Page 1
DR-140T/E/TE1/TE 2
Serv ic e M a n u al
C O N T E N T S
• SP ECIFICATIONS
1) General................................................................................2
2) Tran smitter................*
3) R eceiver...............................................................................3
• CIRC UIT DESCRIPTION
1) R eceiver S yte m
2) Transmitter System ....................................................5-6
3) PLL C ircuit.........................................................................6
4) Terminal Function of C PU ...........................................7
• SEM ICONDUCTO R DATA
1) AK2341 ............................................................................10
2) AN78L05M ...................................................................11
3) LA4425A ..........................................................................11
4) M 5 218FP.........................................................................11
5) M 56760FP...................................................................... 12
6) M 6774 6............................................................................13
7) M68702H..........................................................................13
6) M 68702L..........................................................................13
9) M C7808CT...................................................................... 14
10) RH5VL32AA-T1 ............................................................14
11) RH5VL45AA-T1 ............................................................14
12) TK10930VTL...................................................................15
13) jczPC2710T......................................................................16
14 )24LC16B 16
15).Transistor,D iode and LED Outline D raw ing s
16) L C D ....................................................................................18
• EXPLO DED VIEW
1) Bottom V ie w
2) LCD A ssem bly...............................................................20
3) Top, and Front V ie w .....................................................21
........................................................
.........................................................4 -5
...................................................................19
.......
• PARTS LIST
Main U nit...................................................................... 21 -2 2
2
17
Packing.................................................................................23
CPU Unit...............................................................................23
SP Unit ..............................................................................
VCO U nit.............................................................................23
Mechanical Parts ..............................................................23
EJ-20U .................................................................................24
• AD JU STMENT
1) Required Test Equipment
2) PLL Adjustm ent.............................................................26
3) TX Adjustme nt
4) RX Adjustment..............................................................27
5) Adjustment Points
• PC BOAD VIEW
1) Main Unit Side A ...........................................................29
2) Main Unit Side B...........................................................30
3) CPU Unit Side A ..........................................................31
4) CPU Unit Side B............................................................31
5) VCO Unit Side A ...........................................................32
6) VCO Unit Side B ...........................................................32
7) EJ-20U (CTCSS Unit: O ptio n)..................................33
• BLO CK D IAG RA M ...................................................................34
• SCHEMATIC DIAGRAM
1) Main Unit T/E....................................................
2) Main Unit TE 1/T E2 ...............................................37 -3 8
3) CPU U n it
4) VCO U nit
5) EJ-20U (CTCSS Unit: O ption)
.............................................................26
........................................................................
........................................................................40
..........................................
........................................................28
...............................
.....
23
25
35-3 6
39
41
ALINCO, inc
Page 2
SPECIFICATIONS
1) General
TX Frequency Range:
RX Frequency Range:
CTCSS Encode:
CTCSS Decode:
Microphone:
Frequency Resolution
Antenna Impedance:
Power Input:
Current Drain @13.8V DC:
Dimensions:
Weight:
Memory Channels:
Display:
Tone Bursts:
Time Out Timer:
Busy Channel Lock Out:
Penalty Timer:
Scan Function:
T 144.000- 147.995MHz
E 144.000- 145.995MHz
TE1 136.000- 155.000MHz
TE2 150.000- 173.995MHz
T 118.000 - 135.995MHz (AM), 136.000 - 173.995MHz (FM)
E 144.000 - 145.995MHz (FM)
TE1 136.000 - 173.995MHz (FM)
TE2 136.000 - 173.995MHz (FM)
Standard 50 Tones
Optional 50 Tones
Electret Cond* with DTMF
5, 10, 12.5, 15, 20, 30, 50kHz steps, user adjustable
50Q unbalanced
13.8 V DC ± 10%
RX - Squelched: less than 800mA
TX - High: approx. 10.5A, Low: approx. 3.5A
141mm(W) x 41mm(H) x 154mm(D) (without projections)
approx. 0.86kg
50 Channels plus CALL channel; each stores RX; TX offset,
CTCSS encode, optional CTCSS decode and alphanumeric display
information
Alphanumeric, English and Cyrillic alphabets, numbers 0-9, figures,
up to 7 characters; backlit LCD
1000, 1450, 1750, 2100 Hz
30 to 450 seconds; selectable in 30 second increments
Available - Requires Optional EJ20U CTCSS Tone Decode Unit
0-15 seconds
Busy or Timed; Up or Down, memory or VFO
2) Transmitter
Output Power (approx.):
Emission:
Modulation System:
Max. Frequency Deviation:
Spurious Emission:
Operations:
TX/RX Offset Range:
High 50W / Low 5W (T/E), High 35W / Low 5W (TE1/TE2)
F3E FM
Variable Reactance Frequency Modulation
± 5kHz
-60dB or under below carrier
Simplex or Semi-Duplex Modes
From 0 up to ± 99.995MHz (full tuning range of radio)
Offset may be saved as part of information stored in any memory
channel
Page 3
3) Receiver
Receiving System:
IF Frequencies:
Sensitivity:
Selectivity:
Audio Output:
Speaker Impedance:
Specifications are subject to change without notice or obligation. Performance specifications apply only to
transmit bands. Names of certain products mentioned in this catalog are used for identification purposes only
and may be trademarks or registered trademarks of their respective company.
Dual Conversion Superheterodyne
First: 30.85MHz; Second: 455kHz
12dB SINAD -15dB|i
More than ± 6kHz at -6dB; Less than ± 15kHz at -60dB
More than 2.5 Watts @10% distortion
8£2
Page 4
CIRCUIT DESCRIPTION
1) Receiver System
1. Antenna Switching Circuit
(Main unit)
The signal from the anlenna is input to RF amplifier circuit passing through the 5
stages low-pass filter (L15 ~ L18, C76 ~ C80, C148), the anlenna switching circuit
(D9, D11, L14, C63), T type high-pass filter (L11, LI 2, C57, C64, C58, C59) and
band switch circuit (D20 T, E version only). The antenna switching circuit uses XI4
diode switch circuit.
2. RF Amplifier Circuit
(Main unit)
RF signal is amplified approximately 2GdB by RF amplifier, RF amplifier circuit
uses dual gate FET to get good inter-modulation characteristics. The RF amplifier
consists of vollage tuned band-pass filter (L1, L2, L4, L5, D2, D3, D5, D6) and RF
AMP (Q6). The signal is amplified after eliminating unwanted signals so that
image interference characteristics are improved.
3. 1st Mixer Circuit
(Main unit)
The amplified signal is converted into the first IF signal of 30.85MHz by mixer
circuit (Q5). Mixer circuit uses dual gate FET to improve multifrequency character
istics such as inter-modulation. The output signal from mixer circuit is led fo 1st IF
circuit.
4. Air Band Circuit
(Main unit I T, E version)
The output signal from band switch circuit is led to low-pass filter circuit (L7, L8,
C55, C56) and input to RF amplifier circuit (Q11). There the signal is amplified
approximately 20dB and input to the mixer circuit.
5.1st IF Circuit
(Main unit)
The output 1 st IF signal from mixer circuit is led to crystal filter XF1.
Unwanted frequency band of IF signal is eliminated by a crystal filler. The result
ing signal is led to the 2nd IF amplifier, and the signal is output to 2nd IF circuit.
6. 2nd IF Circuit and Detector Circuit
(Main unit)
The 1st IF signal is led to 2nd mixer circuit of IC1, then it is converted into the 2nd
IF signal (455kHz) by 2nd local signal. IC1 has the 2nd mixer, 2nd local oscillator
circuit, quadrature detector circuit and AM detector circuit. The 2nd local oscillator
oscillates 2nd local signal (30.395MHz). The 2nd IF output signal from mixer (pin
3 of IC1) circuit is led to ceramic filler {FL1). Unwanted frequency band of 2nd IF
signal is eliminated by a ceramic filter. The resulting FM signal is led to the limiter
amplifier (pin 7 of IC1) circuit and quadrature deteclor circuit (pin 11 of IC 1 and
ceramic discriminator Xt), and the 2nd IF signal is converted to AF signal. The FM
AF signal is output from pin 12 of 1C1 to AF circuit. The AM signal is input to AM
detector circuit (pin 5 of IC1), and the AM AF signal is output from pin 13 of IC1.
Page 5
7. AF and Mute Circuit
(Main unit)
8. Squelch Circuit
(CPU unit)
2) Transmitter System
1. Microphone Amplifier Circuit
(CPU unit)
The AF signal from IC1 is filtered by the low-pass filter amplifier (Q2) and led to the
high-pass filter amplifier (Q1), and output to the AF gain volume. Q3 and Q4 are
switched ON/OFF by AFC signal from CPU, then AF signal is muted when the
squelch is ON.
IC1 has the noise amplifier, rectifier circuit and comparator circuit. The noise signal
from pin 12 of IC1 is input to the noise amplifier (pin19 of IC1) and passed through
buffer amplifier (Q28), rectified by D8, then it is input to comparator circuit (pin 21
of IC1). When the noise signal is decreased by the receiving signal, the compara
tor output SD becomes low.
The voice from external microphone is amplified by the microphone amplifier
(Q303), and passed through the microphone mute circuit (Q304), the signal is
input to the microphone gain potentiometer (VR3) in the main unit.
2. Limiter Amplifier Circuit
(Main unit)
3. Modulation Circuit
(VCO unit)
4. Drive Amplifier Circuit
(Main unit)
5. RF Younger Amplifier Circuit
(Main unit)
The signal from microphone gain potentiometer (VR3) is amplified by limiter
amplifier and low-pass (IC4). The resulting signal is passed through the modula
tion adjustment potentiometer (VR4), then input to VCO unit. IC4A is limiter
amplifier with pre-emphasis characteristics. IC4B is low-pass filter.
