Panasonic RX-FT560 User manual

ORDER NO. MD9107076C2
Service Manual
Stereo Radio Cassette Recorder
Area
MECHANISM SERIES (WSC 28-02)
SPECIFICATIONS
General
Power Requirement:
Power Consumption:
PowerOutput:
Speaker:
Jacks:
Dimensions (W x H x D):
Weight:
Radio Section:
Radio Frequency Range:
AC; (E)(EG)
....230V, 50Hz
(EB) .... 230 - 240V, 50Hz
Battery; 12V(8UM-1,"R20/
LR2OWBatteries)
25W (AConly)
40W (20Wx2)
... PMPO
Woofer; 10cm PM DynamicSpeaker
(2.7Q )
Tweeter; 1.5cm CeramicSpeaker
Input;CDILINE 1N;398 mV,47
WZ
Output; HEADPHONE;32R,03.5
566 x 156x 167 (mm)
3.5kgwithout batteries
FM; 87.5
- 108 MHz
MW; 520
- 1610kHz
SW;5.9 - 18 MHz
LW:148.5 - 285kHz
Radio Cassette
Color
(K) . . . . ... . BlackType
Country
1 Code 1
Area I Color I
/ (E) Continental Europe
1 (EB) Great Britain
IntermediateFreq. ~cy: FM; 10.7 MHz
AM; 459 kHz
Sensitivity: FM; 2.2 HI50mW output
MW; 200 pVlm150 mW output
SW; 7.0 @50 mW output
LW; 200 pVlml50 mW output
Tape Deck Section: TAPE
1
Frequency Response: 70 - 12,000 Hz
Tape Speed: 4.8 cmls
Track System: 4-Track2-Channelstereo playback
1
I
Tape Deck Section: Tape 2
(EG)
Frequency Response:
Tape Speed:
RecordingSystem:
Track System:
F.R. Germanylltaly
70 - 12,000 Hz
4.8 cmls
AC bias, Magnet erase
4-track2-channelstereo recordingand
playback.
Notes:
1. Weights and dimensionsshown are approximate.
2. Designand specificationsare subjectto changewithout notice.

CONTENTS
Page Page
Locationof Controls .......................................................................... 2
Alignment Point .......................................................................... 15
.............................................................
DisassemblyInstructions
3 - 5
MechanismPartsLocation ..................................................... 16 - 18
DialChassisAssembly ...................................................................... 6 MechanismPartsList
............................................................. 19 - 20
- Schematic Diagram ............................................................. 7 - 10
CabinetPartsLocation ....................................................... 21 - 22
- Circuit Boardand Wiring Connection Diagram ........................ 11 - 12
ReplacementPartsList ......................................................... 23 - 25
.............................................
MeasurementsandAdjustments
13 - 15
Resistors 8 CapacitorsPartsList ............................................. 25 - 27
LOCATIONOF CONTROLS
@ HeadphonesJack (PHONES)(03.5,32R)
Built-in Microphone (MIC)
@ CD1LineInput~acks(lCD//LINEIN)(398mV,47 M)
Deck 1(For Playback)
,
Deck 1 Reverse ModeSelector
(IQATREV MODE)
Stop1Eject Button
(El STOP1EJECT)
Fast Buttons(44
- FAST - H)
Playback Button ( 4 )PLAY)
\ Direction Button ( *II+ DIR)
Extra BassSystem Switch (XBS)
@ Graphic Equalizer Controls
(GRAPHIC EQUALIZER)
@ Volume Control (VOLUME)
@ FunctionSelector (SELECTOR)
1
@ Editing1FMMode Selector I BeatProof Switch
(EDITING1FM MODE1B.P)
@ DECK 2 (For Playback/Recording)
PauseButton ( ll PAUSE)
Stop1Eject Button
( €4 STOPIEJECT)
FastForward1Cue Button (441
Rewind1Review Button (W 1REV)
PlaybackButton
( 4 PLAY)
Record Button
( m)
@ BandSelector (BAND) (FM, LW, MW, SW)
@ TuningControl (TUNING)
@ Speakersvweeter] (1.5cm)
Speakers [Woofer] (lOcm, 2.7R)
@ Deck 1 CassetteCompartment
@ FMStereo Indicator (FMSTEREO)
Deck2 CassetteCompartment
@ Handle
@ Telescopic Antenna
@ Battery Compartment
@ AC Socket(AC IN -)

-
- ----- -
Ref.No.7 Removalof the Mechanism
Procedure
1. Remove 3 screw (a - 0)
2+5-7
I
----- I
Mechon~sm
Remove3 connectors (CP2, CP3, CP4)
Ref. No.8
' Removalof the Graphic Equalizer
P.C.B.
