How it Works
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DR-605TE

Alinco DR-605TE, DR-605E, DR-605T Service Manual

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Page 1
DR-6 05 T / E /TE1 / TE2
S e r v i c e M a n u a l
CONTENTS
• SPECIFICATIONS
1) General.......................................................................2
2) Transmitter.................................................................2
3) Receiver......................................................................2
• CIRCUIT DESCRIPTION
2) Receiver Sytem
3) Power Supply Circuit...............................................4
4) AF Signal Circuit......................................................5
5) Transmitter System..............................................5-6
6) PLL Circuit.................................................................6
7) Front CPU and Peripheral Circuit
8) Cross Band Repeater Circuit
9) Tone Burst Output Circuit........................................7
10) CTCSS Tone Encoder Circuit
11) CTCSS Tone Decoder Circuit
12) 9600bps Packet Circuit............................................8
13) Clone Circuit
14) CPUI/O Port........................................................9-10
• SEMICONDUCTOR DATA
1) AK2341 ...................................................................11
2) AN78L05M ............................................................12
3) AN8010M...............................................................12
4) AT24C16N-10SI-2.7 .............................................12
5) LA4425A ................................................................12
6) M64076GP ............................................................ 13
7) M57788 ..................................................................14
8) M67746 ..................................................................14
9) M68702H .............................................................. 14
10) MC3372VM ...........................................................15
11) MC7808CT
12) NJM4558 .............................................................16
13) RH5VA60AA ........................................................16
14) RN5VL25AA-T1 ...................................................16
15) TC4W53FU.............................................................17
16) Transistor,Diode and LED Outline Drawings
17) LCD Connection ...................................................18
• EXPLODED VIEW
1) LCD Assembly
2) VHF Unit Assembly.................................................20
3) UHF Unit Assembly.................................................21
...................................................3-4
...........................
..................................
.................................
.................................
............................................................8
............................
........................................................19
.............................. 15
......
17
• PARTS LIST
VHF MAIN Unit......................................................22-23
UHF MAIN Unit......................................................24-26
FRONT CPU Unit................................................. 26-27
VHFVCO Unit......................................................27-28
UHFVCO Unit.............................................................28
TCXO Unit................................................................... 28
Mechanical Parts.........................................................28
PCB Unit......................................................................28
SP Unit......................................................................... 28
Packing........................................................................ 28
7 7
8 8
• ADJUSTMENT
1) Required Test Equipment................................29-30
2) UHF PLL Adjustment.............................................30
3) UHF RX Adjustment..............................................31
4) UHF TX Adjustment................................................32
5) VHF PLL Adjustment............................................33
6) VHF RX Adjustment...............................................33
7) VHF TX Adjustment............................................... 34
8) Adjustment Points.................................................. 35
• PC BOAD VIEW
1) VHF Main Unit Side A............................................36
2) VHF VCO Unit Side A
3) UHF Main Unit Side A
4) UHFVCO Unit Side A............................................ 37
5) VHF Main Unit Side B............................................38
6) VHFVCO Unit Side B............................................ 38
7) UHF Main Unit Side B............................................39
8) UHFVCO Unit Side B............................................ 39
9) Front Unit Side A ................................................... 40
10) Front Unit Side B ................................................... 40
11) TCXO Unit ..............................................................40
• SCHEMATIC DIAGRAM
1) CPU Unit............................................................41-42
2) VHF Main Unit T/E............................................43-44
3) VHF Main Unit TE1fTE2..................................45-46
4) UHF Main Unit T/E........................................... 47-49
5) UHF Main UnitTE1fTE2 .................................49-50
6) VHF PLL-VCO Unit..........................................51 -52
7) UHF PLL- VCO Unit.........................................51 -52
8) TCXO Unit........................................................51-52
• BLOCK DIAGRAM......................................................53-54
............................................
............................................37
36
A L IN C O , inc
Page 2
SPECIFICATIONS
1) General
Frequency Rage:
(Version T)
(Version E)
(Version TE1)
(Version TE2)
Modulation: Antenna Impedance: Supply Voltage: Ground: Current Consumption
Frequency Stability: Dimensions (Body only): Weight: Cannel
VHF BAND 136.000-
UHF BAND
VHF BAND UHF BAND 430.000 - 439.995MHz VHF BAND 136.000-
UHF BAND 400.000 - VHFBAND UHF BAND
F3E (FM) 50Q
13.8 Volts DC
Negative VHF TX 50W: 11.5A max. (T/E), 35W: 11 .OA max. (TE1/TE2)
UHFTX 35W: 10.0A max.
RX 1.2A max. ±1 Oppm max.
140(W)mm x 40(H)mm x 176(D)mm
1.1kg
VHF: 51 / UHF: 51 total 102
173.995MHz
144.000-
420.000 -
147.995MHz (TX)
470.000MHz
430.000 ~449.995MHz
144.000-
145.995MHz
173.995MHz
420.000MHz (RX/TX)
136.000-
173.995MHz
450.000 - 470.000MHz
(RX)
(RX) (TX) (RX/TX) (RX/TX) (RX/TX)
(RX/TX) (RX/TX)
2) Transmitter
Output Power:
Modulator: Spurious Emission: Max. Deviation: Mod. Distortion (@60% mod.): Microphone Impedance:
VHF BAND High: 50W / Low: approx. 5W (T/E)
High: 35W/Low: approx. 5W (TE1/TE2)
UHF BAND High: 35W/Low: approx. 5W
Reactance modulation
-60dB max. ±5kHz
3% max. (300 to 3000Hz)
2k£2
3) Receiver
Rx System: Intermediate Frequency:
Sensitivity (12dB SINAD): Selectivity: Squelch Sensitivity: AF Output (@5% distortion): Speaker Output Impedance:
Note: Specifications are subject to change without notice or obligation.
Specifications guaranteed in the amateur band only. (T/E)
Double Superheterodyne VHF: First: 21.7MHz/Second: 450kHz UHF: First: 30.85MHz / Second: 455kHz Main band: -16dBn (0.16^V) or less
-6dB: 12kHz min.,-60dB: 28kHz max.
-20dB^ (0.1 (xV) or less 2W or more (
8 C i
8Q load)
Page 3
CIRCUIT DESCRIPTION
1) Frequency Configuration
• VHF and UHF bands have each PLL independently, and 2 IF systems are provided. Therefore 2 bands can be received simultaneously.
• The received signal of VHF band is mixed with the first local oscillator signal and converted into the first IF of 21.70M Hz. Then the resulting signal is mixed with the second local oscillator signal of 21.25MHz and converted into 450kHz.
• The received signal of UHF band is mixed with the first local oscillator signal and converted into the first IF of 30.85kMHz. Then the resulting signal is mixed with the second local oscillator signal of 30.395MHz and converted into 455kHz.
2) Receiver System
1. Receiver Circuit
The received signal from the antenna is passed through the duplexer (the circuit consists of low-pass filter for VHF and high-pass filter for UHF), and divided into the signals of VHF and UHF.
1-1 144M Band Receiver Circuit
After the received signal from the duplexer is passed through the band-pass filter via the antenna switch (D5, D6), the signal is amplified at RF amplifier Q11. The
unwanted signal of the amplified signal is eliminated by the band-pass filter consisting of 3 varicaps. Next the signal is mixed with the first local oscillator signal at the first mixer Q12, and converted to the first IF. The unwanted signal is attenuated by the crystal filter circuit. Then the signal is fed to IC2 Pin16 after being amplified at IF amplifier Q7. In this IC2 the signal is mixed with the second oscillator signal and converted to the second IF, then it is output from Pin3. The output signal is attenuated the unwanted signal by the ceramic filter, and input again from IC2 Pin5. Next the signal is passed through the limiter amplifier and demodulated in the quadrature detection circuit of IC2 to be output from Pin9 as AF signal.
1-2 430M Band Receiver Circuit
The received signal from the duplexer is passed through the antenna switch (D206, D207), and amplified in the RF amplifier Q 211. The amplified signal is attenuated the unwanted signal by the helical filter L218. The signal is amplified in RF amplifier Q212 and attenuated the unwanted signal again by the helical filter L219, then it is mixed with the first local oscillator signal at the first mixer Q 213 and converted to the first IF. The unwanted signal is attenuated by the crystal filter circuit. Then the signal is fed to IC202 Pin16 after being amplified at IF amplifier Q214. In this IC202 the signal is mixed with the second oscillator signal and converted to the second IF, then it is output from Pin3. The output signal is attenuated the unwanted signal by the ceramic filter, and input again from IC202 Pin5. Next the signal is passed through the limiter amplifier and demodulated in
the quadrature detection circuit of IC202 to be output from Pin9 as AF signal.
Page 4
2. S (Signal) Meter Circuit
3. Squelch Circuit
VHF: The S meter signal DC voltage which is output from IC2 Pin13 is supplied to IC401 Pin10 via Trim, pot VR1, then it is digitized by A/D converter to be indicated on LCD as the S meter.
UHF: The S meter signal DC voltage which is output from IC202 Pin 13 is supplied to IC401 Pin5 via Trim, pot VR202 then it is digitized by A/D converter to be indicated on LCD as the S meter.
VHF Squelch Circuit: The AF signal which is output from IC2 Pin9 is input to Pin10. Only the noise is amplified by the active filter in IC2 and output from Pin11, then amplified by the noise amplifier Q6. The amplified noise is rectified to DC voltage by D2 and input to CPU IC401 Pin9 via Trim, pot VR2. In the IC the input voltage and the settled voltage by the squelch knob are compared to work the squelch ON/OFF. When the squelch is open, the squelch signal "H" is output from IC401 Pin41 and LED D401 (green) lights.
UHF Squelch Circuit: The AF signal output from IC202 Pin9 is input to Pin 10. Only the noise is amplified by the active filter in IC2 and output from Pin11, then amplified by the noise amplifier Q206. The amplified noise is rectified to DC voltage by D202 and input to CPU IC401 Pin5 via Trim, pot VR201. In the IC the input voltage and the settled voltage by the squelch knob are compared to work the squelch ON/OFF. When the squelch is open, the squelch signal "H" is output from IC401 Pin13 and LED D402 (green) lights.
3) Power Supply Circuit
1. VHF Power Supply Switch Circuit and Unlock Circuit
Jn the receiving mode, "H" is output from PLL shift register IC501 Pin16 according to the serial data from CPU, and Q17 and Q16 are turned ON, then 8V is added to 8RV line. In the transmitting mode, just same as the receiving mode, "H" is output from IC501 Pin17, and Q19 and Q 18 are turned ON, then 8V is added to 8TV line. When PLL is unlocked, the unlock switch Q21 is turned ON because "H" is output from UL terminal of PLL-VCO unit. Then 8TV switch Q19 is turned OFF. Conse quently, as 8TV line does not work, the unit does not transmit when PLL is un locked.
2. UHF Power Supply Switch Circuit and Unlock Circuit
In the receiving mode, "H" is output from PLL shift register IC601 Pin16 according to the serial data from CPU, and Q217 and Q218 are turned ON, then 8V is added to 8RV line. In the transmitting mode, just same as the receiving mode, "H" is
output from IC601 Pin17, and Q220 and Q219 are turned ON, then 8V is added to 8TV line. When PLL is unlocked, the unlock switch Q222 is turned ON because "H" is output from UL terminal of PLL-VCO unit. Then 8TV switch Q220 is turned
4
Page 5
4) AF Signal Circuit
1. VHFAF Signal
2. UHF AF Signal
OFF. Consequently, as 8TV line does not work, the unit does not transmit when
PLL is unlocked.
The AF signal which is output from IF unit IC2 Pin9 is made the AF frequency
characteristics 3kHz or below by the de-emphasis circuit (consisting of R19, C18,
R13, C10, R12 and C9), then amplified by AF preamplifier Q3. Besides the amplified signal is made the AF frequency characteristics 300Hz or more by the de-emphasis circuit (consisting of C5, R8, C4, R3, C3). The de-emphasized AF signal ROV is muted and after the signal is adjusted by volume VR401, added to
AF power amplifier IC3 Pinl and amplified to drive the speaker.
The AF signal which is output from IF unit IC202 Pin9 is made the AF frequency characteristics 3kHz or below by the de-emphasis circuit (consisting of R226, C213, R222, C2 11, R221 and C210), then amplified by AF preamplifier Q203. Besides the amplified signal is made the AF frequency characteristics 300Hz or more by the de-emphasis circuit (consisting of C207, R210, C206, R207, C205). The de-emphasized AF signal ROU is muted and after the signal is adjusted by volume VR402, added to AF power amplifier IC3 Pin 1 and amplified to drive the
speaker.
3. AF Mute Circuit
VHF: When the squelch is turned ON and there is no input signal, the output control signal of the microcomputer IC401 Pin42 turns ON double mute switches Q2 and
Q4, then the input signal of audio power amplifier IC3 is cut to mute the speaker
output.
UHF:
When the squelch is turned ON and there is no input signal, the output control signal of the microcomputer IC401 Pin19 turns ON double mute switches Q204 and Q233, then the input signal of audio power amplifier IC3 is cut to mute the speaker output.
5) Transmitter System
1. Modulator Circuit VHF/UHF
After the voice is converted into the electric signal by the microphone, the signal is
led to the microphone amplifier Q401 to be amplified. The microphone amplifier includes the pre-emphasis circuit. The amplified voice signal is added to the IDC circuit of operational amplifier IC203 and limited the band width. Each frequency deviation can be adjusted in VR3 (VHF) or VR204 (UHF). The signal is added to varicap of VHF/UHF VCO unit for reactance modulation.
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2. Drive/PA Amplifier Circuit
VHF: The transmit signal from VCO of VHF band is amplified by the younger amplifiers
Q9, Q10, then input to the power module IC1. The signal amplified to the desired
level in IC1, is passed through the low-pass filter, antenna switch, and low-pass
filter in duplexer to attenuate the second and third harmonics enough, then
supplied to the antenna.
