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DR-430E/T/TE1-5Service Manual
CONTENTSSPECIFICATlONS PARTS LIST
1) General 2 RF Unit 22-252) Transmitter 2 CPU Unit 26-273) Receiver 2 VCO Unit 28
CIRCUIT DESCRIPTION SP Unit 281) Receiver System 3 Mechanical Parts 292) Transmitter System 4 Packing 293) PLL Circuit 4 EMS-5A 304) Terminal Function of Microprocessor 5-6 EMS-11 305) Terminal Connection of.Microprocessor 8 EJ19u 31
SEMICONDUCTOR DATA EJ20u 311) AK2341 9 ADJUSTMENT2) AN78LO5M 10 1 ) Required Test Equipmen323) AN8010M 10 2) Adjustment Points 324) BU4052BF 10 3) Adjustment for DR430T 335) LR408721 11 4) Adjustment for DR430E 346) M5218FP 11 5) Adjustment for DR430TE357) M56760FP 12 6) Adjustment for DR430TE368) MC7808CT 13 7) Adjustment for DR430TE36-19) RH5VA32AA-T1 13 8) Adjustment for DR430TE36-210) RH5VA45AA-T1 13 9) Adjustment for DR430TE36-311) M57788L, M, H 14 PC BOARD VIEW12) TK10487MTR 15 1) CPU Unit Side A 3713) X24CO2S8-30 15 2) CPU Unit Side B 3714) uPC1241H 15 3) RF Unit Side A 3815) Transistor, Diode and LED Outline Draw16 4) RF Unit Side B 3916) LCD Connection 17 5) VCO Unit Side A 40
EXPLODED VIEW 6) VCO Unit Side B 401) Bottom View 18 CIRCUIT DIAGRAM2) Top, Front View 1 19 1) RF Unit 413) Top, Front View 2 20 2) CPU Unit 42
3) EMS-5 434) EMS-11 43
BLOCK DIAGRAM 44
NOTICE: When ordering replacement parts, make sure to include the followingfourpoints: (1) Parts No.(2) Description(3) Equipment model name(4) Quantity required
ALINCO INCORPORATED
TWIN 21 M.I.D. TOWER BUILDING 23F, 1-61, 2-CHOME,SHIROMI CHUO-KU , OSAKA, 540-8580 JAPAN
Tel (81)6-6946-8150 fax (81)6-6946-8175e-mail: [email protected]
SPECIFICATIONS1) General
Frequency Coverage:RX: 430.000 ~ 460.000MHz (T version)TX: 440.000 ~ 450.000MHz (T version)TX/RX: 430.000 ~ 440.000MHz (E version)RX: 400.000 ~ 425.000MHz (TE1 version)TX: 400.000 ~ 420.000MHz (TE1 version)RX: 445.000 ~ 475.000MHz (TE2 version)TX: 450.000 ~ 470.000MHz (TE2 version)TX/RX: 430.000 ~ 450.000MHz (TE3 version)TX/RX: 470.000 ~ 490.000MHz (TE4 version)TX/RX: 490.000 ~ 510.000MHz (TE5 version)
Frequency Resolution: 5, 10, 12.5, 15,20,25kHzstepsAntenna Impedance: 50 ohm unbalanced
Power Supply Requirements: DC 13.8 +/-10% Volts DC Current Drain at l3.8V
Receiving: Squelched less than 800mATransmitting: High/10.0A (approx.) Low/3.5A (approx.)
Dimensions: 140mm(W) x 40mm(H) x 154mm(D) Weight: 0.86kg (approx.)
2) Transmitter Output Power: High: 35Watts
Low: 5Watts (Approx.) Emission Mode: F3E(FM) Modulation System: Variable Reactance Frequency Modulation Max. Frequency Deviation: +/ -5kHz (Wide Version)
+/ -2.5kHz (Narrow Version) Spurious Emission: -60dB or below carrier Microphone: Electret Condenser Microphone Operating Mode: Simplex/Semi-Duplex Offset : 0ffset from 0 to 15.995MHz
3) Receiver Receiving System: Superheterodyne Dual Conversion Intermediate Frequency: 1stIF: 30.85MHz
2nd lF: 455kHz12dB SINAD less than -16dBu
Sensitivity: More than +/-6kHz at -6dB (Wide Version) Selectivity: Less than +/-15kHz at -60dB (Wide Version)
Audio Power Output: More than 2.5W 10% Distortion Speaker Impedance: 8 ohm
Page-2
CIRCUIT DESCRIPTION1 ) Receiver System
1. Front End The signal from the antenna is passed through a low-pass filter and input tothe L16. The signal from L16 is led to the gate of Q1. D4 and D17 are thediode limiter circuit against the excessive input power of more than 20dBm.Q1 is the FET which.has two gates. The voltage of the gate 2 is set higherto get the high gain and sensitivity. The signal from Q1 is led to the bandpass filter L5, and gets the high image rejection ratio. The signal is amplifiedby Q18, and led to the band pass filter L3.
2. Mixer Circuit The signal from the band pass filter L3 is converted into the first IF signal of30.85MHz. The receiving signal is led to the gate 1 of Q2, and the first localoscillator signal is led to the gate 2 of Q2. To reduce the high adjacentchannel interference, the band width of the FL2 is set to 20kHz. The signalfrom FL2 is amplified by Q8, and input to FM IF system IC3 of TK10487.
3. lF Circuit The TK10487 has the second local oscillator circuit, mixer circuit, detectorcircuit, squelch circuit, and so on. Pin1 and 2 are the terminals of the crystaloscillator circuit. Pin2 (emitter) is connected to the ground via the resisterR108 to prevent the oscillator from decreasing the power at the low tempera-ture. Pin4 of IC3 is connected to FL1 directly because the matching resistorfor ceramic filter is built-in. The quadrature circuit (pin10 of IC3) is con-nected to the ceramic resonator X2 for the temperature stability and goodquality. The signal from pin11 of IC3 is connected to the LPF. The detectedAF signal, which has flat frequency characteristics, is led to the control unitand used as both squelch signal and tone squelch signal. De-emphasiscircuit consists of R22, R23, C30 and C31. The LPF amplifier consisting ofQ5 and Q6 is located far away from the VR in the control unit, so it outputsthe high voltage signal to prevent S/N from the deterioration. The squelchswitch circuit consists of Q4 and Q16, and switches on/off at the point wherethere is no voltage to prevent from the switching noise. The S meter signalfrom pin12 of IC3 is led to the CPU in the control unit after adjusting the levelat D16 and VR3. The S meter signal is thermal compensated by TH1 andstabilized. The noise amplifier consists of pin13 and 14, the built-in OPamplifier in IC3. The output signal of noise amplifier is amplified by Q14,rectified by D10, and then led to the pin15 (hysteresis comparator input) ofIC3.
