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mPANA-12446

ORDER NO. GAD8712174C1

Service ManualINTEGRATED AUDIO SYSTEM

CUSTOM-MADE FOR HONDA RM-1500AI NeB

RM"1500A MECHANISM SERIES

• SPECIFICATIONS

Intercom Section:Mie Input Impedance: 2000Head set Output: 1W(8Q/ch)AF Section:Auto volume level: + 8 - + 16dSTone volume level: + 8 - -8dS

General:Power Source:Test Voltage:Power Consumption:

Power Output:

Dimensions:

Weight:FM Tuner Section:Frequency Range:Usable Sensitivity:Signal to Noise Ratio:Stereo Separation:THO:IF Frequency:AM Tuner Section:Frequency Range:Usable Sensitivity:Selectivity:IF Frequency:

OC;12V(Negative Ground only)OC;14V8A at maximum power output(Memory back-up 1mAlHead set: 1W (80Ich)Main amp: 24W (30Ieh)101.6"(W)x 34.4"(H) x 124"(0)(258x87.5x315)mm51b 70z (2.56kg) without bracket

FM;87.5-107.9MHz10dB(SIN 30dS)55dB35dB at 1kHz0.5%10.7MHz

AM;530-1620kHz30dB (SIN 20dB)50dB(±10kHz)450kHz

Cassette Deck Section:Tape System:Stereo Separation:Track System:

Auto-reverse35dB at 1kHz4-track 2 channelstereo playback

Weights and dimensions shown are approximate.Design and specifications are subject to change without notice.

HONDA./Panasonicw

MalOuahlta servlcea Company50 Meadowland Parkway.secaucus, New Jersey 0709"

Pan••onic HawIII, Inc.91-238, Kauhl Sl. Ewa BeachP.O. Box 774Honolulu, Hawaii 96808.Q774

Pln.,onlc Sal•• Complny,Dtvl.lon 01 Mat.us"lta Elacillcof Puerto Rico. Inc::..Aye. 65 De Inlanterla, Km.9.7Victoria Induslrial ParkCarolina, Puerto RiCO 00630

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mRM·1500A

CONTENTS

ITEM PAGE

• Location of Controls and Components . . , 3• Audio System Connection .. .. . .. .. . .. . . 4

• Disassembly Instructions. . . .. . .. . 5, 6• Schematic Diagram (MaIO)... . 7-9• Schematic Diagram

(Volume/Tone, Power, Connector, SWitch Motor/Plunger, Back-Up/Plunger) .. .10-12• Circuit Board and Wiring Connection Diagram. . 13~15

• Measurements and AdJustments............. .. . .. .. 16~18

• IC9 (~PD1714GA929) Each Termmal Function '" . .. . . 19• Cabinet Parts Location .. 20~22

• Mechanism Parts Location. . . .. .. . . .. . . .. . .. . .. 23, 24

• Parts List . . .. .. .. . 25~32

ThiS service manual IS only applicable to model RM·1500A.It IS Imappllcable to optional eqUipment and accessones.

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mRM-1500A

LOCATION OF CONTROLS AND COMPONENTS(CONNECTOR)

TAPE/RADIO SELECTOR----_+_.

BAND SELECTOR -------....(AM/FM)

TAPE SLOT-----t

STOP/EJECT BUTTON-~H+if-----I

(..)

POWER SWITCH/------'VOLUME CONTROL (VOL)

INTERCOM POWER SWITCH/---.-/INTERCOM MIC LEVEL CONTROL(IC VOL)

,..----+--HEAD SET/SPEAKER SELECTOR

r-t---PRESET CHANNEL SELECTOR(CH)

,..-----itit-t+--et-AMBIENCE SWITCH(AMB)

PRESET MEMORY SWITCH(MEMO)

r-----'---++++---FAST BUTTON (........ )

t----tt++--- FAST BUTTON (~~)

'---TONE CONTROL (TONE)

'-------AUTO VOLUME LEVELCONTROL (AVC)

'--------INTERCOM MUTE LEVELCONTROL (MUTE)

CB CONNECTOR RADIO CONNECTOR

< CONNECTOR>

DISPLAY CONNECTOR

•• CB CONNECTOR

1. NOT USED2. CB AF HS3. CB AF SP4. NOT USED5. NOT USED6. CB ON

8EXT ANT

7. CB AF E8. HS/SP9. CB AUDIO MUTE

10. GND OUT11. CB MIC OUT12. CB MIC E

• RADIO CONNECTOR

13. MIC PA14. MIC E PA15. HS OUT E16. HS OUT L17. FR SP e18. FR SP (£)19. SPEED PULSE20. ACC21. MIC DR22. MIC E DR23. HS OUT R24. GND

25. FL SP ®26. FL SP e

< 27. TUNE DN28. MUTE29. TUNE UP30. BACK UP

• DISPLAY CONNECTOR

31. DATA32. GND33. BK34. CLOCK35. LOAD36. K·MUTE

iOPTION------------------------------..

