Kenwood TM-V708A User manual

144/440MHz FM DUAL BANDER
TM-V708A
©2004-11 PRINTED IN JAPAN
B51-8704-00 (S) 237
SERVICE MANUAL
CIRCUIT DESCRIPTION ......................................... 2
SEMICONDUCTOR DATA ................................... 14
COMPONENTS DESCRIPTION ........................... 17
TERMINAL FUNCTION ........................................ 19
PARTS LIST .......................................................... 20
EXPLODED VIEW ................................................. 31
PACKING .............................................................. 32
ADJUSTMENT ..................................................... 33
PC BOARD
TX-RX UNIT (X57-5860-12) ............................ 47
PANEL UNIT (X54-3290-00) ........................... 53
SCHEMATIC DIAGRAM ....................................... 57
BLOCK DIAGRAM ................................................ 67
INTERCONNECTION DIAGRAM ......................... 69
LEVEL DIAGRAM ................................................. 70
OPTION (PG-4X) .................................................. 71
SPECIFICATIONS .............................. BACK COVER
CONTENTS
Cabinet (UPPER)
(A01-2122-23)
Knob (ENC)
(K29-5381-03)
Panel (DISPLAY)
(A62-0775-03)
Microphone
(T91-0636-05)
Knob (VOL)
(K29-5222-03)
Knob (SQL)
(K29-5223-03)
Button knob
(K29-5400-11)
Button knob
(K29-5400-11)
Panel (MAIN UNIT)
(A62-1122-03)

TM-V708A
2
CIRCUIT DESCRIPTION
Model & TX-RX UNIT LCD ASSY
Destination
TM-V708A K X57-5860-12 B38-0829-05
Name Parts number Remarks
Destination
K
Modular cable E30-3391-05 3m 1
Panel bracket J29-0663-13 1
J29-0664-13 1
Bracket J29-0628-23 1
Microphone T91-0636-05 DTMF BACK LIT 1
DC cord E30-2111-15 1
Fuse F51-0017-15 15A 1
Mic Hook J19-1526-04 1
Instruction manual B62-1834-00 English 1
Warranty card B46-0469-20 1
Screw set N99-0382-05 For the body and MIC hook 1
Screw set N99-2014-05 For the panel bracket 1
Foot J02-0488-04 For protect from 4
scratch on a desk
Model &
Guarantee frequency range (MHz) Output Power (W)
Destination 144 440 144 440
TM-V708A K 144-148 438-450 50 35
Outline
This device is a dual-band 144/440MHz FM car transceiver
planned and designed for amateur radio communications and
has the following features.
1. Is capable of receiving packet data on one band while
receiving audio on another band.
2. Enhanced Programmable Memory (PM) channels store
virtually entire current operating environments for your
quick recall.
3. Contains a total of 200 memory channels to program
frequencies and other various data. Allows each memory
channel to be named using up to 8 alphanumeric and
special ASCII characters.
4. "Visual Scan" graphically and simultaneously shows the
conditions of up to 181 frequency channels.
5. Continuous Tone Coded Squelch System (CTCSS) or
Digital Code Squelch (DCS) rejects unwanted calls from
other stations.
6. The separate front panel can be mounted in a convenient
different place from the main unit.
7. Equipped with an easy-to-read large LCD with
alphanumeric display capability.
List of Destination
Accessories
Unit for Model and Destination

TM-V708A
3
CIRCUIT DESCRIPTION
1. Frequency configuration
The TM-V708A has an individual VCO and PLL unit for
both VHF and UHF bands. Using these separate VCO and
PLL circuit, it can receive 2 separate bands at the same time.
Also, you can perform the full-duplex operation.
The VHF VCO is used for the following functions:
(i) VHF transmission
(ii) The first local oscillator for the main band (VHF) reception.
(iii)The first local oscillator for the sub band (UHF)
reception (doubled).
The UHF VCO is used for the following functions:
(i) UHF transmission
(ii) The first local oscillator for the main band (UHF) reception.
(iii)The first local oscillator for the sub band (VHF)
reception (halved).
The PLL reference frequency is generated by a 12.8MHz
crystal oscillator connected to the VHF and UHF PLL ICs. This
reference frequency is used for both PLL circuits.
The second local oscillator for the VHF band uses the
tripled 12.8MHz reference oscillator frequency. The
45.05MHz second local oscillator for the UHF band is
generated by the IF IC crystal oscillator circuit.
MIC AMP
MIC
SP
OSC
OSC
AF AMP
PLL 1
PLL 2
VCO 1
VCO 2
DET
DET
IF 1
IF 2
1/2
2
3
Crystal
12.8MHz 12.8MHz
Crystal
12.8MHz
Crystal
45.505MHz
2nd IF
455kHz
2nd IF
450kHz
1st IF
45.05MHz
1st IF
38.85MHz
AF
AF
A
B
F
C
I
E
D
G
J
L
H
K
38.4MHz
ANT
UHF TX
UHF RX
UHF RX
MAIN
MAIN
SUB
SUB
VHF RX
VHF RX
VHF TX
Fig. 1 Frequency configuration
A438.000~449.995MHz D 144.000~147.995MHz G 392.950~404.945MHz J 182.850~186.845MHz
B438.000~439.995MHz E 144.000~145.995MHz H 378.100~382.090MHz K 195.575~200.5725MHz
C144.000~147.995MHz F 438.000~449.995MHz I 189.050~193.045MHz L 399.150~411.145MHz

