5
50
R631
S
D
G R651
Q601
Q609
S
D
G
R701
IC808
1
1
6
L802
Q801
R638
C627
R620 R622
TP909
R826
3
4 3
Q802
5 1
R740
C714
C835
4
R613
C620
L602
C Q608
D719
4
C834
R739
Q705
R828
C831
R827
C812
C833
3
5
IC805
1
TP906 TP910
R817
C817
R626
C832
C830
C838
C715
TP913
R819 R818
+ C804
L601
3 2
R604 Q605
R602 R605
D801
B
TP914
C821 C827
+ C803
TP911
5 1
Q606
G
D
S
C839
R813
R804
+ C828
R607
R606
C628
E
L801
7
C601
4
TP901
R808
R803
R807
R805
C808
C829
3
4
IC803
4
5
1
IC806
5
3
1
C805
R806
C806
D803
IC807
C807
+ C801
C622
4
5
IC802
4
1
3
5
IC801
1
C815
C823
+ C802
5
C820
5
1
C809
C825
C814
R617
TP908
3
C822
3
3 2
4 1
C819
R815
C818
C816
6
C602
D805
C824
IC804
4
C826
TP904
Ref. No. Address Ref. No. Address Ref. No. Address
IC601 4M
Q601
4I
D608
8J
IC602
5I
Q605
5F
D609
4J
D604
D703
TP903
D804
R618
C623
R612
R640
C639
1
TP905
TP907
R621
C621
C604
4
C750
3
C630
R762
2
CN604
5
R764
R763 C770
49
IC704
R623
1
L706
CN601
GND
MICE
PWR
15V
SB1
+B
+B
+B
+B
LRST
28M
FSW
INAFC
ECSW
33M
33M
33A
33A
25D
15D
15D
5M
5M
LCDV
DGND
AO 1
GND
WR
NC
D7
D6
D5
D4
D3
D2
D1
D0
GND
LCS 14
3
C769
GND
MIC
SP+
SP+
SP–
SP–
AF
VOL
CLK
GND
KIN
EXAFC
KES
DAT
TGL0
TGL2
TGL1
CH A
CH B
CH C
CH D
PTT
NC
OE
DGND
TP912
1
C710
J72-0926-19 B/5
8
Foil side
TX-RX UNIT (X57-6820-XX) (C/5) : Top section
-10 : K -11 : K2 -12 : K3 Foil side view (J72-0926-19 C/5)
9
9
10
10
TX-RX UNIT (X57-6820-XX) (E/5)
: ANT section
-10 : K -11 : K2 -12 : K3
Foil side view (J72-0926-19 E/5)
11
AGND
J72-0926-19 E/5
12
CN904
AGND
DGND
OPT3
OPT2
OPT4
OPT1
OPT5
SB2
INH
MDWN
C3
TCNT
DI
TXI
RXEI
RXEO
STON
5A
TXO
36M 1
GND
VOL
2 S36M
33M
TGL2
CH A
TGL1
C
CH D 11
CN902
CH B
12 CH C
GND 1
CH B
2 CH A
CH D
CH C
TGL0
S36M
36M
33M
TGL1
TGL2
TXLED
BLED
ORG
16 KIN
12
CN903
VOL
GND 17
11
TX-RX UNIT (X57-6820-XX) (D/5)
: Option section
-10 : K -11 : K2 -12 : K3
Foil side view (J72-0926-19 D/5)
J72-0926-19 D/5
13
13
J72-0926-19 C/5
60
14
61
14
A
B
TK-5210
C
D
E
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
1
D2
A1
D0
D7
D5
D6
OE
A15
DQ9
A11
A16
D5
A12
D4
G3
DQ11
D
A20
A19
D3
G4
VCC
NC3
D2
G5
DQ13
H1
VSS1
A2
C6
A15
A14
DQ1
C4
C409
NC2
DQ4
A18
A19
2
CS2
3
C2
H5
D6
DQ6
A7
A6
4
C1
1A
VCC
1B
1Y
2Y
2B
GND
2A
8
7
6
5
D
A12
D
BUFFER
B6
B5
A8
RESET
NC1
A17
A3
A2
B4
B3
B2
A4
B1
A6
A5
A4
A9
WE
RY/BY
A3
A1
REVERSE
PROTECTION
A2
D
A7
A3
VSS2
A13
H6
R561
CS1_1
BATTDET
CS1
100k
R26
A13
A9
FRST
A18
A5
A14
WR
A10
0
A4
+B
1
CS0
C3
D4
A8
D401
1SR154-400
DQ3
H4
1000p
L401
1000p
C488
1000p
C401
D3
7.5V
IC7
TC7W08FK
A11
A10
H3
F401
3.15A
FCS
C5
H2
D1
33M
2
D1
A1
IC6
29LV160BE90PBT
C15
DQ15
1000p
0
GND(Y)
C489
BATT
+B(Y)
R409
A0
0.01u
G6
S
A6
A5
FLASH ROM
L28
0.1u
G2
BATT DETECT
47k
R83
E1
A0
E2
DQ0
DQ2
E3
E4
DQ7
DQ5
FCS
A17
E6
F1
F2
D
A16
CE
DQ8
F4
F5
F3
DQ10
DQ12
F6
BYTE
G1
C14
DQ14
L10
D
E5
RD
CV
D
33M
SB
CV
C49
1000p
100k
R16
100k(D)
R15
220k(D)
3
R537
33M
33M
POWER
D7
100
100
100
R96
R97
R98
100
100
100
R93
R94
100
R92
R95
100
R91
470k
R75
D6
DSPINT
D5
D4
D3
D2
D1
D0
5TC
5RC
5CC
DRST
100
99
D1
98
MA2S111
A15
A16
A17
A18
A19
CS0
CS1
TGL2
TGL1
TGL0
WR
CS3
EXAFC
95
A0
94
A1
93
A2
92
A3
91
A4
90
A5
89
A6
88
86
0.1u
D
CHD
83
CP12
CHB
CHA
80
INAFC
79
A9
78
A10
77
A11
76
A12
75
A13
74
A14
73
A15
72
A16
71
A17
70
A18
69
A19
68
CS0
67
CS1
66
CS2
65
LCS
47K
CHC
CP9 1K
81
47K
82
R24
TGL1
TGL0
A8
CP8 1K
CP11
84
TGL2
CP6
470K
WR
47k
R23
RD
SCSW
CP3
47k
VN
EXTIM
WN
R22
470k
CTSM
D
85
D
DSRM
A7
C13
87
64
63
62
61
RD
BCLK
BHE
60
59
58
SCSW
EXTIM
VN
56
57
55
R62
470
WN
54
HoLD
ALE
RDY
HLDA
53
R51
470
52
51
50
49
48
KIN
MoDEL
CS2
HINT
47k
A14
PTT
R25
96
47k
A13
EXSP
470k
CP7
A12
470k
R48
R85
FRST
101
CP10
DSPINT
100k
103
104
D7
D6
105
106
D5
D4
107
109
108
D3
D2
D1
110
111
112
5TC
D0
113
5RC
114
5CC
APCSW
115
SELF 117
116
MM
A11
RTS
R99
470k
X57-682 1/12
ANTSW
118
119
PWR
120
SQ
WPA
121
122
CV
123
RSSI
124
TEMP
A10
D
62
APCSW
MM
PWR
SQ
WPA
L8
L7
L6
L5
VoL
125
A9
EEPROM
7
BATT
127
126
REM
AVSS
INAFC
D
D
CH_C
CH_A
RDY
BUSY
CH_D
R21
470k
SDA
VCC2
IC5
30625MGP193GP
L9
CLK
CPU
CH_B
RXDM
6
5
A8
KEY1
0.1u
C10
C4
0.1u
R2
D
A7
VSS3
TXDM
SDA
RXD1
A6
KES
oP_TXD1
A5
A20
470k
A4
47
BEEPS
1k
39
SCL
GND
R31
SDA
13 BYTE
14
CNVSS
15
PCS
16
NC
17
RESET
18
XoUT
19
VSS1
20
XIN
21
VCC1
22
NMI
23
RTCDT
24
PSW
25
INTRA
26
LD
27
BEEP
28
LE
29
BSFT
30
KEY/PLAY
31
STRB
32
INH
33
AUXI
34
TCNT
35
BEEPS
36
TXD1
37
VCC1
38 RXD1
KES
R533
D
R4
NC
47k
WP
A3
47k
A1
CLK
A20
AUXI
IC2
AT2425610TI27
7
A2
R19
47k
CLK
TCNT
VCC
DAT
CTSM
47k
STRB
INH
8
A1
46
BSFT
KEY_PLAY
6
UL
45
470k
R5
LD
BEEP
LE
D
A0
R68
47k
R6
R9
EXAFC
DSRM
R8
100k
0.1u
470k
C7
VoICE
SoE
44
0
HINT
RXDM
PSW
INTRA
VSS
LCDV
43
47k
102
97
TXDM
6
5
D
R13
R1
CLKC
INTRB
PTT
CAE3
42
7
D
1000p
OSCOUT
4
D
CPUCLK
RTC
CLK
CNT(Y)
C11
3
47p
C61
X1
L77-1802-05
8
EXSP
NC(ANEX0)
RTSM/EXTo
RESET
9
BATTDET
DRST
12
PCS
0.1u
VDD
FRST
T/R
VSS2
BUSY
470k
L1
C9
C3
0.1u
D
OSCIN
SCL
D
11
28M
10
32KOUT
4
10
SDA
L22
2
3
R14
33M
1
A0
10
R11
IC1
RV5C386A
2
10
VREF
AVCC
470k
CLK
28MB(Y)
1
R7
DAT
RTC IC
C1
9
UL
RESET
0.1u
8
oE
470k
D
100k
VSS
7
BEEP
1000p
R3
1
6
LCDV
R534
33M
C5
C2
0.01u
5
470k
IC3
S-80930CNNBG80
3
2
CD
VDD
4
BATTDET
R10
SDA
3
T/R
VOLTAGE DET
5
RSSI
VoL
2
TEMP DET
RTC
32k
out(Y)
1
33M
41
33A
VCC
4 oUT
REM
L3
R12
120k
3
GND
0.1u
128
C8
2
D1
REVERSE
CURRENT
PREVENTION
TEMP
VOUT
40
NC
CAE3
C12
4
1000p
4
R20
1k
10k
IC4
MM1522XURE
1
1000p
C50
L2
R18
TEMP DET
TEMP
CPU
33M(Y)
F
G
H
I
J
TK-5210
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
CV
CV
POWER
D2
EMU0
EMU1
D3
DRST
15D
33A
DSPCLK
CPU
D
D4
D8
C8
B8
A8
D5
R43
RD
A7
0.01u
C32
B7
D
C7
D7
0
D
R37
D
WR
A6
B6
C31
0.01u
0
C6
D
A5
D6
B5
CPU
C5
D6
D5
A4
B4
C4
A3
B3
M13
L12
N13
BFSX1
BDX1
D8
INT2
D9
INT1
D10
INT0
D11
NMI
D12
HBIL
HD4
IACK
D13
BDX2
D14
BDX0
D15
HD0
HD5
DVSS6
DSP
CVDD6
DVDD4
IC8
HRDY
320VC5416GGU12
BFSX2
CVSS10
HDS1
DVSS8
BFSX0
HDS2
CVDD4
DVDD6
HINT
A0
CVSS7
A1
BCLKX2
A2
BCLKX0
A3
BDR2
HD6
HCNTL1
A4
BDR0
A5
BFSR2
A6
BFSR0
A7
BCLKR2
A8
BCLKR0
DVSS5
HCNTL0
BCLKR1
CVSS6
CVDD7
A21
DVSS9
A9
MP_MC
K3
L1
L2
47k
R36
47k
BIo
HoLD
HoLDA
IAQ
K2
K1
R42
J4
XF
MSC
J3
J2
IoSTRB
J1
MSTRB
R_W
IS
H3
H4
DS
H2
READY
PS
H1
G4
47k
HR_W
G1
HCS
G2
0
R44
D
R45
D
G3
CVDD2
CVSS3
DVSS1
D
F1
F3
47k
HAS
CVDD1
F4
R46
A15
E1
0.01u
A14
C35
E2
A12
A13
E3
E4
A11
D1
D2
0.01u
D
SCLK1
C22
0.01u
D
D
D1
N11
L10
47k
R29
M10
N10
R30
47k
K9
R39
47k
R28
47k
L9
M9
DSPINT
A1
N9
K8
SRESET
L8
SDTI
M8
D0
N8
K7
D
L7
RDY
N7
PWAD
M7
LRCK
N6
M6
K6
HINT
C21
0.01u
L6
D
D
PWDA
N5
SCLK
M5
L5
A3
K5
SDTo
N4
M4
LRCK
L4
K4
SCLK
N3
M3
D
A2
N2
SCLK1
N1
D
D
D
CS
SDo
A0
CS1_1
D7
EMU1
47k
D
F2
D
HD7
D3
A10
DVDD1
D4
C54
C1
A22
CVSS1
CVSS2
C2
A1
D
B1
B2
47k
R34
L13
INT3
A2
R33
DVDD3
K10
K11
D7
C3
EMU0
DVSS2
CLKMD1
CLKMD2
K12
K13
HD2
HPI16
CLKMD3
J10
J12
J13
J11
ToUT
EMU0
H10
H11
TRST
TDI
TDo
H12
H13
G13
G11
G12
TCK
TMS
CVSS5
CVDD3
HPIENA
F12
F13
DVSS3
F11
HD3
CLKoUT
E13
F10
X1
RS
E12
E10
D13
D12
D11
C13
C12
C11
E11
D0
D1
D2
D3
D4
D5
A16
B13
CVDD5
BDR1
BFSR1
A9
D
M11
M2
B9
N12
HD1
D6
CVSS4
C9
CVSS8
DVDD5
M1
D9
M12
L11
L3
A10
CVSS9
C26
B10
D
CS
DVSS7
BCLKX1
0.01u
C10
A20
D
D
DVDD2
A11
D10
0.01u
C53
D
A19
EMU1_oFF
B11
X2_CLKIN
A12
DVSS4
B12
A13
A17
D
A18
10u
C24
10u
C18
D
D
D
G10
D
D
POWER
C52
0.01u
C33
0.01u
R87
L18
L17
15D(Y)
100k
33A(Y)
DSP-FPGA
CPU
MICE
L16
PTT
8
PTT
C39
REM
7
REM
RTS1
6
RTS1
E
5
5M
5M
4
TXD
TXD
3
RXD
RXD
2
E
DSR
1
DSR
1
470
2
3
0.25A
4
CoMMoN
VCC
INH
CH0
VEE
CH1
GND
A
14
8
7
100p
C27
C20
100p
3300p
MULTIPLEXER
L23
1000p
RTS
5
CHGIo
D
2
3
LD1
EXTI
6
D
4
TXDM
5
6
DAT
7
STRB1
8
CLK
9
oE1
C23
100p
100p
C17
C19
100p
C16
CN7
D6
AVRM1005C270M
D
C75
1k
R27
1000p
1k
C67
R82
C68
R579
IC9
TC74VHCT244AFT
1
IC10
TC7W53FK
L31
F1
L27
1000p
100p
1000p
R38
1000p
C66
C29
R35
470
C65
1000p
100p
1k
R32
100p
5M
5M
DSR
RXD
5MCS
CTS
REM
PTT
C60
1000p
R40
1k
C59
1k
R585
470
CPU
TXDM(Y)
10
1G
VCC
1A1
2G
2Y4
1Y1
1A2
2A4
2Y3
1Y2
1A3
2A3
2Y2
1Y3
1A4
2A2
2Y1
1Y4
GND
2A1
20
19
18
D
17
0.1u
L15
9
D
LD
16
15
14
13
12
11
D
DAT1
STRB
CLK1
oE
D
BUFFER
D2
NNCD6.8G
D3
NNCD6.8G
SPSP+
CTS
MICE
EMC
10 EMC
MICE
C34
EMC
R580
L14
11 MSW/CTS
470k
L13
12 SP-
MSW/CTS
100k
0.1u
13 SP+
SP-
47k
R41
C69
14 SSW
SP+
R65
C36
UNIVERSAL CONNECTOR
SSW
RXDM(Y)
1000p
GND
1
C28
EXT ANT
100p
GND
C30
D5
SURGE
ABSORPTION
AVRM1005C270M
C57
100p
D4,5
470k
R71
AVRM1005C270M
C58
100p
D4
EXSP
POWER
D2,3
SURGE
ABSORPTION
SURGE
ABSORPTION
X57-682 2/12
K
L
TK-5210
M
N
O
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
CV
CV
POWER
POWER
CPU
CPU
C455
R461
33k
33k
33A
1M
AINL
PWDA
VSS
PWAD
C451
R460
14
4.7u
47k
R524
R414
33k
OP AMP
0.1u
C462
5
150k
6
4
C461
7
3
100p
R468
8
2
R470
C493
120k
10u
BEEP
PWDA
PWAD
1
33k
39k
SDTI
LRCK
MCLK
SCLK
SDTo
100k
IC409
TC75W51FK
R466
47
R465
D
R521
R467
D
C456
0.01u
22k
C459
R464
SDTI
R454
R543
9
SDTO
0
100p
47
10k
10
0.01u
LRCK
C494
DEM1
47k
MCLK
47
SCLK
DEMO
47k
VDD
11
8
R541
R549
15
12
7
0.1u
C439
AOUTL
0.1u
C430
5
470p
47k
6
10u6.3
C441
6
C433
5
4.7
R434
R440
47
AOUTR
AINR
13
4
R540
VCOM
R450
0.1u
10u 6.3
C440
1u
7
33k
SCSW
33A
RXEI
BEEPS
C460
47
C453
0.1u
R458
0
R472
R550
CODEC
R544
100k
R557
120k
C438
1u
C425
R432
3
8
4
R418
C436
2
R430
C414
100p
5
16
2
1
3
22k
1u
IC406
AK4550VT
1
33k
390k
C416
100p
R419
IC405
TC75W51FK
0.1u
C449
100p
R545
1200p
C448
SWITCH
OP AMP
R410
6
1M
Q408
SSM3K15TE
C413
7
470k
Q407,408
R542
47
470k
R424
4.7k
1u
8
R473
C492
R469
10u6.3
C427
1 IN_oUT1
VCC
2 oUT_IN1
CoNT1
3 CoNT2
oUT_IN2
4 GND
IN_oUT2
120k
220k
Q407
2SJ347
R462
4.7u
C446
1u
150k
R421
C457
47k
R522
C454
R463
1
4.7u
2
8
SWITCH
IC408
TC7W66FK
4.7u
7
180k
C400
R455
C458
DETECTION
10u6.3
0.1u
C463
C418
4.7u6.3
22k
1500p
3
150p
4
6
47k
R451
L406
1M
1u
R499
5
47k
C423
Q405
2SA1832(GR)
IC407
TC75W51FK
R456
D403
RB706F-40
R415
RXEo
5M
OP AMP
0.1u
C424
C417
4.7u6.3
C422
10k
Q404
2SC4738(GR)
33A
TXI
R413
TXo
DETECTION
D402
RB706F-40
SCSW
OPTION
Q404,405
AUTO GAIN CONTROL
DSP-FPGA
CPU
C434
10k
0.1u
R477
MCLK
33M
SQ
5T
0
68k
100k
D405
R448
4.7u
1SS388
C447
L19
D
IC14
TC7WU04FK
1
1A VCC 8
2
7
3Y
1Y
3
6
2A
3A
4
GND 2Y 5
CPUCLK
47
R559
R571
10
R572
10
10
D
D
R578
R575
R81
SWITCH
0
470k
47
Q418
SSM3K15TE
C37
DSPCLK
