Alinco DJ-F1T Building instructions

VHF FM HANDHELD TRANSCEIVER
UHF FM HANDHELD TRANSCEIVER
Service M anual
-----------------------------------CONTENTS -----------------------------------
• SPECIFICATIONS........................................................ 1
• DJ-F1T/E CABINET PARTS LOCATION ................................. 2
• M67748L1 (MAIN UNIT IC-2 1) ........................................ 3
• MB15 4L (MAIN UNIT IC-2 2) ......................................... 4
• TK1 487MT (MAIN UNIT IC-2 3)....................................... 5
• ¡I PD4 94BG (MAIN UNIT IC-2 4)...................................... 6
• NJM386M (MAIN UNIT IC-2 5) ......... ............................... 7
• M5236ML (MAIN UNIT IC-2 6) ......................................... 8
• M5218 (MAIN UNIT IC-2 7)............................................. 9
• CM888 (DTMF UNIT IC-6 1)........................................... 1
• TM888 (DTMF UNIT IC-6 2)........................................... 1
• MPD78214GC582-AB8 (CPU UNIT IC- 2)..............................11
• S-8125 HG (CPU UNIT IC- 3) .......................................... 12
• S-8 54HN (CPU UNIT IC- 4)............................................13
• DJ-F1T/E DJ-S1T/E PARTS LIST ....................................... 15
• ADJUSTMENT F1-T/S1-T ............................................... 18
• ADJUSTMENT F1-E/S1-E ............................................... 19
• SCHEMATIC DIAGRAM..................................................2
• 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-1 K (Headset W/PTT VOX)
....................................... 34
SCHEMATIC DIAGRAM OF EME-1 K ................................... 35
EME-1 K PC BOARD.....................................................36
• EJ-1 U (DTMF ENC/DEC UNIT)......................................... 37
EJ-1 U (DTMF PC BOARD)..............................................38
• EJ-12U (TONE SQUELCH UNIT)........................................ 39
PC BOARD OF TONE SQUELCH UNIT .................................. 4
• EDC-34 (QUICK CHARGER 12 V) ...................................... 41
• EDC-35 (QUICK CHARGER 22 V) ...................................... 42
ALINCO ELECTRONICS INC.

■ SPECIFICATIONS
■ GENERAL
Frequency Coverage
Me ory Channel
Channel Steps
Standard Shift Frequency
E ission Type
Antenna I pedance
Operating Voltage
Microphone I pedance
Speaker I pedance
Di ensions
Weight
Ground
■ TRANSMITTER
Output Power
Modulation Syste
Max. Freq. Deviation
Spurious E ission
Microphone
■ RECEIVER
Receiving Syste
Sensitivity
Inter ediate Frequencies
F1T&S1T TX: 144.000-147.995 MHz
RX: 138.000-173.995 MHz
(AM Mode 118 — 136 MHz ater Modi ication)
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 k i
8 l
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
with Battery Pack EBP-16N (Standard or F1T/E & F4T/E)
Hi Mid Low
2 W (F1T/E & S1T/E)
1.5 W (F4T/E & S4T/E) 1 W 0.1 W
with Optional Battery Pack EBP-18N or at 13V
Hi Mid Low
5 W 1
W 0.1 w
with Dry Cell Battery Pack at 9V
Hi Mid Low
2.5 W (F1T/E & S1T/E)
2 W (F4T/E & S4T/E) 1 W 0.1 W
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

■ DJ-F1T/E CABINET PARTS LOCATION
Mechanical Parts
1KM0121 Front Panel,F1T
KM0081 Front panel DJ-S1
KM0078 Front panel DJ-S1T
2KM0114 Key Pad Panel
3 FG0069 Rubber Contact
4P0210 DJP3 key Board
5 FG0088 Anti-Water Drop Mat C
6NB0041 Lock Knob
7NB0040 Release Knob
8FG0061A Silicon Rubber Switch A
9 P0198 SW P. 0. Board
10 FG0058 PTT Rubber
11 FM0047 Release Plate
12 SCO005 Spring Coil
13 FG0066 DC Rubber
14 FG0065 MIC Rubber
15 FG0063A Silicon Rubber Switch B
16 KM0084 Front Case
17 ES0005 Speaker
18 ST0028 SP Stopper
19 FG0064 MIC. Holder
20 T0024 Terminal
21 FP0046 Terminal Frame
22 NK0020 VOL. Knob
23 NW0005 SQL. Knob
24 NK0021 Dial Knob
25 EA0017 Antenna DJF1
Screw
1AF0015 0# Screw 2+3 BC
2AF0005 0# Screw 2+3. 5 N
3SA0009 Supporter For Release Switch
4AA0039 Screw 2+6 BC
5AA0037 Screw 2+4
6AF0017 0# Screw 2+8 N
7 SA0008 Supporter For Lock
8AA0036 Screw 2+5 N
9 AA0038 Screw(flat) 2+16N
10 AF0016 0# Screw 2+2 BC

■ 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 TC
(°C) CONDITION RATING UNIT
MIN. TYPE MAX.
Output power Po 25 f =135-150MHz, Pin =20 W,
Vcc =125V, Vbb =5V,
Zg=Zi=50fi 7W
Total efficiency »T 25 (ditto) 45 %
2nd spurious 2fo 25 (ditto) -2 0 dB
3rd spurious 3fo 25 (ditto) -25 dB
Input SWR pin 25 (ditto) 2.5 —
Output SWR pout 25 (ditto) 1.5 —
- 3 —

■ MB1504L (MAIN UNIT IC-202)
(TOP VIEW)
OSCin 116 4>R
OSCout 215 <t> P
vp 314 fp
Vcc 413 fr
Do 512 FC
ND 611 LE
LD 710 Data
fin 89Clock
Pin Function Table
NO. SYMBOL I/O RATING
1OSCin ICristal oscillator input
2OSCout 0
3Vp—Voltage for charge-pu p
4Vcc —Voltage for IC
5 Do 0Charge-pu p output
6 GND —Ground
7LD 0 Lock detector output
8fin IFrequency input
9 Clock I Serial interface (clock input)
10 Data I Serial interface data input
11 LE I Serial interface load enable input
12 FC 0 Do changer output
13 fr O Reference Frequency output
14 fp oProgra able counter output
15 <t>P 0Charge-pu p output
16 </>R 0
4

■ TK10487MT (MAIN UNIT IC-203)
OSC (B)
OSC (E)
NC
MIX OUT
Vcc
IF INPUT
DECOUPLIN
DECOUPLIN
PHASE SHIFT
QUAD COIL
5
<20) RE INPUT
ND
(¡8) HySTERESIS CONTROL
SCAN CONTROL
(j5) SQUELCH INPUT
FILTER AMP OUTPUT
(Î3) FILTER AMP INPUT
(12) S METER OUTPUT
(ij) AF OUTPUT