TM-V708A
4
CIRCUIT DESCRIPTION
Fig. 2 Main VHF Receiver circuit
Fig. 3 Main UHF Receiver circuit
2. Receiver system
2-1. Main VHF Receiver
The incoming signal from the antenna passes through a
filter circuit and goes to the RF amplifier (Q205). The
amplified signal enters the helical resonator (L209, L207,
L204). The helical resonator is tuned to the desired frequency
according to the BPF voltage output from the CPU with the
varicap (D206, D205, D202). After the signal passes through
a filter, it is amplified by another RF amplifier (Q202) and goes
to the single balanced mixer (Q200, Q201). The frequency of
the signal is converted by the first local oscillator (Upper
heterodyne) to generate a 38.85MHz first IF signal. The signal
passes through the MCF (XF100), is amplified by the IF
amplifier (Q112) and enters the IF IC (IC100). Then the signal
is converted to the 450kHz second IF signal by the second
local oscillator, which is tripled 12.8MHz (Lower heterodyne).
Then it is detected to generate an audio signal.
2-2. Main UHF Receiver
The incoming signal from the antenna passes through a
filter circuit and enters the RF amplifier (Q508). The amplified
signal passes through the SAW filter (L517), is amplified by
another RF amplifier (Q505). Then it passes through the LC
filter (L508) and enters the single balanced mixer (Q501,
Q502). The frequency of the signal is converted by the first
local oscillator (Lower heterodyne) to generate a 45.05MHz
first IF signal. The signal passes through the MCF (XF400), is
amplified by the IF amplifier (Q406) and enters the IF IC
(IC400). The signal is converted to the 455kHz second IF
signal by the second local oscillator (Upper heterodyne). Then
it is detected to generate an audio signal.
IF IC
IC100
IF AMP
X3
LO
AF
MCF
XF100
CF
12.8MHz
SINGLE BALANCED
MIXER
RF AMP
BPF
RF AMP
CPU
LPF
L209,L207,L204
TUNE BY VOLTAGE
ANT
Q112
2SC5108
(Y)
Q102
2SC4649
(N.P)
Q200,201
2SK302
(GR)
Q202
3SK239A
Q205
3SK239A
D206
D205
D202
38.4MHz
IF AMP
LO
MCF
XF400
LC BPF
L508
AF
45.505MHz
IF IC
IC400
CF
SINGLE BALANCED
MIXER
RF AMP
SAW FILTER
RF AMP
LPF
L517
HPF
ANT
Q406
2SC5108
(Y)
Q501,502
2SK302
(GR)
Q505
2SK1875
(V)
Q508
3SK239A

TM-V708A
5
CIRCUIT DESCRIPTION
IF IC
IC100
IF AMP
X3
X2
AF
MCF
XF100 CF
12.8MHz
SINGLE BALANCED
MIXER
RF AMP HPF
HPF LPF
Q112
2SC5108
(Y)
Q102
2SC4649
(N.P)
Q200,201
2SK302
(GR)
Q7
2SC5108
(Y)
Q508
3SK239A
38.4MHz
ANT
Fig. 4 Sub VHF Receiver circuit
Fig. 5 Sub UHF Receiver circuit
2-3. Sub VHF Receiver
The signal distributed from the RF amplifier (Q205) at the
main VHF receiver circuit passes through a filter circuit. Then
it enters the RF amplifier (Q507). The amplified signal goes to
the single balanced mixer (Q501, Q502). The frequency of
the signal is converted by the first local oscillator generated
by half of the UHF VCO oscillator frequency, using the
prescaler (IC303). It convents to the upper heterodyne
frequency to generate a 45.05MHz first IF signal. The signal
passes through the MCF (XF400). Then it is amplified by the
IF amplifier (Q406), and enters the IF IC (IC400). The signal is
converted to the 455kHz second IF signal, using the second
local oscillator (Upper heterodyne). Then the signal is
detected to generate an audio signal.
2-4. Sub UHF Receiver
The signal distributed from the RF amplifier (Q508) at the
main UHF receiver circuit passes through a lifter circuit. Then
it enters the single balanced mixer (Q200, Q201). The signal
frequency is converted by the first local oscillator, generated
by doubling the VHF VCO oscillator frequency (Lower
heterodyne) by Q7, to generate a 38.85MHz first IF signal.
The signal passes through the MCF (XF100). Then it is
amplified by the IF amplifier (Q112), and enters the IF IC
(IC100). The signal is converted to the 450kHz second IF
signal by the second local oscillator generated by tripling the
12.8MHz reference oscillator frequency (Lower heterodyne).
Then the signal is detected to generate an audio signal.
IF AMP
MCF
XF400
HPF
SINGLE BALANCED
MIXER
LPF
RF AMP
LPF
Q406
2SC5108
(Y)
Q501,502
2SK302
(GR)
LO
RF AMP
Q507
3SK239A
1/2
IC303
UPB
1509GV
Q205
3SK239A AF
45.505MHz
IF IC
IC400
CF
ANT

TM-V708A
6
CIRCUIT DESCRIPTION
Item Rating
Center Frequency 45.05MHz
Pass band width ±7.5kHz or more at 3dB
Attenuation band width ±22kHz or less at 25dB
Guaranteed attenuation 80dB or more within fo -910kHz
(Spurious:40dB or more within ±1MHz)
Ripple 1dB or less
Insertion loss 4dB or less
Termination impedance 800Ω±10%, 2pF±10%
Item Rating
Nominal center frequency 455kHz
6dB band width ±7.5kHz or more (from 455kHz)
50dB band width ±15.0kHz or less (from 455kHz)
Ripple 2dB or less (within 455±5kHz)
Insertion loss 6dB or less (at maximum output point)
Guaranteed attenuation 35dB or more (within 455±100kHz)
I/O matching 1.5kΩ
terminating impedance
Item Rating
Center Frequency 38.85MHz
Pass band width ±7.5kHz or more at 3dB
Attenuation band width ±25kHz or less at 40dB
Guaranteed attenuation 80dB or more within fo -910kHz
(Spurious:20dB or more within ±1MHZ)
Ripple 1dB or less
Insertion loss 3dB or less
Termination impedance 500Ω±5%, 6pF±0.5pF
Item Rating
Nominal center frequency 450kHz
6dB band width ±7.5kHz or more (from 450kHz)
50dB band width ±15.0kHz or less (from 450kHz)
Ripple 2dB or less (within 450±5kHz)
Insertion loss 6dB or less (at minimum lost point)
Guaranteed attenuation 35dB or more (within 450±100kHz)
I/O matching 1.5kΩ
terminating impedance
Table1 MCF (L71-0491-15) (TX-RX Unit XF100)
Table2 Ceramic filter (L72-0979-05)
(TX-RX Unit CF101)
Table3 MCF (L71-0409-15) (TX-RX Unit XF400)
Table4 Ceramic filter (L72-0981-05)
(TX-RX Unit CF401)
2-5. Audio Circuit
The detected VHF audio signal is amplified by Q108 and
de-emphasized by Q110. The UHF audio signal is amplified
by Q402 and de-emphasized by Q405. One of these audio
signals is selected with a cross point switch (IC702). The
signal passes through the electronic variable resistor (IC804),
is amplified by the AF amplifier (IC806), and fed to the
speaker or the external speaker jack.
The VHF or UHF audio signal selected by the cross point
switch, passes through the filter circuit (IC701) and goes to
the CPU (IC604) for CTCSS and DCS decoding. The signal
buffered by Q701 is output to the PR1 terminal of the DATA
connector, and the signal buffered by Q700 is output to the
PR9 terminal.
Fig. 6 Audio Circuit
IF IC
IC100
IF IC
IC400
AF AMP
Q108
2SC5108
(Y)
DE-EMPHASIS
CROSS POINT SW
VR
AF AMP
IC806 IC804
IC702
Q110
2SC4617
(R)
Q402
2SC4617
(R)
Q405
2SC4617
(R)
BUFFER
PR1
PR9
Q701
2SC4617
(R)
BUFFER
Q700
2SC4617
(R)
SP