0.01u
10
220k
1.8k
R428
IC12
TC7WH74FK
8
1 CK
VCC
7
2 D
PR
6
3 Q
CLR
5
4 GND
Q
D
22k
R425
1000p
C443
Q410
2SJ347
R422
1M
R536
1u
R445
22
SWITCH
C420
0.22u
R452
R443
0.1u
470k
SWITCH
Q406
SSM3K15TE
D
AI_TX
Q411
SSM3K15TE
MIC MUTE
VCXO
18.432MHz
R56
470k
BUFFER
0.1u
R420
R427
0
D-TYPE FLIP FLOP
R577
C465
0.1u
D
R574
C40
Ao
10
R573
470k
5
X2
L77-1962-05
4
1 VCoNT
VCC
2 GND
3
oUTPUT
R50
VATS
6
10
4
7
0.1u
470k
33A
8
IN_oUT1
VCC
oUT_IN1
CoNT1
CoNT2
oUT_IN2
GND
IN_oUT2
C51
3
R570
2
R437
1
R435
0.01u
SWITCH
IC404
TC7W66FK
C38
470k
10k
0.1u
10
R417
R47
150k
R433
470k
C415
C428
R523
4.7k
C442
R442
R438
150p
R436
C432
0.1u
33A
D404
RB706F-40
DETECTION
Q412
2SC4617(S)
150p
33k
R426
220k
5
R441
4
C437
0.1u
C431
4.7k
6
0.22u
0
7
3
0.1u
C426
2
REVERSE
CURRENT
PREVENTION
C445
NOISE AMP
470k
10u
6.3
8
R431
150k
100k
C419
R412
R411
DSP-FPGA
CPU
POWER
1
R444
OP AMP
IC403
TC75W51FK
3.3k
C444
L30
5M
5R
POWER
R429
5M
2.7k
100k
R527
R526
100k
SWITCH
Q409
SSM3K15TE
R528
470
C421
10u6.3
R423
470k
R416
MM
D
R576
33M
EMC
MICE
CTS
SP+
SP-
X57-682 3/12
470p
C499
470k
10
BSFT
OPTION
MICE
MIC
SP+
SP-
P
Q
R
S
T
TK-5210
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
CV
POWER
CPU
33A
VC
APC
TUNE
5M
L2SF
LD1
CLK1
DAT1
33A
OPTION
D/A CONVERTER
VIN8
16
VOUT6
VOUT4
VOUT5
11
C497
1u
6
1u
R475
0
7
10k
GND
CH1
VEE
CH0
VCC
INH
R552
4
100p
C480
120k
10k
A
C479
33M
0
C452
1u
3
2
1
SToN
10k
R514
R551
0.1u
C466
470k
CoMMoN
VARS
R479
1.5k
R480
8
VIN5
0.1u
39k
C498
R535
13
VIN4
1M
AI
R474
1k
14
C469
5
Ao
R478
10
R476
IC413
TC7W53FK
R457
15
VOUT3
12
MULTIPLEXER
0.1u
VIN6
10
10u6.3
C481
10u6.3
DO
VIN3
C482
5
1k
17
DI
9
R507
8
6
4
18
100k
47
VDAref
R481
R548
CLK
R459
7
C485
0.1u
19
RESET
7
3
1u
20
LD
8
2
100k
GND
1
R516
VIN7
VDD
470k
47
C484
21
5
R547
C468
22
R515
VOUT7
VIN2
100k
VOUT2
100p
R506
VOUT8
4
6
IC412
TC75W51FK
23
VOUT1
3
47
OP AMP
24
VIN1
2
R546
1k
R505
IC411
M62364FP
1
DSP-FPGA
CPU
OPTION
OPTION
D14
REVERSE
CURRENT
PREVENTION
R595
100k
L24
RXDM
CPU
SHIFT REGISTER
CPUCLK
SRIN
E
GND
100k
C48
R539
E
E
oP_INH
6
1k
7
oPT1
Q6
Q2
Q7
Q3
Q8
Q4
Q’S
oE1
R49
13
1k
oPT3
CHGIo
12
R52
11
1k
CV
oPT2
oPT6
POWER
9
8
VSS
41
D
14
10
oP_MAN
42
QS
UN_DAT
TCoNT
40
EXTI
39
D
EXTIM
38
CTS
37
35
34
E
R61
36
DSR
RXD
R583
BUSY
33
0
Q1
UM6K1N
32
31
30
IF_IN
FSOUT
29
28
27
18
17
E
SOUT
BUFA(0)
CLKOUT
BUFA(1)
TESTMODE
FMCLK
GND
16 DSPCLK
43
R63
R66
VCCI
VSV(VCCA)
44
Q1
100k
SROUT(7)
Q5
5
oPT4
C47
0.01u
BUFA(2)
STRB
oPT5
0.01u
50
49
BUFY(0)
BUFY(1)
BUFY(2)
51
52
54
53
VCCI
BUFA(4)
BUFY(4)
NO
55
57
56
NO
VCCA
59
60
58
GND
BUFY(5)
VCCI
BUFY(6)
61
62
BUFY(3)
FSCLK
15
BUFA(3)
SROUT(6)
SRCK2
14
BUFA(7)
SROUT(5)
FLRCK
13
STRB
45
LP/GND
CLK
26
12
25
11
IC13
EX128TQ64I
SROUT(4)
24
10
FPGA
SROUT(3)
CLK
4
46
BUFA(5)
GND
9
VATS
OE
15
CLK1
47
VPP(VCCA)
VCCA
8
VARS
VDD
DATA
3
48
VCCI
SROUT(2)
STRB
2
DAT1
GND
23
5MC
7
22
6
1k
GROE
5
R55
TMS
21
4
BUFY(7)
10k
DIFF
R54
SMPLCLK
BUFA(8)
GND
GND
SROUT(0)
SROUT(1)
VCCI
3
20
2
1k
63
BUFA(6)
1k
R556
19
LRST
R555
RESET
ECSW
BUFY(8)
64
STRB1
1
C41
16
1
0.1u
IC11
BU4094BCFV
E
100k
E
0.01u
DSRM
C46
KEY_PLAY
0.01u
C44
INH
AUXI
TCNT
CTSM
100k
CPU
5M
33M
oPT3
25D
10
R89
10
MA2S111
R594
R79
D13
REVERSE
CURRENT
PREVENTION
MA2S111
oPT2
33M
POWER
D
47
SDo
D
UN_DAT
CS
SWITCH
R74
47
R72
R76
SCLK1
CLK
oE
SRESET
0.01u
0.01u
C43
R58
100k
C45
E
E
IF_IN
E
47
oPT1
CPU
DSP-FPGA
OPTION
MICE
MIC
SP+
SP-
OPTION
MICE
MIC
SP+
SPCPU
X57-682 4/12
U
V
TK-5210
W
X
Y
SCHEMATIC DIAGRAM
5C
5C
T/R
T/R
R369
5
IC301
LMC7101BIM5
1
5M(Y)
RIPPLE FILTER
OUTPUT
V-
2
1.48V
V+
4
3
INPUT+
3.22V
47k
R360
X301
L77-1960-05
1
4
VC VCC
2 GND
3
oUTPUT
1.49V
Q416
SSM3K15TE
VC
C393
1000p
470k
5MC
0.1u
R359
C318
L303
560
0.01u
4.7u
VCXO
7.5V
R313
C329
IC303
ADF4111BCP7
AGND
3
LE
100k
R324
R322
R319
18k
C323
470p
10
56k(D)
20
CP
Rset
19
18
Vp
DVDD
17
DVDD
R315
0.022u
R326
1
CPGND
R:1.90V
T:1.68V
R314
C336
Q306
2SK879(GR,Y)
1k
AGND
15
16
470p
C309
47p
BUFFER
R321
2
MUXoUT
C302
C331
1000p
DATA
1K
1.8k
6
AVDD
8
7
AVDD
9
DGND
REFin
4
RFinB
1M
R406
5
PLL IC
14
Q401
SSM6L05FU
10u
C402
470k
1000p
R402
0
RFinA
CLK
13
CP301
SWITCH
5TC
12
1K
47p
C311
C306
47p
4.7u10
1000p
C411
C408
CLK
DAT
LE
UL
R:0V
T:3.35V
C486
CE
CP302
1u
VIN
DGND
11
4
C407
CE
470k
C483
1000p
R404
5.0V
5
7.5V
VSS
3
PWR
VoUT
10
NC
2
2.2k
LOOP
FILTER
470p
R303
10
IC401
XC6204B502PR
3.32V
1k
C305
0.1u
10
VOLTAGE REGULATOR
1
R329
1u25
L302
S33A
IC401,402
R323
C333
5C
0.1u35
5
4
C334
NC
4.7u10
CE
470k
C406
1000p
R405
5CC
VoUT
VSS
3
C410
VIN
2
1000p
C412
1u
C405
1
3.32V
R327
4.98V
C338
R:2.06V
T:1.67V
IC402
XC6204B502MR
470p
R401
C304
47
SWITCH
SWITCH
VCO TUNE
S33A
1u
C404
5MCS
Q403
TPC6102
R311
INPUT-
1u25
C312
C86
470p
15V
C330
5M
BYPASS
DIODE
D314
DA221
5
10M
470k
4
100
R316
PA0
6
0.1u
VSS
7
C390
PW0
470p
PB0
SI
7.17V
R306
180k
SCK
3
C387
DAT
D313
CLK
13.75V
Q315
2SC4617(S)
47k
VDD
R361
CS
2
SB
PWR
RIPPLE FILTER
14.51V
8
PCS
Q415
SSM6L05FU
R519
470
1
MA2S111
0
R500
SWITCH
R310
IC414
MCP41100T
RHEOSTAT
1u
33M
C325
1u
0.25A
F402
+B
33k
R318
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
10k
R325
100k(D)
C335
5.0V
1000p
C396
1000p
C397
100k
R364
R363
3.3k
470k
0.1u
R371
C392
470k
R407
Q402
SSM6L05FU
SWITCH
5C
PCS
1M
0.015u
R366
Q316
SSM6L05FU
C388
5CC
4.7u
5R
R:4.97V
T:0V
C389
1u
C403
470k
1000p
R403
1000p
3.26V
33A
5RC
C490
Q420
SSM6L05FU
0.1u
C301
3.3V
SWITCH
R:3.32V
T:0V
100p
C320
SWITCH
0.1u
S33A
C391
5T
R:0V
T:4.90V
CPU
CV
CV
POWER
15V
POWER
RIPPLE
FILTER
D204,205
D208
1SV273
1SV273
R221
D209
1M
1M
1M
6p
L204
L34-4493-05
R220
1.5p
1SV273
C225
680n
1SV273
C222
6p
D206
1.2k
33
C220
C221
R218
R219
D205
120
R215
L205
L34-4492-05
TUNE 1
1000p
C223
1000p
1u
C219
C217
1000p
C215
5R
1000p
10k
1000p
C214
270k
C210
R205
0.1u
R204
C208
R203
X57-682 5/12
100k
1.90V
OPTION
MICE
MIC
SP+
SPCPU
L202
L34-4493-05
R214
1000p
C212
C213
10k
1000p
R213
R208
1M
47k
D202
1SV273
D203
1SV273
R209
1
C207
3p
1000p
5
4
OP AMP
L201
L34-4492-05
V-
INPUT-
IC201
LMC7101BIM5
OUTPUT
V+
2
3
0.53V
INPUT+
10k
R:0.69V
T:0V
L203
3p
1000p
10k
R:2.38V
T:0V
47k
10
C206
R217
R207
0
D204
R272
R202
TUNE
D206-209
VARI-CAP TUNE
C218
10
1SV273
10p
C205
1u
C201
Q202
3SK274*J
R212
VARI-CAP TUNE
VARI-CAP TUNE
R216
D207
RF AMP
D202,203
1SV273
C204
C203
0.1u
47k
R201
13.81V
Q201
2SC4617(S)
1000p
15V(Y)
14.51V
OPTION
MICE
MIC
SP+
SPCPU
Z
AA
AB
AC
AD
TK-5210
SCHEMATIC DIAGRAM
R339
22
470p
100
C374
R346
47n
470p
0
2p
R362
C376
L327
82n
1.54V
L310
R330
C384
D304,307,310-312
FREQUENCY CONTROL
1u
R353
1000p
680
1000p
100
1000p
3
C383
1000p
C377
2
4.73V
1000p
R352
SW
10k
IN
4
8.2k
R351
GND
C381
1k
oUT
IN
C380
R350
VCC
5
1
R348
6
470p
Q314
2SC5108(Y)
2.12V
C379
1000p
C372
0.5p
220n
220
C370
L322
VCO
OSCILLATION
220n
C361
Q311
2SK508NV(K52)
120
C356
0.5p
6p
D312
1SV278
39n
1800p
BUFFER AMP
IC304
UPB1511TB
C382
10u
1SV282
D310
D311
L305
0
1/2 DIVIDER
L316
1SV282
L312
R328
0.75V
390n
3p
C366
C350
1SV282
L304
D304
HVC376B
100p
C316
1200p
10u
10u
0
D307
C340
0.5p
L320
390n
L307
C378
1000p
L324
5p
VCO
OSCILLATION
L321
Q310
2SK508NV(K52)
C363
6p
TX VCO
R331
C375
C371
4p
56p
27n
3.91V
Q313
2SC5108(Y)
4p
C359
C354
D308
1SV282
L314
R342
0
C347
4p
L309
220n
150k
BUFFER AMP
C368
R334
D309
L311
220n
220n
L308
1SV282
1SV282
1000p
D303
100p
D306
C341
HVC376B
0
10u
C315
L306
R345
RX VCO
FREQUENCY CONTROL
R355
R:0V
T:4.19V
100k
L318
220n
470p
C313
1000p
1k
SWITCH
D303,306,308,309
C360
R:4.26V
T:0V
R368
10u6.3
SWITCH
470p
R340
R338
470k
C369
C343
4.7u
1.5k
R335
T/R
Q309
2SJ347
4.27V
Q308
SSM6L05FU
L313
C358
Q307
2SC4617(S)
C365
RIPPLE FILTER
4.98V
R341
3.32V
5C
L325
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
R337
470k
4p
8p
L317
L319
C367
18n
15n
10n
470p
C362
R344
8p
39n
L323
220k
Q312
2SC5108(Y)
5C
S33A
S33A
L330
470p
100
C373
BUFFER AMP
R343
C364
10p
C357
10p
56
R336
470p
C355
1p
L315
15p
470p
C352
C353
C346
C344
C348
C345
470p
47k
CPU
5R
POWER
CPU
L212
L39-1272-05_9
DBM
C255
L219
0.01u
180n
C260
C261
8p
470p
1u
L220
C487
0.01u
220
C256
22p
R:0.51V
T:0V
560n
680
C248
C245
0.1u
C244
R:4.92V
T:0V
0.1u
270
R228
470p
C238
R:1.37V
T:0V
C250
27p
R237
C246
0.01u
12p
0
Q204
2SK1215(E)
IF AMP
L217
C252
R294
0
560n
R235
XF201
L71-0551-35
15p
L214
L39-1272-05
L216
1
G1 2
D1
3
D2
L213
270
270
1000p
R224
R222
C230
22
6
5 G2
4 S1
S2
L211
L39-1272-05
680n
C253
470p
C239
22n
R:4.87V
T:0V
IC202
SPM5001
R223
47
R239
C294
47n 470p
9p
18p
C233
15p
1.5p
C229
C227
L210
C231
2p
L224
C228
C235
470p
R240
39n
0.01u
L218
L207
39n
R229
L206
2.2k
POWER
R234
10
C243
1000p
470p
C236
RX BPF
5R
5R
BPF GND
POWER
OPTION
MICE
MIC
SP+
SPCPU
OPTION
MICE
MIC
SP+
SPCPU
X57-682 6/12
AE
AF
TK-5210
AG
AH
AI
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
T:7.2V(H)
7.4V(L)
C120
R115
10
L108
15n
33k
39n
10k
R130
470p
R131
L106
C118
100
L107
R126
56p
Q103
RD01MUS1
RF DRIVE AMP
100
18p
R113
270
R111
100n
R110
330
L102
R114
1.8n
270
L105
56n
C114
L104
1000p
470
C124
10k
1000p
Vg(APC)
10k
1000p
R125
C116
1000p
L103
R109
33
C110
1000p
1000p
C174
1000p
C111
C106
33
C105
C104
1000p
R104
C113
18
R117
C108
2.7k
18p
R102
15p
RF AMP
1000p
C242
15p
R108
3.3k
R101
C184
0.01u
1000p
C101
3.3k
R231
R:2.42V
T:0V
C102
HVC131
D210
LOCAL SW
33p
R:0V
T:0.82V
56n
1000p
L124
HVC131
R112
27p
22
1000p
C112
1000p
0
330
15p
Q102
2SC5192
C182
C107 C183
Q101
2SC5108(Y)
L101
C103
10k
T:1.71V(H)
1.34V(L)
R:0V
T:4.94V
R:0V
T:0.86V
100n
D101
R:0V
T:4.74V
R105
C386
2.2k
R356
R233
C385
R103
1000p
R106
LOCAL SW
R:0V
T:2.40V
1.5k
R107
+B
RF AMP
DC AMP
5M
APC
0.01u
5
C173
4
APC1
100k
6
100k
7
3
R118
8
2
L2SF
1
R116
47k
100k
5T
5T
5T
5R
R266
R265
IC104
TC75W51FK
CPU
CPU
POWER
RSSI
33A
5R
POWER
C232
R276
22
22
C273
0.01u
68p
C272
0.01u
R249
1000p
82p
C266
100n
C264
L222
22p
47p
C263
C265
150n
C296
1k
C274
0.1u
150p
14
C277
13
39p
L79-1850-05
C284
R269
100k
IC208
TC7WU04FK
0.1u
CH1
VEE
CH0
8 VCC
INH
6
6
5
7
4
APCO:0V
W:3.18V
N:0V
8
1A
VCC
3Y
1Y
2A
3A
GND
2Y
2
7
3
3
2
6
4
1
5
R264
GND
CoMMoN
CF203
L72-1017-05
BUFFER
33A
WIDE
WN
MULTIPLEXER
A
0.1u
MULTIPLEXER
R282
A
3.9k
GND
1
IC207
TC7W53FK
5
C283
4
CH1
7
3.9k
1
CoMMoN
VEE
R279
3