The adjusted AF signal in VR4 is led to the VCO unit. The frequency modulation is
executed when the audio signal is supplied to the D207.
The signal from VCO unit is input to the drive amplifier (IC3). IC3 has high gain of
approximately 30dB and high level of approximately 10dBm wide band amplifier.
The signal from IC3 is passed through diode switch D12, and input to younger
amplifier Q13. Q13 has approximately 15dB gain and output level is 400mW. The
output signal of younger amplifier is led to the PA amplifier (IC2).
Page 6
6. RF Power Amplifier Circuit
(Main unit)
7. Antenna Switch Circuit
(RF unit)
8. A PC Circuit
(RF unit)
IC2 is the power module, which obtains stable output power (50W T/E, 35W TE1/
TE2) within the band. The signal of younger amplifier is amplified by the PA
amplifier (IC2), and then led to the antenna switch circuit.
When transmitting, D11 and D9 are ON in the antenna switch circuit, L14 becomes
parallel components. This causes the output signal of IC2 not to go to the RX
circuit. The signal is led to the antenna connector passing through the low-pass
filter (L15 ~ L18, C76 ~ C80, C148).
When the TX signal is passed through the low-pass filter, matching voltage and
mismatching voltage are detected by the D14 and D15. When the antenna
impedance is 50£2, the detected voltage of D14 and D15 are minimum. But when
the antenna impedance is not 50ft, the detected voltage becomes higher. The
detected voltage is passed through the power setting potentiometer (VR1), and the
signal is amplified by Q17, Q16 and Q14. The transmitting power is controlled by
the voltage of V1 (IC2) and collector voltage of Q13. When the temperature of the
unit goes high, the powerdown circuit (R104, TH2) prevents the device from being
damaged.
3) PLL Circuit
1. Summary
2. Reference Oscillator Circuit
(Main unit)
3. Loop Filter Circuit
(VCO unit)
4. VCO Circuit
(VCO unit)
The PLL circuit uses PLL IC (IC201) equipped with built-in dual modulus prescaler.
The PLL IC serial data is sent from CPU.
The VCO output frequency divided by N is compared with reference frequency in
the phase comparator.
The reference frequency is obtained by X3 (12.8MHz), and its output is led to the
VCO unit.
The phase error of phase comparator is integrated to DC voltage by loop filter
circuit, and supplied to D201, D202 of varicap diode jn VCO unit. The time
constant of the active loop filter (consisting of Q202 and Q210) is determined by
C211, C212, R228, R210. The output is passed through the lag filte r (R213,
C208), and input to VCO unit.
The circuit is the Hartley oscillator circuit (Q201), and the signal is output passing
through the buffer amplifier (Q204). C247 is switched by D205 to vary the capaci
tance, and the oscillating frequency range is shifted.
Page 7
4) Terminal function of CPU
No.
1 AN7 SD
2 AN6 SMT
3 AN5
4
5 P63
6 P62
7
8 P60
9
10
11
12
13
14
Nam e
P64
P61
P57 AM 0 AM/FM selection AM FM
TOUT
P55
CNTR TBST
P53 T8 0
P52
Pin Name I/O Description
TON1 0 Tone output 1 Pulse
TON2
TON3
TON4 O
BEEP 0
- HL
STB2
TICD
H L H iZ
I
SD signal input
I S meter signal input Analog
BP1 I Band plan Analog
I
UL
Unlock input Unlock
0 Tone output 2
0 Tone output 3 Pulse
Tone output 4
Beep sound output, SCR ON-OFF Pulse
TX, Squelch level H/L Power
0
0 Tone burst output / microphone mute
TX power supply control TX
0ITone unit strobe
Tone unit detection input
Squelch
Signal
Pulse
Pulse
Low
Low
RX
Pulse
None
Pull UP
No signal
Lock
r
High
High
TX. Pulse
OFF
Normal
Equipped
15 P51
16
17
18
19 TXD
20 RXD
21
22 INTO
23
24
25 RST
26
27
28
29
30 VSS
31 P27
32
33 P25 DOWN
34 P24 KEY 1
35
INT2 RE2
P47
P46 DATA 0
INT1
P41 SQL 0
P40 TSQD I
P71
P70
XIN
XOUT
P26
P23
STB1
CLK 0
CTX
CRX
RE1
BU
RST
SCL
SDA
XIN
XOUT
GND I
PTT
UP
KEY 2
0 PLL strobe permitted
I Rotary encoder down input OFF
Clock signal output
Data signal output
0 Data output for the cloning mode Pulse
I
Data input for the cloning mode
I
Rotary encoder up input OFF
I
Backup signal input
AF mute Mute
Tone signal detection input No Tone
I
Reset signal input
0 Clock input for E2PROM
10 Data input for E2PROM Pulse
I
Internal clock input
0 Internal clock output
GND
I
PTT key
I
UP key
I
Down key OFF
I Key 1 H/L
I
Key 2 SET OFF ON
Pulse
Pulse
Pulse
Normal
at work
Pulse
OFF ON
OFF
OFF ON
Inhibited
ON
ON
Backup
Tone
OV
ON
ON
o
o
Normal
o
o
o
o
o
Page 8
No.
Name Pin Name I/O
Descriptio n H
L H iZ
Pull UP
36
37
38
39 S31
40 S30 S30
41
42
43
44
45
46
47 S23
48
49 S21 S21
50
51
52 S18
P22
P21 KEY 4
P20 KEY 5 I
S29 S29 0 Segment 29 output
S28
S27
S26 S26
S25 S25
S24
S22 S22
S20
S19
KEY 3
S31
S28
S27 0
S24 0 Segment 24 output
S23 0 Segment 23 output Pulse
S20
S19 o
S18 o
I
Key 3 CALL OFF
I
Key 4 V/M
Key 5 FUN
0
Segment 31 output
0 Segment 30 output
0
Segment 28 output
Segment 27 output
0
Segment 26 output
Segment 25 output
0
0 Segment 22 output
0 Segment 21 output Pulse
o
Segment 20 output Pulse
Segment 19 output Pulse
Segment 18 output Pulse
OFF
OFF
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
ON
ON
ON
o
o
o
53 S17
54
55 S15 S15
56
57 S13
58
59 S11 S11
60 S10 S10
61
62
63
64
65 S5
66
67 S3 S3 o Segment 3 output Pulse
68
69 S1
S16 S16
S14
S12 S12
S9 S9
S8 S8
S7
S6
S4 S4
S2
S17
S14
S13 0
S7
S6 o
S5
S2
S1 0 Segment 1 output
Segment 17 output
o
0 Segment 16 output Pulse
Segment 15 output
o
Segment 14 output
0
Segment 13 output Pulse
Segment 12 output Pulse
0
0 Segment 11 output
0 Segment 10 output Pulse
Segment 9 output
0
0 Segment 8 output Pulse
o Segment 7 output Pulse
Segment 6 output Pulse
Segment 5 output
0
Segment 4 output
o
o Segment 2 output
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
Pulse
70
SO SO
o
Segment 0 output Pulse
Page 9
No.
Name
Pin Name
I/O Description H L HiZ
Pull UP
71
72 VREF VREF I
73
74
75
76
77
78 VL3
79
80 VL1 VL1 I LCD power supply input
vcc
AVSS
COM3 COM3
COM2
COM1
COMO
VL2 VL2
VDD I
GND I
COM2 0 LCD common 2 output
COM1
COMO 0
VL3
Power supply
Reference voltage input
GND
O LCD common 3 output
0 LCD common 1 output
LCD common 0 output
LCD power supply input
I
I
LCD power supply input
Pulse
Pulse
Pulse
Pulse
9
Page 10
SEMICONDUCTOR DATA
1) AK2341 (XA0239)
CTCSS Encoder/Decoder
Pin
Pin
No.
1
2
RXINO 0 AMP2 Output
3 TXINO
4
RXOUT 0
5
TXOUT
6
7
8
9
10
11 SDATA
12 SCLK
13
DETOUT
14
15 VSS
16
17
18
19 TLINO
20 RXTONE
21 TXTONE
AGNDIN
22
23
24 BIAS
I/O
Name
RXIN I
o
TXIN I
0
VDD
XOUT
STB
-
I
XIN
Crystal Terminal (3.6864MHz)
o Crystal Terminal (3.6864MHz)
I
I
I
DCS
I
0 Tone Detection Output (Detect: Low)
-
DREF I Tone Detection Level Adjust Input
TLINP
TLINN I
I
RX Tone Signal Reference Input
o
o
o
I Analog Ground Input
AGND
0
I
Function
RX Signal Input
AMP1 Output
TX Audio Input
RX Audio Output
TX Audio Output
Power Supply (1.8 ~ 5.5V)
Strobe for Serial Data
Serial Data
Serial Clock
DCS Input
Ground
RX Tone Signal Input
AMP3 Output
RX Tone Signal Output
TX Tone Signal Output
Analog Ground Output
Bias Input
RXIN
RXINO
TXINO
TXIN
RXOUT
TXOUT
VDD
XIN
XOUT n z
STB
SDATA
SCLK
d =
n z
n z
n z
n z
n z
n z
n z
n z
[Z Z
n z
1
2
3
4
5
24
23
22
21
20
Z U
= ]
Z Z 2
= □
zzn
BIAS
AGND
AGNDIN
TXTONE
RXTONE
>
6
7
8
9
7s
PO
19
Z D
TLINO
CO
18
17
16
10
11
12
15
14
13 =Z1
Z □
Z Z 3
=□
=□
= l
TLINN
TLINP
DREF
VSS
DETOUT
DCS
Block Diagram
10
Page 11
2 ) AN78L05M (XA0238)
5V Voltage Regulator
3) LA4425A (XA0410)
5W Audio Power Amplifiers
u u u
Output Common Input
AN78L05M
4) M5218FP (XA0068)
Dual Low Noise
Operational Amplifiers
Output 1 1
Inverting Input 1 2
Non Inverting Input 1 3
Power Supply Minus 4
1 2 3 4 5
8 Power Supply Plus
7 Output 2
6 Inverting Input 2
5 Non Inverting Input 2
Page 12
5) M56760FP (XA0235)
540MHz Frequency Synthesizer
Serial data input
terminal
Clock input terminal
Reset input terminal
Reference Bias
input terminal
Local Oscillator input
terminal fmax =540MHz
Output p ortl terminal
Output port2-terminal
Ground terminal
Function Table
P/N input
High or Low
High
Phase
Locked Hi-Z
Lead
S l t =
ere n z
RST C Z
REF tZ Z
FIN n z
swi n z
SW 2 I—
GND I
----
PD output
High
1
2
3
16
15
14
=]v c c
XIN
ZZÏ XOUT
2
CJ1
4
o
o>
5
o
13
12
H D LOCK
ZZÏPD
T I
"U
6
7
8
11
10
9
=□ LFI
ZZ] LFO
= D P /N
Power supply
terminal
3 -5.5 V 14mA
Reference oscillator
input terminal
Reference oscillator
output terminal
Phase detector output
terminal
when locked Low
Phase detector output
terminal
Low pass filter input
terminal
Low pass filter
output terminal
Phase switch input terminal
of phase comparator
XIN
XOUT
FIN
REF
CPS
RST
High
Low
Low
SI
Lag
Lead
Lag
Low
Low
High
LFI LFO
Page 13
6) M67746 (XA0412)
144 - 148MHz 60W
RF Power Module
*o
c
3
D
CO
c
I ?