UHF:
The transmit signal from VCO of VHF band is amplified by the younger amplifiers
Q208, Q209, Q 210 then input to the power module IC201. The signal amplified to
the desired level in IC201, is passed through the low-pass filter, antenna switch,
and low-pass filter in duplexer to attenuate the second and third harmonics
enough, then supplied to the antenna.
3. APC circuit
VHF:
A part of output power from low-pass filter is detected by Diodes D7 and D8, and
converted to DC. The detection voltage is passed through the APC circuit of UHF
side (Q229, Q228, Q227), then it controls the APC voltage supplied to the younger
amplifier Q10 and the power module IC1 to fix the output power.
6) PLL Circuit
1. PLL Synthesizer Circuit
UHF:
A part of output power from low-pass filter is detected by Diodes D208 and D209,
and converted to DC. The detection voltage is passed through the APC circuit of
UHF side (Q229, Q228, Q227), then it controls the APC voltage supplied to the
younger amplifier Q210 and the power module IC201 to fix the output power.
VHF and UHF bands have their own units isolatedly. The sub unit is packed in a
hard shield case so as not to be influenced by the circumstances. The crystal X2:
21.25M Hz is oscillated in IC501 (VHF), and the output is fed to IC601 (UHF) via
buffer Q13. The reference oscillating frequency (X2) is divided inside IC501 and
IC601 to gain the reference frequency of 5kHz or 6.25kHz. The comparison
frequency is divided by the pulse swallow system PLL IC501 and IC601 after VCO
output is amplified in Q505 (VHF) and Q604 (UHF). In the result, the PLL synthe
sizer which has 5, 10,12.5, 15 ,20, 25, 30 and 50kHz steps is obtained.
The reference frequency of 21.25MHz is passed through the buffer of IC501 and
output from Pin 1 XBO, then input to IC2 Pin1 as VHF (144MHz band) 2nd local
oscillator.
*As for TE1 and TE2, reference frequency of 21 ,25MHz is oscillated in X901:
TCXO unit and fed to IC501 (VHF).
Page 7
2. V-VCO Circuit
The desired frequency is oscillated directly in Colpitts oscillating circuit consisting of FET Q502. VCO control voltage is added to the varicaps D502 and D503 to tune the oscillating frequency. While receiving RXV becomes "H", and Q501 and D501 are turned ON to shift the oscillating frequency.
3. U-VCO Circuit
The desired frequency is oscillated directly in Colpitts oscillating circuit consisting of FET Q601. VCO control voltage is added to the varicaps D602 and D603 to tune the oscillating frequency.
7) Front CPU and Peripheral Circuit
1. Microphone Key Input Circuit
PTT key: Soon after the switch on the microphone (PTT) is turned ON, "L" level is input to CPU IC401 directly. UP/DOW N key: Soon after this switch is turned ON, the voltage is generated by the resistors that are connected to keys and supplied to IC401 Pin4 then A/D converted in CPU.
2. Lighting Circuit
When the power is turned ON, the voltage which is stabilized to 10.5V at Q405 and D407 is supplied to LMP401 and LMP402 to turn ON the lamp.
3. Reset and Backup Circuit
When the power is turned ON, "L" level of approximately 2jis or more is output from IC403 OUT (equipped with reset function), then "H" level is output to reset CPU IC401. When the power is turned OFF, IC405 output (BU) becomes "L" level and the transceiver goes into the backup mode. The contents of the memory is written on E2PROM IC402 in the backup mode. Then IC403 (equipped with reset function) becomes "L" level to reset the CPU.
4. Beep Sound Output Circuit
The square pulse is output from CPU IC401 Pin23 (BEEP), then it is integrated by CR and input to AF amplifier without passing through Volume VR.
8) Cross Band Repeater Circuit (T, TE1, TE2)
When the Squelch of VHF side is opened in the Cross Band Repeater mode, the
AF signal ROV (VHF) is unmuted and amplified by IC203. The amplified modula tion signal is added to modulation varicap of UHF VCO and transmitted from UHF side. When the Squelch of UHF side is opened in the Cross Band Repeater mode, the AF signal ROU (UHF) is unmuted and amplified by IC203. The amplified
modulation signal is added to modulation varicap of VHF VCO and transmitted
from VHF side.
Page 8
9) Tone Burst Output Circuit
When Down key is pressed while holding the PTT key down, the square pulse is output from CPU IC401 Pin14 (B1750). It is amplified by IC203 after being integrated by CR. The amplified signal is added to each VCO modulation varicap to output.
10) CTCSS Tone Encoder Circuit
The mimic sine wave is output from IC401 Pin11. It is integrated by CR, and converted to analogue wave to obtain 50 waves within 67.0~254.1. The tone is added to VCO to output.
11) CTCSS Tone Decoder Circuit (EJ-24U)
In IC1 (VHF) or IC2 (UHF), a kind of tone frequency is settled by the serial data selected from 50 kinds of frequencies within 67.0-254.1 Hz . While receiving the voice and tone signals input from RAV (VHF) or RAU (UHF) are supplied to Pin1, and tone signal only is selected at the low-pass filter in IC. When the signal is accordance with the tone frequency which is settled by the serial data, "L" level is output to TDV (VHF) or TDU (UHF) terminal. The "L" level signal is input to
IC401, Pin32 and Pin33, then the squelch is opened When the tone signal is not
accordance with the settled frequency, "H" level is output to the TDV (VHF) or TDU (UHF) terminal. The "H" level signal is input to IC401, Pin32 and Pin33, then the squelch is closed.
12) 9600bps Packet Circuit
In the 9600 packet mode, PTT is provided through the UART terminal of JK1 to IC401 Pin22, then it is transmitted in "L" level. The modulation signal from TNC is provided through 9600 PKT terminal of JK2. It is amplified and limited in Q29, unmuted in Q26 and Q27, and the VCO is modulated, then transmitted. The detection output of IF IC2 or IC202 is input to the signal switch IC4 via butter Q23 or Q235. The input V/U signal switches the input signal of IC4 according to the signal from CPU IC401 Pin33. Then the MAIN band signal is output from Pin1 to JK2.
13) Clone Circuit
In the Clone mode, the data which is output from IC401 Pin21 of Master unit is fed to the IC401 Pin22 of the Slave unit through the UART terminal JK1 and connect ing cable.
Page 9
14) CPU I/O Port
No.
Pin Name Function I/O Logic
Description
1
C1 C1
2 VL1
P67/AN7
3 4 P66/AN6
5 P65/AN5
P64/AN4
6 7 P63/SCLK22/AN3 BP1 I A/D
P62SCLK21/AN2 BP2 I
8 9 P61/SOUT2/AN1 SQV
P60/SIN2/AN0
10 11 P57/ADT/DA2
P56/DA1 MMUT
12
P55/CNTR1 SDU
13 14
P54/CNTR0 P53/RTP1
15 16 P52/RTP0
17
P51/PWM1 18 P50/PWM0 19 P47/SROY1
20 P46/SCLK1
P45/TXD TXD
21
P44/RXD RXD I
22
P43/S/TOUT BEEP
23 24
P42/INT2
P41/INT1
25 26 P40
P77
27 28 P76 MONI I/O L
29
P75
P74
30
P73 FUNC I
31
P72
32
P71
33 34
P70/INT0 BU
RESET
35
Xcin
36 37 Xcout xco
Xin
38 39 Xout XOUT
V1 v/u I A/D Key input (VHF/UHF/TOT key switch)
UP/DN I SMU I A/D SQU I A/D UHF side SQ noise voltage input
SMV I TONE
B1750 DATU
CKU o Pulse UHF side PLL clock output STPU o
PTT MUTU
XMUT
ENC2 I
ENC1 I
UL TP I
MHZ I V/M I L Key input (VFO/MR switch)
TDV I L VHF CTCSS tone detection (when the tone is detected = "L") TDU
RES I L XC1
XIN
- -
- -
A/D Key input (UP/DOWN/CALL key switch)
A/D
I
o o H Microphone mute OFF control output (TX="H")
o
I/O A/D/H Extension specification (when PSW is ON)/ Tone burst output
0 Pulse UHF side PLL data output
I 0 H o L o
0
I L PLL unlock input (L = unlock)
I/O
I
- -
- -
I o
A/D VHF side SQ noise voltage input A/D VHF side S meter voltage input
D/A
Pulse
Pulse Pulse Clone data input (9600 packet = PTT input "L" = TX)
L/H
NC LCD Power supply
UHF side S meter voltage input
Destination setting (T=5V, E=3.2V) Extension specification
CTCSS tone output (50 waves)
H UHF Squelch signal output (When squelch is open = "H")
UHF side PLL reset output
L Key input (PTT)
UHF side AF signal mute control output ("H" = Mute is ON) AF unmute output in cross band repeater mode (XBR = "L") Clone data output
H Beep sound output
L Rotary encoder B input L Rotary encoder A input
Trunking mode input (H = Trunking mode) Key input (MONITOR) / 9600 mode (PTT ON = "L")
L Key input (MHz)
L
L Backup signal input ("L"=Backup)
-
-
key input (FUNC)
UHF CTCSS tone detection/RX switch in 9600 mode (VHF=L)
Reset signal input ("L"=Reset) NC NC CPU clock input (4.1943MHz) CPU clock output (4.1943MHz)
9
Page 10
No. Pin Name
Vss GND
40 41 P27 SDV 0 H VHF squelch signal output (when squelch is open = "H")
P26 MUTV
42
P25
43 44 P24 45 P23
P22
46
P21 SDA I/O Pulse EEPROM data input/output
47
P20 LOW o
48
P17
49
50 P16 TID 51 P15/SEG39 SEG39
i i i i
i
90
SEGO
91 Vcc VCC
92 Vref AVCC 93 AVss GND 94 COM3 COM3
COM2 COM2 0
95
COM1
96 97 COMO COMO
98 VL3
VL2
99
C2
100
Function I/O Logic Description
- -
- -
STPV DATV CKV 0 Pulse VHF PLL/CTCSS clock output
SCL
STB2
SEGO
COM1 0
V3 V2 C2
0 Pulse VHF PLL reset output 0 Pulse VHF PLL/CTCSS data output
0
0 Pulse CTCSS UHF strobe signal output
I/O Pulse
0 H Segment output for LCD
o H Segment output for LCD
- -
- -
-
-
0
- -
- -
-
Pulse
H
GND
VHF AF signal mute control output (H=Mute is ON)
EEPROM clock output
Transmitting output switch ("H"=Low output)
CTCSS board detection/CTCSS VHF strobe signal output
i
5V Power supply Reference power supply for A/D conversion GND
- NC
- Common output 2 for LCD
- Common output 1 for LCD
- Common output 0 for LCD
- Power supply for LCD
Power supply for LCD NC
-
Page 11
SEMICONDUCTOR DATA
1) AK2341 (XA0239) EJ24u (option)
C T C S S E n c o d e r / D e c o d e r
Pin
Pin
Name
RXIN
TXIN
VDD
XIN
XOUT
VSS -
TLINP TLINN I TLINO
BIAS
I/O
I RX Signal Input
I TX Audio Input
0
- I Crystal Terminal (3.6864MHz)
Crystal Terminal (3.6864MHz)
0
I Strobe for Serial Data I Serial Data I I DCS Input
I Tone Detection Level Adjust Input I
RX Tone Signal Reference Input
0
o
I
I
No.
1 2 RXINO 0 AMP2 Output 3 TXINO 0
4 5 RXOUT 0
6
TXOUT
7 8
9
10 STB 11
SDATA
12 SCLK
13 DCS
DETOUT0Tone Detection Output (Detect: Low)
14 15
16 DREF
17
18 19 20 RXTONE 0 RX Tone Signal Output
21 TXTONE 22 AGNDIN 23 AGND 0 Analog Ground Output
24
Function
AMP1 Output
RX Audio Output
TX Audio Output
Power Supply (1.8 - 5.5V)
Serial Clock
Ground
RX Tone Signal Input
AMP3 Output
TX Tone Signal Output
Analog Ground Input
Bias Input
RXIN
RXINO n z
TXINO
TXIN
RXOUT
TXOUT
VDD
XIN
XOUT c =
STB
SDATA
SCLK
nz
n z
c z
c z
1 =
c =
1 =
n z
> =
n z
1
2
3
4
5
>
10
11
12
* fO
CO
6
7
8
9
24
23
22
21
20
19
18
17
16
15
14
13
= □
= □
ZZI ZZI ZD
= □
ZZI ZD
= □
Z D
1=]
ZZI
BIAS
AGND
AGNDIN
TXTONE
RXTONE
TLINO
TLINN
TLINP
DREF
VSS
DETOUT
DCS
Block Diagram
J 3. 6864 MHz
Page 12
2) AN78L05M (XA0238)
5 V V o lt a g e R e g u la to r
3) AN8010M (XA0119)
V o lt a g e R e g u l a to r
Test Circuit
u u u
Output Common Input
A N 8 0 1 0 M
u u u
Output Common Input
A N 7 8 L 0 5 M
4) AT24C16N-1 OSI-2.7 (XA0368)
1 6 K b it s C M O S S e ria l E E P R O M
AO
A1 IZZ 2
A2 C Z
GND
1 =
■ =
1
3
4
> H
N>
O _k
o> z
8
7 = □ TEST
6
5
= l
ZD
Vcc
SCL
SDA
5) LA4425A (XA0410)
5 W A u d io P o w e r A m p lif i e r s
Pin Nam e
AO to A 2 Addres s inputs
SD A
SC L
Te s t NC N o conne ctio n
Serial D ata
Se rial Clock Test Input {GN D or Vcc )
Function
12
1 2 3 4 5
Page 13
6) M64076GP (XA0352)
Dual PLL Synthesizer
XB o
SI
C P S
RS T
Vc c
Fini
Lo c k l
PD1
VT1
VF
1
C
2 19
c
3 18
□
4
c
5
c
6
c
7
c
8
c
9
c
10
c
Equivalent Circuit
Fin2 0
2
o> o o>
O “O
GND
20
□
Xin
□
Xout
□
17□OP2
16□OP 1
15□Fin2
Lock 2
14
□
13□PD 2
12□VT 2
11
GND
□
Pa ramet er S ym bol
Pow e r s upp ly vo lta ge
LPF sup ply voltage
Lo c a l oscillator input leve l
Lo c a l os cillator input fre quen cy
Xin input le vel
Xin input freq uen c y
— Data latch (17bit)
Local 2 programmable divider
Cond ition Min.