I CB Transceiver, CB Antenna, Head Set, Passenger Controler. Fader Volume, Rear Speaker.

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mRM·1500A

AUDIO SYSTEM CONNECTION

MAIN UNIT

RM 1500A

ANTENNA

'J (

FRONT

_ __...J

DISPLAY

1---------,I ,- PASSENGER LI CONTROL II (OPTION) I<-- --J

S)S)HEAD SET HEAD SET(PA) (DR)

1------------1I CB II ANTENNA (OPTION) II II CB I

I IL- _

-4-

'----r- ';..--,I (OPTION) I

: L-;EA~I FADER II '-. VOLUME IL ~

AUDIO SWITCH

/\ MUTE--------1~ c::J TUN f(Jl

PRO V ~

o

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mRM·15QOA

DISASSEMBLY INSTRUCTIONS(B) (0)

(A)

(C)

Fig. 1

(A)

(0)Fig. 3

Fig. 2

(N)

Fig. 5

(5)

Fig.6

Fig. 9

(Z)

(Y)

Fig. 8

(Y)

Push the Eject Button

CassetteCompartment

.D.

Fig. 7

~------ -(T)

Fig. 10

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mRM·1500A

Mechanism attachment(1) Push the arm to raise the lever(2) Attach the mechanism by mser·

tmg the lever into the mechanismat the shown angle

One of the lugs IS bent, so after removmg the screw (M), remove the circuit board while turnmg It to accom·modate the angle of the lugWhen removing the switch CirCUit board chaSSIS, the drive pin and spnng may come off, so be careful not to

lose them. ~."', "",-' t=:::~

~"/ .

\ rio( / :,Angle

I ffJ..o'''--• .J>

(*.1)

<*.2)

Steps Shown In Fig - To remove- Remove -

1 Screw (3xS)mm .. (A)x4

2 1 Bottom Cover Screw (3x 12)mm (B)x2

3 Screw (3 x 6) mm (C)x3-

4Socket (CN101, CN102, CN103, CN104, CN10S,

CN106, CN107) (O)Xf2 Main Circuit Board

S Cut the wire tie . . ... ., (E)x6

6 Screw (3x 12)mm (F)x6

7 2 Screw (3x 10)mm (G)x4

S Upper Cabinet Ass'y Knob .. (H)xS3

9 Push the lock lever In the direction of arrow CD

10 Screw (3x 12)mm (I )xS

11 Screw (J)x 14 Power Amp Circuit Board

12 Screw (3 x S)mm (K)x4

13 Socket (CN409, CN410) (L) x 2

14 Screw (M)XS4 Mechanism Unit

15 Socket (CN617, CNS01) (N)x2

16 Back up/Plunger CirCUit Screw (o)x 14

17 Board (*1) Socket (CN61S) . (P)x 1

1S Screw (3 x S) mm (Q)x25

19 Screw .. (R)x2

20 6 Screw (3xS)mm (S)x2

21 7 Volume CirCUit Board Screw (T)x2

22 6 Socket (CN30S, CN313) (U)x2

23 Nut (V)x55

24 Angle (W)x1

25 Screw (3 x 6)mm (X)x2

6 Power Supply CirCUit Board Remove the power supply CirCUit boad In the direction of26

arrow I2l

SSwitch CirCUit Board

Screw (3 x 10) mm (y)x 1027ChaSSIS (*2)

2S Socket (CN702) .. (Z) x 1

9 SWitch CirCUit BoardLamp ( a)x4

29 To remove the lamp, use a standard screwdnver and turnIn the direction of arrow @

30 Push the eject button10 Cassette Compartment

31 Screw (3x 10)mm (b)x2.

-6­, Be sure to fold at the (~) mark so that the mark IS on the outSide

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m\

RM·1500A RM·1500A

2 3 4 5 6 7 8SCHEMATIC DIAGRAM (MAIN)

9 10 11 , 12 13

.JVVv----­'\11047K

025,272S060lRTW

SWITCHING(AUTO TUNING I

0402SB709RTW

swrTCHING

IC3STK3400A

FM NOISE BRANKER, MPX

D

r---+-----ll----------

01625060lR

AF AGC

0152S060lR

L P F

01725060lR

H P F

®

A

Q362SK160t<4TW

LOW PASS FI L TER

0372SD60lRTW

LOW PASS FILTER

049,5025D60lRTWBUFFER AMP

~~;;2~~~1 iu~

,~ 050

IC2RVI LA 1140FM IF 8 DET

0182SC2295BTW

IF AMP

RI4'1 100

022,2325D60lRTW

SWITCHING

R208 10K

R20Q 10K

IC ILAI175

FM FRONT ENO

01925C2491'SWITCHING

D13RVDKV 123518

011,122SKI84GRAM RF' AMP

QI3,I42S060lRTW

SWITCHING

MAIN CIRCUIT

eNIOI

ANT

E

TO ANT

CNI06

PRO(J0PRO<l (±)