Z E
3 O
CLO
C CO
M67746
12 3 4
>
uq
o
cvi
□
a>
O)
«
c
to
R-e
Q. ^
4-*
CO
7) M68702H (XA0444)
1 50 - 175MHz 60W
RF Power Module
— *>
9-in
Q ^
s !
il £
$
o
CO
ro
D C
f i
o .£
(TE2)
C
~o
c
Supply voltage Vcc 17
3
Total current
Input power
Output power
Operation case temperature
Storage temperature Tstg
Zg=ZI=50Q
Supply voltage
Total current
Input power
Output power
Operation case temperature Tc(op)
Storage temperature
Zg=Z I=50ii
Ratings
Ratings
Symbol
Icc 20
Pin (max)
Po(max)
Tc(op)
Symbol Ratings
Vcc
Icc
Pin (max)
Po(max)
Tstg -40 t o +110
Ratings
600
70
-30 to +110
-40 t o +110
17
20 A
600
75
-30 t o +110
Unit
V
A
mW
W
°C
°0
Unit
V
mW
W
°C
°C
8) M68702L (XA0445)
135 - 160MHz 60W
RF Power Module
(TE1)
Ratings
Supply voltage
Total current Icc 20
Input power
Output power Po(max) 75
Operation case temperature
Storage temperature Tstg
Zg=ZI=50i2
Symbol
Vcc
Pin (max) 600
Tc(op) -30 t o +110
Ratings
-40 to +110
Unit
17
V
A
mW
W
°C
°C
Page 14
9) MC7808CT (XA0082)
8V Voltage Regulator
Test Circuit
10) RH5VL32AA-T1 (XA0198)
C-MOS Voltage Detector
Equivalent Circuit
.VDD
OUT
vss
11) RH5VL45AA-T1 (XA0208)
C-MOS Voltage Detector
Equivalent Circuit
lv d d
U Ü u
OUT VDD VSS
RH5VL32AA
14
OUT
m i ' i t
OUT VDD VSS
RH5VL45AA
VSS
Page 15
12) TK10930VTL (XA0223)
Narrow Band FM IF IC
IF i n O
1 0 .7 M H z
/ 1
z 1-
3
C L .
Z n
ü.
cc
51
Param ete r S ymbol
Sup ply voltage
Pow e r dissipation
Stora ge te m p e rature
Operating tem p erature Top
Ope rating v o ita g e
Operating frequency
Param ete r
Su pply Current 1
Su pply Current 2 1cc2
Mixer C o nvers ion G ain
Mixer tnput Impedan c e
FM
Limiting Sens itivity
Outp u t Vo ltage Vo1
Distortion
Output Im pedanc e Zo 800 n
Filter G ain
Sca n Control Hi Voltage SH 2.3
Sca n Control Low Voltage SL
Squ elch H ysteresis
S m eter Output V o ltage SO 0.0 5
S m eter O utpu t Voltage S1
S m eter Output Vo ltage S2 0.7
S m eter Outp u t Vo ltage
S mete r O u tput Völtag e S4
S m e ter Output Voltage S5 1.8
AM
Se nsitivity US
Output Voltage
Distortion-1
Disto rtio n-2
S/N
AM OFF Vo -0.3 0.3
Vcc m ax
Pd 400
Tstg -5 5 -+ 1 5 0
Vo p
(op
oy m oo i
Icc1 6.8 8.9
Mg
Mz
Lim it
THD1
Gf
Hys 30 mV
S3 1.2 1.8
Vo2
TH D2 1.0 2.0 % 1kHz, 30%, Vin=1m V
TH D 3 2.0 4.0
S/N
Ratings Un it
10.0
V
mW
°c
-3 0-+ 75
2.5 -8 .5
-6 0 M Hz
Min
85
30 38 dB Fin=30kHz, V o =100mV
0.05
1.6 2 .3
20 15 JiV
60 120 160
40
°c
V
Ratings
Typical
3.9
Max
5.3
20
3.6
2.0
150 230 m Vrm s 10m Vin +/-3kH z DEV
1.0 2.0 % 1 0mVin +/-3kHz DEV
0.5 0.9 V Vin=0.01mV, R S= 6 8 kfi
1.2
2.4
48
8.0
0.3
0.5
1.7
2.5 V
2.9 V
2.9
Ta=25°C Vcc=3V
Un it Condition
mA
No signal. AM O N
mA No signal, AM O FF
dB
KQ D C Te st
-3.0dB
tiV
lOm Vin
V Squelch inpu t=2.5V
V
Squelch input=0V
V Vin =0m V, RS=68kS2
Vin=0 .1m V, R S = 68k ii
V
Vin=1m V , R S = 6 8kii
Vin=1 OmV, R S=6 8 ki^
V
Vin=100mV, RS=68 ki2
required input level to gel
20mV rms output
mVrms
1kHz, 30% , Vin= 1m V
1kHz, 30%, Vin=1 mV
%
dB 1kHz, 30%. Vin=1 m V
%
4 7K A F O U T P U T (A M )
r - 0
F M A F O U T A F O U T P U T (F M )
i r °
Page 16
13) nPC2710T (XA0449)
RF Amplifier
Parameter
Supply voltage
Circuit current
Power gain
Saturated output power
Noise figure
Upper frequency (-3dB)
Isolation ISL
Input return loss
Output return loss RLout Vcc=5V, f=500MHz
Gain flatness aGp
Test Circuit
______
Symbol
Vcc
Icc
GP
Po(sat)
NF Vcc=5V, f=500MHz
fu
RLin
Vcc
Vcc=5V, no signal
Vcc=5V, f=500MHz
Vcc=5V, f=500MHz, Pin=-8dBm
Vcc=5V, Reference freq. =100MHz
Vcc=5V, f=500MHz
Vcc=5V, f=500MHz 6 dB
Vcc=5V f=0.1 ~ 0.6GHz ±0 .8
Condition
GND
GND Q T
Input
Ratings
5.0
22
33
+13.5
3.5
1000
39
12
Top View
O
Unit
V
mA
dB
dBm
dB
MHz
dB
dB
dB
Output
1F| GND
Vcc
14) 24LC16B (XA0351)
16K bits CMOS Serial EEPROM
Block Diagram
__________________
WP
AO
A1 \z z
A2
Vss
n z
n z 3
Pin Name
Vss
SDA
SCL Serial clock
WP W rite protect
Vcc
A0, A 1, A2
1
IO
2
-1 ^
1“
O
o>
4
GND terminal
Serial address/data I/O
+2.5 V -5.5V power supply
No connection
CD
Description
8
7
6
5
H3
z n
Z Z ]
Z Z i
Vcc
WP
SCL
SDA
Page 17
1 5) Tra n s i s to r , Diode a n d L ED O u tl in e Dr a win g s
T o p V i e w
Page 18
16) LCD
LCD Pattern
EEia_ENC 4 D jEC 6^ +
M M l l y / l ly / l w ly / l l y / l M
i m ii s i m r n r n m m n r ,
lo w m m i
LCD connection table
No. COM.O COM.1 COM.2 COM.3 No. COM.O
1
2 COM.1 22
3 COM.2
4
5
6
7
8
9
10
11
12
13 4a 4b 4c
14
15
16
17
18
19
20
COM.O
COM.O
1j
1a
2j
2a
3j
3a 3b 3c
4]
5j
5a 5b
6j
6a
7j
7a 7b
• m
1k
1b 1c LOW 27
2k
2b 2c BUSY 29 DEC
3k
4k
5k
6k
6b 6c
7k
8f 8e
ig
2g
3g
4g
5g
5c
6g
7g
7c
COM.3
11
21 28
31
• (D
41
• (2)
51
■ (3)
61
■ @
71
FULL
8d
21
23 9a 9b
24
25
26
30
31
32
33
34
35 ENC 2f
36
37
8a 8b
M
7i
—
6i
+
5i
4i 4h
1 ©
3i
1 ©
2i
1i
FUNC
COM.1
9f
7h
7f
6h 6n
6f
5h
5f
4f
3h
3f
2h
1h
1f
COM.2 COM.3
8g
9e 9d
9g
7n
7e 7d
6e
5n
5e 5d
4n 4m
4e
3n 3m
3e 3d
2n
2e 2d
in
1e
8c
9c
7m
6m
6d
5m
4d
2m
1m
1d
18
Page 19
E XP L O DE D V IEW
19
Page 20
3 ) To p and Fr ont View s
Screw Torque: 5kgcm
AE0014
KZ0047Z
UX1047
FG0040
AE0014
ES0017
EM0152
YZ0062
UA0037Z
AE0014
AE0014
[T. E: XA0412 (M67746)
TE1: XA0445 (M68702L)
1.TE2: XA0444 (M68702H)
KZ0039A
AV0001
KZ0040A
FP0004
AD0010 AD0010
FF0028
AV0001
AV0001
NB0063Z
AE0014
KZ0045Z
AE0014
A t O U 1 4
KS0041CZ
Page 21
Ver.
