Alinco DJ-S4E, DJ-S4T, DJ-F4E, DJ-F4T, DJ-S1E Service Manual

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VH F FM HAND HE LD TRANSCEIVER
U HF FM HANDH EL D TRANSCEIVER
Service M anual
-----------------------------------CONTENTS
SPECIFICATIONS........................................................ 1
DJ-F1T/E CABINET PARTS LOCATION
M67748L1 (MAIN UNIT IC-201)
MB1504L (MAIN UNIT IC-202)
TK10487MT (MAIN UNIT IC-203)....................................... 5
¡I PD4094BG (MAIN UNIT IC-204)...................................... 6
NJM386M (MAIN UNIT IC-205)
M5236ML (MAIN UNIT IC-206)
M5218 (MAIN UNIT IC-207)............................................. 9
CM8880 (DTMF UNIT IC-601)...........................................10
TM8880 (DTMF UNIT IC-602)........................................... 10
MPD78214GC582-AB8 (CPU UNIT IC-02)..............................11
S-81250HG (CPU UNIT IC-03)
S-8054HN (CPU UNIT IC-04)............................................13
DJ-F1T/E DJ-S1T/E PARTS LIST
ADJUSTMENT F1-T/S1-T
ADJUSTMENT F1-E/S1-E
SCHEMATIC DIAGRAM..................................................20
VR.RE.SW.PC BOARD...................................................22
CPU PC BOARD..........................................................23
VCO PC BOARD..........................................................27
MAIN PC BOARD........................................................28
KEYBOARD.............................................................. 32
EMS-8 (Remote control Speaker/Microphone)........................33
EME-10K (Headset W/PTT VOX) SCHEMATIC DIAGRAM OF EME-10K
EME-10K PC BOARD.....................................................36
EJ-10U (DTMF ENC/DEC UNIT)......................................... 37
EJ-10U (DTMF PC BOARD)..............................................38
EJ-12U (TONE SQUELCH UNIT)........................................ 39
PC BOARD OF TONE SQUELCH UNIT
EDC-34 (QUICK CHARGER 120V)
EDC-35 (QUICK CHARGER 220V)
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15 18 19
34
41 42
40
ALINCO ELECTRONICS INC.
SPECIFICATIONS
GENERAL
Frequency Coverage
Memory Channel Channel Steps Standard Shift Frequency
Emission Type Antenna Impedance Operating Voltage Microphone Impedance Speaker Impedance Dimensions
Weight
Ground
F1T&S1T TX: 144.000-147.995 MHz
RX: 138.000-173.995 MHz
(AM Mode 118 136 MHz after Modification)
F1E&S1E: TX: 144.000-145.995 MHz
RX: 144.000-145.995 MHz
F4T&S4T TX: 440.000-449.995 MHz
RX: 410.000-470.000 MHz
F4E&S4E: TX: 430.000-440.000 MHz
RX: 430.000-440.000 MHz
40 Channels +1 Call Channel 5 10, 12.5, 15, 20, and 25 kHz
F1T/E & S1T/E: 600 kHz F4T&S4T: 5 MHz F4E&S4E: 7.6 MHz
(Resettable by 5 kHz [Minimum] between 0 and 15.995 MHz)
F3
50 U
rated 9V
2 kfi
8 fl
110 (H) x 53 (W) x 37 (D) mm (4.3 x 2.1 x 1.5 inch) ,
/with Standard Battery Pack or Standard Dry Cell Battery Case \ without Projections , F1T/E & F4T/E Approx. 375 g (13.2 oz)
with Standard Battery Pack
S1T/E & S4T/E Approx. 370 g (13 oz)
with Standard Dry Ceil Battery Case
Negative
TRANSMITTER
Output Power
Modulation System Max. Freq. Deviation Spurious Emission Microphone
RECEIVER
Receiving System Sensitivity Intermediate Frequencies
with Battery Pack EBP-16N (Standard for F1T/E & F4T/E)
Hi
2 W (F1T/E & S1T/E)
1.5 W (F4T/E & S4T/E)
with Optional Battery Pack EBP-18N or at 13V
Hi
5 W
with Dry Cell Battery Pack at 9V
Hi
2.5 W (F1T/E & S1T/E) 2 W (F4T/E & S4T/E)
Variable Reactance Frequency Modulation