TM-V708A
7
CIRCUIT DESCRIPTION
Fig. 7 Cross point switch (Audio switching circuit)
A1
IC702
RAV from IF
RAV and RAU is de-emphasized audio signal RDV and RDU is not de-emphasized.
A0
RDV from IF
RAU from IF
RDU from IF
BEEP sound from CPU
VS-3 vocal sound of option
DTMF/1750 signal from CPU
DTMF sound from MIC.
To DTMF decoder
To CPU for DCS/CT CSS decode
To PR9 (DATA terminal)
To PR1 (DATA terminal)
To modulation line to transmit DTMF/1750
To SP1/INT SP side AMP
To SP2 side AMP

TM-V708A
8
CIRCUIT DESCRIPTION
Fig. 8 Modulation circuit
Fig. 9 Transmitter circuit
3. Transmitter system
3-1. Modulation Circuit
The audio modulation input from the microphone is
amplified by IC801. The DTMF signal and 1750Hz tone signal
generated by the CPU are also mixed by IC801. The
modulation signal from the DATA terminal is switched by
IC803. It is directed to IC801 in 1200bps mode and to IC802
in 9600bps mode. The signal amplified by IC801 is pre-
emphasized by Q801 and Q802, and its level is adjusted by
IC804, and the resulting signal goes to each of the VHF and
UHF VCOs as a modulation signal. The TONE/CTCSS/DCS
signal generated by the CPU is fed to IC802 in the same way
as the 9600bps mode signal from the DATA terminal. The
signal amplified by IC802 is distributed and the level is
adjusted. The modulating signal goes to each of the VHF and
UHF VCOs. The signal is amplified by IC300 and modulates
the reference oscillation circuit.
3-2. Transmitter circuit
The VHF VCO output is amplified by 3-stage amplifier, RF
amplifier (Q6) and driver amplifier (Q8, Q9). It is amplified to
the final output by the power module. The signal passes
through antenna switch (D14, D15) and low-pass lifter and is
fed to the antenna.
The UHF VCO output is amplified by 4-stage amplifier, RF
amplifier (Q304) and driver amplifier (Q307, Q309, and Q310).
It is further amplified to the final output by the power module.
The signal passes through antenna switch (D314), low-pass
filter and high-pass filter. Then it is fed to the antenna.
VHF
VCO
UHF
VCO
AF AMP
Q802
2SC4617
(S)
PRE-EMPHASIS
MIC AMP
DTMF1750
IC801 IC804
M62364FP
Q801
2SC4617
(S)
NJM2100V
TONE/CTCSS/DCS
1200bps
SW
PKD CPU
IC803
BU4066
BCFV
IC803
BU4066
BCFV
AMP
IC300
NJM2904V
IC2
KCH38
IC302
KCH28
IC802
TA75S01F
SWTONE AMP
MIC
POWER AMP LPF HPF
Q310
2SC2954
Q309
2SC3357
Q307
2SC4093
(R27)
UHF VCO
Q304
2SC5108
(Y)
IC302
KCH28
POWER AMP
DRIVER
DRIVER
RF AMP LPF
Q9
2SC2954
Q8
2SC3357
Q6
2SC5108
(Y)
VHF VCO
IC2
KCH38 M67746
M57788MR-24
ANT
ANT

TM-V708A
9
CIRCUIT DESCRIPTION
Fig. 10 APC circuit
3-3. APC circuit
The Automatic transmission Power Control (APC) circuit
has a differential amplifier (IC200) that compares the DC
voltage generated by detecting part of the transmission
output using diodes (VHF: D18, D19; UHF: D317, D318) with
DC AMP
DB
Q208
2SB1565
(E,F)
DC AMP
COMPARATOR
Q209
2SC4617
(R)
IC200
TA75S01F
D318
D317
D19
D18
VHF
UHF
CPU
the reference voltage output from the CPU. The output signal
is amplified by Q209 and Q208 and fed to the power module
to keep transmission output constant.
3-4. Overheating protection circuit
To protect from the thermal destruction of the power
module, the voltage of the thermistor (TH1) near the power
module is monitored by the CPU (IC604). If it becomes high
temperature, the APC voltage is controlled to cool down the
temperature.
4. PLL circuit
4-1. Reference oscillator circuit
The 12.8MHz signal is generated by the crystal oscillator
circuit (IC1 and IC301) and internally divided to generate 5kHz
or 6.25kHz reference frequency. The 12.8MHz signal on IC1
side is tripled by Q102 to obtain the second local oscillator for
the A band. The reference oscillation circuit is also modulated
to improve the modulation characteristics of the DCS and
9600bps packet signal when it is transmitted.
Fig. 11 PLL circuit
VHF VCO
HT
CV
Q3
2SC5108
(Y)
PLL
LD
Q102
2SC4649
(N,P)
38.4MHz
12.8MHz
X3
IC1
MB1511PFV-GBND
CHARGE PUMP
Q1 2SA1774(S)
Q2 2SC4617(R)
IC2
KCH38
UHF VCO
HT
CV
Q304
2SC5108
(Y)
PLL
12.8MHz LD
IC301
MB1511PFV-GBND
CHARGE PUMP
Q300 2SA1774(S)
IC302
KCH28
Q301 2SC4617(R)