g ¡g
1
T/E
2
T/E
T/E
T/E
? E o o
| 5 2 s s 5 s s s i |
i - I 3 I | |
1SV215TPH4
DTZ5.1BTT11
1SV215 TPH4
1SV215TPH4
DA204U T106
1SV215TPH4
MI4U/
Parts Name
1
Diode
Diode
Diode
XD0165
XD0132
XD0132
01
D2
D3
t D j D I D I o U i o O i o O U j o j j )
■So
ccz
Descriptor
Parts No.
OA204U T106
Diode
Diode
Diode
Diode
Diode
XD0132
XD0130
XD0132
XD0130
XD0013
D8D9
04D506
w g 5 § S ro 0
o o o o i-oPoFi-'ö^o
a s
ü ü ü ü Î ü h ü Î h d P ü P o g ü ü ü ü ü d ü ü ü d ü ü ü P ü ü ü ü u ü ü ü o u ii o ü i ü l
g o. o. .
9
. a. cl g g. g. g. g o a Ç g. 'S .g. a. .g. o. g ,g .g. p. a a a g a ö a o. o. a g .g .o. g a a a a a a o. n o. q
s g
ü O üü ü ü ü U ü u u û iü n iü iD ü O ü S ü U ü Ô â o u u u iD ü ü ü ü o o ü ë o u u o ü Ô a ü
________________________aoocjooooaooooooooooooooooooooooüoo _ _ _ _ _ ____
8 8 8 8 8 f e 8 8 ? iS 5 ? S S t S ? 8 § 5 a a a 8 8 8 a 8 s 8 8 S 8 8 ! 5 S 8 § 5 5 ? 5 ? ^ ? a 5 a a J ! 5 gs
ooooooo oo oo ooooooo ooooo ooooo ooooo ooooo ooooo ooooo ooooo o
1SS355TE17
DTZ5.1BTT11
DAN235UT 106
MI407
Diode
Diode
Diode
XD0165
XD0013
XD0246
D1Q
D12
0 1 1
o ü
bnbgäS nnfiSflSnnMBflociBnnSflnM flnnnnn än
1SS355 TE17
1SS355 TE 17
MA742 TX
MA742TX
DA204U T106
G3B
1SS355 TE 17
DA204UT 106
DAN235UT 106
DAN235UT 106
KBF-455RL-12A
M67746
TK10930VTL
M68702H
UPC2710T
M6S702L
M5218AFP/600E
2 5 I S
0 1
0 1
0 1
0 1
0 1
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diodo
Paramir CîI+a»
XD0254
XD0250
XD0250
XD0254
XD0254
XD0130
XD0107
Dl3
D14
D15
D16
D17
D18
D19
o
. 5
n S Eü ïî
8 8 8 S
XD0130
XD0246
XD0246
XD0254
XC0022
XA0223
2 1
D20
D
D22
D25
FI 1
5 8 8 0 8 3
0 1
1C
1C
XA0412
XAQ444
XA0445
XA0449
XA0068
XA0082
XA0410
8 0
H üîiOSÏÏSSS
0 0
S S
Jack
Coil
Coil
Coil
Coil
UJ0038
QA0084
QA0084
QA0043
QA0084
8 S S S § S § § S § u § ^ m § S S
Ü O O O Ü O O O O O K ü C tü Oü O Ü --
7 7 7
1
Coil
QA0084
S ï ï l i S g l i S i
chip L. 1
chip L 1 Chip L 1 chipL. 1Coil f
QC0067
QC0065
Coil f
Air Core Coil \
QC0065
QC0065
QKA85A
QKA85A
ÛKA35D
UÛ
L11
L13
L12
o o o o o
_ £ £ £ !c
O O O O O
Mr Core Coil f>
% Core Coil ^
QKA45E
QKA45E
1
LM
L15 I
— o. a a
33Ü3
'ir Core Coil
Mr Core Coil N
Mr Core Coil K
:hip L f\
:hip L N
QKA4SE
QKA45E
3KA45E
3C0039
X0063
1
L17 (
Lia 1L19 <
L16 (
120
1
Ver.
T/E
T/E
T/E
2
T/E/12T/E/1
1
T/E
2
2
T/E
LJ UJ LU LU LLf U
? ^
0
<d <o t
<cac
1
1
ÎÎÎÎÎÏ
0
c
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Parts Name
C1608CH1H680JTA
C1608JB1H102KTA
C1608CH1H470JTA
.........i .................Î . 1
OO OO OO O SO OO OO OO O O O O O PO PO g 1
.9- .9- .9* .0- .0- .9- .9 $ 9- 9- 9- a a. a a o. a a a
oo o o o oo iB o o oo oo oo oo oo Q iS c D o o t
Description
S S ® “ ï ! 2 ï § n ; S ï n n ” î î! 2 8 S !! ÎS i? n ® 1 8 ! S (2 S S 8 S g § S Ï S 8 8 8 8 g S ï n S ^ S S ! 3 8
o o o o o o o t o a o o o o o o o o o o o « o r t o o o O o o Q o o o o o o o o o o o o o r t c o o o o o o o r o O c j
npiMMDcinonnonnnrtniortn'tooonioioininiiiiiiiiimiiiiflnionMnrtonnoonnnnnnofia
Parts No.
OO O ÜO O OÜ O OO O OO O OÜO O OO O OOU OOO O OO O OOO O OO O OOO ÜOO O OO O OOO C JO
ccz
C53
C54
C55
C1608CH1H270JT A
16MV 47HW+TS
C1608CH1H270JTA
C1608CH1H150JTA
C1608CH1H470JTA
0
C59
C57
C58
C56
C1608CH1H100CTA
C1608JB1H102KTA
C1608CH1H150JTA
C1608JB1H102KTA
C1608CH1H121JTA
C1608JB1H102KTA
C1608JB1H102KTA
C1608CH1H180JTA
C1608CH1H150JTA
d o
C60
C61
C63
C64
C62
C68
C65
C66
C68
C67
C1608CH1H150JTA
C1608CH1H120JTA
C69
C69
16MV 10SW+TS
C1608JB1H102KTA
GRM42-6X7R102K500PT
. 9 8 9 - 6
C70
C72
C71
a § [
C73
16MV 1QSW+TS
o o o ^ o o o o o ü o o o o o o Ë - u o o o o o ü o o P u o o u o o o F o u ^ u i- o o o o o o o
!
1
0
CL'£Q.
i
UJOUJ
O
£
0 0 O
d d
CL
tza!c
d d
d d d d d ddd d
2
a
a
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g
2a.Jr
c .
UJ
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6
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'sz ÈCLC .
0 O O Ü 0
0
Q-
S laÈ ÈCL-C
0
0 1 -
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w <n v) t
3 0 S S S c
) O 0
j 0 o 0 0 t
RCC05SL180J-L46AE
C160BJB1H102KTA
c or d: a: cc
or*r*ftcc*i
j d d d d c
¿ 0 0 0 0
? S E C S? !
D tl II I I <
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C75
C74
C75
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d d d ddd d
CL
CLicCL
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'n
U O
H
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uü-LHunc
0 0
c.
RCC05SL120J-L46AE
0
RCC05SL180J-L46AE
RCC05SL120J-L46AE
«
0
ü C
Ceramic C.
Ceramic C.
Ceramic C.
C76
C78
C79
C80C80
|C77
C80
^ § S ë © S S §
d0!
a
a
a a
s :
a6a
SZ
JZ ’j z
O a 0 O O O O 0
's i
C1608JB1H102KTA
ChipC.
C81
d d
a
■£
C1608JB1H102KTA
Chip C.
C82
d d
a
.9-
C1608CH1H220JTA
C1608CH1H220JTA
C1608JB1H102KTA
Chip C.
Chip C.
ChipC.
C84
C85
C83
d d Ü3d d
CLsza
£0£a£
O O O O
16MV 10SW+TS
C1608CH1H020CTA
C1608CH1HQ20CT A
16MV 10SW+TS
C1608JB1H102KTA
C1608CH1H010CTA
C1608CH1H01OCTA
hip C.
Chip C.
Chip C.
Chip C.
C
C88C89
C86
C87
C1608JB1H102KTA
C1608JB1H102KT A
C1608JB1H103KTA
Electrolytic C.
Electrolytic C.
Chip C
Chip C.
Chip C.
Chip C.
C90
C91 ,
C93
C92
C94
C95
o oS s S ^ S S S S S S S
ë
0
d ddd d d d
d J-
a
9-
9-
.9-
i
sz
IZ
JZ
IZCLJZCL£ È
UJ
0
OOO
O
o
16MV 10SW+TS
16MV 10SW+TS
C1608JB1H102KTA
C1608JB1H222KTA
C1608JB1H102KTA
Electrolytic C.
Electrolytic C.
Chip C.