4. AF Circuit IC4 is about 5W audio power amplifier IC. When the capacity of pin1 in C82is increased more, the output incidental noise becomes smaller. The high-pitched tone becomes smaller at the same time. This radio's capacity ofC82 is determined considering the high-pitched tone.
PAGE-3
2) Transmitter System
1. Modulation CircuThe microphone amplifier IC1 (IDC, LPF) consists of two operational amplifi-ers. The signal from the microphone is led to pre-emphasis circuit consistingof C129 and R34 and then to the limiter circuit. The limiter circuit uses thesaturation of the OP amplifier. The amplified signal is input to the low-passfilter IC1A. The output signal from the microphone amplifier is passedthrough variable resistors VR2 for modulation adjustment and input to theVCO unit. Sub tone deviation is determined by R18, R74 and VR2. Theradio does not have the adjustment variable resistor for sub tone deviation.
2. TX Amp. Circuit The signal from VCO is amplified by TX, RX wide band LO amplifier Q19.The signal from Q19 is passed through the transmission/reception selector,and amplified by Q27, Q20 and Q15. The PA unit is driven at 400mWdriving power.
3. PA Circuit IC5 is 35W powered amplifier module. The output power is controlled by thevoltage of V1. The RF signal amplified 35W in PA is passed through D5 andtwo-stage transmission/reception low-pass filter, and input to the antennaconnector.
4. ALC Circuit The power detection circuit consisting of D11 and D12 rectifies the outputsignal voltage. The detected DC voltage is led to the VR1 (power adjusttrimmer), and amplified by Q3, Q9 and Q13. Output power is controlled byvoltage of V1 in IC5 and collector voltage of Q15. When the temperaturegoes up unusually, the power down circuit consisting of R83 and TH2 worksto prevent the device from the destruction.
3) PLL Circuit The VCO unit is designed for the PLL circuit, putting the VCO on one side,and PLL circuit on the other side.Q301 in the VCO is grounded using the gate oscillator, and its frequencycovers 430MHz to 460MHz without transmission/reception shift circuit.IC301 is pulse swallow system based PLL IC with the built-in prescaler,which synthesizes 430MHz-band signal.The loop filter consisting of Q302, Q303 and Q306 is the active type.
PAGE-4
4) T
erm
inal
Fun
ctio
n of
Mic
ropr
oces
sor
Port
No.
I/OLo
gic
PinN
ame
Des
crip
tion
Port
No.
I/OLo
gic
PinN
ame
Des
crip
tion
1O
SEG
19LC
DSe
gmen
t19
Out
put
41O
Clo
ckC
LKC
lock
Out
put
2O
SEG
20LC
DSe
gmen
t20
Out
put
42O
Clo
ckD
ATD
ataO
utpu
t3
OSE
G21
LCD
Segm
ent2
1 O
utpu
t43
OC
lock
ST1
Stro
be O
utpu
t for
PLL
IC4
OSE
G22
LCD
Segm
ent2
2 O
utpu
t44
OC
lock
ST2
Stro
be O
utpu
t for
CTC
SS IC
5O
SEG
23LC
DSe
gmen
t23
Out
put
45I
Activ
e Lo
wSF
TSh
ift K
ey In
put
6I
GN
DAn
alog
Gro
und
0V46
IAc
tive
Hig
hSD
Sign
al D
etec
tion
Inpu
t7
IVr
efR
efer
ence
Vol
tage
Inpu
t 5V
47O
Activ
e H
igh
H/L
Tran
smis
sion
Pow
er (H
: Low
Pow
er)
8I
Vcc
CPU
Pow
er S
uppl
y hn
put 5
V48
IAc
tive
Low
V/M
VFO
/Mem
ory
Key
Inpu
t9
O17
50_
Tone
Burs
tOut
put
49I
Activ
e Lo
wC
ALC
all K
ey In
put
10O
Clo
ckBE
EPBe
epTo
neO
utpu
t50
IAc
tive
Low
CTC
CTC
SS M
ode
Set I
nput
11I
Activ
e Lo
wM
UP
Cha
nnel
Up
Inpu
t (M
icro
phon
e C
ontro
l)51
IAc
tive
Low
REV
Rev
erse
Key
Inpu
t12
IAc
tive
Low
MD
NC
hann
el D
own
Inpu
t (M
icro
phon
e C
ontro
l)52
IAc
tive
Low
FNC
Func
tion
Key
Inpu
t13
IN
oUse
EID
53I
Activ
e Lo
wM
Hz
MH
zKey
Inpu
t14
OAc
tive
Low
SQL
Sque
lch
Con
trol (
L: A
udio
is o
ff.)
54I
Activ
e Lo
wPT
TPT
TKey
Inpu
t15
OAc
tiveH
igh
MU
TM
icro
phon
e M
ute
(H: M
ic A
mp
is o
ff.)