TM-V708A
10
CIRCUIT DESCRIPTION
4-2. Phase comparator
Part of the VHF VCO output is amplified by Q3 and goes to
VHF PLL IC. Also, a part of the UHF VCO output is amplified
by Q302 and goes to the UHF PLL IC. The pulse-swallow
type PLL IC divides the input VCO oscillator frequency using
the data from the CPU (IC604). It compares its phase with
that of the reference frequency to make the PLL synthesizer
to generate the desired step.
4-3. Lock voltage (VCO control voltage)
The phase differential comparator, output from the PLL IC,
results in a phase difference pulse. This pulse is amplified by
a charge pump (Q1, Q2 or Q300, Q301), the ripples are
removed by a low-pass filter Then the signal is supplied as
the oscillator frequency control voltage for each VCO.
4-4. Unlock detection circuit
When the PLL is unlocked, a low state voltage is outputted
from pin 8 of the PLL IC.
This signal is monitored by the CPU (IC604) to control
transmission/reception switching timing.
5. Power supply circuit
5-1. Microcomputers and peripheral circuits
Reset and backup circuits
The CPU reset signal is generated by detecting a rising
edge of the M5C line voltage with the reset IC (IC601). When
the voltage supplied to the transceiver decreases and the B
line voltage falls below the detection voltage of the voltage
detection circuit (Q604, D604), the CPU (IC604) detects it
through the interrupt pin, stores data in the EEPROM (IC602),
and shuts the power off.
CPU
IC604
DISPLAY
X54-329
Fig. 12 Structure of non-synchronized serial
communication
5-2. Voltage detection processing
The CPU (IC604) monitors and process various voltage
status at IC604 A/D ports.
The squelch voltage is input from the IF IC and a change in
the noise voltage is detected to control squelch. The S meter
voltage is input from the IF IC to control the S meter display.
The thermistor voltage (temperature) and the remote control
microphone key operation are also detected through the A/D
port.
5-3.Serial control
The CPU (IC604) controls the panel unit (X54-329 unit)
through a synchronous serial communication.
6. AF Signal System
6-1. Beep circuit and mute circuit
A beep sound is generated by the CPU (IC604) and goes
to cross point switch (IC702).
This signal is switched by the cross point switch (IC702)
and are input to the electronic volume (IC804). While the
beep signal is output from the microprocessor, audio signals
for each band are muted by the cross point switch (IC702)
with the serial data from the microprocessor (IC604).
The signals output from the electronic volume (IC804) are
input to the speaker switching circuit and go through the
audio mute circuit (Q804 and Q805). Then it is input to the
power amp (IC806).
Fig. 13 Beep circuit and mute circuit
CROSS POINT SW
AO 1
AO 0
CPU
R857 R874
R870
R873
R872
R875
R858
IC 808
IC807
Q804
Q805
MUTE
MUTE
D803
J801
J802
CN800
IC806
POWER AMP
BEEP
DTMF
RAV
RAU
IC702 IC804
IC604
ELECTRONIC
VOLUME
13 8
16
1
1
7
7
5
5
6

TM-V708A
11
CIRCUIT DESCRIPTION
The AF signal output combinations are as in the speaker
combination table on the below.
Fig. 15 Microphone key input circuit
Fig. 14 Speaker switching circuit
CROSS POINT SW
AO 1
AO 0
CPU
R857 R874
R870
R873
R872
R875
R858
IC 808
IC807
Q804
Q805
MUTE
MUTE
D803
J801
J802
CN800
IC806
POWER AMP
BEEP
DTMF
RAV
RAU
IC702 IC804
IC604
ELECTRONIC
VOLUME
13 8
16
1
1
7
7
5
5
6
MIC PTT
MIC UP
MIC DW
INT3
MICRO
PROCESSOR
M 5C
5C
R806
R804
R803
R805
MIC
100K
100K
22K
22K
IC604
R683
R684 R685
IC800
R812
R808
C801
C800
C802
PTT
UP
DOWN
CALL
VFO
MR
PF
KEY INPUT INTERRUPT CIRCUIT
6-2. Speaker Switching Circuit
There are two speaker jacks, J801 and J802. The AF
signals can be output in various combinations matching the
internal speakers.
When no external speaker is connected to J801, Pins 5 of
the multiplexer (IC807, IC808) go low, the AF signals AO 0
and AO 1 are added and input to the power amp (IC806).
When an external speaker is connected to J801, Pins 5 of
the multiplexer (IC18) go high and AO 0 and AO 1 are input
separately to the power amp.
6-3. Microphone Key Input
The microphone UP/DOWN and function keys are
connected to the microprocessor analog input. The voltage
when a key is ON operates the corresponding function. Also,
the key input interrupt circuit is for switching the power ON/
OFF with the microphone. When the DOWN, MR, and PF
keys are pressed, an interrupt is generated and the
microprocessor is awoken from stop mode. However, with
the TM-V708A, the power ON/OFF switch function can be
registered to the PF key on the microphone.
AO 1 AO 0
Internal speakers only Internal speaker
1 external speaker (J802) external speaker
1 external speaker (J801) Internal speaker external speaker
2 external speaker external speaker external speaker
Table5 Speaker combination table

TM-V708A
12
CIRCUIT DESCRIPTION
7. Data Terminal and Peripheral Circuits
J700 (data terminal) is the data communications terminal
on the front. It handles transmission control, data input/
output, and squelch signals.
There are two data communications modes: 9600bps
mode and 1200bps mode. 9600bps mode communications
are FAST FM mode of SSTV, GMSK and G3RUH packet
communications. Unlike with 1200bps AFSK, with this type
of high-speed modulation, frequency modulation is carried
out after the digital base band signals (rectangular wave) are
passed through a band limiting filter. For 9600bps GMSK for
example, compared to 4800Hz signals (nearly sine wave
signals passed through a filter), these signals have a hissing
sound like digital modulation when listened to by ear.
Fig. 16 Transmission signals
Different types of modulation, such as GMSK and G3RUH,
are distinguished by the type of band limiting filter.
7-1. Transmission signals
Transmission modulation signals enter from PKD of the
data tenninals (J700). The path to the modulation depends on
whether communications are 1200bps or 9600bps mode.
For 1200bps mode, the transmission modulation signals
pass through the analog switch (IC803), and are input to
IC801 (Pin 6). The signals pass through the pre-emphasis
(Q801, Q802), are adjusted by the electronic volume, and are
input to the VCO.
For 9600bps mode, the transmission modulation signals
pass through IC803 and amplified by the tone amp (IC802).
Then it is adjusted by the electronic volume, and are input to
the VCO.
The frequency shift depends on the input signal level, so
there is an amplitude limiting circuit (D702, D703) to hold the
signal below 4 Vp-p to avoid extreme shifts.
Thanks to this circuit, the PKD signal does not go above 4
Vp-p and the frequency shift does not fluctuate extremely.
Pin Pin Specification
No. name
1PKD bps switching 1200bps 9600bps
Modulation input 40mVp-p 2Vp-p
Frequency shift 3±0.5kHz 2.2±0.5kHz
4PR9 Out level 500mVp-p/10kΩ
Always output during reception
5PR1 Output level 500mVp-p/10kΩ
Not output when squelch off
Table6 DATA terminal input/output level
Q802
2SC4617
(S)
PRE-EMPHASIS
Q801
2SC4617
(S)
ELECTRONIC
VOLUME
Q701
2SC4617
(R)
Q700
2SC4617
(R)
BUFFER
BUFFER
MICRO
COMPUTER
ANALOG SW
IC803
AMP IC801
IC802
TA75SOIF
RA
RD
VCO
VCO
PKD
SQC
PR1
PR9
PKS
IC804
IC703
BUFFER
MICRO
COMPUTER