VCC
CH0
3.9k
2
INH
33A
VN
FM:3.32V
APCO:0V
INH
2
R281
APCO
CH0
VCC
3
3.9k
8
5
VEE
MULTIPLEXER
NARROW
8
R280
6
GND
CH1
CoMMoN
0.1u
7
A
1
C282
7
C271
4
6
C276
3
CF202
L72-1009-05
8
4
0.1u
2
CoMMoN
VCC
INH
CH0
VEE
CH1
GND
A
0.1u
1
5
CF204
L72-1018-05
IC206
TC7W53FK
IC205
TC7W53FK
IC203
TC7W53FK
47k
2.7k
CD201
4.7k
0.1u
MULTIPLEXER
R295
R259
R268
47
C275
15
4.7u
16
C240
0.1u
C279
17
0.1u
0.1u
C293
56k
18
C285
C270
R256
150p
0.1u
R274
C292
C278
19
47
0.1u
20
IF_IN
R289
3.9k
3.9k
R288
0.1u
21
C281
0.1u
C268
3.3k
C267
0.1u
C257
Q209
EMD9
22
R278
C241
CF201
L72-1017-05
SWITCH
23
100p
0
24
1000p
R285
C289
47p
2nd Lo
0
C288
8.2k
oUTPUT
IC204
TA31137FN
1 oSCIN
MIXIN
2 oSCOUT
GND1
3 VCC1
VREF
4 MIXoUT
RSS1
5 VCC2
C-DET
6 IF1IN
N-DET
7 DEC1
FILoUT
8 IF1oUT
FILIN
9 NDPS
N-REC
10 IF2IN
AFoUT
11 DEC2
QUAD
12 GND2
IF2oUT
15k
C259
R255
R242
C237
FM IC
BUFFER AMP
R241
150k
3
C254
0.01u
2
R252
Q205
2SC5108(Y)
4
VCC
0.022u
10u6.3
1
GND
R247
47p
0.64V
X201
L77-1961-05
VC
C295
3.26V
680k
R243
VCXO
47
R238
L221
47
0.1u
0.01u
C262
R244
POWER
POWER
OPTION
MICE
MIC
SP+
SPCPU
OPTION
MICE
MIC
SP+
SPCPU
X57-682 7/12
AJ
AK
AL
AM
AN
TK-5210
SCHEMATIC DIAGRAM
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
D106,107
ANTENNA SW
SPDT
RF1
8T
C169
4p
L123
C160
5
4.7u6.3
2.2k
D105
IN2+
6
HZU5CLL
VEE
7
ANT GND
R137
C138
1000p
C130
IN2-
1M
OUT-B
IN1+
R134
IN1-
C132
150k(D) 150k(D)
VOLTAGE
PROTECTION
R136
180k
Q107
SSM3K15TE
APC
SWITCH
C177
1000p
C178
5T
WPA
5M
5M
C186
100k
R525
1000p
470k
C136
1000p
SWITCH
1000p
C176
APCSW
C185
APCSW
+B
0.01u
R160
2.7k
Q417
SSM3K15TE
SWITCH
Q104
SSM3K15TE
R156
33k
R123
Q111
EMD9
1000p
R153
SWITCH
R157
4.7k
AUTO POWER CONTROL
47k
C121
R12 9
R128
4
VCC
1000p
3
OUT1
APC1
47k
2.7k
SWITCH
Q106
DTA144EE
8
R135
R124
150k(D)
1
1000p
0.22
0.22
R120
R119
R122
R150
10k
IC101
TA75W01FU
2
150k(D)
1000p
R133
100p
R121
150k(D)
10k
L122
R152
18k
C140
R147
TEMP
COMPENSATION
(FOR PA)
1000p
-t
100k
TH101
SURGE
ABSORPTION
Vg(APC)
150k(D)
C123
EZJZ0V500AA
L121
820n
CN102
L120
D108,109
ANTENNA SW
R127
D110
12p
12p
C163
33p 1000p
EZJZ0V500AA
C197
D111
C196
3
RF2
L126
Q110
2SJ243
C170
L125
2
GND
10k
SWITCH
SURGE
ABSORPTION
C171
V2
ANT
KMC SW(Y)
1
12p
RFC
4p
C167
V1
CN101
8T
C168
33p
100k
D109
HVC131
R159
D108
HVC131
C147
27p
5
4
R149
0.01u
1000p
270
R142
C144
C146
270
R140
C159
L119
33p 1000p
C166
SPDT
1000p
33p
3
RF2
IC103
MASWSS0006
R144
0
2
C181
1000p
V2
GND
C194 C162
9T
RF1
RFC
C193
9T
4
1000p
V1
12p
27p
5p
C157
9T
C156
10p
5
1
C180
1000p
C158
L118
8T
C150
5p
8T
27p
L115
C145
2.2u
5p
L114
C149
1000p
1u
C133
C128
L116
6
+B
1000p
C148
HVC131
1000p
C135
0.01u
C134
L109
RF FINAL AMP
6
C151
D107
39p
22p
C190
39p
C141
0
33p
68p
C137
3.3
4p
L110
R132
C192
L113
R158
C142
C122
L111
C139
Q105
T:2.49V(H)
1.85V(L) RD07MVS1
HVC131
RF ANT(Y)
IC102
MASWSS0006
R:0V
T:0.8V
10p
D106
R:0V
T:1.60V
T:7.2V(H)
7.4V(L)
CPU
POWER
R78
470k
R57
470k
R64
TX-RX UNIT :OPTION SECTION(X57-6820-XX)(D/5)
R60
470k
470k
D
L25
SB
oPT6
TXI
RXEI
RXEo
TXo
oPT2
oP_INH
oP_MAN
TCoNT
SToN
0
R520
0
20
oPT2
19
INH
18
18
MAN DoWN
R566
1k
TCoNT
17
17
TCoNT
oPT1
R77
DI/ANI
16
16
DI/ANI
oPT5
18k
SToN
15
15
SToN
5A
14
14
5A
AGND
13
13
AGND
Ao
12
12
NC
AI
11
11
NC
AGND
10
10
AGND
0.1u
10k
R588
47
BUS SW
R586
0.1u
C70
10k
9
DGND
8
8
7
oPT5
7
oPT4
6
6
oPT4
NC
5
TXD1
RXD1
oPT3
4
3
2
oPT1
1
NC
5
NC
4
TXD1
3
RXD1
2
oPT3
1
CN14
oPT1
oPT4
oPT4
SB2
oPT1
oPT5
SB2
INH
INH
C3
C3
MAN DoWN
MAN DoWN
TXI
TXI
TCoNT
TCoNT
RXEI
RXEI
DI/ANI
DI/ANI
RXEo
RXEo
SToN
SToN
TXo
5A
D
TXo
5A
CN901
0.1u
1k
IC501
TC7SBD384AFU
5
1 A
2 B VCC
4
3 GND
oE
R589
47k
R587
C71
9
oPT5
USEL
DGND
oPT3
oPT2
R565
BUS SW
oP_TXD1
RXD1
0
AGND
DGND
oPT3
oPT2
19
R530
47k
R590
33M
TXo
20
C62
47
RXEo
21
INH
IC502
TC7SBD384AFU
5
1 A
VCC
2 B
4
3 GND
oE
R591
22
21
DGND
oPT2
D
oPT4
22
TXo
RXEI
AGND
MAN DoWN
oPT5
5M
RXEo
AGND
1k
0.01u
R518
23
SB2
C3
TXI
1k
Ao
AI
RXEI
24
23
26
25
R568
5M
AI_TX
AGND
26
25
24
R567
L26
C55
SB2
oPT6
TXI
D
oPT3
oPT1
POWER
POWER
OPTION
MICE
MIC
SP+
SPCPU
MICE
MIC
SP+
SPCPU
X57-682 8/12
AO
AP
TK-5210
AQ
AR
AS
SCHEMATIC DIAGRAM
TX-RX UNIT :ANT SECTION
(X57-6820-XX)(E/5)
GND
CN904
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
EXT ANT
GND
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
CN19
X57-6820-XX
R491 R492 R493 R494 R495 R496 R497 R498 R501 R503 R517
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
E40-6431-05
100
100
100
100
100
100
100
100
100
100
100
-12
K3
E40-6431-05
100
100
100
100
100
100
100
100
100
100
100
33M
+B
33M
100p
100p
100p
100p
100p
100p
C505
C506
C507
C508
C509
C510
5M
5
6
7
8
9
10
B3
A5
B4
A6
B5
A7
B6
A8
B7
GND
B8
3
2
17
16
15
14
13
12
11
4
5
6
7
8
9
10
11
D
0.1u
*
100p
100p
100p
100p
100p
C514
C513
C512
C511
R484
R502
1k
470
R486
D6
D7
D7
RD
RD
WR
WR
GND
GND
AO
15V
D4
7
LCDV
14.50V
1
OUTPUT
* L706
* R762
2
V+
3
4
INPUT+
INPUT-
D5
6
D6
5
5
V-
D7
4
3
WR
2
1
A0
AO
2
1
GND
MICE 4
3
MIC
MICE
4
3
MIC
PWR
6
5
SP+
PWR
6
5
SP+
15V
8
7
SP+
15V
8
7
SP+
PWR
SB1 10
+B 12
11 SP-
+B 14
13 AF
+B 14
13 AF
+B 16
15 VoL
+B 16
15 VoL
+B 18
17 CLK
+B 18
17 CLK
LRST 20
19 GND
LRST 20
19 GND
21 KIN
28M 22
9
23 EXAFC
PSW 24
SP+
Q609
EXTERNAL
AUDIO MUTE SW
SB1
SPS_EXAFC
Q609
2SJ243
5M
VoL
CLK
R641
1M
Q610
SSM3K15TE
LRST
21 KIN
23 EXAFC
MIC
MICE
5M
15V
SP-
SP-
11 SP-
9
47
470p
GND
C604
CN601
GND
KIN
EXTERNAL
AUDIO MUTE SW
PSW
INAFC
INAFC 26
ECSW 28
R483
1k
R488
1k
R490
1k
R489
1k
CHB
15D
CHC
CHD
5M
PTT
X57-682 9/12
D5
D6
D3
8
1
PSW 24
CHA
LCDV
oE
25 KES
27 DAT
INAFC 26
ECSW 28
25 KES
KES
27 DAT
DAT
29 TGL0
33M 30
29 TGL0
TGL0
33M 32
31 TGL2
33M 32
31 TGL2
TGL2
33A 34
33 TGL1
33A 34
33 TGL1
TGL1
35 CH_A
33A 36
35 CH_A
CH_A
37 CH_B
25D 38
37 CH_B
CH_B
15D 40
39 CH_C
15D 40
39 CH_C
CH_C
15D 42
41 CH_D
15D 42
41 CH_D
5M 46
45 NC
5M 46
45 NC
47 oE
LCDV 48
47 oE
49 DGND
DGND 50
Q605
UMG3N
25D
15D
R604
R605
2.7k
33k
5M
CH_D
43 PTT
LCDV 48
5M 44
R631
SWITCH
33A
33A 36
43 PTT
AVR
1.2k
25D 38
5M 44
Q608
2SB798(DL,DK)
33M
33M 30
DGND 50
PTT
5M
LCDV
oE
AVR
Q606
SSM3K15TE
5AC
49 DGND
C601
0.1u
L29
MICE
MIC
SP+
SPCPU
D4
D5
9
1k
25D
POWER
D4
D2
5VSPamp
TGL1
D3
OP AMP
* IC704
D1
10
1k
TGL2
33A
D3
11
R606
TGL0
D2
10.49V
D0
GND 2
28M 22
33M
D1
D2
12
R603
+B 12
VoL
KEY1
PSW
EXAFC
INAFC
KES
ECSW
DAT
D1
LCS
13
L402
L405
28M
DO
CN408
SB1 10
CLK
LRST
DO
D
L403
L404
+B
GND
C602
C495
0.1u
IC417
TC7WB125FK
1 oE1 VCC 8
2 A1 oE2 7
3 B2
B1 6
4 GND A2 5
15V
SB
14
LCS
GND
D
D
PWR
14
*
LCS
D
WR
A0
13
* R501
C515
IC416,417
BUS SW
IC416
TC7WB125FK
1 oE1 VCC 8
7
2
A1 oE2
6
3 B2
B1
4 GND A2 5
C491
R447
4.7k
LCS
12
R517
*
470p
D7
B2
A4
1
R498
680
D6
A3
* R503
*
* R497
* R496
* R495
* R494
* R493
* R492
* R491
D
100k
D5
B1
18
R602
D4
A2
20
19
L601
D3
oE
*R763
4
D2
VCC
A1
* C770
* R764
CN604
R607
D1
NC
CN19
* C769
3
C496
2
0.1u
1
D0
KIN
KIN
10
R446
BUS SW
IC415
TC7MB3245FK
GND
D
AF
28M
ECSW
AT
AU
AV
AW
AX
TK-5210
SCHEMATIC DIAGRAM
LCS
A0
LRST
WR
D0
E/RD
D1
D2
D3
D4
D5
D6
D7
GND
NC
GND
VDD
NC
Vout
NC
NC
NC
NC
NC
V0
VR
V1
V2
V3
V4
*
LCD
30
29
27
28
26
25
24
23
22
21
20
19
18
17
16
14
15
C766
*
*
* C760
* C761
* R768
* C768
* C759
R754
* R766
TP701
LCD(Y)
*
R767
LCS
LRST
A0
WR
D0
D1
D2
D3
D4
D7
* L704
D5
* C762
* C767
D6
*C750
* L705
13
12
11
9
10
7
8
6
*C755
5
4
3
2
* C751
* C752
* C753
* C754
1
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
* CN751
D705-708,711,712,715,716
D709,713,723
LED BACK LIGHT
LCD BACK LIGHT
* R756
POWER SUPPLY
CONTROL SW
keyD
keyC
*D713
* D709
* D715
* D711
* D723
*C714
*R740
* R701
* R702
* R703
* R704
* R739
S4
AVR
* D720
* D716
D
* D712
C
S3
* D708
B
S2
L701
A
S1
* D706
KIN
* D707
* D705
* Q705
* C715
* R723
* R721
* R724
* R722
* R719
oE
* R720
33M
+B
CLK
DAT
KES
33M
+B
* Q706
POWER SUPPLY SW
keyB
LAMP
oE
keyA
SHIFT REGISTER
5
6
S9
S8
S10
7
8
9
S13
S12
S11
*
0
S14
S15
1
key1
STRB
VDD
DATA
OE
2
* R708
* R709
* R710
key5
key9
*
* R715
* R716
S16
Q6
2
4
12
key0
key*
*
Q7
key8
key7
key6
11
Q8
Q3
7
10
Q’S
Q4
8
9
VSS
5
D704
6
7
8
REVERSE
CURRENT
PREVENTION
QS
D701,702
REVERSE
CURRENT
PREVENTION
key#
3
13
6
keyD
key1
key2
key7
R714
Q5
Q1
Q2
* D702
key8
CLK
5
keyA
keyB
keyC
1
15
14
4
* D701
key4
* R711
* R712
* R713
#
3
key6
16
REVERSE
CURRENT
PREVENTION
16
STRB
VDD
DATA
OE
15
REVERSE
CURRENT
PREVENTION
14
CLK
Q5
Q1
Q6
Q2
Q7
12
* D717
11
Q8
Q4
Q’S
VSS
QS
DATA
key0
key*
key9
13
Q3
C711
4
key2
0.01u
S6
STRB
CLK
IC702
BU4094BCF
IC701
BU4094BCF
key3
0.01u
S7
* R705
* R706
* R707
key5
key3
key4
3
S5
C710
2
* D703
1
10
9
SHIFT REGISTER
key#
KIN
MIC
MICE
MICE
L602
SP+
OP AMP
R626
R612
R620
R622
680k
150k
22k
47k
0.47u
MIC
MICE
SURGE
ABSORPTION
D604
NNCD6.8G
C630
R640
C627
6
NC2
NC1
C628
22k
0.47u
L605
Vo1
INPUT
R623
470p
0.47u
22k
47
1.8k
C621
0.1u
C623
R621
180k
100p
R613
C620
0
5
27k
Q611
2SJ243
INTERNAL
AUDIO MUTE SW
7
6
4
R619
5
IN_oUT2
8
0.1u
7
3
150k
4
1u
GND
GAIN_SELECT
VDD
22k
2
R617
C608
5
oUT_IN2
GND2
C631
4.7u
6
CoNT2
4
Vo2
R614
8
C622
CoNT1
3
INAFC
0.1u
SWITCH
Q601
SSM3K15TE
9
GND1
3
L604
R638
7
10
SHUTDoWN
VCC
2
oUT_IN1
2
IC601
LM4906LD
1
2.2k
IN_oUT1
C638
1M
8
1
R634
1
R637
IC604
TC7W66FK
47
AUDIO AMP
SWITCH
R651
5M
R618
IC603
TC75W51FK
L603
SPS_EXAFC
L_MIC
1SS388
AF
28M
ECSW
1000p
0.1u
C610
1u
C615
4.7u16
C612
C607
5M
5VSPamp
GND
4
NC2 NC1
5 VoUTVSS
VIN
D608
47k
R627
1.8k
R624
3
2
1
IC606
XC6201P302MR
470p
C629
C625
6
NC2
J19-5386-05
1000p
Vo1
NC1
0.022u
C624
REVERSE
CURRENT
PREVENTION
VOLTAGE
REGULATOR
AF
28M
5M
D609
1SS388
1k
7
0.1u
5
CN602
R616
8
36M
1u
GAIN_SELECT
VDD
1u
4
Q607
UMC4N
GND2
GND1
3
C606
SWITCH
TP902
28M(Y)
C640
1M
R635
9
INPUT
REVERSE
CURRENT
PREVENTION
Vo2
2
C643
10
SHUTDoWN
Q612
SSM3K15TE
47k
IC602
LM4906LD
1
INTERNAL
AUDIO MUTE SW
1000p
0.1u
C611
1u
C614
C609
1k
4.7u16
C613
AUDIO AMP
C639
1u
R643
1M
100k
R609
R608
R628
ECSW
X57-682 10/12
AY
AZ
TK-5210
BA
BB
BC
SCHEMATIC DIAGRAM
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
INT SP
2
3
0
10u
VoUT
4
NC
D805
TP905
1.51V
15D
15D(Y)
15D
D804,805
REVERSE
PROTECTION
TP906
15V(Y)
VOLTAGE REGULATOR
L_PTTG
1k
14.51V
L803
LAMP
oE
CUS01
D804
DA221
5
VSS
CE
10u
C822
C816
NC
VIN
33A(Y)
33A
C820