55I
LV3
Pow
er S
uppl
y In
put f
or L
CD
16I
Activ
e Lo
wR
ElR
otar
yEnc
oder
Inpu
t56
ILV
2Po
wer
Sup
ply
Inpu
t for
LC
D17
OC
lock
TO3
Tone
Out
put
57I
LV1
Pow
er S
uppl
y In
put f
or L
CD
18O
Clo
ckTO
2To
neO
utpu
t58
IC
OM
0LC
D C
omm
on 0
Out
put
19O
Clo
ckTO
1To
neO
utpu
t59
IC
OM
1LC
D C
omm
on 1
Out
put
20O
Clo
ckTO
0To
neO
utpu
t60
IC
OM
2LC
D C
omm
on 2
Out
put
21I
Activ
eHig
hXW
REE
PRO
M W
rite
Stat
us E
xter
nal I
nput
61I
No
Use
22I
Activ
e Lo
wR
E2R
otar
yEnc
oder
Inpu
t62
OSE
G00
LCD
Seg
men
t 00
Out
put
23O
Activ
e Lo
wBP
OBa
nd P
lan
Det
ectio
n In
put (
Com
mon
)63
OSE
G01
LCD
Seg
men
t 01
Out
put
24I
Activ
e Lo
wTI
DTo
ne U
nit D
etec
tion
Inpu
t64
OSE
G02
LCD
Seg
men
t 02
Out
put
25I
Activ
e Lo
wBU
Back
Up
Sign
al D
etec
tion
inpu
t65
OSE
G03
LCD
Seg
men
t 03
Out
put
26I
GN
DG
roun
d66
OSE
G04
LCD
Seg
men
t 04
Out
put
27l
Activ
e Lo
wR
STR
eset
Inpu
t67
OSE
G05
LCD
Seg
men
t 05
Out
put
28I
Xin
Cry
stal
Osc
illato
r Ter
min
al (3
.58M
Hz)
68O
SEG
06LC
D S
egm
ent 0
6 O
utpu
t29
OXo
utC
ryst
al O
scilla
tor T
erm
inal
(3.5
8MH
z)69
OSE
G07
LCD
Seg
men
t 07
Out
put
30I
GN
DG
roun
d70
OSE
G08
LCD
Seg
men
t 08
Out
put
31I
Activ
e Lo
wTD
OC
TCSS
Ton
e D
etec
tion
Out
put
71O
SEG
09LC
D S
egm
ent 0
9 O
utpu
t32
OAc
tive
Hig
hD
TDFo
r Tru
nkin
g72
OSE
G10
LCD
Seg
men
t 10
Out
put
33O
NoU
se73
OSE
G11
LCD
Seg
men
t 11
Out
put
34I
Activ
e Lo
wD
D4
Band
Pla
n 4
(V/U
Sel
ectio
n)
R28
6 0-
U74
OSE
G12
LCD
Seg
men
t 12
Out
put
35I
Activ
e Lo
wD
D3
Band
Pla
n 3
(445
/435
Sel
ectio
n)
R28
5 0-
445
75O
SEG
13LC
D S
egm
ent 1
3 O
utpu
t36
IAc
tive
Low
DD
2Ba
nd P
lan
2 (5
k/12
.5k
Sele
ctio
n) R
284
0-12
.576
OSE
G14
LCD
Seg
men
t 14
Out
put
37I
Activ
e Lo
wD
D1
Band
Pla
n 1
77O
SEG
15LC
D S
egm
ent 1
5 O
utpu
t38
IAc
tive
Low
DD
0Ba
nd P
lan
078
IAc
tiveH
igh
UL
Unl
ockI
nput
39O
Clo
ckSC
LC
lock
Out
put f
or E
EPR
OM
79I
Anal
ogSM
Sign
alM
eter
Inpu
t40
I/OC
lock
SDA
Dat
a O
utpu
t for
EEP
RO
M80
OSE
G18
LCD
Seg
men
t 18
Out
put
PAG
E-5
PAG
E-6
Page 8
Page 9
Page 10
Page 11
Page 12
Page 13
Page 14
Page 15
Page 16
Page 17
AV0001
Page 18
DG0013Z
FM0077Z
FP0080DRM03SX ONLY
UE0257
AV0001
AV0001
AV0001
AV0001
AV0001
AV0001
ES0017 DR430 ONLYDR330 KZ0047Z
FF0028
FF0031
(DR430,330 ONLY)
Page 19
KS0041CZ
NK0010A
FF0025
FP0034
FM0152
DR330DR430
Page 20
KZ0013 DR330
PAR
TS L
IST
MAI
N U
nit
MAI
N U
nit
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPa
rts N
ame
Ver
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPar
ts N
ame
Ver
MAI
N U
nit
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DTZ
2.2A
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C20
CU
3059
Chi
p C
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1608
JF1E
104Z
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72C
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9EI
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lytic
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W+T
SC
126
CU
3031
Chi
p C
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1608
JB1H
471K
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17XD
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S318
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C16
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CU
3031
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128
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C22
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3047
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74C
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3059
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3019
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3035
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3028
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1608
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CU
3057
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CU
3031
Chi
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1608
JB1H
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135
CU
3019
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1608
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CU
3059
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C16
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3102
Chi
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1608
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81C
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31C
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C.
C16
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CU
3102
Chi
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1608
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138
CU
3031
Chi
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1608
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C31
CU
3049
Chi
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1608
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153K
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139
CU
3031
Chi
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1608
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3031
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CU
3031
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141
CU
3031
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leVe
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"Ver
sion
Tab
le."V
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SYJ2
23V
Q10
XU01
31Tr
ansi
stor
DTC
114E
U T
106
R35
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R92
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
Q11
XU01
48Tr
ansi
stor
DTC
144E
U T
106
R36
RK3
062
Chi
p R
.ER
J3G
SYJ1
04V
R93
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
Q12
XU01
12Tr
ansi
stor
DTA
114Y
U T
106
R37
RK3
070
Chi
p R
.ER
J3G
SYJ4
74V
R94
RK3
036
Chi
p R
.ER
J3G
SYJ6
81V
Q13
XT01
12Tr
ansi
stor
2SB1
292F
R38
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
R95
RK3
030
Chi
p R
.ER
J3G
SYJ2
21V
Q14
XT00
95Tr
ansi
stor
2SC
4081
T10
6RR
39R
K403
4C
hip
R.