TM-V708A
13
CIRCUIT DESCRIPTION
Dimmer level DIM 0 DIM 1 DIM 2 DIM 3
1HLLL
2LHLL
3LLHL
4LLLH
OFF L L L L
7-2. Reception signals
PR9 is the 9600bps data communications reception
output. It outputs the FM detection circuit output (RD signals)
through a buffer amp (Q700). These signals are always
output whether the squelch is open or closed.
PR1 is the 1200bps data communications reception
output. It outputs the FM detection circuit output (RA signals)
through a buffer amp (Q701). Output is controlled with the
cross point switch (IC702) according to whether squelch is
open or closed.
7-3. Squelch signal output circuit
The squelch circuits is input to the TNC to prevents
conflicts from occurring between simultaneous receive
mode and transmit mode traffic during packet
communications. (only during 1200bps) The signal is output
from Pin 15 of IC703 to the data terminal. The logic is as
shown in the Table below.
8. Panel Section (LCD ASSY: B38-0829-05)
The panel section controls serial communications with the
main unit control section, the key input circuit, the display
circuit, and the dimmer circuit through the microprocessor
(IC4).
8-1. Serial communications circuit
A buffer amp is inserted in order to protect the
microprocessor ports.
8-2. Key, Volume Input circuit
Circuits to operate the panel section keys are connected
to each microprocessor port. The PSW key is pulled up and
the other keys are pulled up with software within the
microprocessor. Rotary encoder operating circuits are
connected directly to the microprocessor. The control divides
the power supply voltage, reads the A/D port of the
microprocessor, and transfers that data to the main unit.
SQC terminal output L: SQ CLOSE
(J700 Pin 6) H: SQ BUSY
8-3. Display circuit
The TM- V708A display section is a 188x54-dot full-dot
matrix LCD controlled by two LCD. As shown is Figure 17,
the master IC (IC2) side is connected to 22 common dots and
88 segment dots and the stave IC (IC1) side is connected to
33 common dots and 100 segment dots. The LCD drive
voltage is obtained by raising the power supply voltage (5V)
within the IC.
8-4. Dimmer circuit
The dimmer circuit switches the lamp brightness to one of
four levels or OFF. (See table7) The current flowing to the
LEDs is varied by selecting resistors from R8 to R14.
LCD
188 ×54 (dot)
Microprocessor
IC4
33
COM
22
COM
88
SEG 100 SEG
LCD
Driver
IC2
LCD
Driver
IC1
X54-329
Fig. 17 Display circuit
Table7 Port logic
9V
D30R42
D24D25R39 D26D27R40 D28D29R41
IC4
Microprocessor
DIM3 Q8
DIM2 Q7
DIM1
DIM0
Q6
Q5
Q3
R8
R10
R9
R12
R11
R14
R13 LCD ASSY
Q2
Q4
Fig. 18 Dimmer circuit

TM-V708A
14
SEMICONDUCTOR DATA
30622M8759GP (PANEL UNIT CPU :IC4)
Pin Port Name I/O Function Active
No. Level
1KYCALL I [CALL] key input L
2KYVFO I [VFO] key input L
3KYMR I [MR] key input L
4KYPM I [PM] key input L
5KYMNU I [MENU] key input L
6 BYTE I Select 8-bit data bus (5C)
7CNVSS I Select memory expansion mode (GND)
8FUNC I [F1] key input L
9KYF1 I [F2] key input L
10 RESET I Reset
11 XOUT O Clock output
12 VSS - GND
13 XIN I Clock input
14 VCC - Power supply input
15 NMI (I) Not used
16 INT2 I Interrupt from serial input port
17 INT1 I Encoder pulse 1 input
18 INT0 I Encoder pulse 2 input
19 KYF2 I [F3] key input L
20 KYF3 I [F4] key input L
21 NC I Not used (VCC)
22 NC I Not used (VCC)
23-26 DIM3-0 O Dimmer output
27 PSW O Power SW control output
28 BS O Beat shift output
29 NC I Not used (VCC)
30 NC I Not used (VCC)
31 KYF4 I [F5] key input L
32 KYF5 I [F6] key input L
33 TXD0 O Serial port for connecting to TX-RX unit
34 RXD0 I Serial port for connecting to TX-RX unit
35 NC I Not used (VCC)
36 NC I Not used (VCC)
37-41 NC I Not used
42 RD - Read signal
43 NC - Not used
44 WR - Write signal
45 LCDA0 O LCD Address 0
46 LCDCD2 O LCD chip select 2
47 LCDCD1 O LCD chip select 1
48 CS0 - Flash ROM chip select signal
49 A19 - Not used (Open)
50-59 A18-9 - Address bus 18-9
60 VCC - Power supply input
61 A8 - Address bus 8
62 VSS - GND
63-70 A7-0 - Address bus 7-0
71-78 LCDD7-0 I/O LCD data bus 7-0
79-86 D7-0 - Data bus 7-0
87 LCDRD O LCD read terminal
88 LCDWR O LCD write terminal
89 LCDRES O LCD reset
90 PWR I [POWER] key input (key interrupt) L
91 B-AFVR I B band R AF VOL (A/D)
92 B-SQVR I B band R SQ VOL (A/D)
93 A-AFVR I A band L AF VOL (A/D)
94 AVSS - Analog power input (GND)
95 A-SQVR I A band L SQ VOL (A/D)
96 VREF - A/D reference voltage input
97 AVCC - Analog power supply input (5C)
98 MHz I [MHz] key input L
99 B_KEY I [B BAND SEL] key input L
100 A_KEY I [A BAND SELl key input L
Pin Port Name I/O Function Active
No. Level