■pPD4094BG (MAIN UNIT IC-204)
STROBE 1 16 Vdd
DATA 215 OUTPUT
ENABLE
CLOCK 314 Û5
Qi 4 13 Qe
Û2 512 Û7
Û3 6 11 08
Q4 710 Qs
Vss 8 9Qs
CLOCK OUTPUT
ENABLE DATA PARALLEL OUTPUT SERIES OUTPUT
oTnUbc Qi Qn Qs* Q's
LX X High
I pedance High I pedance D7 NO
CHANGE
LX X High
I pedance High I pedance NO CHANGE Da
HXNO
CHANGE NO CHANGE D? NO CHANGE
H H L L Qn-1 D? NO
CHANGE
HH H H Qn-1 D7 NO
CHANGE
H H H NO
CHANGE NO CHANGE NO CHANGE Ds
6

■ NJM386M (MAIN UNIT IC-205)
AIN
7 BYPASS
VOUT
(TOP VIEW)
Electrical Characteristics
ITEM CONDITION SYMBOL MIN. TYP. MAX. UNIT
Supply voltage Vs 4 — 12 V
Reactive current Vin =0V lo —4 8 A
Output voltage Rl=8Q, THD=10% Pout 250 325 -W
Output voltage Vs=9V, Rl=16Q, THD=10% Pout —500 —W
Voltage gain f =1kHz Av — 26 — dB
Voltage gain f=1kHz, Av —46 — dB
Band width BW — 300 — kHz
Total high distorsion Rl=8U PouT=125 W
f=1kHz, THD —0.2 —%
Power supply rejection f =1kHz, PSRR —50 —dB
Input register Rin —50 — Kii
Input bias supply Ibias —250 —nA 7

■ M5236ML (MAIN UNIT IC-206)
3d
S
2 c r"""i r - -
1 c=lit 1
1 1 < •
III 1
I
_ I 1 _ 1
Electrical Characteristics
ITEM SYMBOL CONDITION RATING UNIT
MIN. TYP. MAX.
Input voltage VlN 3.5 —36 V
Output voltage Vo 1.5 —33 V
Voltage difference Vi-o —0.2 0.5 V
Standard voltage Vre 1.20 1.26 1.32 V
Input regulation Reg-in Vi =15-20V —0.02 0.1 °/o/V
Loaded regulation Reg-L li_=10~200 A —0.02 0.1 %
Bias current Ib—1.3 2.3 A
Output voltage te p, coefficient TCVoTa=0~ +75°C —0.01 —°/o/°C
Ripple rejection ratio RR f =120Hz, VT=300 Vr s
Vi-o=3V —68 —dB
Output noise voltage VNo Af=20Hz~ 100kHz —33 —/iVr s
Vref
-8 -

■ M5218 (MAIN UNIT IC-207)
Electrical Characteristics
ITEM SYMBOL CONDITION RATING UNIT
MIN. TYP MAX.
I. current circuit Icc
< 5
II
O
—3.0 6.0 A
V. input offset Vio RsslOKO —0.5 6.0 V
I. input offset ho —5200 nA
I. input bias le — — 500 nA
R. input Rin 0.3 5 —Mtt
G. open voltage Gvo Ri_^2Kft, Vo = ±10V 66 110 —dB
V. ax. output VOM Rl^IOKO ±12 ±14 —V
Rl^2K0 ±10 ±13 —V
Co on ode range VCM ±12 ±14 —V
Co on ode rejection CMRR Rs^IOKO 70 90 —dB
C. voltage rejection ratio SVRR Rs^lOKO —30 150 /iV/V
Power consu ption Pd —90 180 W
Bandwidth fT —7—MHz
Through rate SR Gv =0dB, Rl =2K0 —2.2 —V/^s
Input scale noise voltage Vni Rs=1KQ, BW: 10Hz~30kHz —2.0 — /iVr s
— 9 -

■ CM8880 (DTMF UNIT IC-601)
This is advance in ormation and speci ications are subject to change without notice.
■TM8880 (DTMF UNIT IC-602)
S IN- VDD ESt
NC IN+ St t
NC C5
4 3 2 • 28 27 26
125 □NC
VRef C6 24 □NC
VSS c7 23 □NC
0SC1 c822 □D3
0SC2 c921 □D2
NC c10 20 □D1
NC □11 19 □DO
12 13 14 15 16 17 18
uuuuuuu
TONE CS NC IRQ/CP
R/W RSD 02
-10-

■ MPD78214GC582-AB8 (CPU UNIT IC-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 (CPU UNIT IC-03)
Electric Characteristics {+ 5V output/high-tention proof) (Unless specified; Ta=25°C)
ITEM SYMBOL CONDITION RATING UNIT
MIN. TYP. MAX.
Output voltage VOUT Vin = +7V, louT=10 A 4.75 5.00 5.25 V
Output current lOUT Vin = +7V 40 50 —A
Load stability AVout 1 AslouTs40 A
Vin = +7V —40 80 V
In/output voltage difference Vdif louT=1 A —30 —V
Current consu ption Iss Vin = +7V, No load — 3.0 7.0 eA
Input stability AVOUT + 6VsVin s +10V —0.1 —%A/
AVin-Vout
Input voltage Vin — — 12 V
Te perature coefficient of
output voltage AVout
ATa louT=10 A
-20°CsTas70°C —±0.625 —V/°C
1 2 3
12

■S-8054HN (CPU UNIT IC-04)
>° lEij '
<T) OUT
© VDD
<3) VSS
(WHEN LOADED)
- 1 3 -

ITEM SYMBOL CONDITION UNIT
Supply voltage range Vd d -V s s 12.0
V
Input voltage Vin Vss-0 . 3 - V d d +0.3
Output voltage Vout V s s -0 .3 —12
Output current lout 50 A
Power-loss allowance Pd 200 W
Operation te p. Topr - 2 0 — +70 °C
Storage te p. Tstg - 4 0 - +125
Solder Tsolder 260°C 10 sec.
- 1 4 -