ERJ-
12YJ
471V
R96
RK3
034
Chi
p R
.ER
J3G
SYJ4
71V
Q15
Xr00
84Tr
ansi
stor
2SC
2954
T1
R40
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R97
RK4
018
Chi
p R
.ER
J-12
YJ22
0VQ
16XT
0095
Tran
sist
or2S
C40
81 T
106R
R41
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R98
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
Q17
XT00
17Tr
ansi
stor
2SA1
162Y
TE85
R42
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R99
RK3
001
Chi
p R
.ER
J3G
SY0R
00V
Q18
XE00
22Tr
ansi
stor
2SK1
577
R43
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R10
0R
K306
8C
hip
R.
ERJ3
GSY
J334
VQ
19XT
0106
Tran
sist
or2S
C42
26 T
1R24
R44
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R10
1R
K303
0C
hip
R.
ERJ3
GSY
J221
VQ
20XT
0048
Tran
sist
or2S
C33
57 T
1RE
R45
RK3
053
Chi
p R
.ER
J3G
SYJ1
83V
R10
2R
K305
0C
hip
R.
ERJ3
GSY
J103
VQ
21XT
0099
Tran
sist
or2S
A173
6Y T
E12L
R46
RK3
044
Chi
p R
.ER
J3G
SYJ3
32V
R10
3R
K013
0C
hip
R.
ERJ6
GSY
J4R
7VQ
22XT
0095
Tran
sist
or2S
C40
81 T
106R
R47
RK3
034
Chi
p R
.ER
J3G
SYJ4
71V
R10
4R
K303
8C
hip
R.
ERJ3
GSY
J102
VQ
24XU
0131
Tran
sist
orD
TC11
4EU
T10
6R
48R
K304
9C
hip
R.
ERJ3
GSY
J822
VR
106
RK3
062
Chi
p R
.ER
J3G
SYJ1
04V
Q25
XU01
48Tr
ansi
stor
DTC
144E
U T
106
R49
RK3
032
Chi
p R
.ER
J3G
SYJ3
31V
R10
7R
K306
2C
hip
R.
ERJ3
GSY
J104
VQ
27XT
0106
Tran
sist
or2S
C42
26 T
1R24
R50
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R10
8R
K305
8C
hip
R.
ERJ3
GSY
J473
VQ
28XT
0095
Tran
sist
or2S
C40
81 T
106R
R51
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R10
9C
hip
R.
See
the
"Ver
sion
Tab
le."
Ver
Q30
XU01
48Tr
ansi
stor
DTC
144E
UT1
06
R52
RK3
071
Chi
p R
.ER
J3G
SYJ5
64V
R11
0R
K302
6C
hip
R.
ERJ3
GSY
J101
VR
1R
K403
4C
hip
R.
ERJ-
12YJ
471V
R53
RK3
054
Chi
p R
.ER
J3G
SYJ2
23V
R11
1R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
2R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
54R
K304
2C
hip
R.
ERJ3
GSY
J222
VR
112
RK3
055
Chi
p R
.ER
J3G
SYJ2
73V
R3
RK3
071
Chi
p R
.ER
J3G
SYJ5
64V
R55
RK3
001
Chi
p R
.ER
J3G
SY0R
00V
R11
3R
K304
6C
hip
R.
ERJ3
GSY
J472
VR
4R
K303
4C
hip
R.
ERJ3
GSY
J471
VR
56R
K201
2C
hip
R.
MC
R50
JZH
J470
R11
4R
K305
4C
hip
R.
ERJ3
GSY
J223
VR
5R
K306
2C
hip
R.
ERJ3
GSY
J104
VR
57R
K302
6C
hip
R.
ERJ3
GSY
J101
VR
115
RK3
001
Chi
p R
.ER
J3G
SY0R
00V
R6
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
R58
RK3
030
Chi
p R
.ER
J3G
SYJ2
21V
R11
7R
K306
2C
hip
R.
ERJ3
GSY
J104
VR
7R
K304
2C
hip
R.
ERJ3
GSY
J222
VR
59R
K303
0C
hip
R.
ERJ3
GSY
J221
VR
119
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
R8
RK3
054
Chi
p R
.ER
J3G
SYJ2
23V
R60
RK3
044
Chi
p R
.ER
J3G
SYJ3
32V
R12
0R
K303
9C
hip
R.
ERJ3
GSY
J122
VR
61R
K302
6C
hip
R.
ERJ3
GSY
J101
VR
121
RK3
054
Chi
p R
.ER
J3G
SYJ2
23V
R64
RK3
045
Chi
p R
.ER
J3G
SYJ3
92V
R12
4R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
65R
K302
6C
hip
R.
ERJ3
GSY
J101
V
PAG
E-24
PAG
E-25
CPU
Uni
tC
PU U
nit
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPa
rts N
ame
Ver
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPar
ts N
ame
Ver
CPU
Uni
tD
201
XD02
55D
iode
MA8
110H
-TX
R21
9R
K310
2C
hip
RER
J3G
SYJ2
03V
R28
0R
K303
8C
hip
RER
J3G
SYJ1
02V
C20
1C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D20
2XD
0127
Dio
deM
A704
WA.