TM-V708A
15
SEMICONDUCTOR DATA
78F4218AGJZXA (TX-RX UNIT CPU :IC604)
Pin No. Port Name I/O Function Active Level
1UPLLEN O U PLL Enable output MB1511PFV
2VPLLEN O V PLL Enable output MB1511PFV
3PSW1 O Transceiver main power switch (SBSW) H:ON
4PSW2 O Transceiver main power switch (CPU) L:ON
5MIC MUTE1 O MIC MUTE 1 (MIC input) H:Mute H
6MIC MUTE2 O MIC MUTE 2 (SPF out) H:Mute H
7RST SW I Hard reset switch Normal:L
8SHIFT O Clock shift Normal:L
9VDD - Positive power supply −
10 X2 O System clock 11.0592MHz −
11 X1 I System clock −
12 VSS - GND −
13 XT2 - OPEN −
14 XT1 - Connect to VSS −
15 RESET I System reset H:Reset H
16 BACKUP I Power voltage fall detection interrupt H:Back up mode H
17 NOT USED I Not used −
18 NC O Not used −
19 NOT USED I Not used −
20 SIS I UART control signal input from STN panel H
21 MUTE5 O DTMF/1750Hz mute output H:Mute
22 MIC PWR I Remote control keys DOWN, MR, PF, power switch L
23 AVDD - Connect to VDD −
24 AVREF - Connect to VDD −
25 THP I Temperature protection −
26 SQ14 I Noise level A/D input (VHF IF) −
27 SW14 I S meter level A/D input (VHF IF) −
28 SQ43 I Noise level A/D input (UHF IF) −
29 SM43 I S meter level A/D input (UHF IF) −
30 P_DWAN I Remote control key A/D input UP, CALL, VFO −
31 P_UPAN I Remote control key A/D input DOWN, MR, PF −
32 TOIN I CTCSS, DCS input
33 AVSS - Connect to VSS −
34 DTMF/1750 O BEEP/DTMF sound, 1750Hz tone, D/A output
35 TONE O D/A output for SUB TONE
36 AVREF - Connect to VDD −
37 RxD2 I UART data input from PC L
38 TxD2 O UART data output to PC L
39 RTS2 O UART control signal output to PC −
40 RxD1 I Panel UART data input L
41 TxD1 O UART data output to panel L
42 NC O Not used −
43 NC O Not used −
44 STS O Not used −
45 NOT USED I Not used −
46 NC O Not used −
47 NC O Not used −
48 NC O Not used −
49 NC O Not used −
50 PKSD I Transmission request DATA-PKS L:Send from DATA L
51 SQC1 O DATA-SQC squelch signal output H:Open H
52 NC O Not used −
53 NC O Not used −

TM-V708A
16
SEMICONDUCTOR DATA
54-58 NC O Not used −
59 NC O Not used −
60-63 SIM0-3 I Destination judgment bit 0-3
64 CH I Destination, channel display mode L
65 PTT I [PTT] key input L:Push down L
66 PEPTR I L
67 CLK O Common clock (XSW, 2099, E2P, DAC, VPLL, UPLL)
68 DATA O Common data (XSW, 2099, E2PSI, DAC, VPLL, UPLL)
69 XSW_LD O Cross Point SW. LOAD
70 2099LCK1 O 2099LCK
71 2099LCK2 O 2099LCK
72 VSS - GND −
73 DTMFCK O DTMF CLOCK LC73881M
74 DTMFDT I DTMF DATA
75 DTMFDET I Data detection
76 VS3NAR O VS-3 NAR
77 VS3RST O VS-3 RESET
78 VS3CS O VS-3 Chip Select
79 VS3DT O VS-3 DATA
80 VS3CK O VS-3 CLK
81 VDD - Positive power supply −
82-83 NC O Not used −
84 DA_EN O DAC Enable output M62364FP
85 NC
86 NC O Not used −
87 BEEP O Beep sound output
88 NC
89 NC O Not used −
90 E12 O
91 E96 O
92 I12 O
93 I96 O
94 VPP I Flash writing 10V application pin Normal:L pulse
95 NC
96 E2SO I Data input line for EEPROM (EEPROM SO pin)
97 E2CS O EEPROM Chip Select L:Enable
98 SU43 O UHF PLL speedup control output (H:ON)
99 VPLLUL I V UNLOCK detection H:Lock H
100 VPLLUL I U UNLOCK detection H:Lock H
Pin No. Port Name I/O Function Active Level

TM-V708A
17
COMPONENTS DESCRIPTION
TX-RX UNIT (X57-5860-12)
Ref No. Application/Function Operation/Condition/
Compatibility
IC1 PLL IC VHF PLL
IC2 VCO VHF
IC3 Power Module VHF
IC4 Power Module UHF
IC100 IF LC A band
IC101 AF select VHF
IC200 APC voltage comparison VHF
IC300 Modulation signal amplification VHF
IC301 PLL IC UHF PLL
IC302 VCO UHF
IC303 Prescaler UHF
IC304 Speed up switch
IC400 IF IC B band
IC501 AF PA
IC601 Reset
IC602 EEPROM Setting, memory
IC603 AVR
IC604 Control microcomputer
IC700 DTMF decoder
IC701 CTCSS, DCS filter
IC702 Cross point switch
IC703 Buffer
IC800 Comparator
IC801 MIC amp
IC802 AF amp
IC803 AF select switch
IC804 Electronic control
IC805 Buffer amp APC, BPF
IC806 Audio amp
IC807 AF switch
IC808 Change switch SP1/SP2
IC900 Expansion port
IC901 Expansion port
IC903 8V AVR 8C
IC904 AVR
Q1 Charge pump VHF
Q2 Charge pump VHF
Q3 PLL comparison input amplifier VHF
Q4 Ripple filter VHF
Q6 VCO output amplifier VHF
Q7 LO doubling circuit VHF
Q8 Drive amplifier VHF
Q9 Drive amplifier VHF
Q10 Switch
Q11 Switch
Q102 Doubling circuit VHF2nd LO doubling circuit
Q103 Power switch R5V
Q104 Power switch R5AM
Q105 IF amp VHF
Q106 IF amp VHF
Q107 IF amp VHF
Q108 AF amp VHF
Q110 AF amp VHF
Q111 AGC amp VHF
Q112 IF amp VHF
Q113 AGC
Q200 1st Mixer VHF
Q201 1st Mixer VHF
Q202 RF amp VHF
Q203 RF amp VHF
Q204 Change switch VHF
Q205 RF amp VHF
Q207 AGC control VHF
Q208 APC control VHF/UHF
Q209 APC control VHF/UHF
Q210 RF amp VHF
Q300 Charge pump UHF
Q301 Charge pump UHF
Q302 PLL comparison input amplifier UHF
Q303 Ripple filter UHF
Q304 VCO output amplifier UHF
Q305 Doubling circuit UHF LO
Q306 Power switch UHF Prescaler
Q307 Drive amplifier UHF
Q308 LO amp UHF
Q309 Drive amplifier UHF
Q310 Drive amplifier UHF
Q402 AF amp UHF
Q404 Power switch R5U
Q405 AF amp
Q406 IF amp
Q500 IF amp
Q501 1st Mixer UHF
Q502 1st Mixer UHF
Q503 Mixer
Q505 RF amp UHF
Q506 RF amp UHF
Q507 RF amp UHF
Q508 RF amp UHF
Q509 RF amp UHF
Q601 Reset switch
Q603 Power switch SM5C
Q604 System down detection
Q700 AF amp PR9
Q701 AF amp PR1
Q702 Reset switch
Q800 Microphone mute
Q801 Pre-emphasis
Q802 Pre-emphasis
Q803 Microphone mute
Q804 Mute
Q805 Mute
Q807 Mute
Q900 Fan switch
Q903 Power switch T8V
Q904 Power switch T8U
Ref No. Application/Function Operation/Condition/
Compatibility