Vcc
Vin
Fin
Vxin
Fxin
Fin-8 0 ~520MH z
Vin =-10d Bm
VF - ■ 9 12
Fin -80-52 0M H z
Vcc-2 .7~5.5 V Vin»-20 ~ -4d B m
Vcc-2.7 -5 . 5 V Vcc- 2 .7 ~5 . 5V
Fx in=1 0 -25MH z Sin e w a v e
Vçc- 2 .7 ~5 . 5V Vx in-0 .4 ~ 1 .4 V p -p
Ty p. Ma x. Unit
2.7
-
-20
-
80 - 520
0.4
- 1.4
10
-
5.5
-4
dBm
M H z
Vp -p
25 MHz
V
V
Data latch (16bit)
Reference frequency 2
programmable divider
Reference frequency 1
programmable divider
............I.......
Data latch (16bit)
Local 1
programmable divider
I ~
"— Data latch (17bit)
' — Data latch (6bit)
"
GND
13
Page 14
7) M57738LR (XA0447)
M57788MR (XA0313) M57788HR (XA0448)
U H F F M 3 5 W R F P o w e r M o d u le
S' O
D o
p
O il
5 c
t'i
o s
8 ) M67746 (XA0412)
1 4 4 - 1 4 8 M H z 6 0 W
R F P o w e r M o d u l e
D
M57788MR
5 4 3 2 1
>*
*5 .
o 2
a D
? !
TO
Q g
I I
iT ©
S) 0)
¿3 ^
w a
CM W
o | Q E
iS >*
<0 Q.
V) D
(13
a
V)
M67746
12 3 4
O Q
ID C-
.§* >-c
” & E « 5 m
>
3 CM
Q |
I I
iT
C-
4_, (Q 5 c
t i o s
<Q
If
^ s
c l o
£ 52- - u > &
I f
3 s
Q .O
C '«i’
§
S
c
c
T3
c
Supply voltage
D O
6
Total current
Input power Output power Po Operation case temperature
Storage temperature f=430~450MHz, Vcc1<13.5V, Zg»ZI=50ii
Supply voltage Vcc 17 Total current
o
Input power Pin(max) Output power Operation case temperature Storage temperature Tstg
Zg=ZI=50£i
Ratings
Ratings
Symbol
Vcc Icc
Pin
Tc(op) Tstg
Symbol Ratings
Icc 20
Po(max) Tc(op)
Ratings
17.0 12
0.8 50
-30—i-110
-40—1-110
600
70
-30 to+110
-40 to+110
Unit
V
A W W °C °C
Unit
V
A
mW
W °C °C
14
9) M68702H (XA0444)
1 5 0 - 1 7 5 M H z 6 0 W
R F P o w e r M o d u le
T3
c
3
D
M68702H
12 3 4
>
0 ^
Q OJ
0)
S? ^ «
jS ^ c
I f
3 O
” & E
Q .O
C CO
1 3 *
3 OJ o
V) y - CD
O -s O g
? ! il £
■5 CL
■5
O
T3
C
Supply voltage
o
c
5
n c
E ©
Total current
6
Input power Output power Operation case temperature Storage temperature
Zg=ZI=50£i
Ratings
Symbol Vcc Icc 20 Pin(max) 600 Po(max) 75 Tc(op) -30 to+110 Tstg
Ratings
17
-40 to+110
Unit
V A
mW
W °C °C
Page 15
10) MC3372VM (XA0343)
L o w P o w e r F M IF
Equivalent Circuit
(1 6 )
---------
(15 >
Sq uelch Trigg er
Oscillator — » Mixer
(! )— H d)— © — © — ¿>
4k
Filter A m p
------
& — ® -
Crystal O s c .
Crystal O s c . nz
Mixer Output
Vc c nz
Lim iter Input
De cou p ling
Lim iter Output
Qua d Input
Ta=25°C
Parameter Pin No.
Max. supply voltage
4
Symbol Ratings Unit
Vcc 2.4-9.0 Vdc
RF input voltage 16 Vrf 0.005-10 mVrms RF input frequency 16 Oscillator input voltage IF frequency
1
- Limiter amplifier input voltage 5 Vif Filter amplifier input voltage 10 Squelch input voltage Mute sink current Temperature range
12 14
-
Frf
0.1-100 MHz
Vlocal 80-400 mVrms
Fif 455
0-400
Vfa
Vsq
0.1-300 0or2
Isq 0.1-30
kHz mVrms mVrms
Vdc
mA
TA -30-+75
1
l=
2
3 14
c :
4
i= 5
6 11
cz
7
c=
8 9
c=
°C
15
13
12
10
= ]
=1 =1
= •
=3
= □
Mixer Input
GND
Mute
M ete r drive
Sq uelch Input
Filter Output
Filter Input
De m odu lator Output
11) MC7808CT (XA0082)
8 V V o l t a g e R e g u la to r
Test Circuit
O
78L08
Page 16
12) NJM4558 (XA0097)
O p e ra t io n a l A m p lif ie r s
13) RH5VA60AA (XA0315)
C - M O S V o l t a g e D e te c t o r
Equivalent Circuit
VD D r
................................................................
- o
OUT
A Output [
A -Input [
A +lnput I
V- [
1 A \
2
Â
3 6
4 5
h 7
8
V+
IB Output
B -Input
B + Input
14) RN5VL25AA-T1 (XA0309)
C - M O S V o lt a g e D e t e c t o r
Equivalent Circuit
VD D r......................................................................
(* >
Vr ef
VSS
u u u
OUT VDD VSS
©
R H 5 V A 6 0 A A
OUT
O
u u u
VSS
©
OUT VDD VSS
R L 5 V L 2 5 A A
16
Page 17
15) TC4W53FU (XA0348)
M u l t i p l e x e r /D e m u lt ip le x e r
F u n c t i o n T a b le
Control input
INH
L L
* Don't Care
ON channel
A
L
H
*
chO ch 1
NONE
COMMON
INH
VEE
VSS 4
1
2
3
16) Transistor, Diode and LED Outline Drawings
T o p V ie w
• 4^
U l 03 6
~n
8
7
I]H
17
Page 18
17) LCD Connection
No.
COM.3
1
COM.3
COM.2
COM.1 No. COM.3
2 COM.2 27 3 COM.1 28 4
(R)ISQLI
5
(R) 50
(R)CD
(R) 75 (R) 25 6 10c 10b 7
10g 10a 10d 8 10e 10f 9
10 11 12 13 14 15 16 17 18
19 20 21 22 23 24
25
9c 9b 9g
9e 8c
eg
B e 8f 7 c 7b
7g
7e 14c 14g
14b
14a 14e 13c
13b 6f 13g 13a 13d 13e
13f
LOW F
(L) 50
(L) 75 (L) 25
9a
9f 8b 8a 8d 38
7a
7f
14f
(H) I I I
(G) I I I
@ .
( n i l l
9d
(D .
(E )« //
(R) □
(R) E l
7d 7a
6bcg
14d
6e
(R)IMAINI
(D) I I I
COM.2 COM.1
26
29 30
31 4e 4f
5c 5g
5e 5f 4c
4g
5b
(C)///
5a 5d
© .
4b
<B) / / /
4a 4d
© . 32 3c 3b (a x n 33 34 35 36 37
3g 3e 2c
2g 2e 2f
12c
39
12g 40 12e 41 1 1 c 42
110
43 11e
3a 3d
(L) I SOL I
3 1
2b
(u m
2a
(L) □
12b
(L) E l
12a 12d
12f
1bc 11b 11a
11f
11 d
(L)IMAIN I
2d
ifg
Page 19
Page 20
2) VHF Unit Assembly
fc
Page 21
T S0 130
A: AV0002 B: AW0001 C: AA0050 D: AB0008 E: AV0004
Torque=4kg-f*cm Torque=4kg*f*cm Torque=4kg*f*cm Torque=4kg*f*cm Torque=4kg-f*cm
Page 22
PARTS LIST
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Page 23
V HF MAI N Un it
Parts No.
as
Q1 XI0 0 9 5
0 2
XT0095 Transistor 2SC 4 081 T10 6R
03
XT0095 Transistor 2SC4081 T106R
04 XU0160
05 XU0174
XT0095
0 6 07 XT0124 0 8 XT0124
XT0048
09
XT0084
010 011
XE0013
012 XE0013
XT0095
013
XE0021 FE T
015
XT0017 Tra nsistor
016 017 XU0061 Transistor UN5211 -T X 018 XT0061 019 XU0061 Transistor U N 52 11 -T X 020 XU0180 Transistor
021 XU0061 022 XU0160
XT009 5 Tra nsistor
02 3
XU0160
025 026 XT0095 027 XU0179 Tran sistor
XU0180 Transistor UN52 13
028
XT0095 Transistor
029 030 XT0146
R1
RK3038 Ch ipR. R2 RK3042 R3
RK3058 R4
RK3071 C h ipR.
RK303 4
R5 R6 RK3026 R7
RK3042
R8
RK3054
RK30 50
R9
RK3032 Chip R.
R10 R11 RK3071 R12 RK30 57
RK3054
R13 R14
RK3059 Ch ipR. RK3041 Ch ip R.
R15
RK3041
R16 R17
RK3058 Ch tpR . RK3030
R18 R19 RK3046 C h ipR . R20 RK3038 R21 RK3050
RK3056 Chip R.
R22
R23 RK3038 Chip R.
RK3038
R24
R25 RK3043 Chip R.
Description
Transistor 2SC 408 1TT06R R 26
Transistor DTC3 63E KT146 Tra nsistor UN 5112-TX
Tra nsistor 2S C408 1T1 06R Tra nsistor 2 S C 4215-Y(TE85L ) Transistor Tra nsistor Transistor 2SC2954-T1 FE T FET Tra nsistor
Tra nsistor
Transistor Tra nsistor
Tra nsistor D T C 363E K T146 Transistor
Transistor
Chip R. Chip R, ERJ3GSYJ4 73V
Chip R. ChipR. Chip R. Chip R. Chip R .
Chip R. Chip R.
C ttp R .
Chip R.
ChipR.
Chip R. ERJ3GSYJ1 02V R74 Chip R.
Chip R.
Parts Name
2SC421 5*Y (T E 85L ) 2S C 3 357T 1 RE
3SK18 4S-TX 3SK184S-TX 2SC4081T106R R38 RK3 026 2SK88 0GRTE 86L
2S A11 62YT E85
2SB11 32T10 0Q R 42
UN 5 2 Î3 UN 5211-T X DT C36 3EK T146 2SC4081T106R
2SC4081T106R UN 5114
2SC40 81T 106 R 2SC5 226 -4-TL R52 RK3042
ER J3G SYJ102V ER J3GSYJ22 2V
ER J3GSYJ56 4V ER J3G SYJ 471 V ER J3G SYJ 101 V R59 RK3026 Chip R. ER J3GSYJ22 2V ER J3G SYJ 223V R61 ER J3GSYJ10 3V ERJ3 GSY J331V ER J3G SYJ 564V ERJ3 GSY J393V ERJ3 GSY J223V R67 ER J3G SYJ563V
ÊR J3GSYJ18 2V ER J3G SYJ 182V ER J3GSYJ47 3V ERJ3 GSY J221V R72 ER J3G SYJ472V
ERJ3 GSY J103V ER J3G SYJ333V ER J3GSYJ10 2V R77 ER J3G SYJ102V ER J3GSYJ27 2V
Ref.
Ver.
I*
Parts No.
No.
RK30 56 Ch ip R.
R27
RK30 50 Chip R. R28 RK3066 R29 RK3038 Chip R. ERJ3G SYJ 102 V R30
RK30 62 R31
RK30 38 R32 RK3071 C hip R. ERJ3 G SYJ 564 V R33
RK30 38 R34
RK30 26
R35 RK302 6
R3 6 RK30 45
R37
RK 30 38
R39 RK3038
RK30 38
R4 0 R41
RK30 45 Chip R.
RK30 14 Chip R.
RK3034
R43 R44
RK30 22 Ch ip R. ERJ 3GSY J47 0V RK3034 Chip R. ERJ3G SYJ471V
R45
RK3043
R46 R47 RK010 7 C hip R.
RK3014
R47
RK40 26
R48
RK40 18 Chip R. ERJ-12YJ2 20 V
R49 R50 RK003 6 R51 R K3042 Chip R. ERJ3 GSYJ 222 V
RK3058
R53
RK3057 Chip R. ERJ 3GSY J39 3V
R53 R54 RK305 0 R55 RD0062U
RK30 26
R56 R58 RK3062
RK3062 Chip R. ERJ3GSYJ104V
R60
RK30 62
R62 RK3 062 Chip R. ERJ3 GSYJ104 V
R63 RK3052
RK3014 Chip R.
R65
R66 R K3042
RK30 26
R68 R K3060
RK30 37 Chip R.
R69
RK30 50
R70 R71 R K3050
RK 30 50
R73 RK3050
RK3041 RK 30 54
R75
R76 RK3046
RK3044
RK 301 8 Chip R. E R J3G S YJ2 20V
R78 R79
RK 30 62
Description Parts Name Ver
Chip R.