■ DJ-F1T/E DJ-S1T/E PARTS LIST
Raf.
No. P a rt o d e P art N am e a n d N u m ber
CPU UNIT
IC1 XA014I IC, uPD7225GB-3B7
IC2 XA0165 IC, MPD78214GC582-AB8
IC3 XA0142 IC, S-81250HG-RD-TI
IC4 XA0106 IC, S-8054HN-CB-TI
Q1 X 0003 Transistor, DTC114TKT96
Q2 X 0012 Transistor, DTC114EKT96
Q3 XT0095 Transistor, 2SC4081T106R
Q4 XT0095 Transistor, 2SC4081T106R
Q5 X 0029 Transistor, DTC114Y T106
Q6 XT0077 Transistor, 2SC3326ATE85L
07 XT0094 Transistor, 2SA1576T106R
D1 XL0025 Diode. SLE-0022M
D2 XD0128 Diode. MA713-TX
D3 XD0128 Diode, MA713-TX
D4 XD0120 Diode. MA704WK-TX
D6 XD0129 Diode.ISS318TT11
C1 C 3047 Chip C, CM105W5R103
C2 CS0235 Chip C, TMC-M1V334MTRA
C5 C 3059 Chip C, CM105Y5V104Z (T only)
C5 C 3054 Chip C, CM105W5R223k25V(E only)
C6 C 3047 Chip C, CM 105W5R103 (T only)
C6 C 3054 Chip C, CM105W5R223k25V(E only)
C7 C 3056 Chip C, CM105Y5V473Z (T only)
C7 C 3054 Chip C, CM105W5R223k25V(E only)
C8 C 3047 Chip C, CMI05W5R103
C9 CS0053 Chip C, TMC0J476TRD
CIO CS0050 Chip C, TMC1A475TRB
C11 C 3047 Chip C, CM105W5R103
Cl 2 CS0057 Chip C, TMC0J225TRA
Cl 3 CS0057 Chip C, TMC0J225TRA
Cl 4 C 3031 Chip C, CM105W5R471
Cl 5 C 3047 Chip C, CM105W5R103
Cl 6 C 3035 Chip C, CM105W5R102
Cl 7 C 3035 Chip C, CM105W5R102
C18 C 3047 Chip C, CM10 5W5R103
Cl 9 C 3047 Chip C, CM105W5R103
C20 CS0049 Chip C, TMC1C105TRA
C21 C 3047 Chip C, CM105W5R103
C23 C 3011 Chip C,CM105CH100K
C24 C 3023 Chip C, CM105CH101K
C25 C 3023 Chip C, CM105CH101K
C26 C 3063 Chip C.CM105K5R153K25V(Eonly)
R1 RK3001 Chip R, MCR03EZHJ000
R2 RK3058 Chip R, MCR03EZHJ473
R3 RK3058 Chip R, MCR03EZHJ473
R4 RK3058 Chip R, MCR03EZHJ473
R5 RK3065 Chip R, MCR03EZHJ184
R6 RK3024 Chip R, MCR03EZHJ680
R7 RK3058 Chip R, MCR03EZHJ473
R8 RK3038 Chip R, MCR03EZHJ102
R11 RK3102 Chip R, MCR03EZHJ203 (T only)
R12 RK3001 Chip R, MCR03EZHJOOO (E only)
R12 RK3050 Chip R, MCR03EZHJ103 (T only)
R13 RK3102 Chip R. HCR03EZHJ203 (T only)
R14 RK3102 Chip R, MCR03EZHJ203 (T only)
R15 RK3001 Chip R, MCR03EZHJOOO (E only)
R15 RK3050 Chip R, MCR03EZHJ103 (T only)
R16 RK3050 Chip R, MCR03EZHJ103 (E only)
R16 RK3102 Chip R, MCR03EZHJ203 (T only)
R17 RK3001 Chip R, MCR03EZHJ000 (E only)
R17 RK3050 Chip R. MCR03EZHJ103 (T only)
R18 RK3102 Chip R, MCR03EZHJ203 (T only)
R19 RK3058 Chip R, MCR03EZHJ473
R20 RK3050 Chip R, MCR03EZHJ103 (E only)
R20 RK3058 Chip R, MCR03EZHJ473 (T only)
R21 RK3050 Chip R, MCR03EZHJ103 (E only)
R21 RK3058 Chip R. MCR03EZHJ473 (T only)
R22 RK3067 Chip R, MCR03EZHJ274
R23 RK3022 Chip R, HCR03EZHJ470
R24 RK3039 Chip R, MCR03EZHJ122
R25 RK3038 Chip R.MCR03EZHJ102
R26 RK30S8 Chip R, MCR03EZHJ473
R27 RK3067 Chip R. MCR03EZHJ274
R28 RK3056 Chip R. MCR03EZHJ333
R29 RK3062 Chip R, MCR03EZHJ104
R30 RK3062 Chip R.MCR03EZHJ104
Ref.
No. P a rt o de P a rt N a m e a n d N u m b er
R31 RK3050 Chip R, MCR03EZHJ103 (T only)
R31 RK3056 Chip R, MCR03EZHJ333 (E only)
R32 RK3050 Chip R, MCR03EZHJ103
R34 RK3050 Chip R, MCR03EZHJ103
R35 RK3062 Chip R.MCR03EZHJ104
R36 RK3062 Chip R, MCR03EZHJ104
R37 RK3058 Chip R, MCR03EZHJ473
R38 RK3058 Chip R, MCR03EZHJ473
R39 RK3056 Chip R, MCR03EZHJ333
R40 RK3050 Chip R.MCR03EZHJ103
R41 RK3038 Chip R, MCR03EZHJ102
R42 RK3038 Chip R, MCR03EZHJ102
R43 RK3039 Chip R, MCR03EZHJ122
R44 RK3067 Chip R, MCR03EZHJ274
R45 RK3022 Chip R, MCR03EZHJ470
R46 RK3058 Chip R, MCR03EZHJ473
R47 RK3046 Chip R, MCR03EZHJ472
R48 RK3046 Chip R. MCR03EZHJ472
R49 RK3038 Chip R.MCR03EZHJ102
R50 RK3050 Chip R.MCR03EZHJ103
R51 RK3056 Chip R. MCR03EZHJ333
R52 RK3001 Chip R, HCR03EZHJOOO (T only)
R53 RK3001 Chip R, MCR03EZHJ000 (E only)
R54 RK3035 Chip R.MCR03EZHJ561
R55 RK3058 Chip R. MCR03EZHJ473
R56 RK3058 Chip R, MCR03EZHJ473
R57 RK3050 Chip R, MCR03EZHJ103
R58 RK3054 Chip R, MCR03EZHJ223
RS9 RK3001 Chip R. MCR03EZHJOOO
R60 RK3050 Chip R, MCR03EZHJ103
R62 RK3039 Chip R.MCR03EZHJ122
R64 RK3050 Chip R, MCR03EZHJ103
L1 QC0048 Chip L,NL322522T100K
L2 QC0048 Chip L.NL322522T100K
L4 OCOOlO Chip L, MLF321611 El00M
VR1 RH0060 VR.MVR32HXBRN473
VR2 RH0060 VR, MVR32HXBRN473
VR3 RH0060 VR, MVR32HXBRN473
X001 XB0001 X'tal FARC4CA03580000K01
ED0002 LITHIU M BATT.
TZ0044 CP Insulate sheet
SW1 0013 Switch SKH AB Tape
SW2 0013 Switch SKH AB Tape
SW3 0013 Switch SKH AB Tape
CN1 E0129 Connector.DF9A-9S-1V(22)
CN2 EO130 Connector,DF9A-11S-1V(22)
CN3 E0131 Connector, DF9A-13S-1V (22)
CN4 E0135 Connector, 52207-0590
LCD EL0015 LCD DJ-F1
ST0026 LCD Flame
DH0006 LCD Reflection Board
FG0067 LCD Sillicon Rubber Connector
P0199 DJF1
P0200 DJF1
E0137 Pin Header SB4P-HVQ-28
W1 MACL02AA #02Blue
W2 MRCL02AA #02Red
VCO UNIT
Q101 XT0030 Transistor, 2CS3356T1
Q102 XT0030 Transistor, 2CS3356T1
Q103 XT0090 Transistor, 2SC2411KT146
D101 XD0132 Diode.1SV215TPH4
D102 XD0132 Diode,1SV215TPH4
D103 XD0131 Diode.1SV214TPH4
not QC0003 Chip L.HLF321606A-1R0M
LI 02 QC0090 Chip L, HLF321606A-4R7M
LI 03 QC0010 Chip L. MLF321611E-100M
LI 04 QA0077 Chip L, Case Coil QA0077
1105 QC0010 Chip L, MLF321611E-1-00M
R ef.
No. P art o de P art N am e a n d N u m b e r
TS0056 VCO Shield K1
TS0057 PM Shield K1
T0019 PC Board Terminal CK-1-2
TS0052A VCO Case DJF1
C101 C 3035 Chip C, CM105W5R102K
Cl 02 C 3035 Chip C,CM105W5R102K
Cl 03 C 3035 Chip C, CM5 05W5R102K
C104 CS0063 Chip C, TMC1VI04TR
C105 C 3019 Chip C, CM105CH470K
C106 C 3035 Chip C, CM105W5R102K
Cl 07 C 3035 Chip C, CM105W5R102K
Cl 08 C 3002 Chip a CM105CH010C
C109 C 3047 Chip C.CM105W5R103K
C110 CS0216 Chip C, TMC-M1A106MTR
cm C 3047 Chip C, CM105W5R103K
Cl 12 C 3047 Chip C, CM105W5R103K
Cl 13 C 3006 Chip C, CM105CH050C
Cl 14 C 3035 Chip C, CM105W5R102K
Cl 15 C 3035 Chip C, CM105W5R102K
Cl 16 C 3021 Chip C, CM105CH680K
Cl 17 C 3002 Chip C.CM105CH010C
C118 C 3047 Chip C. CM105W5R103K
C119 C 3035 Chip C, CM105W5R102K
C120 CS0049 Chip C, TMC1Cl05TR
C121 0 3O35 Chip C, CM105W5R102K
C122 C 3059 Chip C.CM105V5V104Z
R101 RK3026 Chip R.MCR03EZHJ101
R102 RK3022 Chip R, MCR03EZHJ470
R103 RK3030 Chip R, MCR03EZHJ221
R104 RK3030 Chip R, MCR03EZHJ221
R105 RK3054 Chip R, MCR03EZHJ223
R106 RK3050 Chip R.MCR03EZHJ103
R107 RK3046 Chip R, MCR03EZHJ472
R108 RK0052 Chip R, MCR10EZHJ103E
R109 RK3026 Chip R, MCR03EZHJ101
R110 RK3034 Chip R, MCR03EZHJ471
R111 RK3026 Chip R.MCR03EZHJ101
R112 RK3062 Chip R. MCR03EZHJ104
R113 RK3038 Chip R.MCR03EZHJ102
R114 RK3038 Chip R, MCR03EZHJ102
R115 RK3063 Chip R, MCR03EZHJ124
R116 RK3062 Chip R.MCR03EZHJ104
R117 RK3038 Chip R, MCR03EZHJ102
R118 RK3050 Chip R.MCR03EZHJ103
MAIN UNIT
IC201 XA0148 IC, M67748L
IC202 XA0145 IC,MB1504LPF-G-BND-TF
IC203 XA0144 IC,TK-10487MTR
IC204 XA0019 IC, m PD4094BG-T1
IC205 XA0061 IC. NJM386M-T1
IC206 XA0104 IC, M5236ML-T73A-36
IC207 XA0068 IC, MS218FP-T01-1
0201 XT0097 Transistor, 2SC4393TE85L
0202 XT0097 T ransistor, 2SC4393TE85L
Q203 XT0030 Transistor, 2SC3356T1BR25
Q204 XT0095 Transistor, 2SC4081T106R
0205 XT0096 Transistor, 2SC4099T106N
0206 XJ0029 Transistor,DTC114Y T106
0207 XT0088 Transistor, 2SA1213YTE12L
0208 X 0020 Transistor, FMW1T98
Q209 XT0030 Transistor. 2SC3356T1BR25
0210 XT0030 Transistor. 2SC3356T1BR25
0211 XT0094 Transistor. 2SA1576T106R
0212 XT0030 T ransistor. 2SC3356T1BR25
0213 XT0095 Transistor, 2SC4081T106R
Q214 XT0095 T ransistor, 2SC4081T106R
Q215 XT0095 Transistor, 2SC4081T106R
Q216 XT0095 Transistor, 2SC4081T106R
Q217 XT0095 Transistor, 2SC4081T106R
Q218 XT0088 Transistor,2SA1213YTE12L
Q219 Xt0095 Transistor, 2SC4081T106R
Q220 X 0029 Transistor, DTC114Y T106
Q221 XT0088 Transistor,2SA1213YTE12L
0222 X 0027 Transistor. FMA7T98
— 15 —