1
R813
PWR
4
CE
C815
4.7
1k
VOUT
VSS
IC803
XC6209B152M
3.67V
R808
R747
TP904
3.3V
33A
5
VOLTAGE REGULATOR
C808
C839
0
R741
L_PTT
3
VIN
33M
C819
2
INT MIC
(MAIN)
REVERSE
PROTECTION
D803
DA221
10u
2.2
C807
1
R807
0.01u
5AC
PTT
D801
1SS301
R806
1u25
REVERSE
CURRENT
PREVENTION
NC
CE
C814
3.73V
3.77V
4
IC802
XC6204B332M
1u25
C818
1000p
TP909
POWER(Y)
33M(Y)
5
VOUT
VSS
1000p
3
VIN
6
D803
3.32V
33M
1000p
2
1u25
C806
1
R815
33M
+B
470p
0.1u
33u10
C828
R818
330k
82p
2.2
VOLTAGE
DETECTOR
5
36M
TP903
IC801
XC6204B332M
R805
10k
4
VOLTAGE REGULATOR
IC804
XC61CC5602NR
3
2
NC VIN
1
4 VSS
VoUT
3
L607
3.76V
C802
10u20
2
L606
1000p
C817
0.1u
R817
5
1 EXIT/
VOUT/FB
2
VDD
4
3
GND
CE
C827
D802
REVERSE
PROTECTION
D802
HRB0502A
C801
10u20
C821
IC805
XC6365D103M
120k
10u20
VOLTAGE REGULATOR
220k
R819
10u20
C804
C838
1000p
C803
GND(Y)
C633
DC/DC(3.6V)
L802
1
3.79V
470p
Q801
TPC6102
L801
CN603
TP914
SWITCH
C603
7.5V
470p
TP901
+B(Y)
C632
TP913 TP912 TP911
DC/DC(15V)
15V
68u
10
1u
1u
1u
C833
C834
C835
R827
22p
C831
0
DC/DC
CONVERTER
R825
R742
1k
1
2.2
2
L_KEY1
R804
MICE
TP907
IC806
XC6204B252M
R803
0
3
VIN
VOUT
2.51V
VSS
CE
NC
25D(Y)
5
4
25D
10u
1k
PF3
VOLTAGE REGULATOR
TP908
IC807
TK11250CUCB
2
3
NP
VoUT
GND
CoNT
4.98V
6
4
VIN
VOLTAGE REGULATOR
5M(Y)
5M
C824
1u
C809
1
4.7u10
R743
150k
3.78V
PF2
C823
1k
1000p
C825
R744
PF1
1000p
C826
1k
C829
1k
R745
0.01u
KIN
R732
1u
D719
IMN10
9
22k
QS
470p
VSS
8
R828
Q’S
7
5
IC808
XC9101D09AKR
12k
Q8
Q4
1k
6
R826
Q3
R733
7
C832
11
6
D718
IMN10
* R734
8
180p
12
1 EXT
VSS
2 LSEN
3 VIN VoUT/FB
CC/GAIN
4 CE/SS
CLK
C830
Q7
5
10
1k
C805
REVERSE
CURRENT
PREVENTION
R735
R812
0.1u
Q2
13
7.43V
SB1
C813
Q6
1k
4.7u16
Q1
7.49V
R731
C812
Q5
1u25
CLK
4
D718,719
TP910
14
C811
15
3
1u25
OE
C836
VDD
DATA
C712
STRB
2
R814
16
1
DATA
Q802
SSM5H01TU
IC703
BU4094BCF
SHIFT REGISTER
0.01u
STRB
CLK
330k
SWITCH
36M
S36M
33M
MIC
BLED
TXLED
470k
R718
470k
R737
OGR
SWITCH
Q704
SSM6L05FU
470k
R717
470k
R730
SWITCH
Q703
SSM6L05FU
R727
1k
R729
470k
SWITCH
PSW
470k
R728
Q702
SSM3K15TE
X57-682 11/12
BD
BE
BF
BG
BH
TK-5210
SCHEMATIC DIAGRAM
1
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
X57-6820-XX
LCD
CN604
CN751
D701
D702
D703
D704
D705
D706
D707
D708
D709
D711
D712
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
YES
E40-6431-05
E40-6337-05
IMN10 IMN10
NO
NO
B30-2171-05
B30-2171-05
NO
NO
B30-2261-05
NO
NO
B30-2261-05
-12
K3
YES
E40-6431-05
E40-6337-05
IMN10 IMN10
B30-2171-05
B30-2171-05
B30-2171-05
B30-2171-05
B30-2261-05
B30-2171-05
B30-2171-05
B30-2261-05
IMN10 IMN10
D713
2
D715
D716
D717
D720
D723
Q705
Q706
L704
L705
L706
R701
R702
R703
R704
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
NO
NO
NO
DTZ3.9(B)
B30-2261-05
LM7101BIM5
2SC4617(S)
2SB798(DL,DK)
L92-0446-05
L92-0446-05
L92-0446-05
1k
1k
1k
1k
-12
K3
B30-2171-05
B30-2171-05
IMN10
DTZ3.9(B)
B30-2261-05
LM7101BIM5
2SC4617(S)
2SB798(DL,DK)
L92-0446-05
L92-0446-05
L92-0446-05
1k
1k
1k
1k
R763
X57-6820-XX
IC704
R705
R706
R707
R708
R709
R710
R711
R712
R713
R714
R715
R716
R719
R720
R721
R722
R723
R724
R734
R739
R740
R754
R756
R762
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
100
100
180
NO
180
NO
1k
470k
2.2k
470k
180
1k
33k
-12
K3
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
100
100
180
100
180
100
1k
470k
2.2k
470k
180
1k
33k
R764
R766
R767
R768
C714
C715
C750
C751
C752
C753
C754
C755
C759
C760
C761
C762
C766
C767
C768
C769
C770
X57-6820-XX
3
X57-6820-XX
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
100k
22k
22k
22k
100p
0.1u
0.47u
0.47u
0.47u
0.47u
0.47u
0.01u
1u
1u
1u
1u
1000p
0.01u
1000p
0.01u
470p
-12
K3
100k
22k
22k
22k
100p
0.1u
0.47u
0.47u
0.47u
0.47u
0.47u
0.01u
1u
1u
1u
1u
1000p
0.01u
1000p
0.01u
470p
4
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
NC MIC
CN752
1
TX-RX UNIT :TOP SECTION(X57-6820-XX)(C/5)
2
S901
L_MIC
3
CN903
MICE
CH_A
CH_B
CH_C
CH_D
R760
36M
S36M
L703
33M
L702
1k
TGL0
TGL1
C716
4700p
C717
4700p
C718
4700p
C719
4700p
C764
4700p
C763
4700p
C720
4700p
C721
4700p
C722
4700p
4
1
GND
5
2
CH_A
6
3
CH_B
36M
1
7
4
CH_C
S36M
2
8
5
CH_D
GND
3
9
6
36M
VoL
4
10
7
S36M
33M
5
11
8
33M
CH_A
6
12
9
TGL0
TGL2
7
13
10 TGL1
TGL1
8
14
11 TGL2
C
9
10
TOP SW SECTION
CN902
5
POWER SW/
AF VOL
CHANNEL
SELECTOR
TGL2
BLED
R736
470
15
12 BLED
CH_B
TXLED
R738
470
16
13 TXLED
CH_D 11
CH_C
17
14 ORG
R761
18
15 VoL
1k
19
16 KIN
20
17 GND
OGR
12
CONCENTRIC
SW
VoL
C765
4700p
L_KEY1
6
S902
TX/RX LED
D901
B30-2019-05
CN753
1
PF2
SIDE 2
2
PF3
3
SIDE 3
L_KEY1
4
L_PTTG
5
L_PTT
PTT
6
PF1
SIDE 1
Note : The components marked with a dot ( ● ) are parts of layer1.
7
SIDE KEY SECTION
73
X57-682 12/12
TK-5210
SCHEMATIC DIAGRAM
* LCD
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
TK-5210 2/12
TK-5210 3/12
TK-5210 4/12
TK-5210 5/12
TK-5210 6/12
28M 22
PSW 24
R483
1k
R488
1k
R490
R489
INAFC 26
25 KES
INAFC 26
25 KES
EXSW 28
27 DAT
ECSW 28
27 DAT
33M 30
29 TGL0
33M 30
29 TGL0
33M 32
31 TGL2
33M 32
31 TGL2
33A 34
33 TGL1
33A 34
33 TGL1
33A 36
35 CH_A
33A 36
35 CH_A
25D 38
37 CH_B
25D 38
37 CH_B
1k
1k
CHB
15D 40
CHC
15D 42
CHD
5M 44
PTT
5M 46
39 CH_C
41 CH_D
43 PTT
45 NC
15D 40
15D 42
5M 44
5M 46
39 CH_C
41 CH_D
OPTION
MICE
MIC
SP+
SPCPU
MICE
MIC
SP+
SPCPU
TK-5210 7/12
TK-5210 8/12
MICE
MIC
SP+
SPCPU
CLK
A0
LRST
LCS
30
D1
24
29
D2
23
WR
D3
22
27
D4
21
28
D5
20
D0
D6
19
E/RD
D7
18
26
GND
17
25
NC
GND
16
VDD
14
15
NC
Vout
NC
13
NC
11
12
NC
10
NC
9
NC
V0
VR
V1
V2
45 NC
LCDV 48
LCDV
oE
DGND 50
47 oE
49 DGND
LCDV 48
DGND 50
47 oE
C638
2
IN_oUT1
7
0.1u
KIN
oUT_IN1
CoNT2
KES
INAFC
GND
6
C608
4
5
1u
5
oUT_IN2
4
Q601
SSM3K15TE
GAIN_SELECT
VDD
8
7
R614
C631
22k
0.1u
*R740
* R739
* D716
* D712
* D708
R631
Q611
2SJ243
INTERNAL
AUDIO MUTE SW
CE
L605
6
SWITCH
33A
R643
1M
Q605
UMG3N
CH_A
25D
R604
15D
2.7k
PTT
5M
LCDV
oE
AVR
Q606
SSM3K15TE
5AC
49 DGND
C601
0.1u
INTERNAL
AUDIO MUTE SW
R605
5M
CH_D
10
Q612
SSM3K15TE
33k
2
9
3
6
4
5
C606
4
1u
5
GAIN_SELECT
VDD
INPUT
REVERSE
CURRENT
PREVENTION
R612
R620
R622
680k
150k
22k
47k
GND
AF
28M
ECSW
TK-5210 9/12
E40-6337-05
IMN10 IMN10
NO
NO
B30-2171-05
B30-2171-05
NO
NO
B30-2261-05
NO
NO
B30-2261-05
4
-12
K3
YES
E40-6431-05
E40-6337-05
IMN10 IMN10
B30-2171-05
B30-2171-05
B30-2171-05
B30-2171-05
B30-2261-05
B30-2171-05
B30-2171-05
B30-2261-05
C603
470p
10u
C822
1000p
C816
10u
470p
C633
D715
D716
D717
D720
D723
Q705
Q706
L704
L705
L706
R701
R702
R703
R704
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
NO
NO
NO
DTZ3.9(B)
B30-2261-05
LM7101BIM5
2SC4617(S)
2SB798(DL,DK)
L92-0446-05
L92-0446-05
L92-0446-05
1k
1k
1k
1k
-12
K3
B30-2171-05
B30-2171-05
IMN10
DTZ3.9(B)
B30-2261-05
LM7101BIM5
2SC4617(S)
2SB798(DL,DK)
L92-0446-05
L92-0446-05
L92-0446-05
1k
1k
1k
1k
R763
X57-6820-XX
6
INT MIC
(MAIN)
IC704
R705
R706
R707
R708
R709
R710
R711
R712
R713
R714
R715
R716
R719
R720
R721
R722
R723
R724
R734
R739
R740
R754
R756
R762
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
100
100
180
NO
180
NO
1k
470k
2.2k
470k
180
1k
33k
-12
K3
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
100
100
180
100
180
100
1k
470k
2.2k
470k
180
1k
33k
C770
X57-6820-XX
D805
CUS01
C819
C814
IMN10 IMN10
R764
R766
R767
R768
C714
C715
C750
C751
C752
C753
C754
C755
C759
C760
C761
C762
C766
C767
C768
C769
-10
K
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
-11
K2
100k
22k
22k
22k
100p
0.1u
0.47u
0.47u
0.47u
0.47u
0.47u
0.01u
1u
1u
1u
1u
1000p
0.01u
1000p
0.01u
470p
-12
K3
100k
22k
22k
22k
100p
0.1u
0.47u
0.47u
0.47u
0.47u
0.47u
0.01u
1u
1u
1u
1u
1000p
0.01u
1000p
0.01u
470p
10u
C820
15D
D804,805
REVERSE
PROTECTION
TP906
15V(Y)
14.51V
22p
330k
1u
1u
1u
C833
C834
C835
R827
C831
7
470p
R828
12k
DC/DC
CONVERTER
R826
5
IC808
XC9101D09AKR
22k
6
C832
9
8
180p
C712
10
1 EXT
VSS
2 LSEN
3 VIN VoUT/FB
CC/GAIN
4 CE/SS
CLK
C830
10
0.1u
1k
0
R812
NC MIC
CN752
R825
1k
R742
1k
PF3
R803
1
2.2
2
L_KEY1
R804
MICE
3
VIN
VOUT
2.51V
VSS
CE
NC
25D(Y)
5
4
3
NP
VoUT
GND
CoNT
6
4
VIN
CH_B
TP908
CH_C
5M(Y)
5M
C824
1u
CN903
MICE
CH_A
4.98V
S901
3
25D
VOLTAGE REGULATOR
TX-RX UNIT :TOP SECTION(X57-6820-XX)(C/5)
2
L_MIC
10u
R743
TP907
IC806
XC6204B252M
4.7u10
1k
1
150k
3.78V
PF2
C823
R744
PF1
1000p
C825
1k
1000p
C826
1k
R745
0.01u
R732
C829
D719
IMN10
7.43V
SB1
1k
CH_D
36M
S36M
33M
36M
R760
S36M
L703
33M
L702
1k
MIC
TGL1
MICE
C716
4700p
C717
4700p
C718
4700p
C719
4700p
C764
4700p
C763
4700p
C720
4700p
C721
4700p
C722
4700p
4
1
GND
5
2
CH_A
6
3
CH_B
36M
1
7
4
CH_C
S36M
2
8
5
CH_D
GND
3
9
6
36M
VoL
4
10
7
S36M
33M
5
11
8
33M
CH_A
6
12
9
TGL0
TGL2
7
13
10 TGL1
TGL1
8
14
11 TGL2
C
9
10
CN902
POWER SW/
AF VOL
CHANNEL
SELECTOR
TGL2
SURGE
ABSORPTION
D604
NNCD6.8G
BLED
TXLED
SWITCH
Q703
SSM6L05FU
SWITCH
OGR
SWITCH
Q704
SSM6L05FU
BLED
R736
470
15
12 BLED
CH_B
TXLED
R738
470
16
13 TXLED
CH_D 11
CH_C
17
14 ORG
R761
18
15 VoL
1k
19
16 KIN
20
17 GND
OGR
12
CONCENTRIC
SW
VoL
L_KEY1
S902
TX/RX LED
D901
B30-2019-05
CN753
1k
7
REVERSE
CURRENT
PREVENTION
6
NC2
NC2 NC1
VSS
5
VoUT
VIN
1SS388
1
PF2
3
2
1
IC606
XC6201P302MR
1k
28M
PF3
R729
3
L_KEY1
470k
4
Q702
SSM3K15TE
VOLTAGE
REGULATOR
AF
2
R727
J19-5386-05
4
D608
D
AF
28M
ECSW
E40-6431-05
15V
C813
QS
1k
C809
MIC
0.47u
CN602
R616
5VSPamp
GND
YES
Q607
UMC4N
8
Vo1
NC1
K2
TGL0
C628
R623
TP902
28M(Y)
GND2
GND1
3
D713
DC/DC(15V)
VOLTAGE REGULATOR
47k
Vo2
15D(Y)
VOLTAGE REGULATOR
2
R626
7
IC602
LM4906LD
SHUTDoWN
4
NC
4.7u16
VSS
1.8k
2
R640
NC2
1
CH_B
CH_C
AUDIO AMP
C815
3
R813
1
0.47u
8
1.2k
TGL1
-11
D804
DA221
1.51V
15D
VSS
47
R628
AVR
NO
3
33A(Y)
5
VoUT
VIN
C812
Q’S
8
KIN
L_MIC
TGL2
NO
X57-6820-XX
TP905
L803
0.01u
C711
0.01u
0.01u
1
Vo1
NC1
1000p
C806
1u25
C807
1u25
2
R618
22k
Q608
2SB798(DL,DK)
DAT
33M
NC
1000p
5AC
* C715
C839
* D723
*D713
* D709
* D715
* D711
* D707
PTT
* R756
* R723
* R721
* R724
* R722
* R720
* R719
* D706
L701
1
C808
C818
LCS
* R767
A0
LRST
oE
SWITCH
GND2
INPUT
IN_oUT2
L604
Vo2
9
GND1
3
CoNT1
3
EXTERNAL
AUDIO MUTE SW
PSW
VCC
2
10
SHUTDoWN
470p
0.1u
33u10
C828
120k
220k
R819
C817
C827
R818
330k
82p
C821
10u20
10u20
C804
C803
R754
*
*
C766
* R768
WR
D0
D1
D2
D3
D4
D5
D6
D7
* D705
1