GNDTAPE ON

SWD Vel;

TAPE IN

FF IREY{t 5V

HEAD CIRCUIT

TO BACK-Uo/PLUNGERCIRCUIT(eNGle) AND

MOTOR/ PLUNGERCIRCUIT(eN 801)

> FM ( ) AM c:::J RADIO» FF/REW

5202 1-5202·3

rLCh­

,FWD

I LRch -

PLAYBACK HEAD

l r lch -­REV

LRch --

Note.

c:=::> RadiO (FM) Signal lineII." Radio (AM) Signal l,.me.... Tape (PLAY) Signal line~ Tape/RadiO Signal lme-+- +B Voltage Linec:=::> FM VCO Signal Line~ AM veo Signal Une~ FM/AM VCO Signal LinetJ 0 0(> MIC Signal Line- ... - +B (BACK UP) Signal line

Head switch In "FWD" posItion(F FWD, R REV)

2 VR1 FM veo adJustment VR3 DC voltage measurement are taken With electronics voltmeter from

negative terminal of batteryNo mark Playback poSition, <

«

4 The mark(~ shows test point, e g _=te8t POint 15 The supply parts number Is described alone In the replacement parts

list• Thl. schematic diagram may be modified It Iny time with the

development of new technology

B

F

A

H

G

E

c

D

-----------------7- 8-

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m6

,"RM·1500A RM·1500A

7 8SCHEMATIC DIAGRAM (MAIN)

9 10 11 12 13 14 15 16 17 18

TO SWITCHCIRCUIT(eN/03 )

TO VOLUlo1o/TONECIRCUIT(CW302 )

DISPLAY OUTPUT

Rch OUT

Lc.h OUT

G~D

HSjsP

AF veeSWD Ace

ALL (LAMP)

ACC<LAMP)

GNDKS I

K'2

KS 2K3K1

KS 3

AceHS/SPHANDLE

~~lnD'o TO CONNECTORMUTE CIRCUITTUNE DOWN (CN505)

TUNE UP

GNDBACK UP

Q!~

2SCJ384RREGULATOR

0412S060lSTW

SWITCHING

047,48RVTfMG5TX

SWITCHING

IC9UPOl714GA929PLL a CONTROLLER

IC4RVIBA6133

AMBIENCE

09UN2214TWSWITCHING

Q3.2S060lRTW

SWITCHINGti1A151 WATW

rC!1~ Q3~138>

038, !92S8709RTW

SWITCHING

~ t~1 (,'f<:1> (,If ','1' ~': I~) ,I~, {~

4\>--(4O)o-<:fj)-(38J-..crr~li)-o(35)....(34-)--(.m__

SI4 SI5 516 SI'1 Sl8 S/<1 S20 S21

'14 '14, <14, fJA 14\ 114\ 14- 1 14\ (l.~ '14

Ie 9

0342SD60lRTW

SWITCHING

,r,\

028 '1',,4

2SD5960V2twSWITCHING

;: r~O-'