R ef.
No. P a rt o d e P art N a m e a n d N u m b e r
Q223 X 0027 Transistor, FMA7T98
Q224 X 0027 Transistor, FMA7T98
Q225 X 0029 Transistor, DTC114Y T106
D201 XD0066 Diode, RLS135TE11
D202 XD0066 Diode, RLS135TE11
D203 XD0066 Diode. RLS135TE11
D204 XD0129 Diode, 1SS318TT11
D205 XD0132 Diode, 1SV215TPH4
D206 XD0132 Diode, 1SV215TPH4
D207 XD0129 Diode, 1SS318TT11
D208 XD0132 Diode, 1SV215TPH4
D209 XD0132 Diode. 1SV215TPH4
D210 XD0132 Diode, 1SV215TPH4
D211 XD0129 Diode, 1SS318TT11
D212 XD0132 Diode, 1SV215TPH4
D213 XD0132 Diode, 1SV215TPH4
D214 XD0129 Diode. 1SS318TT11
D215 XD0132 Diode, 1SV215TPH4
D216 XD0134 Diode, RB450FT106
D217 XD0129 Diode, 1SS318TT11
D218 XD0129 Diode, 1SS318TT11
D219 XD0129 Diode, 1SS318TT11
D220 XD0127 Diode, MA704WA-TX
D221 XD0136 Diode, DTZ5.1 ATT 11
D222 XD0110 Diode, 1N5551
0223 XD0128 Diode, MA713-TX
D224 XD0129 Diode, 1SS318TT11
D225 XD0130 Diode, DA204 T106
D226 XD0118 Diode. MA716-TW
D228 XD0129 Diode, 1SS318TT11
D229 XD0129 Diode, 1SS318TT11
D230 XD0129 Diode, 1SS318TT11
D231 XD0137 Diode, DTZ6. 2ATT11
D232 XD0129 Diode, 1SS318TT11
L201 QK0063 Chip L, LKO. 5-3X3. 5TR
L202 QK0063 Chip L, LKO. 5-3X3. 5TR
L203 QK0063 Chip L, LKO. 5-3X3. 5TR
L204 QC0003 Chip L, MLF321606A1R0M
L205 QA0071 Chip L. QA0071
L206 QC0009 Chip LMLF321606DR10M
1207 QA007I Chip L. QA0071
L208 QA0071 Chip L, QA0071
L209 QA0071 Chip L, QA0071
L210 0C0009 Chip L, MLF321606DR10M
L 21! QK0063 Chip L LKO. 5-3X3. 5TR
L212 QC0010 Chip LMLF321611E100M
1213 QC0010 Chip MLF321611E100M
C201 C 3017 Chip C, CM105CH330K
C202 C 3006 ChiP C, CM105CH050C
C203 C 3014 Chip C, CM105CH180K
C204 C 3003 Chip C, CM105CH020C
C205 C 3017 Chip C, CM105CH330K
C206 C 3047 Chip C, CM 105W5R103K
C208 C 3035 Chip C, CM105W5RÎ02K
C209 C 3035 Chip C, CM105W5R102K
C210 C 3018 Chip C, CM105CH390K
C211 C 3047 Chip C, CM105W5R103K
C212 C 3035 Chip C, CM105W5R102K
C213 C 3012 Chip C, CM105CH120K
C214 C 3011 Chip C, CM105CH100K
C215 C 3018 Chip C, CM105CH390K
C216 C 30I1 Chip C, CM105CH100K
C217 C 3017 Chip C, CM105CH330K
C218 C 3016 Chip C, CM105CH270K
C219 C 3035 Chip C, CM105W5R102K
C220 C 3003 Chip C, CM105CH020C
C221 C 3002 Chip C, CM105CH010C
C222 C 3047 Chip C, CM 105W5R103K
C223 C 3006 ChiP C, CM105CH050C
C224 C 3035 Chip C, CM105W5R102K
C225 C 3047 Chip C, CM105W5R103K
C226 C 3059 Chip C, CMÎ 05Y5V104Z25V
C227 C 3047 Chip C, CM105W5R103K
C228 C 3024 Chip C, CM105CH121K
C229 C 3035 Chip C, CM105W5RÎ02K
C230 CS0216 Chip C, TMC-M1A106MTRB
C231 CS0063 Chip C, TMC1VI04TRA
C232 C 3035 Chip C.CM105W5R102K
C233 C 3015 Chip C, CM105CH220K
Ref.
No. P a rt o d e P art N am e an d N u m ber
C234 C 3035 Chip C, CM105W5R102K
C235 C 3047 Chip C. CMI05W5R103K
C236 CS0220 Chip C, TMC-M1C225MTRA
C237 CS0216 Chip C, TMC-M1A106MTRB
C238 C 3035 Chip C, CM105W5R102K
C239 C 3016 Chip C, CM105CH270K
C240 CS0049 Chip C. TMC1C105TRA
C241 C 3016 Chip C, CMI05CH270K
C242 C 3006 ChiP C, CM105CH050C
C243 C 3047 Chip C, CM105W5R103K
C245 C 3035 Chip C, CM105W5R102K
C246 C 3003 Chip C, CM105CH020C
C247 C 3003 Chip C, CMI05CH020C
C248 C 3047 Chip C, CM105W5R103K
C249 C 3015 Chip C, CM105CH220K
C250 C 3023 Chip C, CM105CH1 OIK
C25! C 3006 ChiP C, CM105CH050C
C252 C 3047 Chip C, CMI05W5R103K
C253 CS0049 Chip C, TMC1C105TRA
C254 C 3059 Chip C, CM105Y5V104Z25V
C255 CS0220 Chip C, TMC-M1C225MTRA
C256 C 3059 Chip C, CMI05Y5V104Z25V
C257 C 3059 Chip C, CM105Y5V104Z25V
C258 C 3011 Chip C, CM105CH100K
C259 C 3011 Chip C, CMI05CH100K
C260 C 3002 Chip C, CM105CH010C
C261 C 3004 Chip C.CMÎ05CH030C
C262 C 3002 Chip C, CM105CH010C
C263 C 3004 Chip C, CM105CH030C
C264 C 3035 Chip C, CM105W5R102K
C265 C 3035 Chip C, CM105W5R102K
C266 CS0063 Chip a TMC1V104TRA
C267 C 3059 Chip C, CMI05Y5V104Z25V
C268 CÜ3039 Chip C, CMI05W5R222K
C269 CS0049 Chip C, TMC1Cl05TRA
C270 C 3021 Chip C, CM105CH680K
C271 C 3059 Chip C, CMI 05Y5V104Z25V
C272 C 3054 Chip C, CM105W5R223K25V
C273 C 3029 Chip C, CM105W5R331K
C274 C 3035 Chip C, CM105W5R102K
C275 C 3054 Chip C, CM105W5R223K25V
C276 C 3056 Chip C, CMI05Y5V473Z
C277 C 3054 Chip C, CM105W5R223K25V