8
IC601
LM4906LD
C632
* R766
* C768
* C760
7
8
6
*C755
5
4
3
1
1M
Q610
SSM3K15TE
TGL0
IC604
TC7W66FK
R641
LRST
43 PTT
oPT1
OPTION
MICE
MIC
SP+
SPCPU
SWITCH
VoL
21 KIN
23 EXAFC
AUDIO AMP
NO
C765
21 KIN
23 EXAFC
19 GND
5M
D712
NO
4700p
17 CLK
5M
D711
NO
470k
15 VoL
+B 18
LRST 20
Q8
Q4
R733
R718
+B 16
17 CLK
Q609
2SJ243
D709
NO
33A
IC807
TK11250CUCB
IC603
TC75W51FK
L603
SPS_EXAFC
D708
NO
SIDE KEY CN
L_PTTG
5
SWITCH
L_PTT
6
PF1
PSW
15 VoL
+B 18
SPS_EXAFC
INAFC
15D
POWER
QS
22k
+B 16
EXTERNAL
AUDIO MUTE SW
SB1
4
CE
OP AMP
Q609
15V
33A
5
VOUT
VSS
L602
C621
13 AF
PSW 24
25D
POWER
9
KIN
0.1u
11 SP-
+B 14
19 GND
Q3
470k
1k
+B 12
13 AF
LRST 20
11
6
R737
R486
11 SP-
+B 14
R808
0
* R734
Q7
7
470k
1k
470
CHA
D
Q2
10
VSS
12
470k
TGL1
Q’S
R735
Q6
470k
TGL2
0.1u
R484
R502
+B 12
28M 22
33A
*
11
Q8
Q4
Q5
5
D717
MICE
SP+
D707
NO
TP904
IC803
XC6209B152M
3.67V
7.49V
R731
13
R728
CN901
Q7
Q3
R621
L403
L404
TGL0
12
Q2
MIC
MICE
SP+
D706
NO
D803
DA221
3.3V
VOLTAGE REGULATOR
TP910
14
Q1
REVERSE
CURRENT
PREVENTION
key#
C623
SP-
5M
D705
NO
33M
Q802
SSM5H01TU
15
4
D718,719
key0
key*
key9
13
OE
CLK
D718
IMN10
100p
C511
100p
100p
100p
100p
SP+
9
33M
key5
key3
key4
0.1u
C491
7
VoL
5A
Q6
VDD
DATA
3
R717
CN14
8
SToN
PWR
D704
NO
16
STRB
2
R730
TXo
15V
VIN
0
SP+
SB1 10
TXo
Q1
14
C630
oPT1
1
5
SP-
RXEo
SToN
6
4
NC
IC703
BU4094BCF
SHIFT REGISTER
470p
1
oPT1
RXEo
PWR
MIC
MICE
D703
NO
470p
oPT3
SP+
SP+
KEY1
PSW
EXAFC
INAFC
KES
ECSW
DAT
DATA
5M
RXD1
2
4
3
2
5
9
28M
DATA
47k
3
TXD1
RXD1
oPT3
6
7
L405
DI/ANI
Q5
C629
TXD1
PWR
47
0
PWR
D702
NO
REVERSE
PROTECTION
68u
MIC
8
RXEI
CLK
R627
4
RXEI
DI/ANI
OE
C627
NC
DATA
REVERSE
CURRENT
PREVENTION
0.47u
oPT4
5
15
1.8k
6
5
3
GND
15V
CLK
LRST
STRB
CLK
1
VDD
R624
6
NC
TCoNT
LAMP
oE
STRB
CLK
16
STRB
C625
oPT4
NC
4
1
SB1 10
TCoNT
LAMP
oE
3
R807
L_PTTG
1000p
8
7
oPT5
7
MICE
2
2
R747
POWER SUPPLY SW
SHIFT REGISTER
27k
8
MIC
CN601
GND
SB
TXI
REVERSE
CURRENT
PREVENTION
R619
oPT5
USEL
TXI
3
GND
L402
MAN DoWN
MAN DoWN
key*
REVERSE
CURRENT
PREVENTION
C624
DGND
key0
8
QS
D701,702
REVERSE
CURRENT
PREVENTION
key#
7
0.022u
AGND
9
*
0.1u
10
9
VSS
6
150k
10
1
15V
+B
C3
9
R617
AGND
DGND
C3
* R714
* R715
* R716
8
180k
NC
#
S16
key7
10
Q’S
Q4
5
* D704
key8
key7
key6
11
Q8
Q3
7
keyD
key1
key2
100p
R613
NC
11
0
S15
6
* D702
key8
12
Q7
Q2
C620
AGND
12
11
5A
D
C70
13
12
AI
INH
INH
*
S14
key9
4
13
5
keyA
keyB
keyC
* R711
* R712
* R713
Q6
3
4.7u
0.1u
13
Ao
SB2
S11
Q1
14
4
* D701
key4
2
C622
0
AGND
SB2
S12
key5
1
15
2.2k
0.1u
oPT5
S13
Q5
R638
5A
9
CLK
C639
1u
SToN
14
8
OE
0
DI/ANI
15
14
7
DATA
3
key6
R651
16
15
5A
*
* R709
* R710
16
VDD
1000p
16
SToN
S8
0.1u
C611
DI/ANI
A0
AO
CN408
MICE 4
PWR
S9
2
oPT1
oPT5
S10
R708
1u
C614
R77
18k
oPT1
6
4.7u16
C613
TCoNT
5
STRB
2
WR
1
1k
Q706
IC702
BU4094BCF
1
key1
C609
17
4
key2
1
2.2
R741
*C714
D701
NO
SWITCH
IC701
BU4094BCF
key3
D801
1SS301
R806
4.7
keyA
* R705
* R706
* R707
1M
17
3
3
S5
R634
TCoNT
D7
4
2
S6
R608
1k
AO
5
1
S7
R609
R566
oPT4
GND
INPUT+
4
INPUT-
D6
AVR
keyB
47
MAN DoWN
GND
3
D5
6
5
V-
R637
18
WR
V+
470p
18
RD
WR
OUTPUT
2
C604
MAN DoWN
RD
LCDV
1
R603
GND 2
5M
POWER
REVERSE
CURRENT
PREVENTION
* D720
D
D
oPT4
D7
D4
7
*
14.50V
* L706
* R762
C602
1k
oPT2
D7
15V
470p
R567
oPT2
A0
D6
D3
8
680
INH
oPT3
oPT3
C512
RXEo
C513
22
21
IC417
TC7WB125FK
1 oE1 VCC 8
2 A1 oE2 7
3 B2
B1 6
4 GND A2 5
C514
22
TXo
DGND
C515
RXEo
DGND
WR
AGND
AGND
D5
D6
D2
9
D
C495
RXEI
POWER SUPPLY
CONTROL SW
SHIFT REGISTER
D
AGND
oPT3
POWER
3.77V
VSS
CE
33M(Y)
5
IC802
XC6204B332M
3.73V
1k
C643
10k
24
23
SB2
C3
TXI
14
* R501
D4
D5
IC704
1u
R586
23
IC416,417
BUS SW
13
D4
10
OP AMP
D1
C640
RXD1
LCS
IC416
TC7WB125FK
1
8
oE1 VCC
2
7
A1 oE2
3
6
B2
B1
4 GND A2 5
12
* R517
D3
D0
keyC
C710
10
D2
D3
11
keyD
* D703
9
D2
12
R635
BUS SW
WIDE
1
CLK
DAT
KES
100p
100p
100p
100p
100p
100p
C510
C509
C508
C507
C506
10
C505
11
8
D1
1k
B8
12
7
DO
D1
S4
1000p
OPTION
MICE
MIC
SP+
SPCPU
GND
13
6
GND
DO
S3
S2
S1
0.1u
C610
OPTION
MICE
MIC
SP+
SPCPU
B7
5
GND
*
* R764
10.49V
1u
C615
OPTION
MICE
MIC
SP+
SPCPU
B6
A8
14
4
* R701
* R702
* R703
* R704
C607
OPTION
MICE
MIC
SP+
SPCPU
B5
A7
15
3
LCS
13
D609
47
RXEI
26
25
oPT2
IC502
TC7SBD384AFU
5
1 A
VCC
2 B
4
3 GND
oE
47k
R590
2Y
BUFFER
A6
16
0.1u
22
CoMMoN
CF203
L72-1017-05
B4
* R498
* R497
* R496
* R495
* R494
* R493
* R492
* R491
14
1SS388
GND
1
R588
5
oPT6
TXI
26
25
24
19
10k
R589
6
B3
A5
D
17
LCS
D
100k
9
A4
18
* CN604
LCS
C
1M
8
B2
* CN19
L601
5M
5T
WPA
5M
APCSW
7
B1
A3
2
*R763
6
oE
A2
1
* C769
5
A1
* R503
B
5M
3A
VOLTAGE
DETECTOR
33M
+B
L_PTT
A
R607
1000p
C186
100k
R525
1000p
C136
470k
1000p
R153
4
20
19
KIN
C770
5VSPamp
2A
LCD BACK LIGHT
33M
+B
1k
4
R446
1000p
C177
C178
0.01u
3
VCC
KIN
KIN
R606
3
2
NC
2
D6
1k
3
7
LED BACK LIGHT
33M
+B
* Q705
D5
R565
1Y
BUS SW
SB2
20
IC501
TC7SBD384AFU
5
1 A
2 B VCC
4
3 GND
oE
3Y
2
33M
+B
33M
3
1u25
100
TP909
POWER(Y)
R814
100
100
CN751
NO
D803
3.32V
33M
VOUT
1u25
100
100
2
VIN
C811
100
100
10k
1u
100
100
D709,713,723
1
1u25
100
100
AGND
21
C71
47
47k
INH
R591
R587
VEE
7
APCO:0V
W:3.18V
N:0V
VCC
2.2
TP903
IC801
XC6204B332M
C836
100
100
D2
19
R530
oP_TXD1
8
1A
R264
MULTIPLEXER
GND
CH0
8 VCC
6
5
4
0.1u
MULTIPLEXER
A
CH1
6
C283
A
R282
CH1
GND
3.9k
VEE
5
3.9k
INH
R281
4
3.9k
3
1
7
3.9k
CoMMoN
2
VCC
CH0
R279
INH
CoMMoN
R280
FM:3.32V
APCO:0V
VEE
CH0
VCC
2
0.1u
APCO
CH1
3
0
33M
36M
C805
100
100
D1
20
C62
R269
1
IC207
TC7W53FK
R520
oPT4
100k
IC208
TC7WU04FK
MULTIPLEXER
NARROW
C282
5
C276
8
GND
CF204
L72-1018-05
8
0
5M
L607
R815
1000p
100
100
1
INH
D
47
39p
L79-1850-05
C240
4.7k
C277
13
4.7u
14
2
*C750
* L705
100
100
BUS SW
oPT2
oPT5
CD201
C284
0.1u
7
6
A
1
R295
2.7k
R268
0.1u
0.1u
AI
AI_TX
R259
C285
15
150p
0.1u
R274
C275
V3
V4
100
100
IC415
TC7MB3245FK
D
TK-5210 1/12
100
E40-6431-05
D705-708,711,712,715,716
CN604
K
5
VOLTAGE REGULATOR
R805
1
4 VSS
VoUT
5M
1k
0.01u
R518
47
16
NO
E40-6431-05
C496
2.7k
R568
L26
C55
3.3k
C279
17
NO
0.1u
33k
TXo
Ao
R278
56k
100p
R256
150p
18
C289
C278
19
NO
100k
POWER
6
7
C271
5R
CF202
L72-1009-05
8
4
47k
0.022u
20
C281
0.1u
IC206
TC7W53FK
IC205
TC7W53FK
0.1u
10
2
CoMMoN
VCC
INH
CH0
VEE
CH1
GND
A
D
5M
1000p
C270
0.1u
C293
21
15k
3.9k
3.9k
R288
R289
C292
C237
C254
0.01u
1u
L220
C487
0.1u
SToN
R255
0.1u
C268
TCoNT
22
150k
C267
0.1u
C257
23
0.1u
1
470k
oP_MAN
Q209
EMD9
NO
K3
TX-RX UNIT :OPTION SECTION(X57-6820-XX)(D/5)
oP_INH
SWITCH
NO
K2
R60
470k
TXo
0.1u
5
470k
RXEo
0.01u
220
C256
R240
22p
R:0.51V
T:0V
MULTIPLEXER
470k
TXI
R252
0
IC203
TC7W53FK
R234
R285
470p
4
BPF GND
2nd Lo
C261
8p
R78
R57
L25
24
NO
-12
R447
4.7k
C288
180n
0.01u
C260
3
5R
47p
1 oSCIN
MIXIN
2 oSCOUT
GND1
3 VCC1
VREF
4 MIXoUT
RSS1
5 VCC2
C-DET
6 IF1IN
N-DET
7 DEC1
FILoUT
8 IF1oUT
FILIN
9 NDPS
N-REC
10 IF2IN
AFoUT
11 DEC2
QUAD
12 GND2
IF2oUT
NO
-11
D4
R64
IC204
TA31137FN
NO
4.7k
R156
BSFT
OPTION
MICE
MIC
SP+
SPCPU
NO
D0
RSSI
22
R276
R249
68p
82p
C264
47p
C296
680k
R243
47
R238
C265
C262
0.01u
150n
L221
L219
TUNE 1
10k
8.2k
680n
0.01u
L218
C253
L217
560n
680
C248
C245
0.1u
0.1u
C244
R:4.92V
T:0V
C250
27p
R237
C246
0.01u
12p
0
C252
R294
0
560n
R235
XF201
L71-0551-35
15p
L214
L39-1272-05
L216
1
G1 2
D1
3
D2
L213
270
R228
470p
R:1.37V
T:0V
1000p
C259
0.1u
Q204
2SK1215(E)
IF AMP
C236
RX BPF
R242
oUTPUT
47
R239
2.2k
R229
470p
C239
22n
L224
9p
6
5 G2
4 S1
S2
L211
L39-1272-05
C238
C204
C227
1SV273
D208
1M
D209
3p
L205
L34-4492-05
R221
1SV273
1M
R220
33
1M
R222
1000p
1SV273
C230
22
1SV273
R223
6p
D206
C225
1.5p
C221
1.2k
R218
C222
680n
FM IC
CF201
L72-1017-05
POWER
OPTION
MICE
MIC
SP+
SPCPU
NO
SWITCH
RXEI
C241
C255
C243
270k
R205
R219
R204
L203
6p
L204
L34-4493-05
NO
Q417
SSM3K15TE
1000p
C176
R157
R123
Q111
EMD9
oPT6
BUFFER AMP
R241
0
10
OPTION
MICE
MIC
SP+
SP-
NO
Q107
SSM3K15TE
SWITCH
oPT2
R:4.87V
T:0V
IC202
SPM5001
C220
D207
47k
R217
D204
D205
1000p
120
10k
L202
L34-4493-05
R214
C213
C212
R213
1000p
R:2.38V
T:0V
47k
R208
1M
D202
3p
1SV273
1SV273
R209
D203
1000p
R:0.69V
T:0V
R215
4
D
L201
L34-4492-05
C207
OUTPUT
IC201
LMC7101BIM5
33A
5R
5C
PCS
1M
C388
R366
4.7u
1000p
10k
1SV273
10
1SV273
R207
0
3
GND
C294
47n 470p
VARI-CAP TUNE
C218
V-
0.53V
INPUT-
SWITCH
R272
C206
1
10k
1.5p
L210
D206-209
10
R202
TUNE
Q1
UM6K1N
5R
1000p
C396
100k
R364
1000p
C397
0.1u
C301
1000p
R363
3.3k
470k
0.1u
R371
C392
C389
1u
C403
470k
R407
0
Q202
3SK274*J
R212
VARI-CAP TUNE
10p
R583
BUSY
470p
DBM
VARI-CAP TUNE
R216
5
RXD
100k
R61
R66
100k
C47
0.01u
DSR
33
39n
C231
D204,205
RF AMP
D202,203
C201
34
E
C203
R201
CTS
37
2
38
C235
L207
39n
C228
2p
13.81V
Q201
2SC4617(S)
1000p
14.51V
D
EXTIM
0.1u
EXTI
39
RIPPLE
FILTER
15V(Y)
TCoNT
40
35
470k
C490
C41
0.1u
UN_DAT
C205
QS
1u
VSS
VCC
1 EXIT/
VOUT/FB
2
VDD
4
3
GND
CE
REVERSE
PROTECTION
LCD
-10
INT SP
L606
IC804
XC61CC5602NR
3
2
NC VIN
C802
10u20
D
C274
5
0.01u
R136
K
POWER
1000p
IC805
XC6365D103M
D802
D802
HRB0502A
R491 R492 R493 R494 R495 R496 R497 R498 R501 R503 R517
11
C273
0.01u
VOLTAGE REGULATOR
X57-6820-XX
2
1
3.79V
DC/DC(3.6V)
L802
0.1u
R817
1000p
-10
CN19
10
10u6.3
2
L206
9
VC
POWER
10
7
oP_MAN
8
41
POWER
18p
Q’S
POWER
100n
Q205
2SC5108(Y)
4
L212
L39-1272-05_9
C233
Q4
POWER
3
oP_INH
oPT6
1k
C266
* C762
* L704
D105
X57-6820-XX
D3
C272
0.01u
C838
1000p
C801
10u20
VOLTAGE
PROTECTION
SB
47p
L222
0.64V
X201
L77-1961-05
1
R52
1k
22p
R247
CPU
CV
V+
1k
E
CV
270
Q8
VCXO
CPU
CV
3.26V
C263
270
Q3
Q316
SSM6L05FU
oPT2
11
oPT1
5CC
oPT3
CHGIo
12
6
R63
1k
15V
100k
R539
E
5R
C295
Q801
TPC6102
L801
CN603
TP914
SWITCH
GND(Y)
TX-RX UNIT :TX-RX SECTION(X57-6820-XX)(A/5)
APC
C232
0.1u
* C761
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
7.5V
2.7k
CPU
POWER
47
R224
Q7
R49
13
POWER
SWITCH
oE1
14
CPU
* C759
TP901
+B(Y)
180k
APCSW
C185
10k
L122
R152
18k
R147
C160
5
AUTO POWER CONTROL
R244
15p
Q2
3.26V
POWER
C229
Q6
Q420
SSM6L05FU
0.015u
Q5
Q1
5
oPT4
42
36
1000p
R403
L24
43
C48
44
CLK
C320
3.3V
CPU
TP701
LCD(Y)
* C767
R150
TP913 TP912 TP911
R137
C138
IN2+
6
SWITCH
+B
* CN751
D7
DSP-FPGA
OPTION
MICE
MIC
SP+
SP-
TX-RX UNIT :CONTROL SECTION(X57-6820-XX)(B/5)
CN904
EZJZ0V500AA
D111
10p
C171
12p
4p
C167
8T
C169
4.7u6.3
IN2-
VEE
Q106
DTA144EE
HZU5CLL