~BL;n

~

I .. I~ "4-

Q3,4250601 RTW

AF AMP

RHO 47K

Q25,272S060lRTW

SWITCHING(AUTO TUNING'-

IC3STI<3400A

FM NOISE BRANI<ER ,MPX

D

""---+----~--------------....,

Q362SKI60K4TW

LOW PASS FILTER

0372S060rRTW

LOW PASS FILTER

A

049,502S060lRTWBUFFER AMP

iTRIOt21

QI5~ 2S060lRC" L P FC'I

LD0cr

CIOq 016

50VI 2SD60lRAF AGC

®

QI72S060lR

H P F

+

IC6HAI2429

AM NOISE BRANKER

~~~2~~~1 iu~

IC2RVILA 1140FM IF a DET

0182SC2295BTW

IF AMP

R20Q 10K

Ie tLAI175

FM FRONT END

\SVQq03

0192SC2497RSWITCHINC

~Q(.--e~---O-I----+--_=-'::=+==~----~~

3SK"4LFM RF AMP

QII,I22SKI84GR

AM RF AMP

QI3,I425060lRTW

SWITCHING

RCUIT

)

8- -9-

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mRM·1500A RM·1500A RM·1500A

2 3 4 5SCHEMATIC DIAGRAM

6 7(VOLUME/TONE, POWER, CONNECTOR, SWITCH, MOTOR/PLUNGER, BACK-UP/PLUNGER)

8 9 10 11 12 13 14VOLUME / TONE CIRC~_IT _ AMP CIRCUI.T _

03082SK332DVARIABLERESISTOR

A

J

p c~, iN

TO V"t',:N ~( ... !I\CIRCU': CiND

(C~ !On ~,~ ~~~t SWC Ace

B

c

030,1, 30~ 0302.3062SC 16220lnw 25060 IRTX

BUFFER Ave AMP

Q30325D60lRTW

TONE AMP

030425D60lRTW

SWITCHING

03072S060lRTXTO~E AMP IC302

0314UN2214TWSWITCHING

Q315UN2214 TX

SWITCH ING

IC304

r- 1I I[_ .J

308~15IItATW

0401,402

2SCI622DI1TWAF AMP (HS)

£::b......--+ .- .....0

0406.4092SD60lRTW

AF AMP (SPI

IC402

IC401

RVITA1230PPOWER AMPIHSI

OJ ~l)

'15 mr: E1~; ~0~ ~ I~~ ~~ (~.Ace

- AceFR SP C~)

~R SF'(:;'G~m

GND J,.

Note.:

1. 51·1--81·6

51·1: Memory:'51·2: AmbienCf51·3: Channel!81-4: FM/AM f,I

51-5: Head set'S1·6: Tape/radl

2. S201·1-8201·3 ~v

3, 8204 Mute SWd

4. 8301 Power SW

5. 8305 Intercom6. VR301-1, VR301·2 : Volume (',

7. VR302·1, VR302-2 : Auto volu8. VR303-1, VR303-2 : Tone con!9. VR304 AVC gain

10. VR305 : Intercom11. VR306 : Mute leve

12. DC voltage measurement is tal

Yoltmeter from negative terminNo marK•.. Playback positionc==J RADIO.l ) Speaker. (( )) ...Hea(i[I ]] Intercom switch: OFF

13. The mark e-) shows test po I

'4. The supply parts number Is desparts list.

• This schematic dlagr.m mlY bedevelopment of new technology.

IC3C

sc::::

Ie

8w{i~'{

13~2 4

5

Radio (FM) Sig nal LineRadio (AM) Signal LineTape (PLAY)Signal Linp

Tape/Radio Signal Line+8 Voltage LIneFM veo Siglla I LineAM VCO Signal LineFM/AM VCOSignal LinflMIC Signal Line+B (BACK UP) Signal II

c:::o........~

-+­r::i$=0000

-+--

TO MAI~liCIRCUIT I( CN~061

I

IC402,403

TA7Z95PPOWER AMP ISPI

fr

MOTOR/PLUNGER CIRCUITI .

C434 0.0 I

Sf- 3C~

Q4DB2S060lRTWSWITCHING

(,14072SB709ARTWSWITCHING (-+BI

'----------------.-----------------~

St- 2AMB

P~3

51- 1

MEMO

PL2PL t

SWITCH CIRCUIT

IC304M51203TL

MUTE CONTROLLER

03112SD60lRTWINTCOM AMP

C348 SOVIIC303

03092SD60lRTX

SWITCHING

IC303RVTC4~28BP

FL IP FLOP

~~.L-+----------It--------+-+-If-+----6-_--------+--------------+-'

uI

CONNECTORCIRCU IT eN 505

I-~r--+---+------+--++-------+--+-+-+~----.----+-+-,

F

G

D

E

H

~c.. e CD e CD::>

~Wo 0. Q. C\- o.

~~cI"> tn (,/) V'>

....J~ 0:::' ~

lL- lL- u.

RADIO

cow

C8 IN/OUT COWJ!:CTOR TERMI~l

CN'103

r,ACC(LAMP)

t...CC(LAIAP)G;.j::

~ t.;; 1(:' ]0+-----4----1

, KS 2 Hb:I-+-------.........---I

I ~3 '1M----------..--l

l ~~~ l'frr--'------------D603v:.. '65

A -t*-:/.

Ca

Anodl'

Cathoc.01,

tAnode

A~~

013A,

-10 - -11-

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m- -- y - .... - --

RM·1500A RM·1500

nATIC DIAGRAM6 7

(VOLUME/TONE, POWER, CONNECTOR, SWITCH, MOTOR/PLUNGER, BACK-UP/PLUh\:iI:R)8 9 10 11 12 13 14 15 16 17 18 19

~~ 1~11 1O

1~------~ ~~9 ~ "~~~"'

234~) ~o 1 u,' ~5 ~1514 16 9 20 8 ' "

21 1 j

IC1,2 1C3 1C4 IC5 1C6 IC7,302 IC9

14 16 03-9,13-18,22,

8~ 9~ ,~ ,~ ,~ B~23, 25, 27-29,31,34,37-41,

5 10 1249, 50, 301-307,

7 8 E 309-311,314,315,

IC301,601 IC303 1C304 1C401 IC402,403401-409,602

S G1