Chip R. E R J3G SYJ 104 V Ch ip R. E R J3G S YJ10 2V
Chip R. E R J3G SYJ 102V Chip R. E RJ3G SYJ 101V Chip R. ERJ3G S YJ1 01V Ch ip R. Chip R. Ch ip R.
Chip R. Chip R.
Chip R.
Chip R.
Ch ip R. Chip R.
Chip R. ERJ6G EYJ122V
Ch ip R.
Chip R. ERJ3GSYJ473V
Chip R. ERJ3GSY J10 3V Carto n R. Chip R. Chip R . ERJ3GSYJ104V
Chip R.
Chip R .
Ch ip R.
Chip R . Ch ip R.
Ch ip R. E RJ3 GSYJ10 3V Ch ip R . E R J3G SYJ 103V Ch ip R. E R J3G SYJ 103V Ch ip R. E RJ3G SYJ 103V Chip R. E RJ3GSY J182V Ch ip R. Chip R. ERJ3G S YJ472 V
Chip R. ERJ3GSY J33 2V
Ch ip R.
ER J3G S YJ3 33V ER J3G SYJ 103 V ER J3G SYJ 224 V
ER J3G S YJ3 92V ER J3G S YJ1 02V ER J3G SYJ 101V ER J3G S YJ1 02V ER J3G SYJ 102 V ER J3G S YJ3 92V ER J3G S YJ1 00V ER J3G S YJ4 71V
ER J3G S YJ2 72V ER J6GE Y 0R00 V ER J3G SYJ 100 V ERJ-12YJ101V
ER J3G SYJ 222V
ER D S2T 473A T ER J3G SYJ101V
ER J3G S YJ1 01V
ER J3G SYJ 104V
ER J3G SYJ 153 V ER J3G S YJ1 00V ER J3G SYJ 222 V ER J3G S YJ1 01V ER J3G SYJ 103 V ER J3G SYJ 821 V
ER J3G SYJ 223V
ER J3G SYJ 104V
T,E
U
T.E
U
No te: V e r sio ni«TE1f Ve r sion2« TE 2
Page 24
Ref.
Parts No.
No.
R81
RK 303 8
R82
RK30 50 C hip R.
R83
RK30 62
R84
RK3001 Chip R. ERJ3GSYO ROOV T.E R141
R84
RK3Q26
Rfl6
RK30 54 Chip R.
R87
RK30 58 Chip R. E R J3G SYJ 473V
R88
RK30 34 Chip R.
R89
RK30 62 C hip R.
R92
RK 30 26 RK 307 4
R9 3 R94
RK 30 26 R95 RK3038 Chip R. E RJ3GS YJ1Q2V R96
RK30 38
R97
RK30 38
R98 RK3038 R99
RK01 05
R100
RK30 62
R101
RK 305 6 Chip R-
R102
RK 303 8
R103 RK3050 Ch ip R. E RJ3G SYJ 103 V R104
RK30 26 R105 RK3026 Chip R. ERJ3G S YJ101 V R106
RK 302 6 C hipR. R107
RK30 70
R108
RK 30 42 R109
RK 305 8
R110 RK3038 Chip R.
RK 30 58
R111
RK 30 54
R112 R113
RK 305 0 Chip R. E RJ3GSY J103V
R114
RK 305 0
R115
RK 305 8
R116
RK3001 R118 RK3026 C N p R. ERJ3 G SYJ 101 V R119 RK010 7 Chip R. R120
RK3001
RK30 50
R120 R121 RK30 58 R122
RK 305 0 C hip R. E R J3G S YJ1 03V R123
RK 012 8 Chip R. ERJ 6GEY J5R 6V R124 RK0036 C hip R. ER J6G E YJ1 22V
R125 RK3058 ChipR. ERJ3G SYJ 473 V
RK3054
R126 R127
RK3031
R128 RK3069 Chip R. ERJ 3GSY J39 4V
RK30 44
R129
RK30 26
R130 R131 RK3042 Chip R. ERJ3G S YJ222 V R132
RK3051 R133 RK3023 R133
RK3Q26 C N p R. ERJ3GS YJ1 01V R134
RK30 74 R135
RK 3050 Chip R.
Description
ChipR .
Chip R . ERJ3G S YJ1 04V
Chip R. ERJ3GS YJ1 01V
Chip R. ChipR. Chip R. E R J3G SYJ 101 V
Chip R. E RJ3 G SYJ 102 V Chip R.
Chip R.
Chip R.
Chip R. E R J3G SYJ 104V
Chip R.
Chip R. ERJ3GSY J10 1V X1
Chip R.
Chip R. Chip R.
Chip R. Chip R.
Chip R. Chip R. E RJ3 GSY J47 3V Chip R.
Chip R. ERJ3GSYOROOV C N p R . Chip R. E R J3G SYJ 473V
Chip R. CN p R.
Chip R. ERJ3 GSYJ33 2V Chip R. E RJ3 G SYJ 101 V
Chip R . Chip R.
Chip R.
Parts Name
ERJ3G SYJ 102 V ER J3G SYJ 103V
ER J3G S YJ2 23V
ER J3G SYJ 471V R144 ER J3G SYJ 104 V ER J3G SYJ 101V ER J3G S YJ1 05V T,E R147
ER J3G SYJ 102V
ERJ3G SYJ 102 V
ER J6G E YJ2 R 2V
ERJ3G SYJ 473 V ER J3G SYJ 102V V R4
ER J3G SYJ 101V
ER J3G SYJ474V S D0034
ER J3G SYJ 222 V
ER J3G S YJ4 73V
ER J3G SYJ 102 V ER J3G SYJ 473 V ER J3G SYJ 223V
ER J3G SYJ 103V
ERJ3GSYOROOV
ER J6G S Y0R 0 0V
ERJ3G SYJ 103 V
ER J3G SYJ 223V ER J3G SYJ271V
ER J3G SYJ 123V ER J3G SYJ 560V T,E
ER J3G SYJ 105 V ER J3G SYJ 103V
Ref.
Ver.
15
T.E
T.E
1.2
E.1,2
1.2 1,2 1,2
T.E
15
15
Parts No.
No.
R137
RK 301 8 C N p R . R138 RK3046 R139
RK3050
RK3054 Chip R. R142
RK30 48 R142
RK3053 R143
RK1998
RK3042 Chip R.
RK 305 4
R145 R146
RK3057 CN p R. ER J3GSYJ393V RK11 07 C h ipR.
TC1 C T 001 2 Trim . C. C T Z10A W
TH1
XS00 30
VR1
RH 0108 VR 2 RH0104 Trim. Pot VR 3
RH 01 06 Trim. Pot EVM 1YSX 5 0B04
RH 01 04 Trim. Pot EVM 1YSX50 BE4
XK00 03 Discriminator X2
XQ0 081
Y1 T Z0049 Y2 TZ 0049
Description
CN p R. CN p R.
Ch ip R. Ch ip R.
Chip R.
Chip R .
Therm istor
Trim. P ot
Crystal
Spring
V HF MAIN Unit
Parts Name Ver.
ER J3 GSYJ220 V ERJ3GSYJ472 V ERJ3GSYJ103 V ERJ3GSYJ223 V ERJ3 GSY J682V
ER J3GSYJ18 3V MC R50JZHJ2R 2E ERJ3GSYJ222 V ERJ3GSYJ2 23V
ER J8G EY0R 00V
NTC CM16084LH 223KC T,E
EV M1Y SX5 0B15
EVM1Y SX50B E4
CDBM 450C7 38CHT 2 155M H z T .E
Earth S pring DR130
Silicon Dumper Silicon Dumper
T.E
15 15 15
T,E
CO
CM
15
15
Not e: Ve r sfc>nl-TE1, Ver sion 2-TE 2
Page 25
UH F M AIN Unit
Ref.
Parts No.
No.
C201
CU 30 47 Chip C.
C2Q2
CU 9018
C203
CU 9018
C204
CE0312 Electrolytic C.
C205 CU3044
C206
CU 3044 Chip C.
C207
CU 8035 Chip C. C 20 12B1E 393K
C208 CE0 312
C209 CU8034 C210 CU3041 C211
CU 3049 Chip C. C 160 8JB 1E1 53KT-A
C212
CU8042 Chip C . C20 12J B1C 104KT-A
C213
CU3035 Chip C . C16 08JB1 H10 2KT-A
C214
CU3023 Chip C .
C215
CU 3023 C216 CU3035 C217 CU3047 Chip C. C218 CU8Û42
CS00 65
C219
CU3Q47
C220
C221 CU3Û51 Chip C .
C222 CE0312 Electrolytic C.
C223
CU 3059 Chip C.
C224 CU3022
C225 CU3059 C226 CU3Q59 C227
CU 3010 C228 CU3007 Chip C . C229 CU3018 Chip C . C230 CU3005 C231 CU3011 Chip C. C232
CU 3035 C233
CU 3035 C234
CU 3035 Chip C. C l608 J B t H l02K T -A
CU 3035
C235 C236 CU3004 Chip C. C237 CU3035 C238 CU3015
C239
CU 3035
C240 CU3011
C241
CU 3035
C242
CU 3035
CU 3035
C243
C244 CU 3035 C245 CU3 03 5 Chip C. C160 8JB 1H1 02KT-A C247 CU 3 011
CU 3004
C248 C249
CU 3035 Chip C. C 1 6 0 8JBtH t02K T -A CU 3035
C250 C251 C U3035 Chip C. C160 8JB1 H1Q2K T-A C252 CU3004 C252 CU 3003 C hip C. C2 53 CE0 315 Electrolytic C.
Description
Parts Name
UHF MAIN Unit
Chip C . Chip C . C 3216J B1C105MT-N
Chip C.
Electrolytic C. Chip C. C 2012X7R1E 333K Chip C. C 160 8JB1H332 KT-A
Chip C . C 1608C H 1H1 01JT-A Chip C .
Chip C. C 2012JB1C 104 KT-A Chip TantaJ Chip C. C 1608JB1H 103 KT-A
Chip C . Chip C. C 160 8JF1E104ZTA Chip C. Chip C.
Chip C. C 160 8CH 1H04 0CT -A
Chip C. C 1608JB1H 102 KT-A Chip C .
Chip C .
Chip C. Chip C. Chip C. Chip C. Ch ip C. Chip C. Ch ip C. Chip C. C16 08JB1 H10 2KT-A
Chip C. C16 08C H 1H10 0CT -A Chip C.
Chip C. C 16 08JB1 H10 2KT-A
Chip C. C160 8CH1H0 30CT-A
C1608JB1H 103KT -A C321 6JB1C 105MT-N
EC EV1C A100R C1 608JB 1H562K T-A C1608JB 1H5 62KT-A
EC EV1 C A10 0R
C16Û8 CH1H101JT-A
C1608J B1H 102KT -A
C16Q8J B1H103K T-A
TM C SA1D 684M T R
C1608J B1E22 3KT -A EC EV1C A100R C l 608JF1E104ZTA
C16Û 8C H1H 820JT-A
C1 608JF 1E1 04Z TA C16 0 8 C H 1H090C T-A C160 8CH1 H060CT-A C16 0 8 C H 1H390JT-A
C1608CH1H 100C T-A
C160 8JB 1H1 02KT-A
C1608JB 1H1 02KT-A C 16 0 8CH1H030CT-A C 1608JB1 H102KT-A C1608CH 1H220J T-A
C 1608JB1 H102KT-A
C 160 8 C H 1H10OCT -A C160 8J8 1H1 02KT-A C1608JB1H 102KT -A
C1608J B1H 102KT -A
C 16 08C H1H030CT -A
C 160 8 C H 1HQ20CT-A 2
EC E V1CA 4 70P #
Ref.
Ver.
T.E.1
Parts No.
No.
C255 CU3023
CE 0312
C256 C257 CU3031 C h i pC . C16Q 8J81H471K T-A
CU3031
C258
CC5051 Ceram ic C.
C259 C259 CC 505 0 Ceramic c .
CC504 9 C eramic C.
C259
C260
CU 303 5
C262 CC 505 5
CU 300 2
C263
C2B4 CU3003 C265 CC505 8
CC 5 059 C era m ic C. RCC05SL 120J-L46AE
C265 C266 CU3002
CU 3003 Chip C.
C267 C268 CC50 5 6 C269 CC50 5 5 C269 CC50 56 Ceram ic C.
CC 5057 Cer amic C.
C269
CC 5054 Cer amic C.
C269
CC5054 C eramic C.
C270
CC 506 0
C271
CC 507 3
C272 C273 CC50 50 Ceram ic C.
C274 CU3004 C hip C.
CU 3004
C275
CU 303 5 Chip C. C16 08JB1H102KT-A
C278
CU 303 5
C279
CU 303 5 Chip C.
C280
CU30Q2 Chip C .
C281
CU 303 5 C hip C.
C282
CU 3035 Chip C. C1608JB1 Hi 02KT-A
C283
CU 302 3
C284
CU 303 5 C hip C.
C285 C286 CU303 5 C287 C U 306 4
CU 300 3
C287 C287 CU30 02 C288 CU30 12
CU 301 7
C289
CU 303 5 C h ipC.
C290
CU 303 5
C291
CU 303 5
C292
CU 3 035
C293
CU 3017
C293 C293 CU3011 C294 CU3064
CU 3035
C295 C296 CU30 35 C297 CU3011
CU 3035
C298 C300
CU 3035 CU 8042
C301
CU3Q51
C302
Description
Chip C. Electrolytic C. EC E V1CA 100 R
Chip C .
Chip C. Ce ram ic C. Chip C.
Chip C. Ce ram ic C.
Chip C.
Ceram ic C. Ce ram ic C.
Ce ram ic C. Ce ram ic C.
Chip C . C 1608C H 1H 030CT-A
Chip C.
Chip C.
Chip C. Chip C.
Chip C. Chip C. Chip C. Chip C.
Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. Chip C. C l 608JB 1E 223KT-A
C16 08CH1H 101 JT-A
C1608JB1H 471KT-A
RCC05SL030C-L46AE RC C05SL0 20C-L46 AE E RC C 05SL0 10C -L 46AE C1608JB1 H102KT-A RCC05SL070C-L46AE
C1608CH1H01OCT-A
C160 8CH 1H0 20CT-A DD05 -979SL100 D500
C1608CH1H 010CT -A C1 6 08CH 1H020CT-A
RCC05SL080D-L46AE RCC0 5SL07 0D-L46A E T RCC0 5SL08 0D-L46A E E RCC05SL090D-L46AE RCC05SL060C-L46AE 2 RC C 05SL060C -L 46AE RCC05SL150J-L46A E RCC06SL56 0J-L 46AU RC C 05SL020C -L 46AE
C16 08CH1H030CT -A
C1608J B1H102KT-A C1608 JB1 H 102KT-A C1 608CH1H010C T-A C1608JB1 HI 02KT-A
C16 0 8CH1H 101 JT-A C1608JB1H 102KT-A C1608JB1 HI 02KT-A C 1608C H 1H 1R5CT-A C1608CH 1H020C T-A 1 C1608CH1H01 OCT-A 2 C 16 08CH 1H 120CT-A C î 60 8CH1H330JT-A C1 608JB1H 102KT-A C 16 08JB1H 102KT-A C1608JB1 H102KT-A C1608JB1H102KT-A C16 08CH1H330JT-A C16 0 8CH1H 100CT-A C1 608 CH1 H1R5CT-A C1608J B1H102K T-A C1608J B1H102K T-A
C 1608C H 1H 100CT -A
C1608 JB1 H 102KT-A C16 08J B1H 102KT-A C201 2JB1C 104KT-A
Parts Name
Ver.
T
1.2
T.E.2
1
1
E E
T.E
1.2
T.E 1 2
E
Not e: Versi on ! sTE I, Vers i on 2»TE 2
Page 26
Ref.
Parts No.
No.
C3Q3 CU 8034 C h ipC. C2 Q12X7R 1E3 33KT-A C304
CU 7002 Chip C.
C3 05 CU3 047
C306
CU 3019
C3 07
CU 8042 C308 C U 30 47 C hip C. C309 CU3 019 Chip C. C1608 CH1H 470JT-A C310
CE0312 Electrolytic C. C311 CU 3035
CEQ312
C312 C313 CU3 028 C hip C. C16 08CH1H 271 JT-A C372 CU9018 C314
CU 3039 C3 15
CS02 37
C316
CU 3035 Chip C. C 160 8JB1H 102 KT-A C 376 CU30 35
C317
CU 3035
C3t8
CU 3035
C320
CU 3035
C321
CE03 15
C322
CU 3035 C323 CU 3035 C324 CU 3035 C328 CU3035 C329 CE 0374 Electrofytic C. C330 CU 303 5
CU 3025
C331 C331 C U 3019 Ch ip C. C16 0 8 C H 1H470JT-A C332
CU 3035 C333 CU 3035 C334
CU 3035 Chip C. C1608JB1 HI 02KT-A
CE 037 4
C335
C336 CU 304 7 Chip C. C1608 JB1 H103KT-A C337
CU 304 7 Chip C. C1608JB1 H10 3KT-A 0201 X 001 3 6
C338
CE0312
CU 304 7 C hip C.
C339
C3 40 C U 303 5 Chip C. C1608JB1 H10 2KT-A
C341
CE 0316
C342
CU 3035 C hip C.
C343
CU 3035 C hip C.
C344
CS 0049 Chip TantaJ TMCSA1 C 105M T R 02 08 X D0250 CS0 061 Ch ip TantaJ
C345 C346 CU3 035 Chip C. C 1608J B1H102KT -A C347
CU 3035 Chip C. C16 08JB1H102KT-A D212 XD0230
C348
CU 3035 CS0049
C349
CE 0380
C350 C351 CU3035 Chip C. C l 608JB1H102KT-A 0216 C352
CU 3035 C353 CU 3035 C3 54
CU 303 5 C hip C. C355
CU 3035 Chip C. C3 56 CU3 035 C3 57 CU3 035
CU 3035
C358 C359 CU 303 5
Description
Chip C. C16 08JB1H103KT -A C362 CU3002 Chip C. C 1608C H1H470JT-A Chip C.
Chip C .
Electrolytic C. E CEV1 C A10 0R C370 CS023 7 Chip Tantal
Chip C. C 1608JB1H 222 KT-A Chip Tantal TMC M A 1 A475 M TR C375 CU 3 035
Chip C. C l 608J B1H 102KT-A Chip C. C 16 08JB1 H10 2KT-A C3 87 Chip C. C 16 08JB1 H10 2KT-A Electrolytic C. E C E V1CA 47 0P Chip C. Chip C. C1608JB 1H102KT-A Chip C. C1608JB 1H1 02KT-A Chip C. C1608JB 1H1 02KT-A
Chip C.
Chip C. C 1 6 08CH1H151JT-A T,E C396 C E 0315 Electrolytic C. EC EV1C A 4 70P
Chip C. C 1608J B1H 102 KT-A Chip C.
Electrolytic C.
Electrolytic C.
Electrolytic C.
Chip C. Chip Tantal T M C SA1C 1 05MTR
Electrolytic C. CED SM1C 152M 0215
Ch ip C. C 1608J B1H 102KT -A Ch ip C.
Ch ip C. C1608JB1H 102KT-A Ch ip C. Chip C. Chip C.
Parts Name Ver.
T 1C 2C31 N 2ACG 0 30C
C2Q1 2JB1C 10 4K T-A C16Q 8J B1H10 3K T-A C 36 5 CU30 35
EC EV1C A100R C1608JB1 H l 02KT-A C369
C160 8JB 1H1 02KT-A
16 C V 1 00BS C393 CU3035
C160 8JB 1H1 02KT-A
C1608JB1 HI 02KT -A
16CV 100BS CN2Q3 UE0043 C onn ector
ECEV1 C A10 0R C160 8JB 1H1 03KT-A
EC E V1EA 4R7R C1 608JB 1H102KT -A C1608JB1H 102KT -A
TM C SA1V22 4 M TR
C160 8JB1H 102KT-A
C160 8JB 1H1 02KT-A C160 8JB 1H1 02KT-A FL201 C1608JB 1H 102KT-A FL202
C1608J B1H 102KT -A C1608J B1H 102KT -A C t 608JB1H 102KT-A
Ref.
Parts No. Description Parts Name
No.
C360 CS 0 328 Chip Tantal
T,E,1
1.2
1,2
CU 303 5 C hip C.
C361
CE0312
C363 C364
CU3031
CU 303 5 C hip C. C 1608JB 1H102K T-A
C366 C368 CU30 35
CU 305 9 C hip C.
C373 CU 303 5 Chip C.
C386
CU 3035 CS0 216
CC 504 9
C389 C389 CC505 0 C390
CU 3014 Chip C.
C390
CU 3019 Chip C.
C391 CU3035
CU 3035 Chip C.
C392
C394
CU 3035 C h ipC . C1608JB1 H I 02KT-A
C399
CU 3035
C3 45
CS0063 Ch ip Tantal TM C S A1V 1 0 4 M T R UE0224
CN201 CN20 2
UE02 28
D202 XD 0250 O iod e MA7 42-T X D203 XD0141 D iod e D204
XD 0257
D205 XD0254 Diode 1SS355 TE -17
X0001 3 Diode MI407
D206
D207
XD0301
D209 XD0250
D211 XD0230
D213 X D 0230 O iode DAN 202U T106
D214
XD 0274
XD 0254 XD 0254
0217 XD0 25 4
XC 0016 XF00 14Z
IC201 XA0313
XA0447 IC M5778 8L R 1
IC201 LC201
XA 0448
UH F MAIN Unit
EC ST0J Y685 R
Chip C.
Electrolytic C. ECEV 1CA1 00R Ch ip C. Chip C.
Ch ip C.
Chip C.
Ch ip C .
Chip C.
Ch ip C .
Ch ip Tantal
Ceramic C. RCC 05SL010C-L46AE
Cer am ic C.
Ch ip C.
Ch ip C.
Chip C .
Co nnector Co nnector
Diode D TZ5 .1A TT11
Diode
Oiod e 1SV268 Diod e Diod e M A742-TX Oiod e Oiod e D AN2 02U T106
Oiod e Diod e 1SS355 T E-17 Diode 1SS355 T E-17 Oiode 1SS355 T E-17
Filter Filter
IC M57788M R
IC M5778 8HR
C160 8JB1H 10 2KT-A C1 608 CH1H01OCT-A
C1608JB1 H47 1KT-A C l 608JB1 H l 02K T-A
C1608JB1 H10 2KT-A C1 608JF 1E104 ZTA TM C M A1A4 75MTR
C3216J81C 105 MT-N C160 8JB1H 10 2KT-A C160 8JB1H 10 2KT-A C160 8JB1H 10 2KT-A C1608JB1H 102KT -A TM CMB1 A106MTR
RC C05 SL0 20C -L 46A E 1 C1608C H1H 180 JT-A T.E C1608C H1H 470 JT-A 1.2 C1 608J 81H 102KT-A
C 1608JB 1H 102K T-A C1608JB1H102KT-A
C1608JB1 H10 2KT-A
19PS^JE
28 5084 00 9 000 808
PI22A02M
1SV237 TE 8 5R RN73 1V TE -17
MA 742-TX
DAN202U T106
DSA3A1
CF W S 455E
30.850M HZ 3OM1509A
Ver.
1,2
T,E,2
T.E
E
T.E
2
No te: Vers i o nl-TE1 , Ver s i o n2- T£2
CSJ
Page 27
UH F M AIN Un it
Ref.
Parts No.
No.
XA0343
IC202
XA0097
IC203 IC205 XA0119 IC206 XA 00 82
UE0257 Con nector
JK201
UA0040 A Con nec to r
JK202
QC0061
1201 1202 QC00 59
QC 00 59
1203 L204
QK A 2 5 0 Coil OK A 150
L205 L206 QKA5 5E 1207 QKA95D Coil MR 3.0 9 .5T 0.6 L208 0K A 2 5 0 Coil
L209
OK A15 E Coil L210 QKA1 5E 1211 QKA15 E Co«
QK A15E
L212 L213
QK A15 E
L214
QK A12E
L215 0K A 1 2 E
QC 03 98 Chip C oil
L216 L217 ÛC 039 8
QA0113 Coil
L218
QA0114 Coil
L218 L218 QA012 8 CoiJ L218
0 A 0129 L219 Q A0113 1219 QA0 11 4 Coil L219 QA01 28
0 AO129
L219
QC 00 60
L220
ÛC 0059
L220 1220 ÛC 0057
00 0 0 6 2 Chip Coil
L221 1999
QC00 43 ÛC 0048
L223
QC04 02
L227
XU0061 Tra nsistor UN5211-TX
0201 02 02 X T0095 Tra nsistor
02 03
XT009 5
02 04
XT0095 02 05 X U0174 02 06
XT0095 02 0 7
XT0125 02 0 8 X T0146 02 09 XT0048
XT008 4 Tra nsistor 2SC2954 -T1
02 1 0 0211 XE0013 02 1 2
XE0022
XE0013 FET 3SX 1 84S TX
02 1 3
Description Parts Name Ver.
\c
iC IC IC
Chip Coil
Chip Coil Chip Coil NL 322 522 T -022J
Coil MR3 .0 1.5T0 .6 0 2 2 7 Coil
Coil
Coil C o « Coil Coil
Chip Coil
Coil ÛA0 129 Coil
Coil
Coil QA 0129 Chip Coil Chip Coil Chip Coil
Chip Coil
Chip Coil
Chip Coil
Transistor
Transistor
Transistor Transistor Transistor Transistor Transistor
FET 3SK 184 STX FET
MC33 72VM-EL NJM4 558 M T t AN 8010M-(E 1) MC 780 8CT
A30 -30190-15 R-B2 .0 ’ 0.2Mplug15A
NL322522T-0 33J NL322522T-022J 0 2 2 4 XU0054
MR 3.0 2 .5 T 0 .6
MR 3.0 5.5T 0.8
MR 3.0 2 .5T 0 .6 MR 3.0 1.5T0.8 MR 3.0 1.5T0.8 0233 X U0160 MR 3.0 1.5T 0.8 MR 3.0 1.5 T0.8 0 2 3 5 MR 3.0 1.5T0.8 MR 3.0 1.25 T 0.8 E MR3.01.2 5 T 0.8 E LON1A15 NJ0 4 LQN1A15 NJ0 4 KE-07319 T R205 KE-07320 E ÛA 012 8
KE-0731 9
KE-07320 E
QA012 8 1
NL32252 2T-027J NL32252 2T-022J NL322522T-015J 2 NL32252 2T-039J R216 RK3030 Chip R. NL322522T-2R 2J R217 RK304 2 Chip R. NL322522T-100J R218 LQN1A39NJ 04
2SC4081 T106R R222 2SC4081 T106R 2SC4081 T106R R224
UN 51 12 -TX 2SC4081T106R R226 2SC4245Y(TE 8 5L) R227 2SC5226-4-TL R228
2SC 3357T1 RË
2SK1 577
Parts No.
r
02 1 4 X T 012 5 02 1 6 XU0 16 Û Transistor
XU0061
02 1 7
XT006 1
02 1 8 02 1 9 XT0061 Transistor
XU0061
02 2 0
XU0180
0221
XU0061
Q225» 02 23
XU0028
02 2 5 XU00 46
XU0061 Tra nsistor
02 2 6
XT 011 2 XT0037
02 2 8 02 2 9 X T 009 4 02 3 0
XT 012 6
0231 XT0095
02 3 4
XU 0 180 XT 009 5
R201 RK3055 Chip R.