TXR
220
RK3
050
Chi
p R
ERJ3
GSY
J103
VR
281
RK3
038
Chi
p R
ERJ3
GSY
J102
VC
202
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAD
203
XD02
30D
iode
DAN
202U
T10
6R
221
RK3
102
Chi
p R
ERJ3
GSY
J203
VR
282
RK3
001
Chi
p R
ERJ3
GSY
J000
VC
203
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAD
204
XD02
30D
iode
DAN
202U
Tl 0
6R
222
RK3
102
Chi
p R
ERJ3
GSY
J203
VR
284
RK3
001
Chi
p R
ERJ3
GSY
J000
VE
C20
4C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D20
5XL
0029
LED
TLSG
264
R22
3R
K305
8C
hip
RER
J3G
SYJ4
73V
R28
5R
K300
1C
hip
RER
J3G
SYJ0
00V
TC
205
CU
3101
Chi
p C
.C
1608
JB1C
473K
TAD
S201
EL00
24LC
D D
RW
130
R22
4R
K305
5C
hip
RER
J3G
SYJ2
73V
R28
6R
K300
1C
hip
RER
J3G
SYJ0
00V
C20
6C
E031
2El
ectro
lytic
.CEC
EV1C
A100
R1C
201
XA02
89IC
M37
410M
6H27
1FP
R22
5R
K304
6C
hip
RER
J3G
SYJ4
72V
R28
7R
K300
1C
hip
RER
J3G
SYJ0
00V
C20
7C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
1C20
2XA
0227
ICX2
4CO
2S8-
3.0
R22
6R
K307
0C
hip
RER
J3G
SYJ4
74V
R28
8R
K305
2C
hip
RER
J3G
SYJ1
53V
C20
8C
S023
2C
hip
Tant
alTM
CM
D1A
474M
TR1C
205
XA02
38IC
AN78
LO5M
TX
R22
7R
K303
8C
hip
RER
J3G
SYJ1
02V
R28
9R
K305
2C
hip
RER
J3G
SYJ1
53V
C20
9C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
1C20
6XA
0208
ICR
H5V
A45A
A-T1
R22
8R
K303
8C
hip
RER
J3G
SYJ1
02V
R29
0R
K305
2C
hip
RER
J3G
SYJ1
53V
C21
0C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
1C20
7XA
0198
ICR
H5V
A32A
A-T1
R22
9R
K303
8C
hip
RER
J3G
SYJ1
02V
R29
1R
K305
2C
hip
RER
J3G
SYJ1
53V
C21
1C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
1C20
9XA
0236
ICBU
4052
BCF
R23
0R
K303
8C
hip
RER
J3G
SYJ1
02V
R29
2R
K305
2C
hip
RER
J3G
SYJ1
53V
C21
2C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
JK20
1U
E003
5C
onne
ctor
FM21
4-8S
MPY
R23
1R
K303
8C
hip
RER
J3G
SYJ1
02V
R29
3R
K305
0C
hip
RER
J3G
SYJ1
03V
C21
3C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
M20
1FM
0077
LCD
Hol
der
R23
2R
K305
0C
hip
RER
J3G
SYJ1
03V
R29
4R
K300
1C
hip
RER
J3G
SYJ0
00V(
T/E)
T/E
C21
5C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
M20
2FG
0133
LCD
Rub
ber C
onne
ctor
R23
4R
K303
8C
hip
RER
J3G
SYJ1
02V
R29
5R
K300
1C
hip
RER
J3G
SYJ0
00V(
T/E)
T/E
C21
6C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
M20
3TL
0008
LCD
Filte
rR
235
RK3
038
Chi
p R
ERJ3
GSY
J102
VS2
01U
U00
15Sw
itch
SKQ
D-9
01C
217
CU
3051
Chi
p C
.C
1608
J81E
223K
TAM
204
FP00
34M
ic C
onne
ctor
Spa
cer
R23
6R
K307
4C
hip
RER
J3G
SYJ1
05V
S202
UU
0015
Switc
hSK
QD
-901
C21
8C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
M20
5FP
0069
Cry
stal
She
etR
238
RK3
038
Chi
p R
ERJ3
GSY
J102
VS2
03U
U00
15Sw
itch
SKQ
D-9
01C
219
CU
3059
Chi
p C
.C
1608
JF1E
104Z
TAM
206
DG
0013
LCD
Ligh
tR
239
RK3
062
Chi
p R
ERJ3
GSY
J104
VS2
04U
U00
15Sw
itch
SKQ
D-9
01C
220
CU
3059
Chi
p C
.C
1608
JF1E
104Z
TAPL
201
EP00
03La
mp
BQO
31-3
0403
AR
241
RK3
062
Chi
p R
ERJ3
GSY
J104
VS2
05U
U00
15Sw
itch
SKQ
D-9
01C
221
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
PL20
2EP
0003
Lam
pBQ
O31
-304
03A
R24
2R
K306
2C
hip
RER
J3G
SYJ1
04V
S206
UU
0015
Switc
hSK
QD
-901
C22
2C
U30
23C
hip
C.
C16
08C
H1H
101J
TAQ
201
XT00
95Tr
ansi
stor
2SC
4081
T10
6RR
243
RK3
062
Chi
p R
ERJ3
GSY
J104
VS2
07U
U00
15Sw
itch
SKQ
D-9
01C
223
CU
3051
Chi
p C
.C
1608
JB1E
223K
TAQ
202
XT01
13Tr
ansi
stor
2SC
2873
Y TE
12L
R24
4R
K306
2C
hip
RER
J3G
SYJ1
04V
S209
UQ
0011
Switc
hES
B-64
801
C22
5C
U30
23C
hip
C.
C16
08C
H1H
101J
TAQ
203
XU00
29Tr
ansi
stor
DTC
114Y
U T
106
R24
7R
K305
0C
hip
RER
J3G
SYJ1
03V
S210
UR
0002
Switc
hEV
Q-W
QG
F1 5
24B
C22
6C
U30
23C
hip
C.