C278 CS0063 Chip C, TMC1VÎ04TRA
C279 CS0049 Chip C, TMC1C105TRA
C280 C 3043 Chip C, CM105W5R472K
C281 C 3023 Chip C, CM105CHÍ01K
C282 CS0216 Chip C.TMC-M1A106MTRB
C285 C 3011 Chip C. CMI05CH100K
C286 CS0211 Chip C, TMC-M0J336MTRC
C287 CS0049 Chip C, TMC1C105TRA
C288 C 3047 Chip C, CM105W5R103K
C289 C 3059 Chip C, CM105Y5V104Z25V
C290 C 3035 Chip C, CM105W5R102K
C291 C 3035 Chip C, CM105W5R102K
C292 C 3023 Chip C. CMI05CH1 OIK
C293 C 3019 Chip C, CMI05CH470K
C294 C 3035 Chip C, CMI05W5R102K
C295 C 3059 Chip C, CM105Y5V104Z25V
C296 C 3059 Chip C, CM105Y5V104Z25V
C297 C 3021 Chip C, CM105CH680K
C298 CS0235 Chip C, TMC-M1V334MTRA
C299 C 3035 Chip C, CM105W5R102K
C300 C 3047 Chip C. CM105W5R103K
C301 C 3047 Chip C, CM105W5R103K
C302 CS0049 Chip C, TMC1C105TRA
C303 C 3059 Chip C, CM î 05Y5V104Z25V
C304 CS0220 Chip C, TMC-MIC225AÍTRA
C305 C 3059 Chip C, CMI05Y5V104Z25V
C306 C 3023 Chip C. CM105CH101K
C307 C 3044 Chip C, CMI05W5R562K
C308 C 3059 Chip C, CM105Y5V104Z25V
C309 C 3059 Chip C, CM105Y5V104Z25V
C310 CS0050 Chip C, TMC1A475TRB-
C311 CE0308 Chip C.ECEV0JA101P
C312 C 3035 Chip C, CM105W5R102K
C313 CS0049 Chip C, TMC1C105TRA
C314 C 3047 Chip C, CMI05W5R103K
C315 C 3035 Chip C, CM105W5R102K
C316 C 3054 Chip C, CM105W5R223K25V
C317 C 3059 Chip C, CM105Y5V104Z25V
C318 C 3059 Chip C, CMI05Y5V104Z25V
Ref.
No. P art o de P a rt N am e a n d N u m b e r
C319 C 3047 Chip C, CM105W5R103K
C320 C 3047 Chip C, CM105W5R103K
C321 C 3035 Chip C. CMI05W5R102K
C323 C 3047 Chip C, CM 105W5R103K
C324 CS0049 Chip C, TMC1C105TRA
C325 CS0053 Chip C, TMC0J476TRD
C326 C 3035 Chip C, CM105W5R102K
C327 CE0308 Chip C, ECEV0JA101P
C328 C 3013 Chip C, CMI05CH150K
C329 C 3059 Chip C, CMI05Y5V104Z25V
C331 C 3035 Chip C, CM105W5R102K
C332 C 3035 Chip C, CM105W5R102K
C334 C 3023 Chip C, CMI05CH101K
C335 C 3023 Chip C. CM105CH101K
C336 C 3035 Chip C, CMI05W5R102K
C337 C 3035 Chip C, CM105W5R102K
C338 C 3023 Chip C, CM105CH101K
C339 C 3023 Chip C, CM105CH101K
C340 C 3059 Chip C, CMI05Y5V104Z25V
C341 C 3031 Chip C, CM105W5R471K
C342 C 3035 Chip C, CM105W5R102K
C343 C 3047 Chip C, CM105W5R103K
C344 C 3035 Chip C, CM105W5R102K
C345 C 3009 ChiP C, CM105CH080C
C346 C 3035 Chip C.CM105W5R102K
C347 CE0056 Chemical C, 16MV100SW
C348 C 3035 Chip C, CM105W5R102K
C349 CS0049 Chip C, TMC1C105TRA
C350 C 3035 Chip C. CM105W5R102K
R201 RK3030 Chip R, MCR03EZHJ221
R202 RK3074 Chip R, MCR03EZHJ105
R203 RK3050 Chip R, MCR03EZHJ103
R204 RK3022 Chip R, MCR03EZHJ470
R205 RK3050 Chip R, MCR03EZHJ103
R206 RK3074 Chip R, MCR03EZHJ105
R207 RK3050 Chip R, MCR03EZHJ103
R208 RK3074 Chip R, MCR03EZHJ105
R210 RK3050 Chip R, MCR03EZHJ103
R211 RK3056 Chip R, MCR03EZHJ333
R212 RK3038 Chip R, MCR03EZHJ102
R213 RK3038 Chip R, MCR03EZHJ102
R216 RK3062 Chip R, MCR03EZHJ104 ;
R217 RK3050 Chip R, MCR03EZHJ103
R218 RK3001 Chip R, MCR03EZHJ000
R219 RK3074 Chip R.MCR03EZHJ105
R220 RK3054 Chip R, MCR03EZHJ223
R221 RK3054 Chip R, MCR03EZHJ223
R222 RK3054 Chip R, MCR03EZHJ223
R223 RK3050 Chip R, MCR03EZHJ103
R224 RK3050 Chip R, MCR03EZHJ103
R225 RK3050 Chip R.MCR03EZHJ103
R226 RK3034 Chip R, MCR03EZHJ471
R227 RK3042 Chip R, MCR03EZHJ222
R228 RK3001 Chip R, MCR03EZHJ000
R229 RK3026 Chip R, MCR03EZHJ101
R230 RK3046 Chip R, MCR03EZHJ472
R23I RK3052 Chip R,MCR03EZHJI53
R232 RK3038 Chip R, MCR03EZHJ102
R233 RK3038 Chip R, MCR03EZHJ102
R234 RK3059 Chip R,MCR03EZHJ563
R235 RK3050 Chip R, MCR03EZHJ103
R236 RK3034 Chip R, MCR03EZHJ471
R238 RK3056 Chip R, MCR03EZHJ333
R239 RK3058 Chip R,MCR03EZHJ473
R240 RK3070 Chip R, MCR03EZHJ474
R241 RK3050 Chip R, MCR03EZHJ103
R242 RK3066 Chip R, MCR03EZHÜ224
R243 RK3062 Chip R, MCR03EZHJ104
R244 RK3056 Chip R. MCR03EZHJ333
R245 RK3058 Chip R, MCR03EZHJ473
R246 RK3066 Chip R, MCR03EZHJ224
R247 RK3026 Chip R, MCR03EZHJ101
R248 RK3042 Chip R, MCR03EZHJ222
R249 RK3056 Chip R, MCR03EZHJ333
R250 RK3034 Chip R, MCR03EZHJ471
R251 RK3062 Chip R, MCR03EZHJ104
R252 RK3062 Chip R, MCR03EZHJ104
R253 RK3043 Chip R, MCR03EZHJ272
R254 RK3062 Chip R.MCR03EZHJ104
R255 RK3046 Chip R, MCR03EZHJ472
— 1i —