IN1+
Q104
SSM3K15TE
5M
EZJZ0V500AA
820n
CN102
L120
* C751
* C752
* C753
* C754
C163
33p 1000p
ANT GND
APC1
C335
D110
L121
12p
12p
C170
C166
L125
9T
C197
9T
C196
3
RF2
L126
R149
100k
HVC131
R159
D109
D108
HVC131
C147
27p
KMC SW(Y)
10k
0.01u
1000p
270
R142
C144
C146
270
R140
C140
100k
1000p
-t
TH101
1000p
C130
OUT-B
SWITCH
APC
L123
2.2k
1M
R128
IN1-
7
R134
C121
4
150k(D) 150k(D)
5
TX-RX UNIT :ANT SECTION
(X57-6820-XX)(E/5)
2
SWITCH
8
VCC
C132
3
OUT1
1000p
2
R12 9
4
APC1
C173
6
0.01u
7
3
ANT
SURGE
ABSORPTION
1
RF1
GND
33p
SWITCH
4p
C181
1000p
12p
C157
27p
5p
C151
C149
8T
27p
L115
C145
2.2u
L114
5p
22p
C190
39p
C168
SURGE
ABSORPTION
TEMP
COMPENSATION
(FOR PA)
47k
R124
150k(D)
1
100k
2
L2SF
5T
C141
C139
33p
68p
1000p
C135
0.01u
IC101
TA75W01FU
1000p
0.22
R119
0.22
R120
C111
1000p
5T
5T
5R
5C
S33A
V2
CN101
8T
33p 1000p
3.76V
R135
C124
10k
1000p
R125
C116
1000p
R122
47k
S33A
4
RFC
33p
3
RF2
V1
2
10k
R160
100k(D)
5
1000p
R133
150k(D)
C123
10k
R325
C137
4p
C142
C122
L110
L109
C134
C133
470p
R131
C118
C128
1000p
1u
15n
10
R115
L108
33k
39n
100
R126
L107
L106
100
18p
R114
270
C114
270
R113
R111
330
L102
R110
100n
1000p
L103
R109
33
C110
1000p
1000p
C174
R127
1000p
8
L330
470p
100
C373
R343
1
100k
39n
L323
8p
C364
10p
C357
15p
C353
10p
C348
56
Q312
2SC5108(Y)
BUFFER AMP
R324
R322
10k
R116
470p
47k
C367
10n
R265
L319
15n
100k
L317
C159
R144
0
Vg(APC)
22
C106
33
C105
C104
1000p
R104
C108
2.7k
220k
100k
56k(D)
Vg(APC)
R118
8p
V2
GND
SPDT
Q110
2SJ243
100p
R266
4p
RF1
RFC
RF DRIVE AMP
R121
150k(D)
R344
1000p
V1
L119
D108,109
ANTENNA SW
R117
R326
20
56n
1.8n
5p
5
4
6
470
R108
56n
L124
330
L101
100n
R105
3.3k
18p
R102
C184
1000p
0.01u
C101
C102
HVC131
D210
3.3k
15p
1000p
18
L105
IC104
TC75W51FK
CPU
0.1u
SWITCH
R:4.97V
T:0V
CPU
R576
15p
RF AMP
1000p
C242
1u
C384
100
R231
R:2.42V
T:0V
33p
R:0V
T:0.82V
27p
C182
C107 C183
Q101
2SC5108(Y)
1000p
R101
2.2k
HVC131
10k
1000p
R106
C103
82n
LOCAL SW
R353
1000p
C382
R233
1000p
680
1000p
R352
L327
10k
8.2k
R351
1k
R350
C383
SW
R348
C379
1000p
C377
1000p
4
D101
1.5k
R107
0
2p
R362
C376
470p
C370
L322
220n
0
15p
1.54V
120
R342
1000p
3
LOCAL SW
C386
R356
L104
10p
C158
C194 C162
100p
C391
S33A
1.90V
D
10k
R130
470p
C374
47n
L325
C372
0.5p
220n
220
L324
L321
5p
R341
C363
4p
1000p
C385
R112
9T
C156
C180
1000p
100
R346
470p
C365
470p
C358
4p
C354
C361
C368
C356
0.5p
6p
D312
1SV278
D310
1SV282
1SV282
D311
C345
470p
C362
BUFFER
R336
C331
1000p
100k
C360
C313
1000p
D308
1SV282
D309
1SV282
L311
220n
L312
390n
L304
10u
D304
HVC376B
100p
C316
C338
0.022u
1u25
C336
1.8k
R323
C334
0.1u35
C333
470p
C329
2
4.73V
C112
R:0V
T:0.86V
DC AMP
C355
C352
Q306
2SK879(GR,Y)
R319
18k
C323
470p
GND
C381
R:0V
T:4.74V
47k
18n
CP
Rset
19
18
Vp
DVDD
17
10
oUT
IN
C380
R103
L118
8T
C150
1000p
HVC131
Q103
RD01MUS1
150k(D)
C346
1k
VCC
5
IN
Q314
2SC5108(Y)
2.12V
1
R:0V
T:2.40V
C113
R337
6
AVDD
8
7
AVDD
REFin
DGND
9
10
DGND
DVDD
16
R315
10
R314
L310
470p
1
1M
470p
R340
R338
470k
C369
D303
HVC376B
C315
100p
0.1u
L308
10M
R316
C390
470p
C330
1u25
C312
220n
1u
C387
180k
R310
47k
R361
MA2S111
R303
470p
C309
47p
C302
4.7u
1.5k
R335
C304
47p
C311
C306
47p
4.7u10
1000p
C411
C408
1u
C407
R406
10u
C402
470k
C486
VCO
OSCILLATION
470p
AGND
Q402
SSM6L05FU
INPUT+
CPUCLK
SRIN
Q311
2SK508NV(K52)
C344
R321
IC304
UPB1511TB
6
D304,307,310-312
FREQUENCY CONTROL
470k
CPGND
D
OE
4
oPT5
32
31
SOUT
30
FSOUT
FMCLK
CLKOUT
29
28
27
15
DATA
CLK1
0.01u
50
49
BUFY(0)
BUFY(1)
51
BUFY(2)
52
53
VCCI
BUFA(4)
BUFY(4)
54
56
55
NO
VCCA
NO
SRCK2
FLRCK
GND
VCCA
FSCLK
26
25
24
23
22
1000p
R402
5M
33M
RXDM
0.01u
C46
DSRM
CTSM
KEY_PLAY
INH
C44
0.01u
57
59
58
GND
BUFY(5)
60
GROE
21
20
DIFF
VCCI
19
5T
47k
D14
MA2S111
oPT3
25D
10
R89
10
AUXI
VCCI
BUFY(6)
61
62
BUFY(7)
BUFA(6)
63
RESET
IF_IN
1800p
BUFFER AMP
Q102
2SC5192
L116
IC103
MASWSS0006
+B
T:1.71V(H)
1.34V(L)
R:0V
T:4.94V
39p
C148
C193
4.7u16
C612
SURGE
ABSORPTION
33M
EMC
MICE
CTS
SP+
SP-
10u
R330
470k
oE
0
39n
4
2
LE
390n
3p
C366
5
3
15
Q401
SSM6L05FU
1SV282
L305
1/2 DIVIDER
L316
C350
R328
+B
RF AMP
D107
1
R602
5M
0
1200p
1000p
470p
Q409
SSM3K15TE
AGND
1K
33A
OP AMP
E
E
VCO
OSCILLATION
0.75V
0
RF FINAL AMP
33A
CLK1
33M
TCNT
C40
17
E
Q310
2SK508NV(K52)
1p
L315
R:1.90V
T:1.68V
R:3.32V
T:0V
oPT1
47
R329
1000p
R429
BUFY(8)
64
470k
IC303
ADF4111BCP7
MUXoUT
SWITCH
D
R81
R327
2.2k
LOOP
FILTER
C223
STRB
SWITCH
VDD
D
R575
DATA
1000p
DAT1
R79
D13
68k
L19
E
GND
RFinB
1u
C219
D
18
4.7k
C442
R442
470k
C428
MA2S111
oPT2
MCLK
33M
SQ
0
R444
220k
4.7k
C37
0.01u
BUFA(0)
6p
0.5p
IF_IN
11
0
Q418
SSM3K15TE
BUFA(1)
TESTMODE
16 DSPCLK
E
DSPCLK
SWITCH
16
STRB
D
R578
22k
VSV(VCCA)
GND
10u
C378
L320
D307
C340
C375
WN
2A1
10
VCCI
L307
3.3
3.91V
Q313
2SC5108(Y)
C371
33A
1Y4
GND
12
10
BUFA(2)
SROUT(7)
27n
R132
56p
BUFFER AMP
VN
2Y1
13
10
R572
BUFA(3)
SROUT(6)
MM
15
14
R559
R571
15
45
BUFA(7)
PLL IC
14
CP301
SWITCH
56p
RFinA
CLK
13
1K
LE
UL
IC11
BU4094BCFV
46
BUFY(3)
1k
C305
CE
12
C217
2A2
MIC MUTE
Q406
SSM3K15TE
LD
16
D
D
IC14
TC7WU04FK
1
1A VCC 8
2
7
3Y
1Y
3
6
2A
3A
4
GND 2Y 5
0.1u
11
CP302
CLK
DAT
C215
1A4
1u
Q410
2SJ347
CPUCLK
47
BUFFER
1000p
C393
4.7u10
C410
1000p
C412
470k
470k
C483
1000p
R404
5
4
1000p
1Y3
SWITCH
R422
IC12
TC7WH74FK
8
1 CK
VCC
7
2 D
PR
6
3 Q
CLR
5
4 GND
Q
0.1u
1u
C404
470k
R401
1u
C405
C406
120k
SToN
VIN
220n
0
R313
1000p
2A3
2Y2
0.1u
AI_TX
D-TYPE FLIP FLOP
4.7u
10
7.5V
CE
L309
0
150k
22
5R
10
1A3
17
D
470k
C420
D
VCXO
18.432MHz
0.01u
1000p
C214
9
1Y2
D
D
560
470p
100p
C480
120k
100k
10k
0.1u
C469
R514
VoUT
VSS
R:0V
T:3.35V
SHIFT REGISTER
3
SROUT(5)
STRB
L303
C210
CLK
2A4
2Y3
18
R427
0
14
C318
5.0V
0.1u
8
1Y1
1A2
Ao
C465
0.1u
STRB
R56
470k
13
D313
470p
C86
C479
0.1u
R516
R515
C481
10u6.3
1k
1M
R551
0.1u
C466
470k
VARS
NC
2
3
CPU
47
CLK
IC13
EX128TQ64I
SROUT(4)
33k
R318
0
470k
R519
1k
R505
100k
C468
100p
R506
R507
100k
R481
R459
R552
1000p
R405
10k
R478
10
R476
0.1u
C462
470k
1M
R549
470
R480
IC401
XC6204B502PR
3.32V
R334
VCXO
IC401,402
R:0V
T:4.90V
48
BUFA(5)
SROUT(3)
R359
5C
C208
7
2Y4
5
R574
10
4
12
10
R573
0.1u
470k
6
X2
L77-1962-05
4
1 VCoNT
VCC
2 GND
3
oUTPUT
R570
3
7
9
10
C325
1u
F402
0.25A
33A
VC
R500
C460
0
0.1u
33k
R467
R466
150k
100p
0.01u
22k
C459
APC
TUNE
5M
L2SF
LD1
CLK1
DAT1
33A
33A
SCSW
33A
RXEI
BEEPS
R472
C457
4.7u
C454
4.7u
4.7u
C400
C458
1500p
150p
C455
33k
47k
47
47
R464
4
1SV282
L314
C120
C192
L113
R158
6
L29
C27
100p
100p
NC
1000p
C347
T:7.2V(H)
7.4V(L)
L111
HVC131
RF ANT(Y)
IC102
MASWSS0006
R:0V
T:0.8V
5.0V
2
FPGA
47k
R331
L302
1
DAT1
VPP(VCCA)
SROUT(2)
INPUT-
4.98V
5
5RC
LP/GND
R311
S33A
R203
DAT
STRB1
2G
20
19
8
11
R437
L23
1000p
6
1A1
VCC
BUFFER
D3
NNCD6.8G
0
R477
D
5
1G
D
D2
NNCD6.8G
R441
0.1u
C426
R431
10u
6.3
R412
100k
C419
5M
470k
150k
R411
DSP-FPGA
CS
SDo
5M
C75
L27
1k
C68
1000p
MULTIPLEXER
0
CE
10u
D306
C341
Q105
T:2.49V(H)
1.85V(L) RD07MVS1
R345
R339
SPDT
D106
R:0V
T:1.60V
T:7.2V(H)
7.4V(L)
4p
C359
ANTENNA SW
36M
R24
SURGE
ABSORPTION
470k
CP6
470K
47k
R23
CP3
47k
R22
470k
R435
8
SWITCH
D2,3
R99
470k
R443
L30
47k
R36
R42
DSR
R27
1000p
R82
1k
C67
1000p
CHGIo
A
4
TXDM
oE1
C23
D6
AVRM1005C270M
C20
100p
100p
C17
C19
C16
TGL2
TGL1
TGL0
WR
3300p
D
100p
470
RD
VN
SCSW
EXTIM
R62
R51
470
47k
1k
R38
1000p
C66
R35
470
C65
1000p
1k
R32
C60
1000p
R40
GND
3
5CC
VoUT
VSS
100k
DSR
5
3
LD1
EXTI
6
33M
UN_DAT
E
1
7
VIN5
VIN
2
3.32V
R535
13
1
0
R:2.06V
T:1.67V
IC402
XC6204B502MR
47
2
DSR
CH1
10k
4
1
VOLTAGE REGULATOR
R74
RXD
4
VEE
R457
14
L306
R:0V
T:4.19V
RX VCO
TX VCO
X301
L77-1960-05
4
VC VCC
2 GND
3
oUTPUT
1.49V
R355
V+
VCO TUNE
47
R595
SDo
RXD
3
15
V-
2
1.48V
INPUT+
VC
1u
VCCI
47
3
2
VOUT5
REVERSE
CURRENT
PREVENTION
GND
47
TXD
470
2
7
1k
R72
LCS
L31
F1
0.25A
RTS
D
R55
TMS
R76
TXD
VOUT6
VOUT4
OUTPUT
D303,306,308,309
FREQUENCY CONTROL
D314
DA221
5
1
BYPASS
DIODE
7.5V
2
SMPLCLK
BUFA(8)
GND
GND
SROUT(0)
SROUT(1)
CS
5M
4
10k
4
C45
5
5M
3
0.01u
E
CS2
1k
0.01u
CS1
8
16
VOUT3
PA0
S33A
Q416
SSM3K15TE
VIN6
1
SCLK1
65
CoMMoN
VCC
INH
CH0
DO
E
CLK
66
1
R54
oE
67
R579
R556
2
1k
C43
RTS1
LRST
R555
IF_IN
REM
6
CS0
17
DI
1
VATS
R420
IC9
TC74VHCT244AFT
1
IC10
TC7W53FK
8
100k
R58
7
RTS1
A19
68
100p
VDAref
VIN4
3
100k
10
C39
18
CLK
IC301
LMC7101BIM5
15V
SWITCH
SWITCH
5TC
6
IN_oUT1
VCC
oUT_IN1
CoNT1
CoNT2
oUT_IN2
GND
IN_oUT2
5
5MC
STRB1
R577
L16
PTT
INH
5
POWER
0.1u
MICE
8
REM
VEE
CH0
VCC
6
4
CoMMoN
DETECTION
470k
9
PTT
A18
69
1
6
3.22V
Q403
TPC6102
OPTION
VARS
Q411
SSM3K15TE
MICE
A17
70
GND
CH1
3
OPTION
5MC
SWITCH
IC404
TC7W66FK
33A
R585
470
CPU
R594
R50
71
470k
VATS
CPU
TXDM(Y)
C485
0.1u
C452
A
7
DSP-FPGA
0.1u
2
L15
10u
REVERSE
CURRENT
PREVENTION
C51
10 EMC
D404
RB706F-40
0.01u
11 MSW/CTS
EMC
120k
CPU
0.22u
C38
MSW/CTS
A16
7
1
100k
R527
L14
NOISE AMP
R526
12 SP-
C493
ECSW
10k
SP-
6
0
0.1u
100k
L13
1u
R475
C434
R47
13 SP+
A15
72
10k
R436
14 SSW
SP+
A14
73
R438
220k
SSW
A13
150k
10
R417
1.8k
74
A12
7
11
4
E
C432
R428
75
100k
R433
R425
A11
76
CN7
WN
D
CTSM
RTS
EEPROM
RXD
5MCS
CTS
REM
PTT
EXSP
A10
77
D
RDY
BUSY
A0
D7
CS1_1
47k
17
1
D
0
R44
R45
47k
R46
0.01u
C35
470k
A9
78
REVERSE
CURRENT
PREVENTION
Q412
2SC4617(S)
R528
CS3
INAFC
79
SURGE
ABSORPTION
C497
1u
150p
470p
CS2
80
0.1u
C431
33k
470
C421
CS1
C437
5
4
10u6.3
A19
CS0
CHA
R470
C445
6
R423
A18
7
1M
A17
8
2
C415
R536
A16
D4,5
CHB
R523
470k
A15
1
R426
R416
A14
CPU
POWER
0.1u
A13
D
C34
A12
CHC
CP9 1K
81
0
C498
8
POWER
D
33A
R41
IC413
TC7W53FK
R474
5
C69
A11
82
47k
47k
R542
47
47
SCLK1
N1
1000p
A10
83
470k
OP AMP
AI
CPU
150p
R65
Ao
A2
DSP-FPGA
R71
5
DSP-FPGA
D
N2
D
RXDM(Y)
6
4
SRESET
M3
100p
A9
CHD
C29
INAFC
CP8 1K
100p
CH_A
84
C28
CH_B
A8
85
100p
CH_C
D
1k
C59
CH_D
0.1u
D
3
MULTIPLEXER
5
100k
N3
CPU
C30
VCC2
IC5
30625MGP193GP
86
7
PW0
100
RIPPLE FILTER
SCLK
A7
C13
87
47
8
2
K4
A6
88
8
BEEP
L4
PWDA
LRCK
A5
89
47
1
PWR
M4
POWER
A4
90
IC409
TC75W51FK
2
PB0
SI
L318
SWITCH
220n
R360
RESET
12
1
SCK
4
5MCS
SDTo
N4
A1
A3
91
20
19
LD
10
C482
10u6.3
100k
39k
A3
K5
A2
92
R465
D
L5
A0
AVRM1005C270M
C57
100p
A8
CPU
93
D4
VSS3
94
D
R521
33k
M5
EXAFC
95
C494
SDTI
C456
0.01u
SCLK
3
D5
A7
96
47K
A6
HINT
CP12
A5
PTT
R25
470k
47K
A4
D
R461
SDTO
9
8
R454