Chip C.
Chip C.
C98
C99
C96
C100
IC97
DR140T: T, DR140E: E. DR140TE1: 1, DR140TE2: 2 21 22 DR140T: T, DR140E: E, DR140TÉ1: 1, DR140TE2:
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PARTS LIST
«_» vj u vi i’/ vj u v* v j vv »V w v; *•/ v; iv iv
OJniUZ>DZ)UJDDD3333Z)Z)33
O Ü Ü O O O O O O O Ü O O O O O O O
o ö o o ö o ö o o o ö ü o o o o o o o ö ö
O ' - N O ' I l I l l I l S l D f f l Q r
8
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CO ’’t
8 8
iQNainNSSu)inin
oööo o o c m o S S o o o ö ö
U^DD3DWDDD3Z)Z)3OT
ooaoooooouooooo
S C O O l O i - M 'f in il lS B O l O ' -M
80833333 3 3 33888
IW U U (V CI V/ IV l'J i 1
riiuawurJisDiJuu
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21
Page 22
ro
ro
Main Unit
Parts No.
No.
L21
QKA95D
L21 QKA75G
122 QC0063
QLD012 Coil
L23
Q1 XT0095
XT0095
Q2
XT0095
03
XT0095
Q4
XE0028
Q5
XE0028
Q5
Q7 XT0096
Q8 XU0131
XE0021
Q9
Q10
XU0152
XT0096
Q11
XU0112
Q12
XT0084 Transistor
Q13
Q14 XT0112
Q15
XE0021
Q16
XT0095 Transistor 2SC4081 T106R
Q17 XT0094
Q18
XT0081 Transistor 2SB1132T 100Q
Q19
XU0131 Transistor
020
XU0131 Transistor
Q22
XU0131
023
XT0148
024
XU0152
025
XT0095
026
XU0131 Transistor
027
XU0152
Q28 XT0095 Transistor 2SC4081 T106R
Rt
RK3026
R2
RK3030
R3
RK3026
R4
RK3042 Chip R.
R5
RK3043
R6
RK3043
R7
RK3026
RK3026
R8
RK3071
R9
R10 RK3054 Chip R.
R11 RK3026
R12
RK3058
R13
RK3071
R14
RK3038
315
RK3058 Chip R.
R16
RK3058 Chip R.
Rl7
RK3057 Chip R.
R18 RK3054
R19 RK3034
RK3064
R20
R21
RK3042
Description
Air Core Coil
Air Core Coil
Chip L.
Transistor
Transistor
Transistor
Transistor
FET
FET
Transistor
Transistor
FET
Transistor
Transistor
Transistor
Transistor
FET
Transistor
Transistor
Transistor
Transistor UMC5TR
Transistor
Transistor
Chip R.
Chip R.
Chip R. ERJ3GSYJ101V
Chip R. ERJ3GSYJ272V
Chip R. ERJ3GSYJ272V
Chip R.
Chip R.
Chip R. ERJ3GSYJ564V
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ102V
Chip R.
Chip R. ERJ3GSYJ471V
Chip R.
Chip R. ERJ3GSYJ222V
MR3.0 9.5T0.6
MR5.0 7.5T0.6
NL322522T047J
QL0012
2SC4081 T106R
2SC4081 T106R
2SC4081 T106R
2SC4081 T106R
3SK131V12-T1
3SK131V12-T1
2SC4099 T106N
OTC114EUT106
2SK880GR TE85L
UMC5TR
2SC4099 T106N
QTA114YU T106
2SC2954T1
2SS1292F
2SK880GR TES5L
2SA1576 T106R
DTC114EU T106
DTC114EU T106
DTC114EU T106
2SB1124-TD
2SC4081 T106R
DTC114EU T106
UMC5TR
ERJ3GSYJ101V
ERJ3GSYJ221V
ERJ3GSYJ222V
ERJ3GSYJ101V
ERJ3GSYJ101V
ERJ3GSYJ223V
ERJ3GSYJ101V
ERJ3GSYJ473V
ERJ3GSYJ564V
ERJ3GSYJ473V
ERJ3GSYJ473V
ERJ3GSYJ393V
ERJ3GSYJ223V
ERJ3GSYJ154V
Parts Name Ver.
T/E/2
1
E
T/E
T/E
T/E
T/E
T/E
Ref.
Parts No. Description Parts Name
No.
R22 RK3038
RK3054 Chip R.
R23
R24 RK3030
RK3045 Chip R.
R25
R28 RK3046 Chip R.
RK3062 Chip R. ERJ3GSYJ104V
R27
R28 RK3026 Chip R.
RK3054
R29
R30
RK3050
R31
RK3052
R32 RK3036
R33
RK3062
R34
RK3062
RK3021
R35
R36 RK3022
R37
RK3038
RK3042 Chip R.
R38
R39 RK3058 Chip R.
R40
RK3062
R41
RK3054
R42
RK3062 Chip R.
R43
RK3062
R44
RK3057 Chip R.
R46 RK3050 Chip R.
RK3026
R48
RK3074
R49
RK3047
R50
RK3034
R51
RK3066 Chip R.
R52
RK3074 Chip R.
R53
R54
RK3001
R5Ô RK3026
R56 RK4018
RK3014 Chip R.
R57
RK3026 Chip R.
R58
R59 RK3026
RK4024
R80
RK3014
R61
R62
RK0020
RK0028
R62
RK3017 Chip R.
R63
R64
RK3034 Chip R.
R65
RK3062
RK3017
R66
R68 RK0001
RK3031
R69
RK3031
R70
R71 RK3031
RK3031
R72
R73 RK3062
R74
RK3050
R75 RK3051
R76
RK3038
R77 RK3050
Chip R. ERJ3GSYJ102V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
ChipR.
Chip R. ERJ3GSYJ101V
Chip R. ERJ3GSYJ105V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ6GEYJ151V
Chip R.
Chip R. ERJ3GSYJ104V
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ271V
Chip R. ERJ3GSYJ271V
Chip R. ERJ3GSYJ271V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Ver.
ERJ3GSYJ223V
ERJ3GSYJ221V
ERJ3GSYJ392V
ERJ3GSYJ472V
ERJ3GSYJ101V
ERJ3GSYJ223V
ERJ3GSYJ103V
ERJ3GSYJ153V
5RJ3GSYJ681V
ERJ3GSYJ104V
ERJ3GSYJ104V
ERJ3GSYJ390V
ERJ3GSYJ470V
ERJ3GSYJ102V
ERJ3GSYJ222V
ERJ3GSYJ473V
ERJ3GSYJ104V T/E
ERJ3GSYJ223V
ERJ3GSYJ104V
ERJ3GSYJ104V
ERJ3GSYJ393V
ERJ3GSYJ103V
ERJ3GSYJ562V
ERJ3GSYJ471V T/E
ERJ3GSYJ224V
ERJ3GSYJ105V T/E
ERJ3GSY0R00V
ERJ3GSYJ101V
ERJ-12YJ220U
ERJ3GSYJ100V
ERJ3GSYJ101V
ERJ3GSYJ101V
ERJ-12YJ6S0V
ERJ3GSYJ100V
ERJ6GEYJ471V
ERJ3GSYJ180V
ERJ3GSYJ471V
ERJ3GSYJ180V
ERJ6GEYJ100V
ERJ3GSYJ271V
ERJ3GSYJ104V
ERJ3GSYJ103V
ERJ3GSYJ123V
ERJ3GSYJ102V
ERJ3GSYJ103V
T/E
T/E
T/E
T/E
2
T/E/1
DR140T: T, DR140E: E, DR140TE1: 1, OR140TE2: 2
Page 23
Ref.
Parts No. Description
No.
R78
RK3052 Chip R.
R79
RK4026
R80
RK3050
R81 RK3050
R82 RK3062
R83
RK3043
R84
RK3042
R85
RK3060
R86
RK3060
R87
RK3042
R88
RK3042
RK4034
R89
R90 RK3049
R91
RK3057 Chip R. ERJ3GSYJ393V
RK3062 Chip R.
R92
R93
RK3050
R94
RK3026
R95
RK3038
R95
RK3050
R97 RK3054 ChipR.
RK3Q23
R98
RK3030
R99
RK3062
R100
R101
RK3001 Chip R.
RK3044
R102
R1Û3
RK3050 Chip R. ERJ3GSYJ103V
R104
RK3001
R105
RK3053
RK3054 Chip R. ERJ3GSYJ223V
R106
R107
RK3033
R1Q8 RK3041
RK3046
R109
RK3044
R110
R111
RK3050
RK4034
R112
R113 RK3043 Chip R.
RK305Û
R115
RK3050
R116
RK3042
R117
R118 RK3001 Chip R.
R119
RK3Û42
R120
RK3042
R121
RK3001 Chip R.
R122
RK3042
R123
RK3042 Chip R.
R124
RK3001
R125
RK3062 Chip R.
R125 RK3050
R127
RK3050
R128 RK3038
R129
RK3058
R130 RK3026
R131
RK3038 Chip R. ERJ3GSYJ102V
R132 RK3067
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ222V
Chip R.
Chip R.
Chip R.
ChipR. ERJ3GSYJ101V
Chip R.
Chip R. ERJ3GSYJ103V
Chip R. ERJ3GSYJ560V
Chip R-
Chip R.
Chip R. ERJ3GSYJ332V
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ182V
Chip R.
Chip fl. ERJ3GSYJ332V
ChipR.
Chip R. ERJ-12YJ471U
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ222V T/E
Chip R.
Chip R. ERJ3GSY0R00V
Chip R. ERJ3GSYJ103V
Chip R. ERJ3GSYJ103V
Chip R. ERJ3GSYJ102V
Chip R. ERJ6GEYJ473V
Chip R.
Chip R.