R el.
No. P a rt o d e P a rt N a m e a n d N um ber
R340
R342
R343
RK1107
RK3060
RK3001
Chip R, MCR18EZHJOOOE
Chip R, MCR03EZHJ683
Chip R, MCR03EZHJOOO
TC201 CT0012 Trimmer C.CTZ-10AW
VR20Î
VR202
VR203
VR204
RH0064
RH0061
RH0064
RV0014
VR, MVR32HXBRN103
VR, WVR32HXBRN472
VR, MVR32HXBRN103
VR, RK09722115R1211
X201
X202
X203
XQ0046
XK0002
XQ0022
X'tal M-5 23.505MHZ
X’tal CDBM455C7
X'tal M-1 12.8MHZ
FL201
FL202 XC0004 XF0008 CeranicFilter, CF M455E
CeranicFilter, 23.05MHZ M-5
CN202
CN203 EO110 EO110 Connecter,52030-1210 Connecter, 52030-1210
JK201
JK202
JK203
J0015
J0022
J0019
Jack, HEC1781-01-020
Jack, HSJ1102-01-540
Jack, HSJ1423-01-010
RE201 R0006 RE EC09P20-51
MRCK08AA
MRCK04AA Lead, #08 RED Lead, #04 RED
YZ0058
QB0003 Solder-Plated Wire Ferrite Beads
KEY BOARD UNIT
PCB801 P0210 DJP3 KEY BOARD
CN0801 E0133 Connector DF9A-11 P-l V (22)
R801
R802 RK3024
RK3024 Chip R, MCR03EZHJ680
Chip R. MCR03EZHJ680
D801
0802
D803
D804
XL0016
XL0016
XL0016
XL0016
Diode, SLM13 WT96B
Diode. SLM13J MTT96B
Diode, SLM13MWT96B
Diode, SLM13M«irr96B
DTMF UNIT
1C601 XA0169 IC CM8880-2PEIT
Q0601 X 0021 Transistor FMC3 T98
D0601 XD0129 Diode,1SS318 TT11
C601
C602
C603
C604
C605
C606
C607
C608
C609
C610
C 3035
C 3035
C 3059
CS0050
C 3059
C 3047
C 3017
C 3017
C 3047
C 3059
Chip C, CM105 W5R 102K
Chip C.CM105 W5R 102K
Chip C.CM105 Y5V 104Z
Chip C.JMC ÎA 475TRB
Chip C.CM105 Y5V 104Z
Chip C.CM105 W5R 103K
Chip C.CM105 CH 330K
Chip C.CM105 CH 330K
Chip C.CM105 W5R 103K
Chip C.CM105 Y5V 104Z
P02Î2 DJF1 DTMFBoard
R601
R602
R603
R604
R605
R606
R607
R608
R609
RK3018
RK3066
RK3066
RK3062
RK3059
RK3058
RK3050
RK3038
RK3056
Chip R.MCR03 EZHT220
Chip R.MCR03 EZHT224
Chip R.MCR03 EZHT224
Chip R.MCR03 EZHT104
Chip R, MCR03 EZHT563
Chip R, MCR03 EZHT473
Chip R.MCR03 EZHT103
Chip R, MCR03 EZHT102
Chip R.MCR03 EZHT333
X0601
CN601
XQ0021
TT3008
YZ0042
E0134
X ’tal DSMAT 3.58MHZ
Elastic Tube X’tal
Cement G-17 1g
Connector,DF9A-13P-1V(22)
Ref.
No. P a rt o de P ari N am e a n d N u m ber
R256 RK3058 Chip R, MCR03EZHJ473
R258 RK3001 Chip R, MCR03EZHJOOO
R259 RK3035 Chip R, MCR03EZHJ561
R260 RK3042 Chip R, MCR03EZHJ222
R261 RK3001 Chip R, MCR03EZHJ000
R262 RK3072 Chip R, MCR03EZHJ684
R263 RK3046 Chip R, MCR03EZHJ472
R264 RK3070 Chip R, MCR03EZHJ474
R265 RK3044 Chip R, MCR03EZHJ332
R266 RK3026 Chip R, MCR03EZHJ101
R267 RK3067 Chip R. MCR03EZHJ274
R268 RK3050 Chip R, MCR03EZHJ103
R269 RK3046 Chip R. MCR03EZHJ472
R270 RK3058 Chip R, MCR03EZHJ473
R27Î RK3054 Chip R, MCR03EZHJ223
R272 RK3050 Chip R, MCR03EZHJ103
R273 RK3042 Chip R. MCR03EZHJ222
R274 RK3026 Chip R, MCR03EZHJ101
R275 RK3062 Chip R. MCR03EZHJ104
R276 RK3046 Chip R.MCR03EZHJ472
R277 RK3051 Chip R,MCR03EZHJ123
R279 RK3042 Chip R, MCR03EZHJ222
R281 RK3026 Chip R, MCR03EZHJ101
R282 RK3042 Chip R. MCR03EZHJ222
R283 RK3047 Chip R. MCR03EZHJ562
R284 RK3026 Chip R, MCR03EZHJ101
R285 RK3026 Chip R, MCR03EZHJ151
R286 RK3014 Chip R, MCR03EZHJ100
R287 RK3066 Chip R, MCR03EZHJ224
R288 RK3042 Chip R,MCR03EZHJ222
R289 RK3046 Chip R, MCR03EZHJ472
R290 RK3030 Chip R, MCR03EZHJ221
R291 RK0105 Chip R. MCR10EZHJ2R2E
R292 RK3047 Chip R. MCR03EZHJ562
R293 RK3053 Chip R, MCR03EZ HJ183
R294 RK3044 Chip R, MCR03EZHJ332
R295 RK3038 Chip R. MCR03EZHJ102
R296 RK3042 Chip R, MCR03EZHJ222
R297 RK3050 Chip R. MCR03EZHJÎ03
R298 RK3056 Chip R. MCR03EZHJ333
R299 RK3038 Chip R, MCR03EZHJ102
R300 RK3042 Chip R, MCR03EZHJ222
R301 RK3038 Chip R. MCR03EZHJ102
R302 RK3046 Chip R, MCR03EZHJ472
R303 RK3034 Chip R, MCR03EZHJ471
R304 RK3050 Chip R, MCR03EZHJ103
R305 RK3043 Chip R, MCR03EZHJ272
R306 RK3038 Chip R. MCR03EZHJ102
R307 RK3054 Chip R, MCR03EZHJ223
R308 RK3066 Chip R, MCR03EZHJ224
R309 RK3047 Chip R, MCR03EZHJ562
R310 RK3034 Chip R, MCR03EZHJ471
R311 RK3026 Chip R, MCR03EZHJ101
R312 RK3050 Chip R, MCR03EZHJ103
R313 RK3056 Chip R,MCR03EZHJ333
R314 RK3050 Chip R.MCR03EZHJ103
R315 RK3050 Chip R, MCR03EZHJ103
R316 RK3038 Chip R, MCR03EZHJ102
R317 RK3038 Chip R, MCR03EZHJ102
R318 RK3026 Chip R, MCR03EZH J151
R319 RK3026 Chip R.MCR03EZHJ101
R320 RK3074 Chip R.MCR03EZHJ105
R321 RK3038 Chip R.MCR03EZHJ102
R322 RK3042 Chip R, MCR03EZHJ222
R323 RK3056 Chip R, MCR03EZHJ333
R324 RK3073 Chip R, MCR03EZHJ824
R325 RK3050 Chip R.MCR03EZHJ103
R326 RK3001 Chip R, MCR03EZHJ000
R327 RK3046 Chip R, MCR03EZHJ472
R328 RK3038 Chip R, MCR03EZHJ102
R329 RK3038 Chip R.MCR03EZHJ102
R330 RK3072 Chip R, MCR03EZHJ684
R331 RK3038 Chip R, MCR03EZHJ102
R332 RK3038 Chip R, MCR03EZHJ102
R333 RK3050 Chip R, MCR03EZHJ103
R334 RK3030 Chip R, MCR03EZHJ221
R335 RK1018 Chip R, MCR18EZHJ101E
R336 RK3026 Chip R, MCR03EZHJ101
R337 RK3050 Chip R.MCR03EZHJ103
R338 RK3062 Chip R.MCR03EZHJ104
R339 RK3062 Chip R, MCR03EZHJ104
— 17 —