TM-V708A
18
Q905 Power switch R8V, R8U
Q906 Power switch RM43, RM80
Q907 Power switch RS14, RM30
Q908 Power switch R8UA, RM22
Q909 Power switch RS43, RM14
Q910 AVR PB
Q911 AVR PB
Q912 Power switch SB
Q913 Power switch PB
Q914 Power switch SB
D1 Reference oscillation A band
circuit modulation
D2 Reference oscillation A band
circuit modulation
D3 LD waveform rectification A band
D4 Step-down Charge pump
D5 Quick charge A band VCO ripple filter
D6 OR circuit RM14/RM22
D7 LO switch LO Doubling circuit switch
D9 LO switch LO Doubling circuit switch
D11 Signal switch VHF TX
D12 Drive circuit bias
D13 Drive circuit bias
D14 ANT switch VHF TX
D15 ANT switch VHF TX
D16 ANT switch VHF TX
D17 ANT switch VHF TX
D18 Transmission output detection VHF
D19 Transmission output detection VHF
D102 AGC
D200 RF switch VHF
D201 RF switch SUB UHF
D202 Helical tuning VHF
D203 Filter tuning SUB UHF
D204 RF switch
D205 Helical tuning VHF
D206 Helical tuning VHF
D207 RF switch VHF
D208 RF switch
D209 RF switch SUB UHF
D210 Over-voltage prevention VHF
D211 Over-voltage prevention VHF
D213 Voltage OR RM14/RS14
D214 Voltage OR RM14/RS14
D216 Band pass tuning VHF filter
D217 OR circuit RM22
D300 Reference oscillation B band
circuit modulation
D301 Reference oscillation B band
circuit modulation
D302 LD waveform rectification B band
D303 Step-down Charge pump
D304 Quick charge B band VCO ripple filter
COMPONENTS DESCRIPTION
Ref No. Application/Function Operation/Condition/
Compatibility Ref No. Application/Function Operation/Condition/ Compatibility
D305 RF switch UHF LO
D306 RF switch UHF TX
D307 RF switch UHF LO
D309 RF switch UHF LO
D310 RF switch UHF LO
D312 UHF Drive circuit bias UHF
D313 Over-voltage prevention
D314 TX RF switch UHF TX
D315 Over-voltage prevention
D316 ANT switch UHF TX
D317 Transmission output detection UHF
D318 Transmission output detection UHF
D500 RF switch
D502 RF switch SUB VHF
D503 RF switch UHF
D505 RF switch UHF
D507 RF switch SUB UHF
D509 RF switch UHF
D510 RF switch UHF
D602 Reverse flow prevention Reset switch detection
D605 Reverse flow prevention M5C
D700 Bias PR9
D701 Bias PR1
D702 Over-voltage prevention PKD
D703 Over-voltage prevention PKD
D800 Reverse flow prevention MIC 8V
D801 Reverse flow prevention
D803 Voltage drop
D900 Voltage OR T8A
D902 Power supply reference voltage PB
D903 Over-voltage detection PB
D904 Reverse connection prevention DC IN
D905 Reverse connection prevention DC IN
TH1 Temperature detection
PANEL UNIT (X54-3290-00)
Ref No. Application/Function Operation/Condition/
Compatibility
IC1 Serial transmission buffer
IC2 Serial transmission buffer
IC3 AVR with reset function
IC4 Control microcomputer
IC5 ROM
Q1 Power switch
Q2-4,6,
Dimmer
7,9,10
D1 Reverse flow prevention
D2 Reset circuit
D3-23 Over-voltage prevention
(Surge elimination)
D24-30 Key illumination

TM-V708A
19
TERMINAL FUNCTION
TX-RX UNIT (X57-5860-12)
CN No. Pin No. Name Function
CN601 1 VCK VS-3 clock
2VDT VS-3 data
3VCS VS-3 chip select
4RST VS-3 reset
5NAR VS-3 input enable
6E GND
7C5 Common 5V
8VO VS-3 audio
CN800 1 INT SP Internal speaker
2E GND
CN900 1 Fan power supply
2Fan GND
PANEL UNIT (X54-3290-00)
CN No. Pin No. Name Function
CN1 1 D7 LCD driver data
2D6 LCD driver data
3D5 LCD driver data
4D4 LCD driver data
5D3 LCD driver data
6D2 LCD driver data
7D1 LCD driver data
8D0 LCD driver data
9RD LCD driver RD
10 WR LCD driver WR
11 A0 LCD driver A0
12 GND GND
13 CS2 LCD driver chip select
14 CS1 LCD driver chip select
15 RES LCD driver reset
16 VDD LCD driver VDD
17 VL Illumination LED control
18 VL Illumination LED control
19 PB Illumination LED power supply
20 PB Illumination LED power supply
CN2,CN3 1GND
2 VR power supply
3Switch
4VR voltage
5SQL voltage