C - - -- -1 --
1 1. Removethe cover chassis in the direction
of arrow
0.
+ j7-
2. Pullout the XBS button inthe direction of arrow.
A
3. Pullout the Graphic EqualizerP.C.B. in the
drrection of arrow @.
----
.
GRAPHIC
EQUALIZER
!
Ref. No.9 ~~~3~l~J",'~8~P~~~ Equalizer i Ref. No10 Removalof the MainP.C.B.
Procedure
1. Releaseclawsinthedirection of arrowsandremovethe
- --
chassis.
2-t -t 1 2. Releasethe ribs in the direction of arrows.
7+8+9
Procedure
/ 1. Removethe connectors (CP1 and CP501).
2-5- 2.Remove5screws(@-g).
7 + 8-10 1 3. Releasethe ribsand removethe main P.C.B.
Ref. No.11 Removalof the Battery P.C.B. Ref. No.12 Removalof the Power P.C.B.
Procedure
\
1
Releasethe claw Inthe direction of arrow and then remove the
1
battery P.C.B. in the direction of arrow @
Procedure
2 -12
1. Remove 3 screw (
- b) )
2. Releasethe rib and removethe transformer.

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MEASUREMENTAND ADJUSTMENTS
ALIGNMENT INSTRUCTIONS
REMARKS
SIGNAL GENERATOR or 1
1 BAND 1
SWEEP GENERATOR
1 SETING
I I CONNECTIONS FREQUENCY 1 1 OSCILLOSCOPE) 1 1 1
I READ CAREFULLY BEFOREATEMPTINGALIGNMENT I
INDICATOR
f~~~~~~~~
1 SW-RFALIGNMENT I
ADJUSTMENT
5. Set FM mode1B.P switch to STEREOIII.
6. Output of signal generator should be no higher than necessaryto
obtain an output reading.
1. Set volume control to maximum.
2. Set bandswitchto LW, MW, SW or FM.
3. Set functionselector to radio or tape.
4. Set power source voltage to 12V DC.
Jack (32~)
Tuning capacitor Fabricate the plug as 1 LIO
1 ~djustfor maxi-
5.75.H~ f~llyclosed. 1 / shownin Fig. 2 and then
connect the lead wires 1 (SW OSC mumOutput
of the plug to the meas-
Connectto test point
uring instrument.
through
I
ceramic capacitor 18,8
MHz
Tuning capacitor CT4 (SWOSC
(11) (10OF). fully open. Trimmer)
W LW, MW and SW ALIGNMENT
Adjustformaximum
steps (10-(12)
(12) SW
SIGNALGENERATOR or
SWEEP GENERATOR
BAND
1 , . 1
RADIO DIAL
SETING
CONNECTIONS FREQUENCY
1 AM-IF ALIGNMENT 1
FM ALIGNMENT
INDICATOR
(ELECTRONICS
VOLTMETER or
OSCILLOSCOPE
459kHz
30% Mod. at
400Hz
ADJUSTMENT
(1) Pointof non-
interference. (on/
about 600 kHz)
REMARKS
Headphones
Jack (32R)
Fabricate the plug as
shown in Fig. 2 and
then connect the lead
wfres ofthe plugto the
MW
Adjust for maximum
output
Fashiona loop of
severalturns of wire
and radiatesignal into
loop ant. of the
receiver. REMARKS
T2 (AM IFT) SIGNAL GENERATORor INDICATOR
(ELECTRONICS
VOLTMETER or
OSCILLOSCOPE)
RADIO DIAL
SETING
1 BAND 1
SWEEP GENERATOR ADJUSTMENT
1
LW-RFALIGNMENT
I
2 I
FM-IFALIGNMENT
CONNECTIONS
1 FREQUENCY
5.75
rii
1 (E)(EB) ... l36kHz
1 (EG)...137*5kHz
CT3 (LW OSC
Trimmer)
Tuning capacitor
fully closed.