Parts Name
ERJ3GSYJ153V
ERJ-12YJ101V
ERJ3GSYJ103V
ERJ3GSYJ103V
ERJ3GSYJ104V
ERJ3GSYJ272V
ERJ3GSYJ222V
ERJ3GSYJ683V
ERJ3GSYJ683V
ERJ3GSYJ222V
ERJ-12YJ471U
ERJ3GSYJ822V
ERJ3GSYJ104V
ERJ3GSYJt03V
ERJ3GSYJ102V
ERJ3GSYJ223V
ERJ3GSYJ221V T/E/1
ERJ3GSYJ104V
ERJ3GSYQROOV
ERJ3GSY0R00V
ERJ3GSYJ183V
ERJ3GSYJ102V
ERJ3GSYJ472V
ERJ3GSYJ103V
ERJ3GSYJ272V
ERJ3GSYJ103V
ERJ3GSYJ103V
ERJ3GSYJ222V T/E
ERJ3GSY0R00V
ERJ3GSYJ222V
ERJ3GSYOROOV
ERJ3GSYJ222V
ERJ3GSYJ222V T/E
ERJ3GSYJ104V
ERJ3GSYJ101V
ERJ3GSYJ274V
Ver.
1/2
T/E
1/2
T/E
T/E
T/E
Réf.
Parts No.
No.
R133
R01013
R134
RD1013 Resistor
R136
RK3052
R137
RK3054 Chip R.
R140
RH0039
TC1
CT0012
TH2
XSQ013
VR1
RH0108
VR2
RH0103
VR3 RH0060 Trim Pot
VR4
RH0103
VR5
RH0103
VR6
RH0061
X1 XK0001
X2 XQ005SA
X3 XQ0054Z
XF1
XF0014Z Crystal Filter UM1 30.85MHZ
SD0034 Earth Spring
UE0257
EHM45Z
DS0351
ADFM78
FP01C3Z
YZ0012
HK0408
HP0016
HP0035
HPO037
HU0069
HU0073
HU0075
PH0009
PK0063
PR0237
PS0242
PT0004A
ADUA38
FM0114
AJ0025
YZ0138 Adhesive Tape
FM0079 Wrench
EF0005 Fuse 15A
AE0Û12
AA0013
AJQQ03
AZ0009 Spring Washer
AZ0010
AN0002
Description
Resistor
Chip R. ERJ3GSYJ153V
Chip R.
Trimmer CTZ10AW
Thermistor
Trim Pot
T rim Pot
Trim Pot
Trim Pot
Trim Pot
Ceramic Oiscri
Crystal UM5 30.395MHz
Crystal
Packing
Main Unit / Packing
Parts Name
R01013
RD1013
ERJ3GSYJ223V
ERJ6GEYJ222V
TD5-C268DH
EVm1YSX50B15
EVM1YSX50B14
MVR32HXBRN473
EVM1YSX50B14
EVM1YSX50B14
MVR32HXBRN472
CDB455C7
HC49U 12.8MHZ
Antenna Cable
Microphone
Model Name Plate
Bracket
Button Cover
Adhesive Tape
Item Carton
Vinyl Bag (or Button Cover
Vinyl Bag for Radio
Vinyl Bag for Braket
Fixture DR610
Fixture 45 x 146
Fixture
Registration Card T
Schematic Diagram
FCC Part 15 Seal
Instruction Manual
Lot Numcwr Seal
Power Cable
MIC Hanger
Screw
Bolt
Screw
Screw
Washer
Nut
Ver.
T/1/2
T/1/2
2
T
DR140T: T, DR140E: E, DR140TE1: 1, DR140TE2: 2
Page 24
CPU Unit
Ref.
No.
Parts No.
Description
Parts Name
CPU Unit
FM0077Z
DG0013Z
FG0241Z
TL0018
TL0019
FP0110 LED Spacer
TT1002 Tube 1.0 6mm
C301
CU3035
CU3035
C302
C303
CÜ3035 Chip C. C1608J81H102KTA
C304 CU3047 Chip C. C160SJB1H103KTA
C305 CS0237 Chip Tantal TMCMA1A475MTR
C306 CU3101 Chip C.
C307
CU3101 Chip C. C1608JB1C473KTA
C308 CU3035
C309
CU3035 Chip C.
CS0237
C310
C311
CU3085 Chip C. C1608CH1H30QJT-A
C312
CE0308
C313
CU3059
C314
CU3085
C315 CU3047 Chip C. C1608JB1H103KTA
C316
CU3049
C317 CU3043
CU3Q43
C318
C319
CU3043 Chip C. C1608JB1H472KTA
C320 CU3047
C321
CU3111
C322
CU3059
C323
CU3051 Chip C. C1608JB1E223KTA
C324
CE0312
CU3035 Chip C. C1608JB1H1Q2KTA
C325
C325 CE0312 Electrolytic C.
C327
CU3051 Chip C.
C328
CU3059
C329
CS0372 Chip Tantal TMCMB1C106MTR
C330
CU3019
C331
CS0220
C332
CS0220 Chip Tantal
C333 CU3031
C334
CU3C31 Chip C.
CN301
UX1201
CN302
UE0192
CN303 UE0192
CN304
UE0170
XL0051
0301
X00254
0302
XD0127
0303
D304 XD0255 Diode
XD0254
0305
ELD036
EL301
XA0446
IC302
XA0351
IC3D3
Chip C.
Chip C. C1608JB1H102KTA
Chip C.
Chip Tantal
Electrolytic C.
Chip C.
Chip C- C1608CH1H300JT-A
Chip C.
Chip C. C1608JB1E153KTA
Chip C. C16Q8JB1H472KTA
Chip C. C1608J81H103KTA
Chip C.
Chip C. C1608JF1E104ZTA
Electrolytic C.
Chip C. C1608JF1E104ZTA
Chip C. C1608CH1H470JTA
Chip Tantal
Chip C. C1608JB1H471KTA
Wire
Connector
Connector
Connector
LED
Diode 1SS355TE17
Diode
Diode
LCD
IC
IC
LCO Holder OR 130
LCD Light DR130
LCD Rubber Connector
LCD Filter
LCD Filter
C1608J81H102KTA
C1608JB1C473KTA
C1608JB1H102KTA
C1608JB1H102KTA
TMCMA1A475MTR
6.3CV 100BS
C1608JF1E104ZTA
C1608JB1E153KTA
C1068J81C104MTA
ECEV1CA1Q0R
ECEV1CA100R
C1608JB1E223KTA
TMCMA 1C225MTR
TMCMA1C225MTR
C1603JB1H471KTA
Wire DR140TE1. 1/2
11R JE
11RJE
B9BZFI
VRPG3312X
MA704WA TX
MA8110HTX
1SS355TE17
LCD HLC8943-013400
M38223M4-108H
24LC16BT-I/SN
Ref.
Ver.
Parts No.
No.
IC304
XA0238 IC
IC305
XA0208
IC306 XA0198
UJ0037
JK301
JW301 MPAL05GG Wire #30PH1-050-H1
JW302
MPAL05GG
JW303 MPAL05GG
JW304
MACL04GG
EP0003
LP301
LP302 EP0003 Lamp BQ031 30403A
Q301
XU0112
Q302
XU0112
Q303 XT0095 Transistor 2SC4081 T106R
Q304
XT0095
XU0060 Transistor
Q305
Q306 XT0113 Transistor
Q307
XT0095
Q308 XU0131
R301
RK3001
RK3038
R302
R304 RK3038 Chip R. ERJ3GSYJ102V
RK3026 Chip R.
R305
R306 . RK3038
RK3034 Chip R.
R307
R308
RK3038
R309
RK3058
R310
RK3038
R311
RK3043
RK3038
R312
RK3034 Chip R.
R313
R314
RK3072
R315 RK3038
R316 RK3038 Chip R. ERJ3GSYJ102V
R317
RK3038
RK3050
R318
RK30S9
R319
R320
RK3046
R321 RK3074
R322
RK3026
R323 RK3050
R324
RK3046
R325
RK3038
RK3001 Chip R. ERJ3GSY0R00V
R326
RK3074
R327
R328 RK3046
RK3044
R329
RK3062 Chip R.
R330
RK3038 Chip R.
R331
R332
RK3050
R333 RK3038
R334 RK3050 Chip R.
RK3001 Chip R.
R335
RK3054 Chip R.
R337
RK3068
R338
Description
IC
IC
Jack
Wire
Wire
Wire #30AH1-040-H1
Lamp
Transistor
Transistor
Transistor
T ransistor
Transistor
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ102V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ101V
Chip R.
Chip R. ERJ3GSYJ472V
Chip R. ERJ3GSYJ102V
Chip R.
Chip R. ERJ3GSYJ472V
Chip R. ERJ3GSYJ332V
Chip R.
Chip R.
Chip R.
Parts Name
AN78L05M E1
RH5VA45AA T1
RH5VA32AA T1
C4T-U1-PC
#3QPH1-050-H1 1/2
#30PH1-050-H1
8Q031 30403A
DTA114YU T106
DTA114YU T106
2SC4081 T106R
UMC2TR
2SC2873YTE12R
2SC4081 T106R
DTC114EU T106
ERJ3GSY0R00V
ERJ3GSYJ102V
ERJ3GSYJ101V
ERJ3GSYJ102V
ERJ3GSYJ471V
ERJ3GSYJ102V
ERJ3GSYJ473V
ERJ3GSYJ272V
ERJ3GSYJ102V
ERJ3GSYJ471V
ERJ3GSYJ684V
ERJ3GSYJ102V
ERJ3GSYJ102V
ERJ3GSYJ103V
ERJ3GSYJ563V
ERJ3GSYJ472V
ERJ3GSYJ105V
ERJ3GSYJ103V
ERJ3GSYJ105V
ERJ3GSYJ104V
ERJ3GSYJ102V
ERJ3GSYJ103V
ERJ3GSYJ102V
ERJ3GSYJ103V
ERJ3GSY0R00V
ERJ3GSYJ223V
ERJ3GSYJ334V
Ver.