LRCK
0
R479
N5
IC403
TC75W51FK
EMU1
MA2S111
47k
R34
98
EXSP
R33
D1
EMU0
99
CP11
SDA
13 BYTE
14
CNVSS
15
PCS
16
NC
17
RESET
18
XoUT
19
VSS1
20
XIN
21
VCC1
22
NMI
23
RTCDT
24
PSW
25
INTRA
26
LD
27
BEEP
28
LE
29
BSFT
30
KEY/PLAY
31
STRB
32
INH
33
AUXI
34
TCNT
35
BEEPS
36
TXD1
37
VCC1
38 RXD1
D
10k
R544
DEM1
R414
R524
10
PWDA
C499
CLK
R48
R85
A3
D
33k
MCLK
R543
0.1u
SCLK
DEMO
R450
C492
0.1u
10u 6.3
C440
C438
C439
10u6.3
C441
VDD
11
7
0.1u
C430
5
470p
47k
R434
6
C433
4.7
DAT
7
3
1u
GND
6
VIN3
C461
D
0.1u
R458
C453
1200p
C448
100k
R557
120k
47
6
47
C484
21
VIN7
9
12
100p
R468
D
SPSP+
CTS
MICE
EMC
RXD1
1k
100
AVRM1005C270M
C58
100p
R31
100k
SELF 117
116
ANTSW
115
APCSW
114
5CC
113
5RC
112
5TC
111
D0
110
D1
109
D2
108
D3
107
D4
106
D5
105
D6
104
D7
DSPINT
103
MM
118
119
PWR
120
WPA
121
122
CV
SQ
123
RSSI
124
BATT
TEMP
125
127
126
REM
CLK
D
SDA
AVSS
A2
D
R580
oP_TXD1
0.1u
A1
DAT
D
47
100p
R545
C449
47k
R451
C446
10u6.3
1u
1u
C425
R432
7
3
HINT
C21
0.01u
L6
10u6.3
R424
2
M6
K6
RXEo
5M
33A
1M
R499
1u
C424
C417
4.7u6.3
C418
4.7u6.3
R419
LRCK
N6
5
4
PWAD
M7
R440
33k
C414
RDY
N7
390k
22k
1u
L7
C416
R410
C413
D
R540
R430
K7
100p
D0
N8
8
R548
5T
MP_MC
L1
K3
BIo
HoLD
HoLDA
IAQ
K2
K1
J4
XF
MSC
J3
J2
IoSTRB
J1
MSTRB
R_W
IS
H3
H4
DS
H2
READY
PS
H1
G4
HR_W
HCS
G1
G2
G3
CVDD2
DVSS1
CVSS3
F1
F2
F3
HAS
A15
CVDD1
F4
E1
A14
E2
A12
A13
E3
E4
D1
D2
A11
HD7
D3
0.01u
A10
DVDD1
D4
A22
CVSS1
A1
M8
1
PWAD
R547
13
4
22
VOUT7
5
R546
47k
4.7u
5R
DVSS5
HCNTL0
BCLKR1
CVSS6
CVDD7
A21
DVSS9
SDTI
VSS
R460
1SS388
BCLKR0
L8
1u
PWDA
100k
BCLKR2
A8
SRESET
AINL
14
3
R445
A7
IC405
TC75W51FK
K8
C436
AOUTL
0.22u
R452
BFSR0
OP AMP
AINR
PWAD
BFSR2
A6
A1
N9
23
VDD
C451
15
CLK
5M
IC412
TC75W51FK
VOUT8
VIN2
AOUTR
D405
BDR0
A5
47k
VCOM
2
SB
OP AMP
VIN8
2
16
1
2
10u6.3
7.17V
1k
R306
3
24
VIN1
VOUT2
R448
A4
Q408
SSM3K15TE
DSPINT
R28
R550
4
C447
HCNTL1
47k
1
CODEC
SDTI
LRCK
MCLK
SCLK
BDR2
HD6
R39
L9
IC406
AK4550VT
VDD
5M(Y)
IC411
M62364FP
5
3
SWITCH
CS
13.75V
Q315
2SC4617(S)
SWITCH
R:4.26V
T:0V
R368
RIPPLE FILTER
14.51V
8
PCS
D/A CONVERTER
6
470
1
7
470k
Q407,408
IC414
MCP41100T
RHEOSTAT
SWITCH
C343
Q309
2SJ347
4.27V
Q308
SSM6L05FU
L313
T/R
R369
33M
Q307
2SC4617(S)
5C
T/R
T/R
PWR
RIPPLE FILTER
4.98V
5C
VSS
VOUT1
4.7u
BCLKX0
R30
K9
4.7k
1u
R462
8
D106,107
3.32V
5C
Q415
SSM6L05FU
1M
1000p
A2
A3
C463
C52
0.01u
M13
L12
L13
K10
K11
N13
BFSX1
BDX1
DVDD3
DVSS2
CLKMD1
CLKMD2
K12
K13
HD2
HPI16
CLKMD3
J10
J12
J13
H10
J11
ToUT
EMU0
EMU1_oFF
H11
TDI
TDo
TRST
H12
H13
G13
G11
G10
G12
TCK
TMS
CVSS5
CVDD3
HPIENA
F12
F13
DVSS3
F11
HD3
CLKoUT
E13
F10
X1
RS
X2_CLKIN
BCLKX2
A9
SCSW
D2
EMU0
EMU1
C33
0.01u
R87
100k
E12
E10
D13
D12
D11
C13
C12
E11
D0
D1
D2
D3
D4
D5
C11
A1
B1
R98
R97
R96
R94
R95
R93
R92
R91
R20
1k
A16
B13
A17
A18
CVSS7
47k
IC408
TC7W66FK
1 IN_oUT1
VCC
2 oUT_IN1
CoNT1
3 CoNT2
oUT_IN2
4 GND
IN_oUT2
R473
22
470k
100
100
100
100
100
100
100
L8
L7
100
R75
D7
DSPINT
D6
D5
D4
D3
D2
D1
D0
5TC
5RC
5CC
APCSW
MM
PWR
WPA
SQ
RSSI
TEMP
L6
L5
HINT
A0
470k
470k
C10
47k
R2
A0
UL
39
6
5
DVDD6
0.1u
BEEPS
D
R4
SDA
C4
SCL
0.1u
NC
7
SoE
47k
WP
BFSX0
CVDD4
C36
R533
IC2
AT2425610TI27
VCC
BFSX2
HDS2
47k
47k
R469
OP AMP
UNIVERSAL CONNECTOR
AUXI
TCNT
A1
EXAFC
R21
470k
47k
STRB
INH
A0
320VC5416GGU12
DVSS8
D
47k
BSFT
KEY_PLAY
CLK
VoICE
KEY1
470k
R5
LD
BEEP
LE
D
8
HRDY
R29
N10
C427
DRST
97
DSRM
R6
R9
HINT
R19
47k
R8
100k
0.1u
IC8
HDS1
FRST
CP10
47k
PSW
470k
C7
DVDD4
CVSS10
B2
101
47k
47p
C61
D
R13
INTRA
VSS
CAE3
LCDV
RXDM
0
NC(ANEX0)
TXDM
R1
6
1000p
C11
D
7
CLKC
INTRB
5
0.1u
OSCOUT
4
D
CPUCLK
RTC
CLK
CNT(Y)
8
CVDD6
D
102
CP7
PCS
RESET
9
PTT
12
X1
L77-1802-05
OSCIN
SCL
470k
L1
EXSP
BATTDET
L9
D
C9
VDD
3
D
11
28M
2
GND
10
SDA
L22
10
32KOUT
4
R14
T/R
R68
47k
IC1
RV5C386A
3
10
33M
1
2
10
R11
28MB(Y)
1
R7
FRST
DRST
KES
100k
CLK
0.1u
C3
9
UL
DAT
RTC IC
C1
8
oE
470k
D
RESET
0.1u
7
VREF
AVCC
A20
R534
33M
C5
VSS
6
LCDV
BEEP
1000p
R3
C2
0.01u
1
4
5
470k
IC3
S-80930CNNBG80
3
2
CD
VDD
SDA
3
BATTDET
R10
RTC
32k
out(Y)
REM
VoL
L3
2
T/R
VOLTAGE DET
4 oUT
1
33M
TEMP DET
VoL
128
1000p
33A
VCC
HD0
DVSS6
DSP
A2
D1
REVERSE
CURRENT
PREVENTION
VSS2
40
BUSY
41
RTSM/EXTo
42
TXDM
43
RXDM
44
DSRM
45
CTSM
46
A20
47
KES
48
KIN
49
MoDEL
50
RDY
51
ALE
52
HoLD
53
HLDA
54
WN
55
VN
56
EXTIM
57
SCSW
58
BCLK
59
RD
60
BHE
61
WR
62
TGL0
63
TGL1
64
TGL2
GND
A3
D15
D1
0.1u
R12
120k
3
C4
B3
TEMP
VOUT
C8
2
B4
C12
4
NC
A4
CAE3
BDX0
C3
10k
IC4
MM1522XURE
1
1000p
C50
L2
R18
D5
D14
1
SWITCH
120k
3.3k
C444
C5
BDX2
R463
220k
Q407
2SJ347
C443
B5
CPU
IACK
D13
2
+B
0.1u
A5
HD4
3
7
8
R541
D
D6
HBIL
6
OPTION
2.7k
C31
100k
R537
C6
D12
D
M10
M9
4
SDTo
B6
0
D6
TEMP DET
A6
NMI
0.01u
D
N11
L10
180k
5M
D
INT0
D11
M11
150k
R421
R418
D
INT1
D10
SCLK1
C22
33k
D7
0
CV
C7
D9
BDR1
BFSR1
D
INT2
HD5
D
M2
33M
RD
A7
0.01u
C32
B7
R43
CPU
33M(Y)
D3
DRST
A8
R37
220k(D)
B12
33M
B8
D5
POWER
WR
C49
1000p
DSPCLK
15D
10u
C8
33M
SB
R15
D8
CS1
100k
R26
A13
D4
POWER
R16
100k(D)
A9
INT3
D8
CVSS4
R561
D7
M1
A12
C9
D
33M
C24
D9
D
B9
A9
FRST
A18
A5
A14
A10
WR
A10
BUFFER
0
A4
B10
L3
2A
GND
D
C10
D
0.01u
5
DVDD2
6
CS1_1
BATTDET
10u
7
C26
2B
HD1
CVDD5
R455
5
R522
N12
D6
L2
1Y
2Y
B6
B5
A8
RESET
B4
NC1
B3
A17
B2
B1
A4
A13
A6
A5
A9
WE
RY/BY
A4
A3
A7
A3
A2
A1
REVERSE
PROTECTION
A3
1B
DETECTION
L11
CVSS8
DVDD5
Q405
2SA1832(GR)
0.1u
M12
DVSS7
BCLKX1
47k
C423
22k
IC407
TC75W51FK
R456
D403
RB706F-40
R415
CS
OP AMP
0.1u
D
D
47k
4
C1
H6
+B
3
D10
C1
A2
2
CS2
A7
8
D
D
CVSS9
C54
VSS2
A19
C2
D
D
A20
CVSS2
A6
VCC
A11
A19
C2
A18
DQ6
H5
1A
C53
DQ4
1
CS0
C3
D
0.01u
1000p
C409
NC2
DQ3
H4
B11
0.01u
C4
A8
D401
A12
IC7
TC7W08FK
A11
A10
DQ1
D6
A13
FCS
C5
D4
D
DVSS4
A15
A14
H2
D3
1SR154-400
1000p
C488
1000p
C401
D
C6
H3
L401
L18
A2
C15
VSS1
C18
D1
A1
0.01u
1000p
0
C489
R409
A6
A5
IC6
29LV160BE90PBT
H1
7.5V
D
D
FLASH ROM
DQ15
D1
F401
3.15A
33A
A20
D2
DQ13
GND(Y)
L17
NC3
G6
BATT
+B(Y)
47k
R83
A19
VCC
D3
A0
C422
Q404
2SC4738(GR)
L406
A1
A0
E1
E2
DQ0
E3
DQ2
E4
DQ5
DQ7
DQ11
L28
C14
0.1u
A12
D4
G5
BATT DETECT
15D(Y)
A11
DQ9
G3
G4
S
R413
10k
D5
G2
DETECTION
D402
RB706F-40
AUTO GAIN CONTROL
33A(Y)
CPU
OPTION
Q404,405
A16
CV
POWER
CPU
CPU
D6
A15
OE
D
CV
POWER
POWER
100p
D2
D0
D5
D7
A17
FCS
F1
F2
E6
A16
CE
F3
DQ8
DQ10
F4
DQ12
F5
F6
BYTE
G1
DQ14
L10
D
CV
D
E5
RD
CPU
TXI
POWER
TXo
CV
CV
470k
CV
ECSW
TK-5210 10/12
TK-5210 11/12
TK-5210 12/12
K2
K3
-11
-12
YES
YES
NO
INT
INT
INT
INT
INT
INT
17
CONTROL PCB
X57-682 B/5
YES
YES
NO
YES
YES
NO
YES
YES
NO
CN751 CN604 CN19
SPSPSP+
SP+
MIC+
MIC-
CN603
LCD
6
1
PF2
PF3
L_KEY1
L_PTTG
L_PTT
PF1
CN753
K
INT MIC
(MAIN)
-
+
+
-
INT SP
6
1
V4
V3
V2
V1
V0
VR
NC
NC
NC
NC
NC
NC
Vout
VDD
NC
GND
GND
D7
D6
D5
D4
D3
D2
D1
D0
E/RD
WR
A0
LRST
LCS
X57-6820-XX
*LCD
-10
SIDE1
SIDE2
SIDE3
PTT
30
1
1
GND
KIN
VoL
ORG
TXLED
BLED
TGL2
TGL1
TGL0
33M
S36M
36M
CH_D
CH_C
CH_B
CH_A
GND
20
CN752
*CN751
1
GND
L_KEY1
VoL
ORG
TXLED
BLED
TGL2
TGL1
TGL0
33M
S36M
36M
CH_D
CH_C
CH_B
CH_A
GND
MICE
L_MIC
NC
CN903
GND
GND
MIC
MICE
SP+
PWR
SP+
15v
SPSB1
SP+B
AF
+B
VoL
+B
CLK
+B
GND
LRST
KIN
28M
EXAFC
PSW
KES
INAFC
DAT
ECSW
TGL0
33M
TGL2
33M
TGL1
33A
CH_A
33A
CH_B
25D
CH_C
15D
CH_D
15D
PTT
5M
NC
5M
oE
LCDV
DGND
DGND
CN601
LCS
GND
D0
D1
D2
D3
D4
D5
D6
D7
RD
WR
GND
A0
1
50
14
1
NC MIC
*CN604
12
14
50
1
1
LCS
GND
D0
D1
D2
D3
D4
D5
D6
D7
RD
WR
GND
A0
*CN19
GND
GND
MIC
MICE
SP+
PWR
SP+
15v
SPSB1
SP+B
AF
+B
VoL
+B
CLK
+B
GND
LRST
KIN
28M
EXAFC
PSW
KES
INAFC
DAT
ECSW
TGL0
33M
TGL2
33M
TGL1
33A
CH_A
33A
CH_B
25D
CH_C
15D
CH_D
15D
PTT
5M
NC
5M
oE
LCDV
DGND
DGND
CN408
CN14
CN901
TXo
X57-682 C/5
1
1
RXEo
1
TXI
36M
S36M
GND
VoL
33M
CH_A
TGL2
TGL1
C
CH_B
CH_D
CH_C
RXEI
CN902
X57-682 A/5
TX-RX PCB
C3
TOP PCB
SB2
CHANNEL CONCENTRIC
SELECTOR
SW
oPT1
oPT5
MDWN
INH
TCNT
SToN
DI
5A
OPTION PCB
X57-682 D/5
26
26
OPT1
OPT3
RXD1
TXD1
NC
OPT4
USEL
OPT5
DGND
AGND
AI
Ao
AGND
5A
STON
DI/ANI
TCONT
MAN DOWN
INH
OPT2
TXO
RXEO
RXEI
TXI
OPT6
SB2
oPT2
OPT1
OPT3
RXD1
TXD1
NC
OPT4
NC
OPT5
DGND
AGND
NC
NC
AGND
5A
STON
DI/ANI
TCONT
MAN DOWN
INH
OPT2
TXO
RXEO
RXEI
TXI
C3
SB2
DGND
74
S
BATT
SSW
SP+
SPMSW/CTS
EMC
MICE
PTT
REM
RTS1
5M
TXD
RXD
E
DSR
CN7
CN102
CN101
+
POWER SW/
AF VOL
1
14
ANT
1
14
GND
EXT ANT
GND
SSW
SP+
SPMSW/CTS
EMC
MICE
PTT
REM
RTS1
E
5M
TXD
RXD
DSR
ANT PCB
X57-682 E/5
TK-5210
INTERCONNECTION DIAGRAM
oPT3
AGND
AGND
oPT4
UNIVERSAL CONNECTOR
TK-5210
BLOCK DIAGRAM
X57-6820-XX C/5
LCD
CONCENTRIC
SW
SELECTOR
KNOB
X57-6820-XX B/5
(Control Unit)
IC704
LMC7101BIM5
LCDV
X57-6820-XX
A/5
(TXRX Unit)
TGL0
CH_A
CH_B
CH_C
CH_D
TGL1
TGL2
8.8~12.2V
ORANGE
KEY
15V
KIN
BUSY
LED
D901
TX
LED
Q703
SSM6L05FU
16key
matrix
+B
+B
SW
Q704
SW
KIN
SIDE KEY
+B
KEYscan
IC701,IC702,IC703
BU4094BCFx3
shift
register
POWER SW/
Volume
SSM6L05FU
Q706
Q705
2SB798(DL,DK),2SC4617(S)
IC801
XC6204B332M
3.3V
Regulator
AVR
36M
IC805
XC6365D103M
CE
2.5V
Regulator
3.6V DC/DC
Convertor
IC604
IC603
TC75W51FK TC7W66FK
SW
25D
IC803
XC6209B152M
IC804
XC61CC5602NR
EXT SP
33A
IC806
XC6204B252M
KIN
5.6V
DET
VoL
3.3V
Regulator
LED BACK LIGHT
Q802
HRB0502A
33M
IC802
XC6204B332M
LCD BACK LIGHT
CLK,DAT,OE,KES 33M
Q801
TPC6102
+B
Switching
Transister
AF
33M
PWR
5AC
PTT
CH _A
CH _B
CH _C
CH _D
TG L0
TG L1
TG L2
D801
1SS301
1.5V
Regulator
IC601
LM4906LD
15D
IC606
XC6201P302MR
1SS388
3.0V
Regulator
AFamp
28M
INT/EXT gain control
X57-6820-XX
A/5
(TXRX Unit)
5M
Q601
SSM3K15TE
SW
INT
SP
AFamp
Q611 Q612
2SJ243,SSM3K15TE
INAFC
5VSPamp
IC602
LM4906LD
SW
IC807
TK11250CUCB
5V Regulator
+B
5M
5VSPamp
Q609 Q610
2SJ243,SSM3K15TE
EXAFC
INT
MIC1
IC603
TC75W51FK
SW
MIC
INT MIC1
AMP
Q608
Q605
2SB798(DL,DK),UMG3N
+B
Q606
SSM3K15TE
5AC
SW
AVR
5VSPamp
Q802
SSM5H01TU
SB1
Switching
Transister/
Diode
INT MIC2
IC808
XC9101D09AKR 5M
15V DC/DC
Convertor
15V
INT
MIC2
(Noise
Cancel)
SB1
75
TK-5210
BLOCK DIAGRAM
X57-6820-XX A/5
(TXRX unit)
TX : 272.00~348.00 MHz
RX : 371.90~447.90 MHz
F401
FUSE
TX : 136.00~174.00 MHz
VCO Vdd
TX VCO
+B
IC402
Q308
,Q309
XC6204B502MR SSM6L05FU,2SJ347
IC304
Q313
2SC5108(Y) µ PB1511TB
LOOP Filter
D102,D210
Q101
Q314
2SC5108(Y) HVC131 x2 2SC5108(Y)
T/R
SW
MOD CVCO
SW
AVR
1/2
VCO Vdd
VCO Vdd
VCO Vdd
5CC
5C
6.0~9.0V
S33A
T/R
IC401
XC6204B502PR
AVR
SW
PWR
Q401
SSM6L05FU