T3 (FM2nd
1 FT) Wave form is
shown in Fig. 4.
FM-RFALIGNMENT
1
I
(*I ) L5-1(LW
ANT Coil) Headphones Jack
(E)(EB)...86.2MHz Variable L4(FMOSC
1 (EG) ... 87.35MHz Pacitor
closed.
1 f50kHz
Connect to test
ouiput. ~djust~5-1
by movingthe ferrite
core.
('2)Adjust for
maximum
output.
285 kHz
point through Variable ca-
FM dummy antenna CT1-1(FM
Negative side to test f50kHz open. OSC Trimmer)
point
I CT2(LW ANT
1 Trimmer)
I
(+I)Cement antenna ferrite core with wax after completing alignment.
Adjust for maximum
Output.
Repeat steps (2)-(5).
1 MW-RFALIGNMENT 1
1 106MHz 1 Tune to signal. 1 1
CTI -2(FMANT mum output. Re-
Trimmer) peatsteps (15) -
(E)(EB)...511kHz Tuning capacitor
(EG)...514+3kHz fully closed. Lg(MW
OSC Coil) Adjust for maximum
I output.
1 1 (17).
responseswill be present; proper tuning is the center frequency.
(E)(EB)..I~~O~H~/Tuning capacitor
(EG)..1639+5kHzl fully open. CT1-3 (MW OSC
Trimmer) Adjust for maximum
output. Adjust L5-2by
movingthe ferrite
core.
SEPARATION ALIGNMENT
COUNTER
-
AdiustVRl . for 19kHz f 50
'(2) L5-2(MW
ANT Coil)
550 kHz Tune to signal.
to test pointmth;ough FM
dummy antenna.
Negative side tom
1
1 CT1-4
15OOkHz 1 ''
i
I
(AMANT Trimmer)
I
HZ' reading on frequency
counter.
Adjust for maximum
output. Repeat steps
(6) - (9).
1
('2) Cement antenna ferrite core with wax after completing alignment.
1
.-
I
ID HEAD AZIMUTH ALIGNMENT
i
1 TESTTAPE EQU~PMENTCONNECT~ON ADJUSTMENT j SPEclFlcATloN
ELECTRONICCOUNTER I
REMARKS ~
I
1 \measuring instrument
I' I I I I
QZZCFM
(8 kHz, -20dB) HeadphonesJack (32R)
/~abncate the plug as shown ~n Fog 2 and
I fhenconnecttheleadwlresoftheplugtothe )
Azimuth screw
(Shownin Fig.5) Maximum output.

TAPE SPEED ADJUSTMENT
-
I I 1
EQUIPMENTCONNECTION ADJUSTMENT 1
1 TEST TAPE 1 ELECTRONICCOUNTER
1
SIGNAL GENERATOR or
1 BAND SWEEP GENERATOR REMARKS
RADIODIAL INDICATOR
VOLTMETER or
1 1 CONNECTIONS FREQUENCY 1 / OSCILLOSCOPE) 1 1 I
!
HeadphonesJack (32R)
NormalSpeed Adjustment
Fabricate the plug as shown In Flg. 2 and
thencon"edIheleadwiresollhepluglothe
1. Inserta test tape (QZZCWAT)inTape 2 and play it back.
measuring instrument.
2. Adjust VR401 until the measured value becomes 3000
r
-
SW-RF ALIGNMENT
I 1 I I I Headohones I I I
Tuning capacitor 1 ( Fabricate ~~~~i~~~~)andIhen the plug as 1
LIO
ldjust for maxi-
5.75MHz 1 fully closed.
connect the lead wires 1 , (SWOSC 'Oil)
mum Output
essary to j
QZZCWAT
(3kHz)
3. Check Tape
1 in the same way to make sure itsatisfies the specification.
Tape 1
... +50Hz of the speed of Tape2.
If itdoesn't repeatsteps 1 and 2 above.
Note: This set uses one drive motor, so besure to performthe adjustment inTape 2.
High Speed Measurement
4. Insertthe playback tape into Tape 1and the editingtape into Tape 2.
5. Set the Editing ModeSelector to the "HIGH"position.
6. Pressthe Tape 2 Pausebutton, then pressthe Record Button.
7. Pressthe Tape 1 Playback Button.
Editing isstarted by meansof the Synchro-Startfunction.