PARTS LIST
∗New Parts. indicates safety critical components.
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 K: USA P: Canada
Y: PX (Far East, Hawaii) T: England E: Europe
Y: AAFES (Europe) X: Australia M: Other Areas
Parts No. Description Address New
parts
Destination Destination
TM-V708A
Ref. No. Parts No. Description
Address New
parts
TM-V708A (Y51-4570-12)
PANEL UNIT (X54-3290-00)
Ref. No.
20
TM-V708A
72 3A K29-5222-03 KNOB(VOL)
73 3A K29-5223-03 KNOB(SQL)
74 3A K29-5381-03 KNOB(ENC)
75 3A K29-5400-11 BUTTON KNOB
A3A N14-0569-04 CIRCULAR NUT(VOL)
B1B N33-2606-45 OVAL HEAD MACHINE SCREW(CASE)
C2B N67-3008-46 PAN HEAD SEMS SCREW(PA MODULE)
D3B N80-2010-45 PAN HEAD TAPTITE SCREW(PANEL)
E1B N80-2610-45 PAN HEAD TAPTITE SCREW(FAN)
F1B N83-2608-46 PAN HEAD TAPTITE SCREW(ANT)
G2B N87-2606-46 BRAZIER HEAD TAPTITE SCREW
76 1D N99-0382-05 SCREW SET(MAIN UNIT) ACCESSORY
77 2D N99-2014-05 SCREW SET(DISPLAY) ACCESSORY
78 1B T07-0368-05 SPEAKER
79 1B T42-0311-25 MOTOR
80 2C ∗T91-0636-05 MICROPHONE ACCESSORY
81 2B 212-1021-05 INSULATING TUBE(7mm)
D24 -30 B30-2215-05 LED
C1 CK73GB1C104K CHIP C 0.10UF K
C2 ,3 CC73GCH1H101J CHIP C 100PF J
C4 C92-0512-05 CHIP-TAN 1.0UF 16WV
C5 CK73GB1C104K CHIP C 0.10UF K
C6 C92-0698-05 CHIP-ELE 47UF 16WV
C7 ,8 CK73GB1H102K CHIP C 1000PF K
C9 ,10 CC73GCH1H220J CHIP C 22PF J
C11 CK73GB1H103K CHIP C 0.010UF K
C12 CK73GB1H102K CHIP C 1000PF K
C13 ,14 CK73GB1H472K CHIP C 4700PF K
C15 CK73GB1H103K CHIP C 0.010UF K
C16 CK73GB1H102K CHIP C 1000PF K
C17 -23 CK73GB1H103K CHIP C 0.010UF K
C24 CK73FB1C105K CHIP C 1.0UF K
C25 CK73GB1H472K CHIP C 4700PF K
CN1 E40-5852-05 FLAT CABLE CONNECTOR
CN2 ,3 E40-5392-05 PIN ASSY
CN4 ,5 E40-5409-05 PIN ASSY
J1 E58-0457-05 MODULAR JACK
L1 -7 L92-0140-05 CHIP FERRITE
L9 L92-0140-05 CHIP FERRITE
X1 L77-1814-05 CRYSTAL RESONATOR(11.0592MHZ)
CP1 -15 R90-0741-05 MULTIPLE RESISTOR
R2 RK73GB1J473J CHIP R 47K J 1/16W
R3 RK73GB1J103J CHIP R 10K J 1/16W
R4 RK73GB1J331J CHIP R 330 J 1/16W
R5 ,6 RK73GB1J473J CHIP R 47K J 1/16W
R8 R92-0670-05 CHIP R 0 OHM
R9 ,10 RK73FB2A560J CHIP R 56 J 1/10W
R11 ,12 RK73FB2A181J CHIP R 180 J 1/10W
R13 ,14 RK73FB2A271J CHIP R 270 J 1/10W
R15 R92-1252-05 CHIP R 0 OHM J 1/16W
R17 -22 RK73GB1J102J CHIP R 1.0K J 1/16W
R25 RK73GB1J103J CHIP R 10K J 1/16W
11B∗A01-2122-23 METALLIC CABINET(UPPER)
23B∗A01-2172-13 METALLIC CABINET(LOWER)
33A A62-0775-03 PANEL(DISPLAY)
42A∗A62-1122-03 PANEL(MAIN UNIT)
53B A82-0040-01 REAR PANEL(DISPLAY)
10 2A ∗B03-3605-14 DRESSING PLATE
11 2A B03-3606-04 DRESSING PLATE
12 3A B10-2631-02 FRONT GLASS
13 3A B38-0829-05 LCD ASSY
14 1B B42-2455-04 STICKER(4x8 MAX)
18 3A B43-1222-04 BADGE
19 1C ∗B46-0469-20 WARRANTY CARD
20 1C ∗B62-1834-00 INSTRUCTION MANUAL
21 3B ∗B72-2293-04 MODEL NAME-PLATE
22 1B E04-0167-05 RF COAXIAL PECEPTACLE(M)
23 2C E30-2111-15 DC CORD ACCESSORY
24 1B E30-2137-15 DC CORD
25 2C E30-3391-05 MODULAR CABLE(3m) ACCESSORY
26 1B E31-3197-15 LEAD WIRE WITH CONNECTOR(SP)
27 3A E37-0835-05 FLAT CABLE(DISPLAY)
30 1B F07-1429-03 COVER(FAN)
31 2B F10-2233-04 SHIELDING COVER(VCO)
32 2B F10-2332-12 SHIELDING COVER(POWER MODULE)
33 2B F12-0460-14 CONDUCTIVE SHEET
34 1B F51-0017-15 FUSE(6∗30 15A) ACCESSORY
36 2C F51-0018-05 FUSE(6∗30 20A)
37 1B G02-0803-03 FLAT SPRING(AF AMP,AVR)
38 2B G02-0809-04 FLAT SPRING(TX-RX PCB)
39 2B G10-0792-14 FIBROUS SHEET(FRONT PANEL)
40 3B G10-1257-04 FIBROUS SHEET(DISPLAY)
42 1B G11-0778-04 RUBBER CUSHION(SP)
43 3B G11-2600-14 SHEET(DISPLAY)
44 3A G11-2611-04 SHEET(DISPLAY)
45 3A G11-2612-14 SHEET(DISPLAY)
46 3A G13-1753-04 CUSHION(DISPLAY)
48 1C G13-1757-04 CUSHION(BRACKET)
49 3A G13-1784-04 CUSHION(PANEL PCB)
50 2A G13-1792-04 CUSHION
51 2C H02-0614-03 INNER CARTON CASE
52 2D H12-3074-12 PACKING FIXTURE(MAIN UNIT)
55 1C H12-3075-03 PACKING FIXTURE(DISPLAY)
56 2D H13-1106-24 CARTON BOARD
57 2C H21-0766-04 PROTECTION SHEET
58 2C H25-0085-04 PROTECTION BAG (100/200/0.07)
59 1C H25-0103-04 PROTECTION BAG (125/250/0.07)
62 2D H25-0720-04 PROTECTION BAG (200X350)
63 3C ∗H52-2084-02 ITEM CARTON CASE
64 1D J02-0488-04 FOOT ACCESSORY
65 1D J19-1526-04 HOLDER ACCESSORY
66 2D J29-0628-23 BRACKET(MAIN UNIT) ACCESSORY
69 1C ∗J29-0663-13 BRACKET(DISPLAY) ACCESSORY
70 2C J29-0664-13 BRACKET(DISPLAY) ACCESSORY
71 3B J32-0926-04 HEXAGON BOSS
PANEL UNIT (X54-3290-00)