1/2
1/2
T
T/E
ro
CO
DR140T: T, DR140E: E, DR140TE1: 1. DR140TE2: 2
Page 25
Ref.
Parts No.
No.
RK3062
R339
R341
RK3001
R342 RK3038
R343 RK3046
R344
RK3050
RK3054
R345
RK3050
R346
R347 RK3062
RK3038
R348
R349 RK3001
RK3001
R350
RK3102
R353
RK3102
R355
RK3050
R356
RK3050
R357
RK3062
R353
RK3102
R360
RK3050 Chip R.
R361
RK3058
R363
R364
RK3055
R365 RK3070
RK3058
R366
RK3102
R36S
RK3050
R369
RK3102
R370
RK3038
R371
RK0014
R372
RK3042
R373
RK3070
R375
R376 RK3046
R377 RK3055
RK3070
R378
RK3001
R379
R380 RK3058 Chip R. ERJ3GSYJ473V
R381 RK3070
R382 RK3034 Chip R. ERJ3GSYJ471V
RK3034
R383
UR0002 Encoder
RE301
SW301 UU0025
SW302 UU0015
UU0015 Switch SKQD 901
SW303
SW304 UU0Û15 Switch SKQD 901
UU0025
SW30S
SW306 UQ0011
RV0035
VR301
XQ0091
X301
UP0317A DR140 P.C.B.
ES0017 Speaker
FG0040
UX1047
Description
Chip R. ERJ3GSYJ104V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ223V
Chip R. ERJ3GSYJ103V
Chip R. ERJ3GSYJ104V
Chip R. ERJ3GSYJ102V
Chip R.
Chip R. ERJ3GSY0R00V
Chip R. ERJ3GSYJ203V
Chip R. ERJ3GSYJ203V
Chip R. ERJ3GSYJ103V
Chip R.
Chip R. ERJ3GSYJ104V
Chip R.
Chip R. ERJ3GSYJ473V
Chip R.
Chip R.
Chip R. ERJ3GSYJ473V
Chip R.
Chip R. ERJ3GSYJ103V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ474V
ChipR. ERJ3GSYJ472V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Switch SKQMAL
Switch
Switch
Switch ESB64801
Trim Pat
Crystal
SP Unit
Wire
Parts Name
ERJ3GSY0R00V T/E
ERJ3GSYJ102V
ERJ3GSYJ472V
ERJ3GSYJ103V
ERJ3GSYOROOV E
ERJ3GSYJ 1.03V
ERJ3GSYJ203V
ERJ3GSYJ103V
ERJ3GSYJ273V
ERJ3GSYJ474V
ERJ3GSYJ203V
ERJ3GSYJ203V
ERJ3GSYJ102V
ERJ6GEYJ630V
ERJ3GSYJ222V
ERJ3GSYJ273V
ERJ3GSYJ474V
ERJ3GSYOROOV
ERJ3GSYJ474V
ERJ3GSYJ471V
EVOWQGF1524B
SKQO 901
SKQMAL
EVUF2JFK4814
38C 4.9152MHZ
VS-57-0814-1.5W
Speaker Cushion
Harness DR 130
CPU Unit I SP unit I VCO Unit
Réf.
Ver.
T
Parts No.
No.
TS116AZ Case
C201
CU3103
CU3106
C202
C203
CU3035
C204
CU3035
C205
CU3035
C206
CU3101
C207
CU3035
C208 CS0235 Chip Tantal TMCSA1V334MTR
CU3043 Chip C.
C209
C210 CU3043
CS0371
C211
CS0371
C212
C213 CU3023 Chip C.
CU3025
C213
CU3024 Chip C.
C213
CU3043
C214
CU3035 Chip C.
C216
CS 0217
C217
C218 CU30C3 Chip C.
C219
CU3035
C221
CU3031
C223 CU3015
C224
CU3035 Chip C.
CU3035 Chip C.
C225
CU3059
C226
CU3Û35
C229
C230 CS0216
C232 CU3035 Chip C.
C233
CU303S
C245
CU3035
C246
CS0220
C247
CU3007
CU3005
C247
C247 CU3006
C248
CU3001 Chip C.
C249
CU3022
CN201
UE0188
CN202 UE0185 Connector
0201
X00298 Diode
0202 XD02S8 Diode
0205 XD0112 Diode
0206 X00230 Diode
XD0298
0207
XA0235
IC201
L203
QC0042
L204
QC0042
QC0045 Chip L.
L205
QA0067
L202
Description
VCO Unit
Chip C.
Chip C.
Chip C.
Chip C.
Chip C.
Chip C.
Chip C. C1608JB1H102KTA
Chip C.
Chip Tantal
Chip Tantal TMCMA1C335MTR
Chip C.
Chip C.
Chip Tantal
Chip C.
Chip C.
Chip C.
Chip C.
Chip C.
Chip Tantal
Chip C.
Chip C.
Chip Tantal
Chip C.
Chip C.
Chip C.
Chip C.
Connector
Diode
IC
ChlpL
Chip L.
Coil
Parts Name
VCO Case
C1608UJ1H150JTA
C1608UJ1H390JTA
C1608JB1H102KTA
C1608J81H102KTA
C1608JB1H102KTA
C1608BIC473KTA
C1608JB1H472KTA
C1608JB1H472KTA
TMCMA1C335MTR
C160BCH1H101JTA
C1608CH1H151JTA
C1608CH1H121 JTA
C1608JB1H472KTA
C1608JB1H102KTA
TMCMC1A226MTR
C1608CH1H020CTA
C1608JB1H102KTA
C1608JB1H471KTA
C1608CH1H220JTA
C1608J81H102KT A
C1608JB1H102KTA
C*608JF1E104ZTA
C1608JB1H102KTA
TMCMB1A106MTR
C1608JB1H102KTA
C1608JB1H102KTA
C1608JB1H102KTA
TMCMA1C225MTR
C1608CH1H060CTA
C1608CH1H040CTA 2
C1608CH1H050CTA
C1608CH1H0R5CTA
C1608CH1H820JTA
B9P-BC-2
B6P-8C-2
1 SV273(TPH3)
1 SV273(TPH3)
1SV128 TE85L
OAN202U T106
1SV273(TPH3)
M56760FP
NL322522T1R8J
NL322522T1R8J
NL322522T3R3J
100M OSC-2 -T
Ver.
T/E
1
2
1
T/E
DR140T: T, DR140E; E. 0R140TE1: 1, DRUOTE2: 2
Page 26
VCO Unit I Mechanical Parts I EJ-20u
Ref.
Parts No.
No.
Q201 XE0010
Q202 XT0111
Q203 XT0111 Transistor
Q204
XT0096
Q207
XU0131
Q208
XU0131
Q206
XU0060
Description
FET
Transistor
Transistor
Transistor
Transistor
Transistor UMC2TR
2SK508K52 T2B
2SC4081LNT106S
2SC4081LN T106S
2SC4099 T106N
DTC114EU T106
0TC114EU T106
Parts Name
Ver.
R201 RK3038
R202
RK3038
R203 RK303S Chip R.
RK3046 Chip R.
R206
RK3058 Chip R.
R207
R2Û8 RK3034 Chip R. ERJ3GSYJ471V
R21Ü
RK3040
R212 RK3030
R213
RK3041 Chip R.
R214
RK3022 Chip R. ERJ3GSYJ470V
R216 RK3026
R217
RK3018
R218
RK30S0
R219
RK3038
R221 RK3001
R224
RK3034
RK3054 Chip R.
R225
R226
RK3026
R228 RK3041
R229 RK3026
R231 RK3058 Chip R.
R232
HK3058
R233 RK3040
R234 RK3046 Chip R.
RK3026
R235
RK3046
R236
R237 HK3066
R238 RK3058
Chip R. ERJ3GSYJ102V
Chip R. ERJ3GSYJ102V
Chip R.
Chip R. ERJ3GSYJ221V
ERJ3GSYJ102V
ERJ3GSYJ472V
ERJ3GSYJ473V
ERJ3GSYJ152V
ERJ3GSYJ182V
Chip R.
Chip R.
ChipR.
Chip R.
Chip R. ERJ3GSYOROOV
Chip R. ERJ3GSYJ471V
Chip R.
Chip R.
Chip R.
Chip R.
Chip R.
Chip R. ERJ3GSYJ101V
ChipR.
Chip R.
Chip R. ERJ3GSYJ473V
ERJ3GSYJ101V
ERJ3GSYJ220V
ERJ3GSYJ103V
ERJ3GSYJ102V
ERJ3GSYJ223V
ERJ3GSYJ101V
ERJ3GSYJ1B2V
ERJ3GSYJ101V
ERJ3GSYJ473V
ERJ3GSYJ473V
ERJ3GSYJ152V
ERJ3GSYJ472V
ERJ3GSYJ472V
ERJ3GSYJ224V
Mechanical Parts
AD0010 D3+8FeNi
AEÛ014
AV0001
FF0028
FM0152
KS0041C2
KZ0039A
KZ0040A
K200452
KZ0047Z Top Case
NB0063Z
SS0Û52Z Chassis
TS0125Z
FP0004
B2.6+8FeBC
B2.6+6FeNi
Nonwovens
IC Spring
Bottom Case
Dial Knob
Volume Knob
Front Panel
Power Switch Knob
Front Shield Case
Cable Tie
1/2
DR140T: T, DR140E: E, OH
Page 27
Parts No. Description
EJ-20U
C501
CS0236 Chip Tantal
C502
CU3059 Chip C. C1608JF1E104ZTA
C503
CS0230 Chip Tantal TMCMA1E105MTR
C504
CU3059
C505
CS0230 Chip Tantal TMCMA1E105MTR
C506 CS0230
C507
CS0230 Chip Tantal
C508 CU3023
C509 CS0237
C510
CU3019
C511 CU3035
C512
CU3015 Chip C.