8. Check to be sure that the measuredspeed is at least
1.7 times faster than normalspeed.
W
0 1stpi 1 \:::it%:: meas-/ 1 1 ,,
through
ceramiccapacitor
8,8 MHz Tuning capacitor CT4 (SW OSC
(11) (10 PF). fully open. Trimmer)
ALIGNMENT POINT
Pleasereferto Circuit Board andWiring ConnectionDiagramfor test point locations.
SIGNAL GENERATOR or INDICATOR
SWEEP GENERATOR RADIODIAL (ELECTRONICS
I BAND I , SETING VOLTMETER or FM1st LW
ANT
FM ANT
MW ANT BAND SWITCH
10.7MHz 145kHz 106 MHz 1500kHz
SW MW LW FM MW ANT
CONNECTIONS FREQUENCY
1
OSCILLOSCOPE)
FM-IFALIGNMENT
(13)
Fig.3
: L5-1
! ferrite
I '-'-'
FM-RFALIGNMENT
('2)Adjust for
L4(FMOSC 1 maximum
"j coil) output.
1 Connectto test
point through (E)(EB)~09.2~~~Variable ca-
FM dummy antenna (EG) 108.25 MHZ pacitor fully
Negativesideto test open. OSC Trimmer)
k50kHz Fig.4
FM
OSC/ FM 26d MW osc
La osc 'MW OSC \LW OSC
86.2 MHz(E,EB). 10.7MHz 1650 kHz(E,,EB) 136kHzlE.EB) 511kHz(E,EB) 297kHz(E,EB)
~~,~~MH~~~O~H~(EGJ 1639_+5kHz(EG)13725kHz(EGI 51423kHzlEG) 297?5kHz(EG)
El
pLq pJ m
1 106MHz Tune to signal. (
I 1
1 _____I I (17).
('2) three output responsesw~llbe present; proper tun~ngisthe center frequency.
SEPARATIONALIGNMENT
REMARKS
98MHz,60dB(CW)Connect AdjustVRl,for 19kHz k50
1
to test pointmthrough FM ... (+) I
19kHz Hz reading on frequency
dummy antenna.
... (-) counter.
I
j
Negativesidetom
----.--A-
HEAD AZIMUTH ALIGNMENT
111_- 7
To Headphone
- To Measuring
- Instrument
R=32
Fig. 2
MECHANISM CONTROL P.C.B
ximum
itsteps
TAPE SPEED
,";muth Screw
Fig. 5
1 TESTTAPE IEQUlPMENT CONNECTION
I
-- 1 ELECTRONICCOUNTER I
r
--
7-
Fig.6
QZZCFM
1 HeadphonesJack (320)
Fabr~calethe plug as shown I" Fig. 2 and
Azimuth screw
Maximum output.
(8 kHz, -20 dB)
then connectthelead wiresollhepiugla lhe
measuringinstrumenl.

MECHANISM PARTS LOCATION SPRING LI
1 I 2 I 3 I 4 I 5 6 I 7 I 8 I 9 I 10
DECK 1 (For PlaybackIAuto Reverse) DECK
2 (For Recording and Playback) ,115
I SPRING I1
The illustration show
(The illustration shov

SPRING LOCATION
DECK 2 (For Recording and Playback) ,115
SPRING ILLUSTRATION
The illustration showsthe actual size of the springs so it can be usedto check their shapes.
(The illustration shows the springs separatedfrom the mechanism).