~ B~ er e' B~C ~s~ 0 CB 8E G SQ1 010,36 011,12 019, 410, 601, 603 030, 32, 33, 35 047,48 0308

;~~Ca Ca

ffCathode /cathode ~Ode ~OdeCOl~~ 09,26,27,

Co :e / 29-31,33, Ano~ , Cath~de~Anode 301,302,310, Anode Cathode

Cat hode Anode A 603 012,24,34,Anode

01,4,5,6 02,3 07,8 309,314,405 019, 22, 308, 313

Anode Ca Ca Ca Ca

f4i)ode~ Cathode ff Cathode ?cathode ffCathode

~~.~ :/ A/ / A~A~othode

CoCathodeAnode Anode Anode Anode023, 25, 32 ~de

013A, 13B, 13C 014, 304, 305 017,604 020,21,312,602 303,306 0501,601

• TERMINALS

Aadlo (FM) Signal LineRadiO (AM) Signal LineTape (PLAY) Signal LineTape/RadiO Signal Lme+B Voltage LineFM VCO Signal LineAM VCO Stgnal LlOeFM/AM VCO Signal LineMIC Signal Lme+B (BACK UP) Signal LIne

c:=:>III.-.~

b:=DODO

-+--

• IC BLOCK DIAGRAM

13 The mark~ shows test pomt, eg lIiII=test pomt 114 The supply parts number IS descnbed alone 10 the replacement

parts hst• This schematic diagram may be modified at any time with the

development of new technology

Note.1 511-51·6 IC2 RVILA1140

81-1 Memory sWitch81·2 Ambience ON/OFF sWitch In "OFF" position81-3 Channel select sWitch81-4 FM/AM select sWitch81-5 Head set/speaker select sWitchS1-6 Tape/radio select sWitch

2 52011-52013 FJA'gjiSlI' t '.":h C,"t')d'i<. In ') .J,r., J....3 5204 Mute sWitch .. F"/ ;::.c/'o.- ) ...... It.. ~ ~ )4 5301 Power sWitch5 5305 Intercom ON/OFF sWitch6 VR3011, VR301-2 Volume control VR7 VR302 1, VR302-2 Auto volume level control VR8 VR303-1, VA303-2 Tone control VR9 VR304 AVC gain adjustment VR

10 VR305 Intercom mlc level control VR11 VR306 Mute level control VA12 DC voltage measurement IS taken With an electronics AGe

voltmeter from negative termmal of battery

DrkR:~~ack position IC6 HA12429[ ) 5peaker, (( )) Head SetU J] Intercom sWitch OFF

TO IMINCIRCUIT(C'JrDS)

IC402,403

TA7295PPOWER AMPCSPI

520\ I - .------~~--

1; 0 3 r--+---2: I J r----

S~I-2 ol....J + ~'-1 I J204

r------- J

Ll~~S20l-3~

P_U".)~:; 111 r

IC401

RVITA7230PPOWE R AM P ( H S I

'-------..---------+----+-----4~~-__I~< C, ~'~ ~;; ~lHS OJI _t:L spG)

Ie 402 FL SP 3Ace

:~~P:t' I jFq SP0 I

G~JO JG~D

,P-

D603V;"G5

MOTOR/PLUNGER CIRCU ITI -

Q40I,4022SC/622DI7TWAF AMP (H Sl

DGORVDIOEI

BACK-UP/PLUNGER CIRCUITI IC601-----Q6-0-3----

RVITC401lBP 2SC2497RHAND GATE REGULATOR

--~-----

Q4082SD60lRTW

SWITCHING

'----------------- - - -_ _ -+- -----l

51 - 3C4

SL' S 2MEMO AI/B

AMP CIRCUI.T _

SWITCH CIRCUIT

t..CC'LI\MD) 1t"CC(LA~P) 2 5t 5 S1- 6

GN::> 3 ~s/s D TttD~

~; ; o-l- .+-----Jr-U---l-KS 2 -

1<3K t

~S3

TO MAII~

CIRCUIT((tI, 103)

]K

ER

315214TXrCHING

-11- 12 -

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mRM·1500A RM·1500A

2 3 4 5 6 7CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM

8 9 10 11 12 13

[~

VOLUME/CIRCUIT

l:§:~D:llue.· _IL.K 3

2

I

Q314 0304 IC30 I

Q402 Q404 0403

0315

POWER AMP CIRCUIT BOARD

DISPLAY OUTPUTTERMINAL

0370708050

-WHT12l

-BLK

022

........-~......-032

J L-_-~---"--;:"""""'~-+- 0 9

~~..-.....-.~t-031

036

- 14-

NOTES:

• The circuit shown In on the conductor indicates a printed circuiton the back side of the printed circuit board.

• The circuit board diagram may be modified at any timewith the developme.nt of new technology.

PLUNGER

_~PHK--­--l.-..1-L•8Lu-------+-o

33333333

""--- --+- IIl_U :~

- 13-

0603 0602 060 I

HEAD SWITCH

C :>'" .J

le60/

BACK-UP/PLUNGER CIRCUIT BOARD

FWD/REWSELECT SWITCH

PLAYBACKHEAD

F

E

o

A

H

B

G

c

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m6

RM·1500A RM·1500A

CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM7 8 9 10 11 12 13 14 15 16 17 18

--19

o

ORG OrangePNK PinkRED RedSLD Shleld WireVLT VioletWHT WhiteyEL Yellow

NOTES:

BlK BlackBlU BlueBRN BrownGRY GrayGAN Greenl. BLU Light BlueNIL. No Color Mark

-15 -

CONNECTOR CIRCUIT BOARD