C513 CU3015
Chip C. C1608JF1E104ZTA
Chip Tantal
Chip C.
Chip Tantal TMCMA1A475MTR
Chip C.
Chip C.
Chip C.
TMCMAOJ685MTR
TMCMA1E105MTR
TMCMA1E105MTR
C1608CH1H101JTA
C1608CH1H470JTA
C1608JB1H102KTA
C1608CH1H220KTA
C1608CH1H220KTA
Parts Name Ver.
CN501
UX1050
C501 XA0239
QS01 XT0095 Tansistor
R5Q1 RK3040 Chip R.
R502 RK3022 Chip R.
RK3067 Chip R.
R503
R504
RK3038
R505 RK3051
R506
RK3049 Chip R.
R507
RK3067 Chip R.
R5D8 RK3047
R509 RK3068 Chip R.
RK3054
R510
R5J1 RK3054
R512
RK3055
RK3074
R513
R514 RK3065
RK3048 Chip R.
R515
RK3056
R516
RHO106
VR501
XQ0077
X501
HK0305
HP0029 Protection Bag
FG0057
UP0243
YZ0042
Wire EJ20u
IC
ChipR.
Chip R. ERJ3GSYJ123V
Chip R.
Chip R.
Chip R.
Chip R.
ChipR.
Chip R.
Chip R.
Trim. Pot
Crystal
Adhesion
AK2341
2SC4081 T106R
ERJ3GSYJ152V
ERJ3GSYJ470V
ERJ3GSYJ274V
ERJ3GSYJ102V
ERJ3GSYJ822V
ERJ3GSYJ274V
ERJ3GSYJ562V
ERJ3GSYJ334V
ERJ3GSYJ223V
ERJ3GSYJ223V
ERJ3GSYJ273V
ERJ3GSYJ105V
ERJ3GSYJ184V
ERJ3GSYJ682V
ERJ3GSYJ333V
EVM1YSX50BQ4
38C 3.686400MHz
Carton
Rubber Cushion
P.C.B.
Bond G17
140TE1: 1, DR140TE2: 2
Page 28
A DJ US T ME NT
1 ) Re q uire d Te s t Equip men t
1. Digital Multimeter
d. Distortion Meter
Measurable frequency:
2. Regulated Power Supply
Supply voltage: 13.8VDC
Current: 15A or more
3. Oscilloscope
Measurable frequency: Audio Frequency
4. Spectrum Analyzer f- Linear Detector
Measuring range: Up to 2GHz or more
5. Tracking Generator
Output frequency: Up to 2GHz or more
Input level:
Distortion level:
e. Audio Generator
Output frequency:
Output impedance:
1kHz
Up to 40dB
1 % ~ 1 0 0 %
1kHz ~ 10kHz
600£2
6. Dummy Road
Measurable frequency: Up to 500MHz
Impedance: 50Q
Power: 60W or more
7. Speaker
Impedance:
8 Q
8. SSG
Output frequency:
Output level:
Modulation:
Up to 1GHz
-20dB/0.1ji.V to120dB/1V
AM/FM
9. Transceiver Tester
Up to 500MHz
a. Frequency Counter
b. Power Meter
Impedance:
Measuring range:
50£2
60W or more
c. Audio Voltmeter
Measurable frequency:
Sensitivity:
28
50Hz ~ 10kHz
1mV~ 10V
Page 29
Test Equipment
1. All SSG output is indicated by EMF.
2. Audio Output level: 50mW~100mW at 8Q
3. Power supply voltage: 13.8V
3. Test frequency can be variable ±100kHz.
2 ) P LL A d j us t m e n t
Item Condition
Equipment Terminal Parts
Measurement Adjustment
Specifications
Method
Reference
Frequency
VCO
f=145.00MHz (T, E.TE1)
f=162.00MHz (TE2)
TX
f=173.99MHz
RX
3) T X A dj u s tm e n t
High
Power
Low
Power
Deviation
MIC Gain AG: 1kHz 4mV emf
CTCSS
Tone
Level
f=145.00MHz (T, E.TE1)
f=162.00MHz (TE2)
High TX
f=145.00MHz (T, E, TE1)
f=162.00MHz (TE2)
LowTX
f=145.00MHz (T,E,TE1)
f=162.00MHz (TE2)
Low TX
AG: 1kHz 40mV emf
f=145.00MHz (T,E,TE1)
f=162.00MHz (TE2)
Low TX
AG: OFF
TONE SW: ENC
88.5Hz
Freq. Counter
Power Meter
Digital
Multimeter
Power Meter
Current Meter
Linear Det.
Oscilloscope
Power Meter
AG
ANT
PD
ANT
145.00MHz (T, E, TE1)
TC1
162.00MHz (TE2)
VCO
L302
VR5
VR6
VR4 4.7kHz/DEV
VR3
52W (T, E)
36W (TE1, TE2)
7.0V + 0.1V
5.5W
3.0kHz/DEV
Check
±100Hz
+ 1.0W
10.5A or below (T, E)
8.5A or below (TE1.2)
5.5 + 0.5W
4.7kHz ± 0.2kHz/DEV
3.0kHz + 0.2kHz/DEV
0.6 ~ 1.1kHz/DEV
Tone
Burst
TBSTON 1750Hz
Check 2.5 ~ 3.9kHz/DEV
Page 30
4) RX Adjustment
Item Condition
f= 144.00MHz (T, E)
f=137.00MHz (TE1)
Sensitivity
S Meter
f=150.00MHz (TE2)
SSG OUT: -lOdBjLL
1 kHz 3.5kHz/Dev
f=144.00MHz (T, E)
f=137.00MHz (TE1)
f=150.00MHz (TE2)
SSG OUT: -8.5dBjLi
1 kHz 3.5kHz/Dev
f=145.00MHz (T, E, TE1)
f=162.00MHz (TE2)
SSG OUT: 18.0dBp.
Mod: OFF
SSG OFF
Measurement
Equipment Terminal Parts
SSG
SINAD Meter
Oscilloscope
(0.2V/Dev)
Level Meter
SM
LCD
S Meter
L1 ~L5
VR1
Adjustment
Method
Turn the coils L5, L4,
L2, L1, L3 to the max.
in order. Adjust the
coils repeatedly.
Check
Set to the point where
all segments start
flashing.
Check Does not light.
Specifications
SINAD is 12dB or
more.
SQL level
f=145.00MHz (T, E, TE1)
f= 162.00MHz (TE2)
SSG OUT: -12dB|i
Mod: OFF
SSG OFF
LCD
Busy
Busy
OFF
VR2
Set to the threshold
point to close the
squelch.
Check
Busy OFF
SQL L mode
Busy OFF
I
27
Page 31
5 ) Adju s t ment Points
28
Page 32
m
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BPS
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mW
29
Page 33
2) Main Unit Side B
fonrm.
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30
Page 34
3) CPU Unit Side A
4) CPU Unit Side B
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31
Page 35
5) VCO Unit Side A
R?08
lO T g e n a g r
' ■ ^ í a i H r a S
M i i ^ - ' f l c ? ! ! . ! Q J 2 É 1
6) VCO Unit Side B
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Page 36
7) EJ-20U (CTCSS Unit:Option)
CD
R 5 1 4 R 5 . 1 5
C N 5 0 1
R 5 0 4
33
Page 37
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Page 38
1) M a in U n itT /E
Page 39
2) M a in U n it T E 1 /T E 2
FL1 LF-H12S
R73
100K
Scoter SET
pSC408 R17
Diaorzs.jB
;4cgg
XF 133.35MHz
QAaao.
026
DA2C4N
)A0 08 <
I
JC01S©
RFOUT
CNO
MOD
Ria7
IK
22PI15P I M687Q2L QKA75G
10P 15P M687Q2H QKA9SD
R^05
12**2)A
38
Page 40
m CO
O
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c
c
3
R301 (eoím)
(Pink)
JW 301
R341 (8 Mini)
<PW0
JW 302
(B a m ) 1 ! 0 0
R350
(Pirk)
JW 3 03
(Bu.) 1
JW 30 4
(6« m) 0 1 0
R349
UX12 01
03
CO
T
1 l
0
1 1
0
0 I 0
0 0
£
0
0 1
0 0
TE1 TE2
0 0
1
0
1
1
1
0
1
0
1
0
0
1
Page 41
4^
O
4) VCO Unit
XC225
-^ 0 .001
8?!?1 4 EU
Ver.
C213
C247
TE 100P 5P
TE1
TE2
BV
150P
120P
200P
6P
4P
5P
Page 42
5) EJ-20U(CTCSS Unit: Option)
-F*
Page 43
ALINCO, INC.
Head office: "TWIN 21” MID Tower Building 25F
1-61, 2-Chome, Shiromi, Chuo-ku, Osaka 540-8580, Japan
Phone: 06-6946-8150 Fax: 06-6946-8175
E-mail: export@alinco.co.jp
U.S.A.: 438 Amapola Avenue, Unit 130, Torrance, CA 90501-6201, U.S.A.
Phone: 310-618-8616 Fax: 310-618-8758
http://www.alinco.com/
Germany: Eschborner Landstrasse 55, 60489 Frankfurt am Main, Germany
Phone: 069-786018 Fax: 069-789-60766
http://www.alinco.de/
Dealer/Distributor
© Copyright 2000 Alinco, Inc. Osaka Japan
Printed in Japan
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