--
I Ref No I Pan No. Part Name & Description I Remarks I Ref No Pan No. Part Name & Description Remarks
104 RFF82ZA FLYWHEEL ASS'Y
105
1 RFN114ZA WASHER
1
REEL D BUSH 1 [MI
/ REVERSE GEAR ASS'Y 1 [MI
1 106 I RFB117ZA / BELT / B COLLER
MECHANISM
Ref No. Part No. Part Name
& Description Remarks
206 RFD421ZA SWITCH A PLATE [MI
207 RFY985ZA SWITCH B PLATE [MI
208 RFY986ZA FUNCTION A PLATE [MI
209 RFY987ZA FUNCTION B PLATE [MI
210 RFS883ZA SPRING MI
211 RFD423ZA FF IDLER LEVER MI
212 RFK29ZA FF IDLER PLATE ASS'Y [MI
213 RFY988ZA LEVER HOLDER ASS'Y MI
214 RFE532ZA SCREW [MI
215 RFS884ZA SPRING [MI
216 RFY989ZA EJECT LEVER [MI
217 RFS913ZA SPRING MI
218 RFD424ZA MO PLATE [MI
219 RFYWZA MO LEVER MI
220 RFY91ZA DR LEVER [MI
221 RFY948ZA SENSOR LEVER [MI
222 RFY949ZA SENSOR B LEVER [MI
223 RFE539ZA BUSH [MI
224 RFY95OZA CANCEL B LEVER [MI
- -
225 RFS887ZA SPRING [MI
227 RFK28ZA TENSlON B ASS'Y [MI
228 RFY951ZA SENSORSTOP ARM [MI
229 RFQ66ZA DRIVE PULLEY [MI
230 RFQ70ZA PULLEY [MI
232 RFS888ZA SPRING MI
233 RFS915ZA SPRING [MI
234 RFY992ZA LUG PLATE [MI
235 RF124ZA RUBBER CUSHlON
236 RFE142ZA SCREW
237 RFF83ZA FLYWHEEL ASS'Y [MI
238 RFS889ZA SPRING [MI
239 RFS891ZA SPRING [MI
240 RFB112ZA BELT [MI
241 RFBll9ZA BELT [MI
SPRING PLATE
RFF84ZA FLYWHEELASS'Y
245 RFY9932.4 CONNECT PLATE ASS'Y
149
150
151
101
102
103
139
140
142
143
144
145
146
147
148
152
153
154
RFE171ZA
RFU197ZA
RFGl54ZA
RJH4C29ML4S UPHEAD
pp
19
RFY7OlZA
RFS6642.4
RFQ69a ..
RFY703ZA
RFY973ZA
RFE308ZA
RFS640ZA
RFS626ZA
RFY974ZA
RFG144ZA
RFJ942.4
RFS864ZA
RBR2CY004
RFU195ZA
LUG PLATE
MECHA CHASSIS ASS'Y
REEL GEAR
S MOVEMENT PLATE
SPRING
DRIVE PULLEY ASS'Y
EJECT LEVER
LEVER HOLDER
C BUSH
SPRING
SPRING
LEVER HOLDER
[MI
[MI
FWD GEAR
REEL CAP
SPRING
E HEAD
HEAD CHASSIS ASS'Y
[MI
[MI
[MI
[MI
[MI
[MI
-
[MI
197
198
19
200
201
202
203
204
205
RFY934ZA
RFS911ZA
RFY9372.4
RFY940ZA
RFY983ZA
RFY984ZA
RFS879ZA
RFY941ZA
RFS912ZA
PAUSE LEVER
SPRING
STOP LEVER
CUE STOP
ARM
FF LEVER
REW LEVER
SPRING
PLAY B LEVER
SPRING
lMl
[MI
[MI
[MI
[MI
[MI
[MI
[MI
MI

Ref No.
REPLACEMENT PARTS LIST
Remarks
Palt No.
Notes :'Important safety notice:
Componentsidentifiedby/j\mark havespecialcharacteristics importantfor safety.When replacingany of these components useonly
manufacturer'sspecified parts.
'Bracketed indications in Remarks columns specify the area (Referto the first page for area).
Partswithout these indications can be usedfor all areas.
'[MI Indicatesinthe remarks columns indicates partsthat are supplied by MESA.
Part Name & Description
Ref No.
I I I I I I I I
Part No.