RK30 60
R202 R203
RK30 58
R204
RK30 38 RK30 38 Chip R. RK30 42
R206
1 R207 2 R208 T
2 R212 RK3042 Chip R.
T,E
1 R214
RK 305 8 RK3071 RK 303 4
R209
RK 305 4
R210
RK 303 3 C hip R,
R211
R213 RK3066
RK30 26 Chip R. ERJ3G SYJ 101V RK30 50
R215
RK3041 RK30 58
R219
RK 305 0 C hip R.
R220
RK30 57 C hip R.
R221
RK30 54 C hip R. RK30 50 C hip R.
R223
RK 305 0 C hip R.
R225 RK3038
RK30 46 RK30 66 RK30 50 RK 305 6
R229
RK 30 38
R230 R231 RK 3043
RK 30 38
R232 R233 RK3055
Description
Transistor
Transistor UN5 211-TX
Transistor
Transistor UNS211 -T X Transistor Transistor Transistor FM C 2 Transistor Transistor XN11 1M-TX
Transistor Transistor
Transistor Transistor Transistor Transistor
Transistor
Transistor
Chip R. Chip R. Chip R.
Chip R. Chip R. ERJ3 GSYJ 473 V
Chip R. Chip R. Chip R.
Chip R.
Chip R.
Chip R. Chip R.
Chip R. Chip R. Chip R. Chip R. Chip R. Chip R. Chip R. Chip R. ERJ 3GS YJ1 02V
Chip R. ERJ3GSY J33 3V
Parts Name
2S C424 5Y(TE85 L)
DT C36 3EK T146
2SB1132T10QQ 2SB1132T 100 Q
UN 5213-TX UN 6211-TX
XN1213-TX
UNS211-T X 2SB1 292F 2S C 2412 K T 146R 2S A15 76T106R
2SB1 302 S-TD
2SC4 081 T106R
DT C 363E K T 146
UN 5213-TX
2SC4081T106R
ER J3GSYJ27 3V
ER J3G S YJ6 83V
ER J3G SYJ 473 V
ER J3G SYJ 102V
ER J3G SYJ 102V
ER J3G SYJ 222 V
ER J3G SYJ 564V ER J3G SYJ 471V ER J3G SYJ 223V ER J3G SYJ 391V ERJ3G SYJ 222 V ER J3G SYJ334V
ER J3G SYJ103V ER J3G SYJ 221V ER J3G SYJ 222V ERJ3G SYJ 182 V ER J3G SYJ 473V ER J3G SYJ 103V ER J3G SYJ393V ER J3G SYJ 223 V ER J3G SYJ 103V ER J3G SYJ103V ER J3G SYJ 102V ER J3G SYJ 472V ER J3G SYJ 224V ER J3G SYJ 103 V
ER J3GSYJ33 3V ER J3GSYJ10 2V ER J3G SYJ 272V
No t e: V e r sio n1» TEl , Vers i on 2= TE2
Page 28
Ref.
Parts No. Description
No.
R234 RK3 038 R235 RK3 062 R2 36
RK30 42 R2 37 . RK30 50 R2 38 RK3 030
R239 RK 304 2 C hip R. ERJ 3GS YJ222V
RK 304 2 Chip R. E R J3G S YJ2 22V
R2 40 R241
RK 30 42
RK 304 4 C hipR. ERJ 3GS YJ332V
R242 R2 43 RK305Q R244
RK 303 6
R2 45 RK3001 Chip R. ERJ3GSYOROOV R246 RK3Q22 R247 RK3050
RK 303 8
R248 R250 R K3036 R251 RK3030 Chip R. E R J3G SYJ 221V R252 RK 303 4 C hip R. ERJ 3GS YJ4 71V R253 RK0 107
R2S4
RK 401 8
R2 55 RK4 026
RK00 44
R2 56 R257
RKQ128 R258 RK 004 4 R259 RK 010 7 R260 RK3 058 R261 RK30 42 R262 RK 3042 C hip R.
RD 0069U
R263 R264
RK 305 6 R265
RK30 26
R2 66 RK3026
R267
RK3001 R267 RK3026 C hip R. ERJ 3GS YJ101V R268 RK3018
RK30 54
R272 R273
RK30 38 R274
RK3001 R275 RK 302 6 R276 RK3032 R277 RK 3022 R278 RK3036 R279
RK 307 0
R280 RK3 030
RK 302 6
R281 R282
RK 3058 C hip R.
R283
RK 306 3
R284
RK 30 52 RK 305 4
R285
RK 306 2 C hip R. E R J3G SYJ 104 V
R286
R287
RK3001
R288
RK 303 8
R289
RK30 69
R2 90
RK30 42
Chip R. Chip R. Chip R. E RJ3GSY J222V Chip R . Chip R. ERJ3GSY J22 1V R 295
Chip R . ER J3G SYJ 222V
Chip R. E RJ3GSY J103V R3Û0 R K 304 6
Chip R . ERJ3GSY J102V
Chip R . ERJ3GSY J470V R 303 RK3 042 Chip R.
Chip R. ERJ 3GSY J10 2V R305 Chip R. ERJ 3GS YJ681V R306
Chip R. Chip R. Chip R. Chip R. ERJ6GE YJ3 92V R312 Chip R. ERJ 6GE YJ5 R6V Chip R. ERJ6GE Y J392V Chip R. Chip R .
Chip R. ERJ 3GS YJ2 22V R317 RK305 4
Carbon R. ERDST J104A Chip R. Chip R. Chip R. Chip R.
Chip R. ERJ 3GS YJ22 0V Chip R. E RJ3GSY J223V R327 RK3043 Chip R. Chip R. Chip R. Chip R. ERJ 3GS YJ3 31V R330 RK3050 Chip R.
Chip R. ERJ3G S YJ470V R331 Chip R.
Chip R. Chip R. E RJ3G SYJ 221 V Chip R. ERJ3GS YJ1 01V
Chip R. ERJ3GSY J12 4V
Chip R. E R J3G SYJ 153 V
Chip R. ERJ 3GS YJ22 3V
Chip R.
Chip R.
Chip R.
| Chip R. ERJ3 GSYJ222 V
Parts Name Ver.
ER J3G SYJ 102 V HR J 3 G SYJt04V R292
ER J3G SYJ 103 V R294 RK3051 Chip R.
ER J3G SYJ 103V
ER J6G E Y 0R0 0V ER J-12 YJ220V ER J-12YJ 101V
ER J6G E Y0R0 0V ER J3G SYJ 473V
ER J3GS YJ222V R318
ER J3G SYJ 333V R319 ER J3G SYJ 101V R320 RK30 5 4 C hip R. ER J 3 G S Y J223V ERJ3G S Y J 1 0 W R321 RK30SQ C hip R .
ERJ3GSYOROOV
ER J3G SYJ102V R 327 ER J3G S Y0R0 0 V ER J3G SYJ 101V R329
ER J3G SYJ 681 V ER J3G SYJ 474 V
ER J3G SYJ 473V
ER J 3GSY0 R00V R342
ER J3G SYJ 102V R361 RK30 58 ER J3G SYJ 394V R353
Réf.
Parts No. Description
No.
R291 RK3062 Chip R.
RK3Û50 Ch ip R. ERJ3 G SYJ 103 V
R293 RK3026
RK 305 0 Chip R. ERJ3G SYJ 103V RK 306 0
R296
RK 306 0 Chip R.
R297 R298 RK3026 Chip R.
RK 305 0
R299
R301 RK3001 Chip R.
RK 3 070
R302
R304
RK 305 0
RK3001
RK 30 50 R306 RK30 48 Chip R . R308 RK3054 R309
RK30 48 Chip R.
R310
RK30 50 Chip R. ERJ 3GS YJ1 03V
RK3041
R311
RK 303 8 Chip R. ERJ 3G SYJ1Û2V
RK30 42
R313
R314
RK3001 Chip R.
R315 RK30 01
RK 30 54
R316
RK 30 43 C W pR .
R318 RK304 S C h ip R. ER J3G SYJ392V
T
T,E R322
E.1,2
RK 30 34
RK4034
R323 RK3Û50 Chip R. ERJ3 GSYJ103 V
RK3053
R326
RK3042 RK3Q26 Chip R.
R328
RK30 50
RK30 50
RK4034
R332 R333 RK3001 C hip R. ERJ3G S Y0R0 0 V R334 RK3018 Chip R. R336 RK3038 R337 RK3018 Chip R.
R338 RK305 8
RK30 26
R339
R340 RK3036 Chip R. ER J 3G S YJt0 2V
R341
RK3038 Chip R. ER J3G S YJ1 02V RK 30 38 Chip R. ERJ3 GSYJ102 V
RK3054 RK30 38
R353
Chip R.
Chip R. E RJ3G SYJ 683V
Ch ip R. ERJ3G S YJ1 03V Chip R.
Chip R. ERJ3G S YJ474V Chip R . ERJ 3GS YJ222V Ch ip R. ERJ3G S YJ1 03V
Ch ip R.
Ch ip R.
Chip R. ERJ3G S YJ223V
Chip R .
Ch ip R.
Chip R. ERJ3GSYOROOV
Ch ip R.
Ch ip R. ERJ 3GSY J22 3V
Chip R .
Chip R. ER J-12YJ471V
Ch ip R. E R J3G SYJ 183V Chip R. ERJ3 GSYJ 272 V Chip R.
Ch ip R.
Chip R. Chip R.
Ch ip R. ER J3G S YJ102V
Chip R . ER J3G S YJ4 73V Chip R.
Chip R. ERJ3G S YJ4 73V
Chip R. Ch ip R. ERJ3G SYJ1 02V
UHF MAI N Unit
Parts Name Ver.
ER J3G SYJ 104V
ER J3G SYJ 101V ER J3G SYJ 123V
ER J 3GSYJ68 3V ER J3G SYJ101V
ER J3G SYJ472V
ERJ3Q SYOROOV
ERJ3G SYOR OOV ER J3GS YJ103V T,E ER J3GS YJ472V
ER J3G SYJ 472 V
ER J3G S YJ1 82V
ER J3G SYJ 222 V ERJ3GSYOROOV
ER J3G SYJ223V
ER J3G S YJ2 72V
ERJ3G SYJ 471 V
ER J3G S YJ1 03V
ER J3G SYJ 222 V ER J3G SYJ 101 V ER J3G SYJ 103 V ER J3G SYJ 103 V ER J3G SYJ 103 V ER J -12 Y J47W
ER J3G 3 YJ2 20V
ER J3G SYJ 220V
ER J3GS YJ101V
ERJ3G SYJ 223 V
\2
T.1 5
T,E
\2
T,E
1.2
T,E
1,2
in
CM
No t e: Ve r s i o n l -TE1. Ve r sion2= TE 2
Page 29
UJ CH
H «-
92
S5SS
»- a «Í tfi IO N
cZ S S S S S a: i S c o x S S
2 £
r N n S «
O O O O O 2 2 1 1 1
o o o o o
S5SS555S55 5555555
« tn « s eo
gggggg ggcg
NI UJ UJ N
¿ 7 ? i
«o T- m cm
5 § i l
LU UJ UJ UJ
S S ï ï ï ^ i ^ g
Sag ggSsEi
(E Ê5
ft Hi 1 1 P
oobboobSb
ggiiSSSBSS
ii ii m §1
X X X X X X X X X
5S8S88S88
sssaasaaa
> > > > > > > >
SP88R?RSsm
‘ CO <0 co ft cb cb co <o
OÖÖO00ÖO
UJLUliJUJUJUiLULULULUIiJUJ UJ UJ LU LU
afocoiaiaciricic
a a a U U U U U U U U U U U U u u u u u u u u
5 g §g555uo55555SuS5 5 55o5o
Q.Q.Q.Q.Q.Q.Q.Q.
a; a: a. a.
gg ggg g ÍggS S S g lg l¿ S ggg g gggg g gSgg g gg
t s : §
o o o o o
fi D o o
.s .* k £
? s s s
i I
ft
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X r;
►t fc
S S ë § 2 2 2
(It (It Vi W B ÿ Vt
1 I I '? '
9 9 fl d
| 3 2 $ § s § § | | | a $ $
'w w w m w w « w w w w w » w
S
22222222222222
LULUlÜlilLULULUlDLULU LU UJ Ul UJ
Ä GCGCGCûfCECEGCGCGCGCGCGCCEGC
2 a. g a a. a. a. a a a a. a. a a. a
£ oo55oS558S5 o oo
ß 5
ÛÇCC ÛC DC CCCCOCCCCCOEgg
5 8
3 3 3
II
a a s
>>>>>>>>>^ > CÍS Ís8S f!8 ía
? Í 9 Í 5 5 ? 5 ? § ?
ccocgcûcocgcccocœûcûccc
co co co > in
S S S g S 2 2 2 5 Î
g tm m
iO N CO
<b <o 3
S
2 g g S E
QOOÖÖÖÖÖÖÖÖÖÖ
S S îS S iS ,- a s ss sa ila sa g s
o -- M n
Note: Vers»n 1 »T E 1 ,Ver sio n 2.T E 2 Note: vers » n 1 .T E 1, V ers ion 2 -TE 2
UHF MAIN Unit I FRONT CPU Unit FRONT CPU Unit
Page 30
F RO NT CP U Unit I VH F VC O Unit
Parts No.
SS
R469 RK3058 Chip R. ER J3G S YJ4 73V
R470 RK3058 C hip R. ER J3GS YJ47 3V R471
RK 30 58 Chip R. ER J3G S YJ4 73V
R472
RK3058 C hip R.
R473
RK3058
R474
RK3058 C hip R. ER J3GS YJ4 73V R475 R K3058 R476 RK3058
R477
RK3058
R478 RK3058 C hip R.