SWITCH CIRCUIT BOARD

PL 6

~9LI(UL..::::'l..K ~ILl< 4 _

Lie :5

2

I

Q402 0404 0403

--aREO~8RN~2 SLO~

,...----:--:-~-------+_-t__+---+_----------+_--_+--!_-__""'"__+_--_4_--~!_-_+_~. _-""",--- - ~ :~~ =.>- GRY

POWER AMP CIRCUIT BOARD

DISPLAY OUTPUTTERM INAL

09

031

036

03707

10OS 9

050 8

1

049 6

~

03

022

032

023

-14-

NOTES:

-The circuit shown In on the conductor indicates a printed circuiton the back side of the printed (:/rcuit board.

• The circuit board diagram may be modified at any timewith the developme~tof new technology.

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m- --MEASUREMENTS AND ADJUSTMENTS • FM RF ALIGNMENT

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOlThlETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Disconnect No signal 87.5 MHz IID...(+) L6 Adjust 1o. 1.0±0.05Vapplied (CH1) .....(-) (FMOSCCOII) reading on DC voltmeter.

FM Disconnect No signal 107.9MHz 1IiII...(+) CT4 AdJustlor8±0.1 Vapplied (CH5) ......(-) (FM OSC Trlmme~ reading on DC voltmeter.

Repeat steps (1) and (2).

FM SIGNAL GENERATOR FREQUENCY ACBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Antenna socket 90.1 MHz 90.1 MHz IID...(+) Ll (FM ANT 1st) Adjust for maximum(FMRFDummy (400 Hz 30%) (CH2) 1IIIIiII·..(-) L4 (FM ANT 2nd) reading on AC vonmeterFig. 3) L5 (FM ANT 3.d)

FM CT1(FMANTlat). 106.1 MHz 106.1 MHz lID ..(+) CT2(FMANT

(400 Hz 30%) (CH4) 11III ..(-) 2nd) .CT3(FMANT3rd)

Repeat steps 4 and 5.

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING (center "0")

90.1 MHz .....(+) AdJustT210' 0.05-FM Antenna SGOket (400 Hz, 30% 90.1 MHz T2 +0.05V reading on DC

Mod, 60 dB) .....(-) voltmeter.

• FM SEPARATION (Intercom power switch to off)

• AZIMUTH ALIGNMENT

• DC BALANCE NB ALIGNMENT

SIGNAL FREQUENCY ACADJUSTMENT REMARKSCIRCUIT GENRATOR COUNTER VOLTMETER

90.1 MHz .....Lch (+)Make ...........nt so that when \he antenna

--- VRl Input Is suIljected to L modulation (or RSEPARATION (400Hz, 30% Mod, 11IIII ...Rch (+)(Separation) modulation.) Rchannel output (or L

74dB) .....(-)chennel output) becomes minimum.

(2)

(1)

(6)

(3)

(4)

(5)

5. Set band switch to AM, FM.6. set H5/SP select switch to SP.7. Set ambience switch to OFF.8. Set power source volta e to 14V DC.

SIGNAL GENERATOR or FREQUENCY INDICATORSWEEP GENERATOR DISPlAY (ELECTRONICS ADJUSTMENT REMARKS

BANDCONNECTIONS I FREQUENCY

SETTING VOLTMETERor SCOPE)

AM-IF ALIGNMENT

......(+)L/450kHZ

Point 01 non- _ ... (+) T6(AM 1st 1FT) Adjust for maximum) AM .....(-) 30% Mod. i..-...(or>' 1IiIIII·..(-) T7 (AM 2nd 1FT) output

"T... at400Hz about 600 kHz)

AM SIGNAL GENERATOR FREQUENCY OCBAND DISPlAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

) Disconnect No signal 530kHz IID···(+) -- Adjustfor 1.2±1.6Vapplied (CH1) ......(-) reading on DC voltmeter

) AM Disconnect No signal 1620kHz IID···(+) -- Adjustfor6.7±7.5Vapplied (CH5) 11IIIII.,(-) reading on DC voltmeter

) Repeat steps (1) and (2).

AM SIGNAL GENERATOR FREQUENCY ACBAND DISPlAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Connect to antenna600kHz IID.y) T4 (AM ANT 1st)

AdJust lormaximum) socket through AM 600kHz (CH2) 1IiIII'" -) T5 (AM ANT 2nd)

reading onAM RF dUmmy enlenna. ACvohmeter(ReIer to Fig. 2)

) Repeat steps (4) and (5).

AM SIGNAL GENERATOR FREQUENCY OSCILLOBAND DISPLAY SCOPE ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Conner' tn antenna _ ...(+) AdJust for maximumAM

socket oughAM 600kHz (400 Hz,600kHz T8(AM NB) wBV80nthe

RFdw ,antenna. 0% Mod. 74 dB) 11III...(-) oscilloscope.(ReI.. Fig. 2)

• AM RF ALIGNMENT

1. Set tone control to center_2. Inter com VOL and MUTE control to center.3. AVe control to center.... set volume control to maximum.

• AM IF ALIGNMENT

(5

• AM NB ALIGNMENT

(4

• FMALIGNME

(1

(1

(2

(3