-- --
Palt Name & Description
TRANSISTORS (S)
1 VC1 I RCV4RC2V2K-M I VARIABLE CAPACITOR 1 1
--
Remarks
VARIABLE CAPACITORS(S)
Q 1
0101
ECRLA020E53R TRIMMING CAPACITOR
071
I I I I I I I I
1 4102 1 2SC1684RTA 1 TRANSISTOR 1 I
2SC829BTA
2SC1684STA
1 0103 1 2SC1684RTA I TRANSISTOR I 1
TRANSISTOR
TRANSISTOR
1 Ref No Pan No, Part Name
& Description 1 Remarks I Ref No. I Part No. Part Name & Description Remarks
1 4104 / 2SC2001KlTA / TRANSISTOR 1 1
CABINET AND CHASSIS
RGXX0004-K
RMK0091-K1
DIAL CHASSIS 1 1
1 Q20l 1 2SC1684STA / TRANSISTOR 1 1
POINTER 1 [MI 1
1 Q202 2SC1684RTA TRANSISTOR I 1 1 1 1
DIODE (S) 1 1
KNOB. TUNING I [MI 1 1
4203 2SC1684~TA TRANSISTOR
I I
MICROPHONE 1 [MI 1
/ 4204 1 2SC2001KlTA 1 TRANSISTOR 1 1
1 Dl / RMlSS133 / DIODE I 1
CONNECTOR (4P)
1 Q301 1 2SC1684RTA TRANSISTOR
I I
1 D304
I RMMTZ6R8BTA 1 DlODE
I I
5 RFKM(FT560P2 TRANS SHIELD PLATE ASStY(B) [MI R P3G4YA
6 XYN3tFRFY SCREW RJP4G18ZA
1 Q302 1 2SC1684RTA TRANSISTOR 1 1 1
D307 RVDlSS133 / DIODE 1 1
DIODE
1 :t3: ~ RVDISS133 1
RVDlSS133 DIODE
4303
4304
CONNECTOR (5P) 1 1
CONNECTOR (7P)
PRE-SHIELD PLATE
2SA564RTA
2SC1684RTA
TRANSISTOR
TRANSISTOR
/ 4308 / 2SC20001KlTA I TRANSISTOR 1 1 D317
D350
1 4309 1 BAlA4MTA I TRANSISTOR 1 [MI 1
LED HOLDER 1 1
RVDSLB55VR
RVDlSS133
1 4312 / BNlL3NTA I TRANSISTOR 1 [MI 1 I D401 I RVDlSS133 DlODE
I I
LED
DIODE
CONNECTOR (5P)
I 1
[MI
1 4313 1 2SC20001KlTA I TRANSISTOR 1 1 I D450 I RMlSS133 I DlODE
I I
HEAT SINK 1
TRANSISTOR
:2:: 2SA564RTA I
2SK3OlQTA TRANSISTOR (FET)
4402 2SC1684STA TRANSISTOR
SCREW
I I
D501
D502
I RMlSR35
/ DIODE
RMlSR35
14
15
16
I 1 VARIABLE RESISTORS (S)
DlODE
D504
D505
D506
RGV0046-K
REX0284-2
RBD564ZA-0
RMISR35
RMISR35
RVDlSR35
17
18
18
1 (EG),[M] ll 1 RuW214ZA 1 SPRING
1 :;
BACK CABINET ASS'Y
BATTERY TERMINAL
(+,-I
REXO183-1 SPEAKER CONNECTOR WIRE
RJR0055 ANTENNA TERMINAL [MI
HANDLE ARM [MI 52 REXO269-2
R/P HEAD WIRE UNIT [MI
KNOB, VOLUME
POWER CONNECTOR
KNOB, BAND
DlODE
DlODE
DIODE
VR 1
VR371
VR372
VR373
VR374
VR401
1 I 1 FUSE (S) I 1
RJP2G9YA
RFKHNT560EK
RFKHNT560EB
F1 XBA2Cl6TBO FUSE
[MI
[MI
[MI
RVNCA14BlT-A
RRV20T02G54A
RRV20T02G54A
RRV20T02G54A
RRV20ROlB54A
EVNDXAAWB53
CONNECTOR (2P)
BACK CABINET ASS'Y
BACK CABINET ASS'Y
1 1 1 COIL (S) & TRANSFORMER(S) / 1
43
44
44
VR, FM VCO
VR, G. EQ. (100Hz)
VR, G. EQ. (1 KHz)
VR, G. EQ. (10 KHz)
VR, VOLUME
VR, TAPE SPEED
RKH0011-K1
RDG5874ZB
/ CERAMIC FILTER (S)
(E),[MI
(EB),[MI
[MI
[MI
[MI
[MI
[MI
RMBX0002
RFKGm560EK
RFKGXFT56OEG
HANDLE BAR
DAMPER GEAR
44A
45
46
L 2