± 5 kHz
Less than 60 dB below earner
Built-in Electret Condenser
Double-conversion superheterodyne
12 dB SINAD less than -15 dB/i 1st 23.05 MHz
2nd 455 kHz 1
Mid 1 W
Mid
1
W
Mid
1 W
Low
0.1 W
Low
0.1 w
Low
0.1 W
D J- F 1T /E CABINET P A R T S L O C A T I O N
Mechanical Parts
KM0121 Front Panel,F1T
1
KM 008 1 Front p ane l DJ-S1 KM 00 78 Front p anel DJ-S 1T
KM 01 14
2 3 FG0069
UP0210
4 5 FG0088
NB0041
6
NB0040
7
FG0061A
8 9 UP0198 10 FG0058 PTT Rubber 11 FM0047 12 SCO005 13 FG0066 14 FG0065 MIC Rubber
FG0063A
15 16 KM0084 17 ES0005 18 ST0028 SP Stopper
FG0064
19 20 UT0024
FP0046
21 22 NK0020
NW0005
23 24
NK0021
25 EA0017
Key Pad Panel Rubber Contact DJP3 key Board Anti-Water Drop Mat C Lock Knob Release Knob Silicon Rubber Switch A SW P. 0. Board
Release Plate Spring Coil DC Rubber
Silicon Rubber Switch B Front Case Speaker
MIC. Holder Terminal Terminal Frame VOL. Knob SQL. Knob Dial Knob Antenna DJF1
Screw
AF0015 0# Screw 2+3 BC
1
AF0005 0# Screw 2+3. 5 N
2
SA0009
3
AA0039
4
AA0037 Screw 2+4
5
AF0017 0# Screw 2+8 N
6 7 SA0008
AA0036
8 9 AA0038
AF0016 0# Screw 2+2 BC
10
Supporter For Release Switch Screw 2+6 BC
Supporter For Lock Screw 2+5 N Screw(flat) 2+16N
M67748L1 (MAIN UNIT IC-201)
1: INPUT 2: PREDRIVE + B 3: BIAS + B 4: FINAL + B 5 : OUTPUT 6: GAD (FIN)
Zg = 50 Q
Zl = 50Q
Electrical Characteristics
ITEM SYMBOL
Output power Po
Total efficiency »T 25 (ditto) 45 %
2nd spurious
3rd spurious
Input SWR pin
Output SWR
2fo
3fo
pout
TC
(°C)
25
25 (ditto) -20 dB
25 (ditto)
25 (ditto) 2.5
25 (ditto) 1.5
CONDITION
f =135-150MHz, Pin =20mW,
Vcc =125V, Vbb =5V, Zg=Zi=50fi
RATING
MIN. TYPE MAX.
7
-25
UNIT
W
dB
- 3
MB1504L (MAIN UNIT IC-202)
(TOP VIEW)
OSCin
OSCout
vp
Vcc
Do
GND
LD
fin
1
2
3
4
5
6
7
8
16 4> R
15
14
< t> P
fp
13 fr
12 FC
11
LE
10 Data
9
Clock
Pin Function Table
NO. SYMBOL
1
OSCin I 2 OSCout 3 4 5 Do
6 GND
7 8
9 Clock I 10 Data I 11 12 13
14 15 16
Vp
Vcc
LD
fin
LE I
FC
fr
fp
<t> P
</>R
I/O
0
0
0 Lock detector output
I
0 Do changer output
O Reference Frequency output
o
0 0
RATING
Cristal oscillator input
Voltage for charge-pump Voltage for IC Charge-pump output Ground
Frequency input Serial interface (clock input) Serial interface data input Serial interface load enable input
Programmable counter output
Charge-pump output
4
TK10487MT (MAIN UNIT IC-203)
OSC (B)
OSC (E)
NC
MIX OUT
Vcc
<20) RE INPUT
GND
(¡8) HySTERESIS CONTROL
SCAN CONTROL
IF INPUT
DECOUPLING
DECOUPLING
PHASE SHIFT
QUAD COIL
(j5) SQUELCH INPUT
FILTER AMP OUTPUT
(Î3 ) FILTER AMP INPUT
( 12) S METER OUTPUT
(ij) AF OUTPUT
5
■pPD4094BG (MAIN UNIT IC-204)
STROBE
DATA
CLOCK
Qi
Û2
Û3
Q4
Vss 8
15
14
Vdd
OUTPUT ENABLE
Û5
1 16
2
3
4 13 Qe
10
9
Û7
08
Qs
Qs
5 12
6 11
7
CLOCK
OUTPUT
ENABLE
L
L
H
H H
H
H H H
oTnUbc
X X
X X
H H H
DATA
Impedance
Impedance
X
L L
PARALLEL OUTPUT
Qi
High
High
NO
CHANGENOCHANGE
NO
CHANGENOCHANGENOCHANGE
Qn Qs* Q's
High
Impedance
High
ImpedanceNOCHANGE
Qn- 1 D?
Qn- 1 D7
SERIES OUTPUT
D7
D?
6
NO
CHANGE
Da
NO
CHANGE
NO
CHANGE
NO
CHANGE
Ds
NJM386M (MAIN UNIT IC-205)
7 BYPASS
(TOP VIEW)
GAIN
VOUT
Electrical Characteristics
ITEM Supply voltage Reactive current Output voltage Output voltage Voltage gain Voltage gain Band width
Total high distorsion
Power supply rejection Input register Input bias supply
Vin =0V lo Rl =8Q, THD=10%
Vs=9V, Rl =16Q, THD=10% f =1kHz f=1kHz,
Rl =8U PouT=125mW f=1kHz,
f =1kHz,
CONDITION
SYMBOL
Vs
Pout Pout
Av Av
BW
THD
PSRR
Rin
Ibias
TYP.
MIN.
4
250 325
500
26 46
300
0.2 50
50
250
MAX.