R479 RK3058 R481 RK3001 R482
RK3038 R483 RK305 8 C hip R. ER J3G S YJ4 73V R484
RK3058 C hip R. R48S RK3058 C hip R. R486 RK3038 R487 RKQ107
RE401 UR0 015 Rotary Encoder
SW401
UU0017
SW40 2
UU0023 Swnet)
SW 403 UU0023 SW40 4
UU0023
SW 405
UU0023
SW 406
UU0023 Switch SKO M AH
SW 407
U00011 Switch E S B-64801
SW 408 UU0023 Switch SK O M AH
RV0032
VR401
VR402 RV0032 Trim. Pot
X0 008 4
X401
ST005 82 DHQ011 DH0012 Reflection Sheet DR605T FG0217 DG0025Z L C D Light DR 605T TT1001
Description Parts Name
Chip R. ERJ3 GSYJ 473 V
Ch ip R. ERJ 3GSY J47 3 V
Chip R . ERJ 3GSY J47 3V Chip R . ERJ 3GSY J47 3V
ChipR . Chip R. Chip R. ER J3G S YJ1 02V
Chip R.
Chip R. ER J6G SY 0R00V
Switch SK O D -AA
Switch Switch SKQ M AH Switch SKOMAH
Trim. Po t
Crystal 38 C 4.19M Hz
ER J 3GSYJ47 3V
ER J3GSY J473 V ER J3G S YJ4 73V ERJ3GSYOROOV T,E
ER J3GS YJ47 3V ER J3G S YJ4 73V ER J3GS YJ10 2V E
RH 90N 74E 20 20F
SK O M A H SK O M A H
RH 96N 74 15F A10 K RH 96N 74 15F A10K
LC D Holder Diffusion S h eet DR605T
LCD Rubber Connector
Tube 0.7 m m
Réf.
Ver.
Parts No. description
No.
VHF VCO Unit
C501 CU303 5 C502
CU 303 5 Chip C. C16QSJB1H102K T-A
C503 CU3035 Chip C.
12
C504
CU 303 5
C505 CU 303 5 C hip C.
C506 CS 0 063 C507
CU 3035 CU 300 2 C hip C.
C508 C509 CU 3027 C hip C. C510
CU3011 CS10 CU3009 Chip C. C160 8CH 1H0 80C T-A C511 CU 300 9 C hip C. C1 608 CH1 H080CT -A C512
CU 3064
C513 CU3035 C514
CU 301 5 C hip C.
C515 CU3035 Chip C. Cl 608JB1H1 02 KT-A
T
C516 CU 3035 C hip C.
CU 3064 Chip C.
C518 C519 CU 3047 C hip C.
CU3051
C520
C521 C S02 20
C522 CS 0220
C525
CU 3035 C526 CU3035 C527
CU 3023 C hip C. CU 3023 Chip C. C1608C H 1H101JT-A
C528 C529 CU 3023 C hip C.
12
CU 3047
C530
CU 3008 C hip C.
C531 C532 CU3035 Chip C. C1608J B1H 102 KT -A C533 CU3011 Chip C. C16 0 8CH1H100CT -A C534
CS 0216 CU 3035 C hip C. C16 08JB1H1 02KT-A
C535 C537 CU 3035 C hip C.
CN501 UE0295 C onne ctor B7P-B C-2 CN50 2
UE0188 UE0304
CN 502
XD0272
D501
XD 0300
0502 D503 XD0300 Diod e 1SV262 TPH 2 0504 XD0131 D io de
Ch ip C.
Ch ip C.
Chip Tantal TMCSA 1 V104 M T R Ch ip C.
Ch ip C.
Ch ip C. C 1608CH1 H 1R5 CT-A Chip C. C1608J B1H10 2KT-A
Ch ip C. C 1 608 J B1E223KT-A
Chip Tantal Chip Tantal T M CM A1C225 MTR Chip C. Chip C.
Ch ip C. C1608JB1H 103KT-A
Ch ip Tantal
Connector B9 P-BC-2 T,E Connector
Diod e 1 SS35 6TW11
Diod e
C1608JB1H 102KT -A
C1608JB1 H102 KT -A C1608J B1H 102KT -A
C1608JB1 H102KT-A
C1608JB1H102KT-A C1608CH 1H010C T-A C16 0 8CH1H221KT-A C16 0 8CH1H1Û0CT-A T,E
C 1608C H 1H220JT -A
C16 08JB1H102K T-A C1 608CH 1H1R5C T -A
C1608J B1H 103KT -A
TM C M A1C225MT R
C 1608 JB1H102KT -A C16 08JB1H102K T-A C16 08CH1H 101JT-A
C1608C H1H 101 JT-A
C1608CH1H 070 CT-A
TM CM B 1A106M TR
C160 8JB 1H102 KT-A
BB{9-7)P-BC -2
1S V 2 6 2 T PH 2
1S V 2 1 4 T PH 4
Parts Name Ver
12
1,2
1,2
IC501 XA03 52 JC
L501 QC044 2 C hip Coil L502
QC 010 6 L503 OC0103 L504
OC 010 6
QA0127
L505
OC 043 0 C hip Coil MLF1 608DR10K T
L506 L507
QC 010 3 C hip Coil LE R01 5T1 R2M
Note: V ersio n! -T E1 , Ve r sk>n 2« TE2
M64 076 GP
Ch ip Coil LER 015 T2R 2M Chip Coil LER015 T1R2M Ch ip Coil LER015 T2R2M Ch ip Coil
ML F16 08A 1R0K T
VC O co il 5CBM
Page 31
Réf.
Parts No.
No.
XU0061
05 01
XE0010 F ET
0502
XT01 24
05 03 05 0 4 XU0061
XT01 24
05 0 5
RK 305 0
R501 R502
RK30 60 Chip R.
R503
RK3022
RS04 RK 30 5S Chip R.
RK30 42 Chip R.
R505
RK3042 Chip R.
R506 R507 RK3 054 ChipR. R507 RK30 52 Chip R.
RK 302 4 Chip R.
R508 R509
RK30 18 Chip R. ERJ3GS YJ2 20V
RK 304 2 Chip R.
R510
RK30 46 C h ipR. E RJ3G SYJ 472 V
R511
R512 RK 302 6
RK3034 Chip R.
R513 R514
RK3001
R515 RK 305 0 C hip R.
RK3054 Chip R. E R J3G S YJ2 23V
R518 R517
RK30 30
R518 RK 3047
RK30 54 Chip R.
R520
RK3034 Chip R.
R521
RK30 43 Chip R .
R522 R523 RK30 26 R524
RK 30 38
R525 RK 3038 C h ipR.
TS011 6Z VC O Cas e
Description
Transistor UN5 21 1-TX
Transistor Transistor Transistor 2SC42 15-Y (TE85L)
ChipR .
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ221V Chip R.
Chip R.
Chip R.
Parts Name Ver.
2SK508K 52-T2 B 2S C421 6-Y (T E 85L)
UN5211 TX
ER J3G S YJ1 0 3V ER J3G SYJ 683 V ER J3G SYJ 470 V ER J3G S YJ4 73V
ER J3G SYJ 222 V ER J3G SYJ 222 V ER J3G S YJ2 23V T.E
ER J3G S YJ1 53V
ER J3G SYJ 680V
ER J3G 5 YJ2 22V
ER J3G S YJ1 01V ERJ3G SYJ 471 V ER J3G S Y0R00 V
ER J3G S YJ1 03V
ER J3Q SYJ 562V ER J3G SYJ 223V ER J3G SYJ 471 V ER J3G SYJ 272 V ER J3G SYJ 101V ER J3G SYJ 102 V ER J3G SYJ 102 V
VCO C a s e D R605
V HF V CO Un it / UHF VCO Un it
Réf.
Parts No. Description Parts Name
No.
CU 30 35 Chip C.
C601
CU 3003
C802
CU 30 64
C602 C603
CS0216 Ch ip Tantal T M CMB1A 106 M TR CU 3035
C604
CS00 63
C606 C607
CU 30 35 Ch ip C.
C608
CU3019 C h ip C. C609 CU3008 Chip C. C 1608CH 1H070CT-A C609
CU3009 C609
CU3006 Ch ip C.
CU3006 Chip C.
C610
1.2
C610 CU3 008 C hip C. C611
CU3002
C612 CU3035
C613 CU3011
C614 CU3047 C615
CU3035
CU3051
C616 C617 CS0 220 C618 CS 0220 Chip Tantal C620 CU 3035 Chip C. C1608JB1H102KT -A C621
CU 3035 C hip C.
C622
CU3023
CU 3023
C623 C624 CU3023 Chip C. C625 CU3047 C hip C. C1608JB1H 103KT-A
CU 3006
C626
C627 CU3035 C hip C. C 1608JB1H102KT-A
C628 CU3003 Chip C. C1608CH 1H020C T-A
C632 CU3031 C hip C.
CU3035 Chip C.
C633
CN601 UE0295
CN60 2 UE0188 Conne etor
D601 XD0131 D602 XD0131
XD0131
D603
XA0352
IC601
L601 QC0101 L602 QC0101 Chip Coil LER015 TR82M L603 OC0101
QC 00 96
L604 L605 Q C04 30 Chip Coil
L606 QA009 3 Ch ip Coil
UHF VCO Unit
Ch ip C. Chip C.
Ch ip C. Chip Tantal TMCSA 1 V104 M TR
Chip C.
Ch ip C. C1608CH1H 01OCT-A Chip C. Chip C. Chip C. C1608JB1H 103KT-A C N p C. C1608 JB 1H102KT -A Chip C. Chip Tantal
Chip C. C1608CH 1H101JT-A C h i p C
Chip C .
Conn ector
Diode 1SV 2 14T P H4
Diode
Diode
IC
Ch ip Coil
Chip Coil LER 015 TR8 2M
Chip Coil . LE R01 5TR 33M
C1608JB1H102KT-A C1608CH 1H020C T-A C160 8CH1 H1R5 CT-A
C1608JB1H1Û2KT-A
C1608JB1 H10 2KT-A
C16 08CH1H 470JT-A
C1608CH1 H08 0CT -A C1608CH 1H050C T-A
C l 608CH1 H050C T-A T ,E
C1608CH 1H070C T-A
C16 08JB1H102 KT -A C16 08CH1H10 0CT -A
C1608JB1E223KT-A
TM C M A1C 225M TR
TM C M A 1C225M TR
C1608JB1H102KT-A
C1608CH1 H101JT-A
C1608C H1H10 1J T-A
C1608CH1 H05 0CT -A
C1608JB1H4 71 KT-A C1608JB1H102KT-A
B7P-BC-2 B9P-BC-2
1SV214 T PH4
1S V214T PH 4
M640 76GP
LER015T R82M
ML F1608 DR10KT KS 12-275-1
Ver.
T.E.1 2
T,E
1 2
1.2
h- CSJ
Not e: V e rsio n l « T El, Ve r sio n2 »T E2
Page 32
UHF VCO Unit/T CX O Unit
Réf.
Parts No.
No.
0601
XE 00 10
06 0 2
XT012 5 Transistor
06 04 X T0124
R601
RK3062 Chip R. RK3060
R602 R603
RK3022 C hip R.
R604
RK3030 C hip R. R605 RK3021 Chip R. R606 RK3022 Chip R. R607
RK3045 C hip R. R608 RK3050
RK3054
R609 R610
RK 30 30 R611
RK3054 R611
RK3053 Chip R.
RK3001
R612
RK3034
R613 R614
RK3038 R615 RK3048 R616 RK3038 Chip R.
RK3054
R617
RK3043
R618
RK3026
R619 R620 RK3058 Chip R.
TS 0116Z
Description
FET
Transistor
Chip R.
Chip R. Chip R. Chip R. Chip R.
Chip R. Chip R. Chip R. Chip R.
Chip R. Chip R. Chip R.
VCO C a s e
Parts Name Ver.
FE T 2 SK 508K52-T2B 2SC42 45-Y(T E85L ) 2SC 4 2 15-Y (TE85 l)
ER J3G SYJ104V ER J3G SYJ 683V ER J3GSYJ47 0V ER J3GSYJ22 1V ER J3GSYJ39 0V ER J3GSYJ47 0V ER J3G SYJ 392V ER J3GSYJ10 3V ER J3G SYJ 223V ER J3G SYJ 221V ER J3GSYJ22 3V ER J3G SYJ 183V ER J3G S Y0R 00V ER J3G SYJ 471V ER J3G SYJ 102V ER J3G SYJ 682V ER J3G SYJ 102V ER J3G SYJ 223V ER J3G SYJ 272V ER J3GSYJ10 1V ER J3G SYJ 473V
VCO C as e DR605
T.E
Réf.
Parts No. Description
No.
Parts Name
Ver.
TCXO Unit
TP901
UT0019
TP90 2
UT00 19
JP901
MGCL H 3 A A Wire
C9C1
CU 304 7 C hip C.
R901
RK 303 2 Chip R.
D901
XD 0304
X901
XQ 009 0
15
Conn ector Conn ector
Diod e
TC X O
FOR PCB C K-1-2 FOR PC B CK-1-2
#3 0G 02-035-0 2
C160 8J11H103K T-A
ER J3G SYJ331V 1 5
UD Z3.0B TT11
NTO -796BL 2155 M H Z 1 5
1.2 15
15
15
15
Not e: V e r s ionl « T Elp V ers * on2-TE2
Page 33
Ref.
Parts No.
No.
AA 005 0 AB 000 8 AV 000 2 Scre w
AV 0004
AW 00 01 AZ 002 6
FF00 35
FG01 55
FM 007 6
FM0131
FP00 84
KS 005 4Z
KZ00 37Z
KZÛÛ39
KZ0046
NB 0063Z
NK0052 Z
SS 0074 Z
TS 0094
TS0123 Spring TS 0130
TZ00 39
TZ0061
TZ0 071
UX12 00
YX 000 7
YX0011
YZ000 1
YZ0041
YZ006 2 Filam en t T ap«
Description
Parts Name Ver.