FM SIGNAL GENERATOR FREQUENCYDISPLAY SPECIFICAnON ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Connect to• AVC Volume ..• Centerantenna SOCiket 90.1 MHz SP• Tone Volume ••. Centerthrough FM RF (1 kHz, 30% 90.1 MHz 50mW (0.4V/30) VR304• Adjust VR304 lor 0 Hz (OdB) ~dummy antenna. Mod,60dB) =OHz (OdB)

l00Hz(5±0.5dB) reading on pulse.(ReIer 10 Fig. 3)

• AVC GAIN ALIGNMENT

TAPEMEASUREMENT

SPECIFICATION ADJUSTMENT REMARKSPOINT

QZZCFM_ •••Lch(+)

Maximum Azimuth Screw(8kHz, -2OdB)

_ •••Rch(+)output (Refer to Fig. 6) Playback mode (FWD & REV)_...(-)

'IGNAL GENERATOR or FREQUENCY INDICATORSWEEP GENERATOR DISPLAY (ELECTRONICS ADJUSTMENT REMARKS

SETTING VOLTMETERlECTIONS FREQUENCY or SCOPE)

FM-IF ALIGNMENT

lethru.Connect vert.'lotest

.,Negative 10.7MHzPoint of non· amp. 01 scope to Adjust for maximuminterference. (or>' testpoint _. Tl (FM lsttFT) amplttude.est point SWP. about 90 MHz) Negative side to (Refer 10 Fig. 4)

~ testpoint".

. . . T2 (FM 2nd 1FT)Adjust for maximumampll\Ude.(ReIer to Fig. 5)

BAND I-C

Hig0.0

) FM poilsid.

•) FM

(1

(2

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m

AF osc. An.

RM·1500A

Adjustment and Connection Procedures

<Adjustment Procedures>1. Set the AVC VR (VR304) to the center position.2. Adjust the VR for the volume adjustment so that

the output of the speaker is 50mW (O.4V/3Q).At this time, the output level should measure OdB.

3. Set the AF Oscillator's outputto 100Hz, 5Vp·p and send it nnJvP'pto the connector.

4. Adjust the VR304 when the speaker's output hasa value of 5dB±O.5dB.

<Connection Scheme>

ACVOLTMETER

~ ~M'

1500A

9 CJ ======~ To Connector(+)···Pln 19(-)"'Pin 24

• ALIGNMENT POINT

• Please refer to Circuit Board and Wiring Connection Diagram for test point locations.

FM ANT 1st90.IMHz

L I

FM FM 2ndGA I N SEPARATION D~gALANCE

IVR304! ~ ITD

Fig. 1

2nd

Fig. 4

Fig. 5

Azimuth Screw

Fig. 6

• AM RF DUMMY ANTENNA • FM RF DUMMY ANTENNA

r----------- -----,I I Ii.

o+....------+oE

R1+R2-80n 15pF

CI-±r~-~==-:=::-:=::-:A==nt-::=n-=l=-Co-==~rd:::J3:~

Fig. 2

SG

<SG imp. 600)

500

500

1.. ..J

Fig. 3

Reciever

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mIC9 (UPD1714GA929) EACH TERMINAL FUNCTION

• Explanation of each terminal

RM·1500

PinMark Pin Name Function

PinMark Pin Name Function

No. No.

1 NC - - 15 PC3 - -This pin provides the signal needed to TAPE Tape load

Checks If a cassette tape Is loaded.control the tuning circuit (antenna 16

IN InputHigh level: Cassette tepe loaded.

and OSC) for each band. The signal Low level: No cassette tape loaded.appearing at this pin Is coupled to an TapeFF/REW Accepts on FF/RE SWitching signal.LP.F. (036, 37), which controls 17 FF/RE switching High level: FF/f{C:.,

PLLerrorvaractor diodes 01-4, 6, 13. Input Low level:.-w I'~ ~i

2 E01output

The local OSC and referencefrequencies applied to pins 5 and 6 Checks whether the loaded tape Is a

are compared. If the local OSC 18 METALMetal tape metal tape or not.

frequency exceeds the reference, this Input High level: Metal tape

pin Is set high; If It Is lower than the Low level: Non-metal (normal) tape

reference, It Is set low; If they are Accepts a Mute signal when a keyidentical, this pin floats.

19 KMUTEMute signal operation is made.

PLLerror Input High level: Muting on3 E02

output - Low level: Muting off

4,8 GND Ground Connected to ground. Provides a Dolby on/off signal.

This pin accepts an AM Local OSCHigh level: Dolby on (In)

5 VLOlAMlocalOSC

signal from IC5 (pIn 20) as an AM 20 DolbyDolby on/off Low level: Dolby off (Out)

signal Input signal output This signal switches transistor 024tuning circuit control signal. on or off to control the Dolby IC, ICB

FMlocalOSCThis pin accepts an FM Local OSC (pins 3 and 18).