■ADJUSTMENT F1-T/S1-T
Ite Adjust ent ethod Spec.
1. Standard frequency Trans it at 146.03 on L.C.D. board, then adjust TC201 so that the frequency
is 146.03M Hz ± 50Hz.
Adjusting point TC201
146.03MHz±50Hz
2. Output power
1) High power Trans it at 146.03MHz, then adjust VR202 so that the output power is.5.0W
when operating power source at 13.8V.
Adjusting point(s) VR202 ain board
5W±0.1W
2) Middle power Trans it at 146.03MHz, then adjust VR203 so that the output power is 1.0W
when operating power source at 13.8V.
Adjusting point(s) VR203 ain board
1W±0.1W
3) Low power Trans it at 146.03MHz, then verify that the output power is between 80 W
and 200 W.
3. Trans itting spurious Trans it at 1144.03Hz, 146.03MHz and 147.99MHz, then verify the trans it
ting spurious is as follows when operating voltage is between 6V and 14V.
High power ....................................under -60dB
Low power ...................................... under -50dB
Also verify no queer oscillation is occurring.
High Power
under -60dB
Low Power
under -50dB
4. Modulation
1) MIC odulation
adjust ent Trans it at 146.03MHz and input low frequency of 1kHz 50 V fro MIC
input ter inal. Then adjust VR201 so that the odulation is 4.5kHz.
Adjusting point(s) VR201 ain board
4.5kHz ± 0.1kHz
2) DTMF deviation Trans it at 146.03MHz and press the ten-key jT). Then adjust the VR3 so
that the odulation is 3.1kHz.
Adjusting point(s) VR3 CPU board
3.1kHz ± 0.1kHz
3) Sub-audible tone
odulation Set the sub-audible tone at 88.5MHz, then adjust VR1 so that the frequency
is 800Hz when trans itting at 146.03MHz.
Adjusting point(s) VR1 CPU board
800Hz±100Hz
5. Standard VCO voltage At the receiving condition, adjust L104 so that the voltage of P/D is 0.7V with
the frequency set at 146.03MHz.
Adjusting point(s) VCO board L204
At the trans itting condition verify that the voltage of P/D is between 0.5V
and 1.0V with the frequency set at 145.05MHz.
0.8 ± 0.1V
6. AIR BAND At the receiving frequency of 125.03MHz, input the signal of AM 1kHz 30%
output 8dBp (disconnection ter inal) fro SG. Then verify that the S/N is
ore than 10dB. And, receivable fro 118.00MHz to 142.99MHz.
7. VHF front-end adjusting At the receiving frequency of 146.03MHz, adjust L205, L207, L208 and
L209 so that the 12dB sind gets axi u sensitivity.
Adjusting point(s) L205, L207, L208, L209 ain board
8. S eter At the receiving frequency of 146.03MHz input the signal of 20dB/t fro the
transceiver tester. Then adjust VR2 so that the FU11 in S eter starts
lighting.
Adjusting point(s) VR2 CPU board
18