Mechanical Parts
Sc rew Sc rew S2 6+8F eNi
Sc rew Sc rew
Shield Case
Wire
2.6+ 6FeB C
B2 6+5 FeNi B2 6+6 FeN i W3+8 F eNi insuiator Washer 32-6-0.3 SP N et SP Cushion IC Spring Earth Spring DR-M 50 SP B a s e Bottom C ase Front Pan el Sub Dial Kno b Top C as e
Po w e r Button VO L Kn ob Cha ssis H PM shield
Earth Spring
Earth Sheet 605
P1 Insulator S heet
Insulator S h e et 21x33
insulator Sheet 21 *21 Wire DR605TE SP N et Tap e TC XO Tape
Silicon Grease G746 Cu pper T ape 91 1 lx9 m m *l
M ec h a n ic a l Pa r ts /PC B IS P Unit I Pa c ki n g
Ref.
Parts No. Description
No.
Packing
EHM-45Z EHM-46 #G05 08 «G 0 5 09 #G 0598A DS 0352A
FM0078Z
HK0405 HP 0035
HU0098
HU0099
PK0062
PS023 9
PT00 04A
PR02 37
PH000 9
15
12
12
Parts Name
Microphone Microphone Po w er Ca ble Sc rew Set Mic Han ger Sp ec. Card Bracket Item Carton DR605 Pro tection B ag (Radio) Fixture Fixture DR605 Schem atic Diagram Instruction C ard Lot Nu mber Se al FC C PAR T 1 5 Sea l T Certification (Export)
Ver.
T. 12 E
E,12
T
UP 0307 UP 0308 C UP 0316
ES000 7 S p e aker UX1047 Wire
PCB Unit
SP Unit
FRON T CPU U NIT MAIN U N IT TC XO U NIT
VS-57-0814 -1 .5 W Wire DR130
12
No t e: V e r s i o n l » T Eî, Verston2mTE2
00
CNJ
Page 34
A D J U S T M E N T
1) Required Test Equipment
1. Digital Multimeter
2. Regulated Power Supply
Supply voltage: 13.8VDC Current: 15Aormore
3. Oscilloscope
Measurable frequency: Audio Frequency
4. Spectrum Analyzer
Measuring range: Up to 2GHz or more
5. Tracking Generator
Output frequency: Up to 2GHz or more
6. Dummy Road
Measurable frequency: Up to 500MHz
Impedance: 50Q Power: 50W or more
d. Distortion Meter
Measurable frequency: 1 kHz Input level: Distortion level:
e. Audio Generator
Output frequency:
Output impedance:
f. Linear Detector
Up to 40dB 1%~ 100%
1kHz~10kHz 600fl
10. 9600bps Hi-Speed Packet Testing
While holding the FUNC key down, press the VHF
knob. "9600" is shown on the sub-band frequency display.
2.50 stereo plug (To EXT MIC1 terminal)
7. Speaker
Impedance:
8Q
8.SSG
Output frequency: Output level:
Modulation:
Up to 1GHz
-20dB/0.1nVto120dB/1V AM/FM
9. Transceiver Tester
Up to 500MHz
a. Frequency Counter
b. Power Meter
Impedance:
Measuring range:
c. Audio Voltmeter
Measurable frequency: 50Hz ~ 10kHz Sensitivity: 1 mV ~ 10V
50fl 50W or more
GND
RX OUTPUT 100mV/47k (Level meter, oscilloscope)
TX MOD 4.8kHz -1dBm (AF OSC)
3.50 stereo plug (To SP 1)
I 'GND
9600bps PTT key (TX at Low)
DATA IN/OUT (at Cloning mode)
AF SP OUTPUT
Mic terminal
— DC 5V — DOWN
— NC — PTT
— MIC GND — MIC
— GND — UP
29
Page 35
Test Equipment
1. All SSG output is indicated by EMF.
2. AG output level connecting with the load is measured.
3. Standard Modulation: 1kHz ±3.5kHz/DEV
4. Audio Output level: 50mW~100mW at 8Q
5. Test Equipment level filter: HPF (30Hz~50Hz), LPF (10kHz~15kHz)
6. Coaxial cable: 5D2W 1 m
Note:
1. Power supply voltage is 13.8V. Power switch is off.
2. Turn the volume knobs counterclockwise.
3. SQ volume (press VHF or UHF after pressing FUNC key) SO=squelch is open. S9=tight is closed.
4. Press and hold the "F" key, then turn the power switch on. The display lights full.
2) UHF PLL Adjustment
Item Condition
Reference
Frequency
f=435.00 TX
f=440.00 RX(T, E)
PLL VCO
f=410.00 RX(TE1)
f=460.00 RX(TE2) f=440.00 TX(T, E)
f=410.00 TX(TE1 ) f=460.00 TX(TE2)
Measurement
Equipment
Freq. Counter
Power Meter
Digital
Multimeter
Unit Terminal
UHF Main
UHF ANT
TP3
Back
Adjustment
Unit Parts
VHF Main
UHF
VCO
TC1 435.0000MHz ±100Hz
L606
Method
3.40V (Adjust)
2.50V (Adjust)
3.20V (Adjust)
5.50V (Check)
4.50V (Check)
5.30V (Check)
Specifications
3.4V±0.2V
2.5V±0.2V
3.2V±0.2V
5.0V-6.0V
3.8V-5.2V
4.7V-6.0V
Page 36
3) UHF RX Adjustment
(*): f=445.00 (T), f=435.00 (E), f=410.00 (TE1), f=460.00 (TE2)
Item Condition
Herical coil
f=435.00 (445.00)
f=438.00 (T) f=440.00 (T) f=449.99 (T) f=430.00 (E) f=435.00 (E) f=439.99 (E)
Sensitivity
f=400.00 (TE1) f=410.00 (TE1) f=420.00 (TE1) f=450.00 (TE2) f=460.00 (TE2) f=470.00 (TE2) SSG OUT : -9.0dBn
S Meter
f=445.00 (*) SSG OUT: 18.0dBn
Measurement
Equipment Unit
T.G.
-30dBm
Spectrum
Analyzer
SSG
Distortion Meter
Oscilloscope
Level Meter
SSG
LCD UHF
S Meter
Terminal
Back
UHF ANT
UHF TP2
Back
UHF SP1
Front
panel
Adjustment
Unit Parts Method
TC201
UHF
Main
TC202
L218
Max Gain
L219
Check
UHF
Main
V R 2 0 2
Starts lighting "Full."
Specifications
43 0 M (E) 4 40M 43 8 M (T ) 450M 40 0 M (TE1) 420M 45 0 M (TE2) 470M
SINAD is 12dB
or more.
SSG OFF Check
SQL level f=445.00 (*)
SSG OFF SQL LEVEL: 1
Distortion
RXS/N
f=445.00 (*) SSG OUT: 60.0dBn
f=445.00 (*) SSG OUT: 60.0dBn
f=445.00 (*)
9600bps
Packet Out
SSG OUT: 20.0dBn
f=4.8kHz
2.5kHz/DEV
Digital
Multimeter
SSG
Distortion Meter
Level Meter
SSG
Level Meter
Oscilloscope
SSG
Level Meter
Oscilloscope
Does not light.
Main TP5
UHF
VR201 2.05V (Adjust)
Main
2.05V±0.1 V
The squelch is
closed.
Back SP1 Check
4% or below
Back SP1 Check 40dB or more
1 0 0 m V
Back MIC1
±50mVrms
/47k£2
31
Page 37
4) UHF TX Adjustment
(*): f=445.00 (T), f=435.00 (E), f=410.00 (TE1), f=460.00 (TE2)
Measurement Adjustment
Item
High
Power
Condition
f=445.00 (T) f=435.00 (E) f=410.00 (TE1) f=460.00 (TE2)
Equipment Unit
Power Meter
Current Meter
Back
Terminal Unit Parts
UHF ANT
UHF
VR203 Max
Main
VR203
Method
35W
Specifications
36W or more
±1.0W
11A or below
Low
Power
DEV
MIC Gain
CTCSS
Tone
Level
Tone
Burst Level
9600bps
Packet IN
f=445.00 (*)
f=445.00 (’)
AG: 1kHz -30dBm
f=445.00 (*)
AG: 1kHz -46dBm
f=445.00 (*) AG=0 TONE SW ENC
88.5Hz f=445.00 (*)
AG=0
PTT+DOWN key
f=445.00 (*)
AG: 4.8kHz -1 dBm
FUNC+VHF key
Linear Det. Oscilloscope Power Meter
AG
Linear Det. Oscilloscope Power Meter
Linear Det. Oscilloscope
AG
Check 5±2W
VR204
4.5kHz /DEV
VR205 Adjust
Check
Check
Check
4.5kHz
±0.2kHz
/DEV
4.0 kHz
±0.3kHz
/DEV
0.5-1.3kHz /DEV
3.0kHz
±0.5kHz
/DEV
2.0kHz
±0.5kHz
/DEV
Page 38
5) VHF PLL Adjustment
Item
Reference
Frequency
PLL VCO
Condition
f=145.00 TX
f=145.00 RX(T, E) f=173.99 RX(TE1, 2)
f= 145.00 RX(T, E) f=173.99 RX(TE1, 2)
6) VHF RX Adjustment
Item
Gain
Sensitivity
S Meter
Condition
f=145.00 (T,E) f=165.00 (TE1) f= 165.00 (TE2)
f= 144.00 (T) f=147.99 (T) f=144.00 (E)
f=145.99 (E)
f= 150.00 (TE1,2) f=162.00 (TE1.2)
f=173.99 (TE1.2)
SSG OUT: -9.0dBji f=136.00
SSG OUT: OdB^
f=145.00 (T,E) f=165.00 (TE1.2)
SSG OUT: 18dB^
Measurement
Equipment Unit
Freq. Counter
Power Meter
Digital
Multimeter
Back VHF ANT
VHF
Main
Terminal
TP1
Unit Parts
VHF
VCO
Adjustment
L505
Method
Check
2.80V
7.35V
Check
Measurement
Equipment Unit Terminal Unit Parts Method
Adjustment
Adjust the SSG
SSG
Distortion Meter
Oscilloscope
Level Meter
Back
VHF SP1
VHF Main
L14 L15 L16 L17
output level
around OdBp.,
and turn
L14-L17 to
make the wave
form max.
SSG
Distortion Meter
Oscilloscope
Level Meter
Back
VHF SP1
VHF
Main
L14~
L17
Adjust the
SINAD
sensitivity and
wave form to
the best.
Check
SSG
LCD VHF
S Meter
Front Panel
VHF
Main
VR1
Starts lighting "Full."
Specifications
±100Hz
±0.3V
±0.05V
2.8V±1.0V
7.35V±0.4V
Specifications
SINAD is
12dB or more.
SINAD is
12dB or more.
SINAD is
12dB or more.
SQL level
SSG OFF Check Does not light.
f=145.00 (T,E) f=165.00 (TE1.2)
SSG OFF SQL Level 1
Digital
Multimeter
VHF
Main
TP4
VHF
Main
VR2 2.05V (Adjust)
2.05V±0.1 V
The squelch is
closed.
Page 39
7) VHF TX Adjustment
(frequency) = TE1, TE2
Item
Condition
Measurement Adjustment
Equipment
Unit
Terminal Unit
Parts
Specifications
Method
High
Power
Low
Power
DEV
MIC Gain
CTCSS
Tone
Level
Tone
Burst Level
9600bps
Packet IN
f=145.00 (165.00)
f=144.00 (150.00) f=145.99 (173.99)
f=173.99 (136.00)
f=145.00 (160.00)
f=145.00 (160.00)
AG: 1kHz -30dBm
f=145.00 (160.00)
AG: 1kHz -46dBm
f=145.00 (160.00) AG=0 TONE SW ENC
88.5Hz
f=145.00 (160.00)
PTT+DOWN key
f=445.00 (*) AG: 4.8kHz-1 dBm
FUNC+VHF key
Power Meter
Current Meter
Linear Det.
Oscilloscope
Power Meter
Back
Back
VHF ANT
VHF ANT
VHF
Main
VHF
Main
VR4
VR4
VR3
Max
55W or more (T,E) 45W or more (TE1.TE2)
52W (T,E) 35W (TE1.TE2)
Check
48-55W 7A (T,E) 32-40W 11A (TE1 ,TE2)
Check 3~7W
4.5kHz /DEV
Check
Check
±1.0W
11A or below
Power is output.
4.5kHz
±0.2kHz
/DEV
4.0 kHz
±0.3kHz
/DEV
0.5-1.3kHz /DEV
3.0kHz
±0.5kHz
/DEV
2.0kHz
+0.5kHz
/DEV
X-BAND
Repeater
f= 145.00 f=445.00 (T) f=145.00 f=430.00 (E) f=160.00 f=410.00 (TE1) f=160.00 f=460.00 (TE2) XBR ON (VHF+PWR ON)
Check
3.5kHz
±0.5kHz
/DEV
Page 40
8) Adjustment Points
VHF M a in Un it
AFOUT IN OUT
T i T
□
SP1
9600bpsDATA
__
□ .
MIC1
VR3
(Reference Frequency)
(MOD V)
VR4 (HiPOW V)
TP1 (PD)
TP4®
□
VR2 VR1
□ □
(SQL) (S meter)
L14
□
L15 |
□
L16 j
□
L17 I
U HF Ma i n Uni t
ANT
I 1 TC201 j
-----
j TC202 VR203 (HiPOW U)
□
L218
VR202 VR201
L219
m D D
I I I TP2 (S meter) (SQL)@TP5
L606(PD U)
o
I I VR205
'
-----
' (MIC GAIN)
DC 13.8V
VR204 (MOD U)
□
©TP3 (PD)
Page 41
PC BOAD VIEW 1) V H F M a in U n it S id e A
Page 42
3) U H F M a in U n it S id e A
Page 43
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Page 44
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Page 47
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Page 48
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Page 49
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Page 50
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Page 51
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Page 52
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Page 59
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