C16
08C
H1H
101J
TAQ
204
XU01
45Tr
ansi
stor
DTC
143T
U T
106
R24
8R
K305
0C
hip
RER
J3G
SYJ1
03V
VR20
1R
V000
9Tr
im.P
otEV
U-F
2AF2
0B1
4C
227
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAQ
205
XU01
12Tr
ansi
stor
DTA
114Y
U T
106
R24
9R
K305
0C
hip
RER
J3G
SYJ1
03V
VR20
2R
V000
9Tr
im. P
otEV
U-F
2AF2
0B 1
4C
229
CS0
209
Chi
p Ta
ntal
TMC
MB0
J106
MTR
Q20
6XU
0112
Tran
sist
orD
TA11
4YU
T10
6R
250
RK3
046
Chi
p R
.ER
J3G
SYJ4
72V
W1
MAC
L04A
A#3
0Blu
e 2-
40-2
(T/E
)T/
EC
230
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAQ
208
XU00
60Tr
ansi
stor
UM
C2T
RR
251
RK3
046
Chi
p R
ERJ3
GSY
J472
VW
2M
RC
L04A
A#3
0Red
2-4
0-2
(E)
EC
231
CE0
312
Elec
troly
tic.C
ECEV
1CA1
00R
Q20
9XU
0112
Tran
sist
orD
TA11
4YU
T10
6R
252
R K
3046
Chi
p R
ERJ3
GSY
J472
VW
3M
PAL0
5AA
#30P
O2-
50-2
(TE
1/2)
TE1-
5C
234
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAR
201
RK3
062
Chi
p R
ERJ3
GSY
J104
VR
253
RK3
038
Chi
p R
ERJ3
GSY
J102
VW
4M
PAL0
5AA
#30P
O2-
50-2
(TE
1/2)
TE1-
5C
235
CU
3047
Chi
p C
.C
1608
JB1H
103K
TAR
202
RK3
052
Chi
p R
ERJ3
GSY
J153
VR
254
RK3
038
Chi
p R
ERJ3
GSY
J102
VX2
03XQ
0045
Cry
stal
DSM
T3.5
8MH
z 18
PC
236
CU
3031
Chi
p C
.C
1608
JH1H
471K
TAR
203
RK3
072
Chi
p R
ERJ3
GSY
J684
VR
255
RK0
014
Chi
p R
ERJ6
GEY
J680
VY2
01TT
1002
Tube
1m
m x
12
C23
7C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
R20
4R
K305
2C
hip
RER
J3G
SYJ1
53V
R25
6R
K304
2C
hip
RER
J3G
SYJ2
22V
Y202
YZ00
42Ad
hesi
onBo
nd G
17C
238
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAR
205
RK3
043
Chi
p R
ERJ3
GSY
J272
VR
257
RK3
001
Chi
p R
ERJ3
GSY
J000
VC
239
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
R20
6R
K302
6C
hip
RER
J3G
SYJ1
01V
R25
8R
K304
6C
hip
RER
J3G
SYJ4
72V
C24
0C
U30
23C
hip
C.
C16
08C
H1H
101J
TAR
207
RK3
038
Chi
p R
ERJ3
GSY
J102
VR
259
RK3
054
Chi
p R
ERJ3
GSY
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Page
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Page
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EMS-
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wPM
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n Ba
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Rub
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Page
-30
Page
-31
DR
430
Vers
ion
Tabl
eR
F U
nit S
ide
AC
49C
58C
65C
67C
80C
97C
128
R30
R67
R10
9R
115
L22
M10
3C
156
C15
7C
158
EC
U30
29C
U30
11C
U30
02C
U30
15C
U30
05C
U30
04R
K304
2R
K300
1R
K300
1RK3
001
--
--
330
100
010
220
-04
003
022
200
000
000
0-
TE1
CU
3029
CU
3011
CU
3003
CU
3015
CU
3009
CU
3004
RK3
042
RK3
001
RK3
001R
K300
1-
--
-39
010
002
022
0-
080
030
222
000
000
000
-TE
2C
U30
29C
U30
11C
U30
02C
U30
06C
U30
05C
U30
04R
K305
0R
K300
1R
K300
1-
--
-33
010
001
005
0-
040
030
103
000
-00
0-
TE3/
TC
U30
29C
U30
06C
U30
02C
U30
15C
U30
05C
U30
04R
K304
2R
K300
1R
K300
1RK3
001
--
--
330
050
010
220
-04
003
022
200
000
0-00
0-
TE4
CU
3029
CU
3011
CU
3003
CU
3015
CU
3005
CU
3004
RK3
050
RK3
001
RK3
001R
K300
1-
--
-33
010
002
022
0-
040
030
103
000
000
000
-TE
5C
U30
29C
U30
11C
U30
03C
U30
06-
-R
K304
6R
K301
1R
K300
133
010
002
005
047
147
25R
600
0-
022
SD00
3410
310
310
3
RF
Uni
t Sid
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VC0
Uni
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5
L3
.L5
L4L6
L1
9
TC
2C
112
C11
3C
114
C11
5C
116
C12
3C
310
C31
1L3
06L3
04E
XA00
77A
QA0
061
QKA
14D
QKA
15E
-C
T001
2C
C50
58C
U30
05C
C50
54C
U30
07E
CU
3001
CU
3008
QC
0099
QKA
35B
M57
788M
10p
100
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0-
060
0R5
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560n
TE1
XA02
61Q
A008
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KA15
EQ
KA15
E-
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CC
5058
CC
5051
CC
5062
CC
5054
CC
5052
TE1
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U30
10Q
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KA35
CM
5778
8L5p
100
030
180
060
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033
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2XA
0262
QA0
090
QKA
15E
QKA
15E
QKA
35E
CT0
031
CC
5058
CC
5052
CC
5064
CC
5054
CC
5060
CC
5054
TE2
CU
3001
CU
3008
QC
0099
QKA
25D
M57
788H
5p10
004
022
006
015
006
00R
507
056
0nTE
3/T
XA00
77A
QA0
069
QKA
15D
QKA
15E
-C
T003
1C
C50
58C
C50
52C
C50
54C
C50
53TE
3/T
CU
3001
CU
3008
QC
0099
QKA
35B
M57
788M
5p10
004
0-
060
-05
00R
507
056
0nTE
4XA
0281
QA0
103
QKA
15E
QKA
12D
-C
T003
1C
C50
55C
C50
49C
C50
60C
C50
54C
C50
49TE
4C
U30
01C
U30
06Q
C00
99Q
KA25
CM
5778
8UH
5p07
001
015
006
0-
010
0R5
050
560n
TE5
XA03
34Q
A011
6Q
KA15
EQ
KA15
C-
CT0
031
CC
5054
CC
5050
CC
5060
CC
5052
CC
5052
TE5
CU
3001
CU
3006
QC
0099
QKA
25B
M57
788S
H5p
060
020
150
040
-04
00R
505
056
0n
Cpu
uni
t W
1W
2W
3/W
4R
284
R28
5R
294/
295R
286
DR
430E
JPJP
-O
-O
OD
R43
0TJP
--
-O
OO
DR
430
TE1-
5JP
OTX
Fre
eR
X Fr
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anki
ng12
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5k43
5/44
5Tr
anki
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e/N
arro
w V
ersi
onFL
1FL
2C
7743
0 na
rrow
XC00
17C
FW45
5GXF
0031
Z30M
7BC
U30
5713
P43
0 w
ide
XC00
01C
FW45
5FXF
0014
Z30M
15B
CU
3011
10P
Page
31
ADJUSTMENT
1) Required Test Equipment 11. Distortion Meter 1. Digital Multimeter Measurable frequency 1kHz
Voltage range: FS= 18Vorso Input level: Up to 40dBInput resistance: 1M ohm or more Distortion level: 1% -100%
2. Regulated Power Supply 12. Audio GeneratorSupply voltage: 13.80V Output frequency: 88.5Hz and lkHzCurrent : 15A or more Output impedance: 600 ohm, unbalanced
3. OscilloscopeMeasurable frequency: DC to 30MHz 13. Linear Detector
Measurable frequency Up to 500MHz4. Spectrum Analyzer Characteristics: FIat
Measuring range: Up to 2GHz or more CN: 60dB or more
5. Tracking GeneratorOutput frequency: Up to 2GHz or more