■ADJUSTMENT F1-E/S1-E
Ite Adjust ent ethod Spec.
1. Standard frequency Trans it at 145.05 on L.C.D. board, then adjust TC201 so that the frequency
is 145.05M Hz ± 50 Hz.
Adjusting point(s) 7C201
145.05M Hz ± 50Hz
2. Output power
1) High power Trans it at 145.05MHz, then adjust VR202 so that the output power is 5.0W
when operating power source at 13.8V.
Adjusting point(s) VR202 ain board
5W±0.1W
2) Middle power Trans it at 145.05MHz, then adjust VR203 so that the output power is 1.0W
when operating power source at 13.8V.
Adjusting point(s) VR203 ain board
1W + 0.1W
3) Low power Trans it at 145.05MHz, then verify that the output power is between 80 W
and 200 W.
3. Trans itting spurious Trans it at 145.05MHz, 144.05MHz and 145.95MHz, then verify the trans it
ting spurious is as follows when operating voltage is between 6V and 14V. High Power under -60dB
High power .................................... under -60dB
Low power ...................................... under -50dB
Low Power
under -50dB
Also verify no queer oscillation is occurring.
4. Modulation
1) MIC odulation
adjust ent Trans it at 145.05MHz and input low frequency of 1kHz 50 V fro MIC input
ter inal. Then adjust VR201 so that the odulation is 4.5kHz.
Adjusting point(s) VR201 ain board
4.5kHz ±0.1 kHz
2) DTMF deviation Trans it at 145.05MHz and press the ten-key [T|. Then adjust the VR3 so
that the odulation is 3.1kHz.
Adjusting point(s) VR3 CPU board
3.1 kHz ±0.1 kHz
3) Tone-burst odulation Trans it at 145.05MHz, then adjust VR1 so that the odulation is 3.0kHz.
Verify that the tone-burst is in the range of 1,750Hz ±20Hz at this ti e.
Adjusting point(s) VR1 CPU board
3.0kHz ±0.1 kHz
5. Standard VCO voltage At the receiving condition, adjust L104 so that the voltage of P/D is 0.7V with
the frequency set at 145.05MHz.
Adjusting point(s) VCO board L204
At the trans itting condition verify that the voltage of P/D is between 0.5V
and 1.0V with the frequency set at 145.05MHz.
0.7V±0.1V
6. AIR BAND At the receiving frequency of 125.03MHz, input the signal of AM 1kHz 30%
output 8dB/t (disconnection ter inal) fro SG. Then verify that the S/N is
ore than 10dB. And, receivable fro 118.00MHz to 142.99MHz.
7. VHF front-end adjusting At the receiving frequency of 14505MHz, adjust L205, L207, L208 and
L209 so that the 12dB sind gets axi u sensitivity.
Adjusting point(s) L205, L207, L208, L209 ain board
8. S eter At the receiving frequency of 145.95MHz input the signal of 20dB/t fro the
transceiver tester. Then adjust VR2 so that the FU11 in S eter starts
lighting.
Adjusting point(s) VR2 CPU board
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