4 8
12
UNIT
V
mA
-
mW mW
dB dB
kHz
%
dB Kii nA
7
M5236ML (MAIN UNIT IC-206)
Vref
3d 2 c
S
r"""i r - -
lit 1
1 1 <
III 1
_
I 1_1
1 c=
Electrical Characteristics
ITEM SYMBOL
Input voltage
Output voltage
Voltage difference
Standard voltage
Input regulation
Loaded regulation
Bias current Ib 1.3 2.3
Output voltage temp, coefficient TCVo
Ripple rejection ratio
Output noise voltage VNo
I
CONDITION
VlN 3.5
Vo 1.5 33
Vi-o
Vref 1.20 1.26 1.32
Reg-in
Reg-L li_=10~200mA
RR
Vi =15-20V
Ta=0 ~ +75°C f =120Hz, VT=300mVrms
Vi-o=3V Af=20Hz~ 100kHz
MIN.
0.01
68
RATING
TYP. MAX.
0.2 0.5
0.02 0.1
0.02 0.1 %
33
36
UNIT
V
V
V
V
°/o/V
mA
°/o/°C
dB
/iVrms
-8 -
M52 18 (MAIN UNIT IC-207)
Electrical Characteristics
ITEM
I. current circuit
V. input offset
I. input offset
I. input bias
SYMBOL CONDITION
II
<
5
Icc
Vio
O
RsslOKO
ho
le
R. input Rin
G. open voltage
Gvo
Ri_^2Kft, Vo = ±10V 66 110
Rl^IOKO
V. max. output VOM
Rl^2K0
Common mode range
VCM ±12
Common mode rejection CMRR Rs ^IOKO 70 90
C. voltage rejection ratio
Power consumption
SVRR
Rs^lOKO
Pd
Bandwidth fT
RATING
MIN.
0.3 5
±12 ±14
±10 ±13
TYP
MAX.
3.0 6.0
0.5
5
±14
30
90 180
7
UNIT
mA
6.0 mV
200 nA
500 nA
Mtt
dB
V
V
V
dB
150 /iV/V
mW
MHz
Through rate SR
Input scale noise voltage
Vni
Gv =0dB, Rl =2K0
Rs=1KQ, BW: 10Hz~30kHz
9 -
2.2
2.0
V/^s
/iVrms
CM8880 (DT MF UNIT IC - 6 01 )
This is advance information and specifications are subject to change without notice.
TM8880 (D TM F U NIT IC -602 )
GS IN- VDD ESt
NC IN+ StGt
4 3 2 28 27 26
NC
VRef
VSS
0SC1 0SC2
NC NC
5
C
6 24
C
7 23
c
8
c
9
c
10
c
11 19
12 13 14 15 16 17 18
1
25
22 21 20
NC
NC
NC
D3
D2
D1
DO
uuuuuuu
TONE CS NC IRQ/CP
R/W RSD 02
-10-
M P D 78 2 14 G C 58 2- A B 8 (CP U UNIT I C- 02 )
P64/DICD DTMF IC DETECT IN O'
P63/CAS3 MATRIX KEYO- P62/CAS2 MATRIX KEY O'
P61/CAS1 MATRIX KEY O
P60/CA50MATRIX KEYO'
RESET/RESET INO'
X2/X'tatO-
Xl/X’tal O
Vss/5V O P57/RAS3 O - P56/RAS2 O * P55/RAS1 O * P54/RASD O
P53/DTMF 030- P52/DTMF D2 O '
P51/DTMF 01 O
¿tPD78213GC-AB8
fiPD78214GC-582-AB8
000000000
oit I
t s u> x c o
1 I § a I §
£ § £ £
CL
- O P65/BP3 V/U
- O P66/BP4 RX
-OP67/BP5TX
- O P07/CPU
O P 06/CPU
- O P05/CPU
- O P04/CPU * O P03/LAMP
O P02/LCD C/D
OPOI/UCD CS
OPOO/LCD RESET
OP37/BEEP
OP36/LCO BUSY O P35/PTT2
O P34/FUNK KEY
O P70/CALL V/M SCAN PO KEY
11
S-81250HG (CP U UNIT IC-03)
Electric Characteristics {+ 5V output/high-tention proof) (Unless specified; Ta=25°C)
ITEM
Output voltage Output current
Load stability
In/output voltage difference Vdif Current consumption
Input stability Input voltage
Temperature coefficient of output voltage
SYMBOL
VOUT
lO UT Vin = +7V 40
AVout
Iss
AVOUT
AVin-Vout
Vin
AVout
ATa
CONDITION
Vin = +7V, louT=10mA 4.75
1mAslouTs40mA
Vin = +7V
louT=1mA
Vin = +7V, No load
+ 6Vs Vin s +10V
louT=10mA
-20°CsTas70°C
RATING
MIN. TYP. MAX.
5.00 5.25 50
40 80
30
3.0 7.0
0.1
±0.625
12
UNIT
V
mA
mV
mV eA
%A/
V
mV/°C
1 2 3
12
■S-8054HN (CP U UNIT IC-0 4)
>° lEij '
<T) OUT
© VDD
<3) VSS
(WHEN LOADED)
- 1 3 -
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