6. Audio Dummy LoadImpedance: 8 ohm Dissipation: 5W or more
7. SSGOutput frequency: 1GHz or moreOutput level: -20dB/0.1uV to 120dB/1VModuration: FM
2) Adiusment PointVR1: High Power
8. Frequency Counter VR2: DeviationMeasurable frequency.I Up to 500MHz VR3: S MeterMeasurements stability: 0.2ppm or so VR4: Mic Gain
VR6: Low PowerTC3:Reference Frequency
9. Power MeterMeasurable frequency.I Up to 500MHzImpedance: 50 ohm, unbalancedMeasuring range: Full scale of 60W or so
10. Audio VoltmeterMeasurable frequency: 50Hz to 10kHzSensitivity: 1mV~ 10V
Page-32
3) Adjustment for DR430T
SSG Mod:1KHz +/-3.5 KHz/DEV SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 445.00MHz TX Freq.Counter TC3 445.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 420.00MHz RX Digital Main PD 1.7V <
Frequency: 480.00MHz Multimeter Check <5.2V
TC1,TC2/MAX LevelTracking Frequency: 445.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 440 450RX Frequency: 440.03MHz Distortion MeterSensitivity Frequency: 445.03MHz RX SSG
Frequency: 449.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 420.03MHz above12dBFrequency: 470.03MHz RXSSG out:60dBuFrequency: 445.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 445.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 445.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 445.00MHz TX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 420.00MHz TX Above 5WFrequency: 470.00MHz High CheckFrequency: 445.00MHz TX
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 445.00MHz TX VR2 4.7kHz 4.7 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev
MIC Gain Frequency: 445.00MHz TX VR4 4.0kHz 4.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/DevFrequency: 445.00MHz TX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev
Frequency: 445.00MHz TXTone Burst AG: OFF Low Check 2.5-3.5kHz/DevDEV ToneSW:ON
Page-33
4) Adjustment for DR430E
SSG Mod:1KHz +/-3.5KHz/DEVSP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 435.00MHzTX Freq.Counter TC3 435.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 420.00MHzRX Digital Main PD 1.7V <
Frequency: 480.00MHz Multimeter Check <5.2V
TC1,TC2/MAX LevelTracking Frequency: 435.03MHz Tracking TC1AdjustmentTG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 430 440RX Frequency: 430.03MHz Distortion MeterSensitivity Frequency: 435.03MHzRX SSG
Frequency: 439.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 420.03MHz above12dBFrequency: 470.03MHzRXSSG out:60dBuFrequency: 435.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 435.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 435.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 435.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 420.00MHzTX Above 5WFrequency: 470.00MHzHigh CheckFrequency: 435.00MHzTX
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 435.00MHzTX VR2 4.7kHz 4.7 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev
MIC Gain Frequency: 435.00MHzTX VR4 4.0kHz 4.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/DevFrequency: 435.00MHzTX Linear Detector
CTCSS To AG: OFF Low Power Meter Check 0.60-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev
Frequency: 435.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/DevDEV ToneSW:ON
Page-34
5) Adjustment for DR430TE1
SSG Mod:1KHz +/-3.5 KHz/DEV (The Wide Version)SSG Mod:1KHz +/-1.75KHz/DEV (The Narrow Version)SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 410.00MHzTX Freq.Counter TC3 410.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 400.00MHzRX Digital Main PD 1.5V <
Frequency: 450.00MHz Multimeter Check <7.0V
TC1,TC2/MAX LevelTracking Frequency: 410.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 400 420RX Frequency: 400.03MHz Distortion MeterSensitivity Frequency: 410.03MHzRX SSG
Frequency: 419.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: - MHz above12dBFrequency: 450.03MHzRXSSG out:60dBuFrequency: 410.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 410.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 410.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 410.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: - MHz TX Above 5WFrequency: 450.00MHzHigh CheckFrequency: 410.00MHzTX Narrow Version
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 410.00MHzTX VR2 4.7kHz 4.7 +/-0.2 2.4 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev kHz/Dev
MIC Gain Frequency: 410.00MHzTX VR4 4.0kHz 4.0+/-0.2 2.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/Dev kHz/DevFrequency: 410.00MHzTX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2 0.35-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev kHz/Dev
Frequency: 410.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/Dev 1.3-1.75kHz/DevDEV ToneSW:ON
Page-35
6) Adjustment for DR430TE2
SSG Mod:1KHz +/-3.5 KHz/DEV (The Wide Version)SSG Mod:1KHz +/-1.75KHz/DEV (The Narrow Version)SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 460.00MHzTX Freq.Counter TC3 460.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 430.00MHzRX Digital Main PD 1.5V <
Frequency: 490.00MHz Multimeter Check <7.0V
TC1,TC2/MAX LevelTracking Frequency: 460.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 450 470RX Frequency: 450.03MHz Distortion MeterSensitivity Frequency: 460.03MHzRX SSG
Frequency: 469.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 430.03MHz above12dBFrequency: 490.03MHzRXSSG out:60dBuFrequency: 460.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 460.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 460.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 460.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 430.00MHzTX Above 5WFrequency: 490.00MHzHigh CheckFrequency: 460.00MHzTX Narrow Version
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 460.00MHzTX VR2 4.7kHz 4.7 +/-0.2 2.4 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev kHz/Dev