/ L 4 I RLD4Y53W COIL / (E,EB) [MI 1
BATTERY SPRING
FRONT CABINET ASSIY
FRONT CABINET ASSIY
[MI
[MI
23
24
25
I L 4 I RL04N233-0 COIL I (EG) [MI 1
[MI
(E,EB), [MI
(EG), [MI
RAT0004
RGQ0040A-K1
RJF28ZA
RLQY3OSIW
53
54
RFKLXFT560PI
RFKLXFT560P2
EASlOP532K-G
COIL
1 L 5 I RLF6W9-OZ COIL, ANTENNA 1
TWEETER
COVER CHASSIS
FUSE HOLDER
RMBOll5
XTV1+1OG I 1 1 SWITCH (ES) 1 1
[MI
[MI
REX0309-1
RDG5958ZA
CASSElTE LID ASS'Y (L)
CASSETTE LID ASS'Y (R)
SPEAKER
/ L 6 1 RLQY3OS4W I COIL 1
CASSETTE OPEN SPRING
SCREW
LEAF SWITCH WIRE LEAD
VC GEAR
[MI
[MI
[MI
/ L 7 RWB41-M COIL, ANTENNA 1 1
[MI
[MI
[MI
I - I I I1 I I
/ S 1 / RSS4H04XA-H SW, BAND 1
55
57
58
/ L 8 RLOlB13-M 1 COIL, OSC
I I
62
63
I I I I
11 IC 3 I RVIBA1112L I IC, FM MPX
I I
RJS6T5ZA
RJP2G4YA
RJP4G4YA
Remarks
Ref No.
/ L 9 1 RL02B108M COIL, OSC
1 I
CONNECTOR
PLUG (2P)
SOCKET (4P)
RJB0399F
RJBO396H-1
Palt Name & Description Remarks
Ref No.
1 1 I INTEGRATED CIRCUIT (S) 1 I IC 301 BAlllON I IC, I(EC/EQ AMP 1 I
P.C.B.
P.C.B.
Part No.
Part No.
I S302 1 RSH2Fl8ZA-A I SW. RIP
I I
Part Name & Description
/ L 10 I RLA3B41-M 1 COIL. ANTENNA
I I
IC 1
IC 2
/ T 1 RLI4B153-M 1 FM I.F. TRANSFORMER 1
I
S303
S305
/ T 2 I RLI2B153-M AM 1.F. TRANSFORMER 1 1
AN 7205
RVIBA4236L
1 S306 RFA99ZA I SW, DECK(1) MOTOR
I [MI 1
RSS3D001-H
RFAlO2ZA
/ T 3 RLI4B153-M / FM 1.F. TRANSFORMER I 1
IC, FM FRONT END
IC, FM/AM IF AMP
SW, SELECTOR
SW, DECK(1) PLAY
1 S307 RFAlOlZA I SW, DECK(2) MOTOR I IMI 1
IC 302
IC 370
1 ~50lnRJJISEOI-H I JACK W/SW AC IN U3) I 1
T301
/ ~5014RTPlLlB003-X I POWER TRANSFORMER (EB),IM]
RVILA4108R
AN7330K
IC, POWER
IC, GRAPHIC EQUALISER AMP
~501ARTPlLlE005-X I POWER TRANSFORMER / (E.EG). [MI
RL09B17-T TRANSFORMER

I Ref No. Part No. Part N.dme & Description / Remarks I / Ref No Part No. 1 Pan Name & Description Remarks I
1 Ref No / Pan No. / Values & Remark, I I Ref No. I Part No. / Values & Remarks I / Ref No. 1 Pan No. Values & Remarks 1
--
J2 RJJD7S2YA-C JACK, H.P.
PACKING MATERIAL (S) J3 A RJJlSEOlH JACK, AC IN (S501)
ECQP2A22lJZT
35 ERDS2TJ.71 114.
~OP
0 17 EClHU47B
0.47 ;: 1
R316 ERDS2TJ472T 4.7K 1/4~ ECQP2A36lJZT 360P lOOV C176 ECQVlH184JZ3 0.18
R323 ERDS2TJ680T 114W C24 ECQPl392JZ 0.0039 lOOV C177 ECEAlHUR22B 0.22 5OV
-
R314
P1
P2
P3
AC POWER SUPPLY CORD
1 1 ECBTlHlOOJC5 2; , 1 1 :::: ECEAlHUORlB 1 ::: 1 R313
RPH658ZB MIRAMAT SHEET
I
[MI
RPGX0002 GIFT BOX [MI
-
-
RPN0323 POLYFOAM [MI
ECEAlHUOlOB 1 50V
ECEAlHUOlOB 1 50V
-
ERDS2TJlO2T
JACK (S)
ERDS2TJ6R8T
~TIFIO~~U
I I
JACK, CDLlNE
6.8 114.