5C
5T
5R 5T
RX VCO
Q402
SSM6L05FU
Q312
2SC5108(Y)
CVCO
IC303
ADF4111BCP7
5R
PLL IC
5RC
Q306
2SK879(GR,Y)
S33A
LD
SW
S33A 5C
16.8MHz
5T
CV to CVCO
CPU (PLL Assist
Circuit)
5TC
33M
Q415
SSM6L05FU
IC411
DAC
M62364FP
VCXO
CLK
DAT
STRB
X301
CH8
APC
Tuning
CH7
BPF
Tuning
S33A Vcont
BATTDET
2nd Local
Adjust
SB
SW
CH2
VCXO
BATT
PWR
Max
Deviation
CH3
CH6
RX AF
Ballance
Adjust
CH4
CH5
Frequency
Adjust
Q420
SSM6L05FU
SW
DAT,CLK,LD
S33A
IC412(1/2)
TC75W51FK
33A
IC411
fc
5CC
33M
Vcont
(VCXO)
25D
15D
28M
SUM
Ballance
DAC
5CH
IC411
Q403 ,
Q416q
TPC6102,SSM3K15TE
DAC
4CH
33A
SW
MOD
(VCO)
5MCS
Max. Deviation
5M
DAC
3CH
5M
5M
5MC
15V
IC411
RX Audio
Volume
DAC
6CH
RX AF
STONE from
QE-2
LCD BUS
IC408(2/2)
TC7W66FK
IC408(1/2)
TC7W66FK
SW
SW
BEEPS
5M
IC415
TC7MBD3245AFK,
IC416 /IC417
TC7WBD125AFK*2
X57-6820-XX B/5
(Control Unit)
5M AVDref
(2V)
AO from
VGS
AI to
VGS
RXEI from
Scrambler
RXEo to
Scrambler
SCSW
33M
CPUCLK
LCD BUS
BUS SW
LCS
IC5
CPU
30625MPG193GP
BATT
5M
BATTDET
IC9
TC74VHCT244FT
3.3t5V Level Convertor
IC11
BU4094BCFV
Universal
Connecter
Shift
Register
DAC
(LD)
CLK,DAT,STRB,OE
IC3
S-80930CNNBG80
Reset
CLK1,DAT1,STRB1,OE1
5M
IC7
TC7W08FK
X1
5M
33M
32.768kHz
RTC
EEPROM
Option Board Connector (VGS,ANI board,Scrambler board)
X57-6820-XX D/5
(Option Board )
76
IC1
RV5C386A
28M
IC2
AT2425610TI27
33M
Flash
ROM
IC6
29LV160BE90PBT
33M
TK-5210
BLOCK DIAGRAM
Main ANT
EXT ANT
TX/RX :136.00~174.00 MHz
Q103
RD01MUS1
Drive AMP
Q102
2SC5192
Q105
RD07MVS1
Final AMP
D106/D107/D108/D109
HVC131 x4
IC102/IC103
MASWSS0006 x2
LPF
LPF
X57-6820-XX E/5
ANT
SW
3dB
ATT
LPF
5T
SW
Q110
2SJ243
Lo1 : 185.95~223.95 MHz
IC101
TA75W01FU
APC
EXT ANT
5M
LPF
+B
+B
RX : 136~174 MHz
APC
SW
IC202
Active DBM
SPM5001
Q202
LNA
3SK274
BPF
BPF
ATT
EXT SP
EXT MIC
5R
D204/D205/D206/
VC
D207/D208/D209 TUNE
1SV273 x6
5R
TUNE
IF1 : 49.95 MHz
MCF
IC204
FM IC TA31137FN
Q204
2SK1215(E)
1st IF AMP
Q205
2SC5108(Y)
VCXO
x3
33A Vcont
IC409(1/2)
TC75W51FK
AMP
IC407(1/2)
TC75W51FK
IC409(2/2)
TC75W51FK
5R
SUM
AMP
33A
SW
SCSW
IC407(1/2)
TC75W51FK
IC405(1/2)
TC75W51FK
AGC
AMP
AO to VGS, 33A
TXO to Scrambler
5R
CD201
DISCRIMINATOR
Q406
SSM3K15TE
TX AF
MUTE
MM
AMP
IC405(2/2)
TC75W51FK
VN
WN
IC208
Buffer AMP
TC7WU04FK
RSSI
33A
APCO
(C4FM,CQPSK)
from MIC AMP
in Control unit
33D 25D
TXI from
Scrambler
Buffer
AMP
IC207
TC7W53FK
WN
IF2 OUT
AI from
VGS
IC205
TC7W53FK
CF203
Wide
VN
FM
(analog)
Ceramic Filter
CF204
Narrow
AMP
33A
33A
IC203
TC7W53FK
AF OUT
Universal Connector
2nd IF 450kHz
IC206
TC7W53FK
Q407
2SJ347
33A
Upper
Hetero
Lo2 : 50.4MHz
33A
IC403(2/2)
Q412
Active BPF
2SC4617(S) TC75W51FK
rectifier
SQL
CF201
Ceramic Filter
D202/D203
1SV273x2
CF202
APCO
5R
X201
16.8MHz
VC TUNE
APCO
DET
5Vt 3.3V
Level
Convertor
From Option Connector,
Universal Connecter
To CPU
5Vt3.3V
Level Convert
9CH
33A
33A
IC13
FPGA
EX128TQ64I
8bit
Shift
Register
Shift Register Output
To Option Connector
VIA 3.3Vt 5.0V Level
Convertor
CLK,STRB,OE,CS
IC406
CODEC
AK4550VT
18.432MHz
IC14(1/3)
TC7WU04FK
CLK
VC-TCXO
33M
PWDA,PWAD
SCLK, MCLK,
LRCK
SDTI, SDTO
BSFT
33M
(Beat Shift)
9.216MHz
IC14(2/3)
TC7WU04FK
IC12
TC7WH74FK
D Flipflop
DSPCLK
33M
IC8
DSP
320VC5416GGU
IC14(3/3)
TC7WU04FK
33M
CPUCLK
33D
15D
33M
77
TK-5210
LEVEL DIAGRAM
Receiver Section
RF (Center Frequency)
IF1 (49.95MHz)
Mode : Wide
IC102&103
C158&159
Q202
IC202
C204
C230
MCF
Q204
C246
IC204
C250
C261
FM-IC
12dB SINAD (dBm) -122.9
-123.6
-124.3
-115.8
-113.0
-118.1
-112.0
IF2 (450kHz)
CF202
Mode : Wide
IC204
CF201
C241
IC203
IC204
C257
IC205
C292
FM-IC
FM-IC
FM-IC
IC206
184
(mVrms)
IC204
C293
163
IC207
CF204
104
74.6
CF203
AF (1kHz)
IC601
IC604
IC204
IC409
IC406
IC409
IC411
FM-IC
CODEC
Internal SP
IC603
IC408
IC408
DAC
IC602
External SP
IC604
Wide(mVrms)
Internal Narrow(mVrms) 143
157
Wide(mVrms)
External Narrow(mVrms) -
210
229
-
88.5
97.5
-
340
371
-
333
364
-
83.5
83.7
-
83.1
83.1
-
530
533
696
685
527
530
693
682
2000
2000
2700
2700
2000
2000
To make measurements in the AF section, connect the AC level meter. (ANT input: -47dBm, 1kHz FM, 3kHz DEV (Wide), 1.5kHz DEV (Narrow))
In the RF section, use 1000pF coupling capacitor.
(The display shows the SSG input value required to obtain 12dB SINAD without local level.)
Transmitter Section
AF (1kHz)
Internal IC603
MIC
IC405
Q410
Q407
IC406
IC405
IC407
IC409
IC411
VCO
CODEC
Internal (mVrms)
15.0
15.1
External
MIC
14.3
Wide (mVrms)
Narrow (mVrms) 269.5
13.0
1030
588
DAC 174.6
86.7 IC412
TCXO
External (mVrms)
15.0
13.8
96.9
83.6
RF (Center Frequency x2)
Q313
VCO
49.4
Wide (mVrms)
Narrow (mVrms)
183.8
91.4
362.5
182.5
RF (Center Frequency)
IC304
Pre Scaler
Q314
Q101
Q102
Q103
Q105
Pre Pre
Pre
Drive Amp Final Amp
Drive Amp Drive Amp
D101
3dB
T/R SW
Attenuator
IC102,IC103
SPDT
D106,D107
ANT_SW
CN101
LPF
-2dBm
-10dBm
0dBm
8dBm
Wide: AG is set to the MIC input becomes 3kHz DEV at 1kHz MOD.
Narrow: AG is set to the MIC input becomes 1.5kHz DEV at 1kHz MOD.
To make measurements in the AF section, connect the AC level meter.
In the RF section,use 1000pF coupling capacitor.
78
17.5dBm
14.5dBm
38.0dBm
CN102
37.5dBm
37.0dBm
36.4dBm
TK-5210
OPTIONAL ACCESSORIES
KNB-31A (Ni-Cd 7.2V 1700mAh)
KNB-32N (Ni-MH 7.2V 2500mAh)
KNB-33L (Li-ion 7.4V 1700mAh)
■ External view
■ External view
■ Internal wiring
■ KNB-31A Internal wiring
Discharge terminal side
Discharge terminal side
S
+
S
+
–
S
–
47kΩ
10kΩ
±0.5%
+
+
T
–
S
T
–
Rear charge terminal side
Rear charge terminal side
■ KNB-32N Internal wiring
KSC-32 (Rapid charger)
■ External view
Discharge terminal side
+
–
S
20kΩ
±0.8%
150kΩ
+
S
T
–
Rear charge terminal side
79
TK-5210
SPECIFICATIONS
GENERAL
Models .............................................................................
Frequency Range .............................................................
Number of Channels ........................................................
Zones ...............................................................................
Max. Channels per Zone .................................................
Channel Spacing ..............................................................
Operating Voltage ............................................................
Battery Life (5-5-90 duty cycle) .......................................
K : Basic Model K2 : 4-Key w/LCD Model K3 : Full Key w/LCD Model
136~174 MHz
512
50
250
Analog : 12.5/15/20/25/30 kHz Digital : 12.5 kHz
7.5V DC ± 20%
KNB-31A, 7.5VDC, 1700 mAh : 8 hours
KNB-32N, 7.5VDC, 2500 mAh : 12 hours
KNB-33L, 7.5VDC, 1700 mAh : 8 hours
–22°F to +140°F (–30°C to +60°C)
±2.0 ppm
50Ω
2-5/16 x 6-3/32 x 1-13/16 in. (58 x 155 x 45.7 mm) with KNB-31A or KNB-32N battery
2-5/16 x 6-3/32 x 1-9/16 in. (58 x 155 x 39.2 mm) with KNB-33L battery
Operating Temperature Range ........................................
Frequency Stability (–22°F to +140°F) ............................
Antenna Impedance ........................................................
Dimensions (W x H x D) ..................................................
(Projections not included)
Weight
Radio only ................................................................... TK-5210 K : 11.11 oz. (315g)
TK-5210 K2 : 11.64 oz. (330g)
TK-5210 K3 : 11.64 oz. (330g)
TK-5210 K2 with battery, ............................................ 22.22 oz. (630g) with KNB-31A battery
antenna(KRA-22) and belt clip(KBH-11)
23.28 oz. (660g) with KNB-32N battery
17.64 oz. (500g) with KNB-33L battery
RECEIVER
Sensitivity ........................................................................ Digital (5% BER) : 0.25µV Digital(1% BER) : 0.40µV
Analog 12dB SINAD : 0.25µV
Selectivity ........................................................................ Digital : -60dB Analog @25/30kHz : -78dB Analog @12.5kHz : -67dB
Intermodulation Distortion ............................................... Digital : -75dB Analog @25/30kHz : -75dB Analog @12.5kHz : -68dB
Spurious and Image ......................................................... Digital : -80dB Analog :- 80dB
Audio Distortion ............................................................... Digital : Less than 1.5% Analog : Less than 2%
Audio Output ................................................................... 500mW / 8Ω
TRANSMITTER
RF Output Power .............................................................
Spurious and Harmonics ..................................................
FM Hum and Noise .........................................................
Audio Distortion ...............................................................
Modulation .......................................................................
5W / 1W
70dB
Analog @25kHz : 50dB Analog @12.5kHz : 45dB
Less than 2%
16K0F3E, 11K0F3E, 8K10F1E, 8K10F1D
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.
KENWOOD CORPORATION
2967-3, Ishikawa-machi, Hachioji-shi, Tokyo 192-8525, Japan
KENWOOD U.S.A. CORPORATION
KENWOOD ELECTRONICS ITALIA S.p.A.
P.O. BOX 22745, 2201 East Dominguez Street, Long Beach, CA 90801-5745,
U.S.A.
Via G. Sirtori, 7/9 20129 Milano, Italy
KENWOOD ELECTRONICS CANADA INC.
Bolivia, 239-08020 Barcelona, Spain
6070 Kestrel Road, Mississauga, Ontario, Canada L5T 1S8
KENWOOD ELECTRONICS DEUTSCHLAND GMBH
KENWOOD IBERICA S.A.
KENWOOD ELECTRONICS AUSTRALIA PTY. LTD.
Rembrücker Str. 15, 63150 Heusenstamm, Germany
(A.C.N. 001 499 074)
16 Giffnock Avenue, Centrecourt Estate, North Ryde, N.S.W. 2113, Australia
KENWOOD ELECTRONICS BELGIUM N.V.
KENWOOD ELECTRONICS (HONG KONG) LTD.
Leuvensesteenweg 248 J, 1800 Vilvoorde, Belgium
Unit 3712-3724, Level 37, Tower one Metroplaza, 223 Hing Fong Road,
Kwai Fong, N.T., Hong Kong
KENWOOD ELECTRONICS FRANCE S.A.
13, Boulevard Ney, 75018 Paris, France
KENWOOD ELECTRONICS SINGAPORE PTE LTD.
KENWOOD ELECTRONICS U.K. LIMITED
1 Ang Mo Kio Street 63, Singapore 569110
KENWOOD House, Dwight Road, Watford, Herts., WD18 9EB, United Kingdom
KENWOOD ELECTRONICS EUROPE B.V.
Amsterdamseweg 37, 1422 AC Uithoorn, The Netherlands