MIC Gain Frequency: 460.00MHzTX VR4 4.0kHz 4.0+/-0.2 2.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/Dev kHz/DevFrequency: 460.00MHzTX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2 0.35-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev kHz/Dev
Frequency: 460.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/Dev 1.3-1.75kHz/DevDEV ToneSW:ON
Page-36
7) Adjustment for DR430TE3
SSG Mod:1KHz +/-3.5 KHz/DEV (The Wide Version)SSG Mod:1KHz +/-1.75KHz/DEV (The Narrow Version)SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 440.00MHzTX Freq.Counter TC3 440.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 430.00MHzRX Digital Main PD 1.7V <
Frequency: 490.00MHz Multimeter Check <5.2V
TC1,TC2/MAX LevelTracking Frequency: 440.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 430 450RX Frequency: 430.03MHz Distortion MeterSensitivity Frequency: 440.03MHzRX SSG
Frequency: 449.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 430.03MHz above12dBFrequency: 490.03MHzRXSSG out:60dBuFrequency: 440.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 440.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 440.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 440.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 430.00MHzTX Above 5WFrequency: 490.00MHzHigh CheckFrequency: 440.00MHzTX Narrow Version
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 440.00MHzTX VR2 4.7kHz 4.7 +/-0.2 2.4 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev kHz/Dev
MIC Gain Frequency: 440.00MHzTX VR4 4.0kHz 4.0+/-0.2 2.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/Dev kHz/DevFrequency: 440.00MHzTX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2 0.35-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev kHz/Dev
Frequency: 440.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/Dev 1.3-1.75kHz/DevDEV ToneSW:ON
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8) Adjustment for DR430TE4
SSG Mod:1KHz +/-3.5 KHz/DEV (The Wide Version)SSG Mod:1KHz +/-1.75KHz/DEV (The Narrow Version)SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 480.00MHzTX Freq.Counter TC3 480.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 460.00MHzRX Digital Main PD -
Frequency: - MHz Multimeter Check 3.3-3.7V
TC1,TC2/MAX LevelTracking Frequency: 480.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 470 490RX Frequency: 470.03MHz Distortion MeterSensitivity Frequency: 480.03MHzRX SSG
Frequency: 490.99MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 460.03MHz above12dBFrequency: 500.03MHzRXSSG out:60dBuFrequency: 480.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 480.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 480.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 480.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 460.00MHzTX Above 5WFrequency: 500.00MHzHigh CheckFrequency: 480.00MHzTX
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 480.00MHzTX VR2 4.7kHz 4.7 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev
MIC Gain Frequency: 480.00MHzTX VR4 4.0kHz 4.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/DevFrequency: 480.00MHzTX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev
Frequency: 480.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/DevDEV ToneSW:ON
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9) Adjustment for DR430TE5
SSG Mod:1KHz +/-3.5 KHz/DEV (The Wide Version)SSG Mod:1KHz +/-1.75KHz/DEV (The Narrow Version)SP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 445.00MHz
PLL AdjustmentCondition Measurement Adjustment Specification
Item Test equipment Unit Terminal Unit Parts MethodFrequency Frequency: 500.00MHzTX Freq.Counter TC3 500.00 +/- 100Hz
LOW Power Meter Back ANT MAIN MHzPLL VCO Frequency: 500.00MHzRX Digital Main PD -
Frequency: 500.00MHz Multimeter Check 1.9-2.2V
TC1,TC2/MAX LevelTracking Frequency: 500.03MHz Tracking TC1Adjustment TG out:-20dBm RX Generator Main CN6 Main TC2
L3,L5 490 510RX Frequency: 490.03MHz Distortion MeterSensitivity Frequency: 500.03MHzRX SSG
Frequency: 510.03MHzSSG out:-9.5dBu Main Main SINAD isFrequency: 480.03MHz above12dBFrequency: - MHz RXSSG out:60dBuFrequency: 500.03MHz Full
S Meter SSG out: 15dBu RX Main VR3 flashingMod: 1KHz LCD S Meter FrontFrequency: 500.03MHz PanelSSG out:OFF RX Check S Meter doesMod: 1KHz not light.Frequency: 500.03MHz Front Make
SQL Level SSG out:-10dBu RX LCD Busy Panel Main sure that SQL Busy ON
SQL VR:Threshold is open
VR1: max TXHigh
High PowerFrequency: 500.00MHzTX VR1 36W +/- 1.0WHigh Power Meter Back ANT Main Below 10A
Frequency: 480.00MHzTX Above 5WFrequency: - MHz High CheckFrequency: 500.00MHzTX
Low Power Power:Low *1 Low VR6 5.0w +/- 0.1WFrequency: 500.00MHzTX VR2 4.7kHz 4.7 +/-0.2
MAX DEV AG:1KHz -30dBm Low /Dev kHz/Dev
MIC Gain Frequency: 500.00MHzTX VR4 4.0kHz 4.0+/-0.2AG:1KHz -47dBm Low Back ANT Main /Dev kHz/DevFrequency: 500.00MHzTX Linear Detector
CTCSS TonAG: OFF Low Power Meter Check 0.60-1.2DEV ToneSW(88.5Hz):ON Oscilloscope kHz/Dev
Frequency: 500.00MHzTXTone Burst AG: OFF Low Check 2.5-3.5kHz/DevDEV ToneSW:ON
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W1 W2 W2/3 R294/295T JP - - 000E JP - - 000TE1/2/3/4/5 - - JP -
Pag38
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L304
L306R316
C314 C318
---- C310 C311 L306 L304T/E 0R5 070 560n QKA35BTE1 - 090 330n QKA35CTE2 0R5 070 560n QKA25DTE3 0R5 070 560n QKA35B TE4 0R5 050 560n QKA25CTE5 0R5 050 560n QKA25B
C305
R319R332
C303
R329
C330
C331
R302
R327
C326R312
C316
C308
R318
R310 R311
C328
R314
R306
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Page 42
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4) EMS-11 CIRCUT DIAGRAM 3) EMS-5A CIRCUT DIAGRAM
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