1K 1/4W
RESISTORS & CAPACITORS
ECBTlC103NS5 ECBTlCl52MR5
Notes :' Capacitancevalues are in microfarads(uF)unless specified otherwise, P=Pico-farads(pF)F=Farads(F)
' Resistancevalues are in ohms, unless specified otherwise, 1K=1,000(OHM),1M=1,000k(OHM)
* Bracketedindications in Ref No.columns specify the area. (Referto the first pagefor area)
I C201 ECBTlHlOlKB5 / lOOP 50V 1
/ C202 ECEAlHUOlOB I 1 50V
I
( C33 / ECEAOJUlOlB 100 6.3V I
1 8 ERDSE 1 ;;; 1.4. E6 35 @-:i2
1 1 :;. 1 ECFRlClO4JR 1 ;:; 1
R401 ERDSZTJ183T 114W ECFRlC223MR ECBTlHl02KB5
R402 ERDS2T1822T 8.2K 1/4W ECBTlC103MS5 0.01 C206 ECEAlHUOlOB 1 1 50V
ECEAlHUOlOB
C40
C41
-
ECFRlCl53MR 0.015 16V
C210 ECEAOJUlOlB 6.3V
C211 ECEAlHUOlOB 50V
-- - ---
,-- ~-
R450 ERDS2TJ224T 220K 114W C43 ECEAlHUR47B 0.47 ECEAlHUORlB 0.1 50V
R451 ERDS2TJ472T 4.7K 114W C44 ECEAlHU2R2B 2.2 50V ECBTlC472MR5 0.0047 16V
/ C102 ECEAlHUOlOB I 1 50V 1
1 1 I CAPACITORS 1
1 C273 I ECEAlHUORlB 1 0.1 50V 1
1 Clll 1 ECEAlHUOlOB 1 50V 1
/ C114 1 ECEAlHUORlB 0.1 50V 1
1 ECEAlHUOlOB I 1 SOV~
1 C301 ECBTlHlOlKB5 lOOP 50V 1
1 C170 / ECEAlCUlOOB / 10 I6V 1
1 C171 / ECEAlHUOlOB 1 50V 1

1 Ref No Part No. Values & Remarks I Ref No. Part No. Values & Remarks 1 Ref No. Part No. Values & Remarks 1
:fTHlO2*5
ECFRIC104MR
C306 , ECEAlHUOlOB
0,001 50"
0.1 16v
1 50V
10 16V
180P 50V
330P 50V
0.0027 lOOV
-
220 6.3V
0.022 16~
0.01 16~
C307
C308
C309
c3lo
C311
C312
C313
ECEAlCUlOOB
ECKRlHlRlKBi
ECKRlH331KBi
ECQP1272JZ
ECEAOJU22lB
ECFRlC223MR
ECBTICIO3MS5
C322
C323
C324
C326
C327
C328
C332
C334
C335
C336
ECEAIHUZR2B
ECEAlCUlOOB
ECEAlAU22lB
ECBTIC103NS5
ECEAlAU221B
ECEAlCUlOOB
ECEAlEU222E
ECEAOJU47 1B
ECKRIH103MD5
ECEAlEU22IB
2.2 50V
10 16~
220- 1OV
0.01 16~
220 10V
10 16V
2200 25V
470 6.3V
0.01 50V
220 25V
I
C337
C370
C401
C402
C403
C501
C502
C503
C504
ECEAlCUlOOB
ECEAlAU22lB
ECEAIEU330B 1
ECEAlEU22IB
ECEAlEU330B
ECKRIHIO3ZF5
--
10 16~
220 10V
33 - 25V
220 25V
33 25V
0.01 50V
C505 / ECEAlEU22lB
ECKRIHIO3ZF5
ECKRIHIO3ZF5 / 0.01 50V
b--
ECKRlH103ZF5 / 0.01 50V
220 25V