6 VLOH signal Inputsignal from IC1 (pin 1) as an FM Ambience Provides an Ambience on/off signal.tuning circuit control signal. 21 AMB on/off signal High level: Ambience operation onAccepts a Chip Enable signal: output Low level: Ambience operation off

Chip EnableHigh level...AII device funcllons are If the Mute on/off signal Is applied to

7 CEInput

enabled. pin 17 of the device, this pin yields aLow level...AII device Inputs are 22 A MUTE

Mute signalMuting signal to the base of 09.

disabled (except Memory Hold). outputHigh level: Muting off

Provides a Tape/Radio Switching Low level: Mullng onsignal: Provides a pulse signal if the TUNEHigh level: Cassette deck DOWNIIRO key Is pressed toon Inthe

Tape/Radio Tape mode, switching transistor23 RRO

programTape~mode 034 is turned on to supply power switching

9 T/R SWitching to the tape circuIt. output "LOW" COV)

output Low level: Key IN

Radio mode, 034 Is turned off,24,

CrystalA 4.5 MHz crystal resonator iswhich then turns 028 on to xii, xi" resonator

supply power to the radio circuit. 25inputs

connected across these pins.

Provides an FM/AM band SWitching26 VDD

Power supplyAccepts a +5V power.

signal: inputHigh level: 27 CGP - -FM mode, a high level Is applied to

LCD drivingthe base of transistor 031 to turn Provides an LCD driving signal toIt on, this pulls the base of 029 28 S27 signal (blank)

Radio band 048.low and turns It on to supply output

10 FM/AM switchingpower to the FM circuit. LCD drivingoutput

Low level: 29 S26 signal (load) Provides an LCD driving signal to

AM mode, a low level Is applied to output048.

the baae of transiator 031 to turn LCD drivingIt off, this pulls the base of 028 30 S25 signal clock Provides an LCD driving signal tohigh and turns It on to supply

output047.

power to the AM circuit.

Headphones/ Provides a headphones/speakerLCD driving

31 S24 signal data Provides LCD display data to 047.11 HS/SP

speaker SWitching signal. outputswitching High level: Selects the speaker.

32signal output Low level: Selects the headphones. S23 LCD segmentI-S5 signal outputs -

If a station Is encountered during 5012 SD

Auto-tuning auto-tuning, a high level signal Is51detecllon Input applied to this pin to stop tuning\ S4-S1

Key matrixProvides key matrix signals.scan. signal outputs

54FM stereo/ Provides an FM stereo/mono

SWitching signal to IC3 (pin 6). Key matrix13 ST mono signal 55 SO

signal output -High level: FM mono mode

Input Low level: FM stereo mode 56, COM1 LCD common57 COM2 signal output -

FWD/REV Accepts a FWD/REV switching

14 F/R SWitching signal. 59Key return

High level: FWD operation \ K3-KO Accept data signal lines from keys.Input Low level: REV operation 62

signal Inputs

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mRM·1500A

CABINET PARTS LOCATION (Please refer to Cabinet Parts List on page 29.)1 234 5 6

A

B

c

o

E

F

G

H

20-9~",=

55,20-11

20-13

20-7 20-7

20-18

~r~~~2~3·~

20-22

20-15

~-:J---20-12

"I' -20-26

-20~

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mRM·1500A RM·1500A

12CABINET PARTS LOCATION (Please refer to Cabinet rts List on page 29.)

6 7 8 9 ") 11- ..L..-_~__.l...__54321

12A

B

c

73, I

E ! IIr

F

G

H

15

70~~

5 c::'~11

~.---r

o 0

4'~

7

34

r t<:-:,.."64 22,25,35 ~)

30

r71

. 66.~60 /

~-w-1-4 I ,33~

~T.......... "'.-.. T. '.~ 71~~

61' \ 'f ~68 .

67

~62

MECHANISM ASS'Y

d71

11

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mRM·1500A RM·1500A

13

M40

12

s..

M251

- 24-

M37

(Please refer to Mechanism P rt9 a s List on page 30.)10 11

<BOTTOM VIEW>

M37

Specifications

I Playback torque 35-65g o cm

Fast Forward torque 40g 'cm over

Rewind torque 40g o cm over

Pressure of pressureroller 330±20g

l Wow and flutterLess than 0.25%

(WRMS)

M234

M233

/

M21

M~CHANISM PARTS LOCATION6 7 84

-23-

3

\MIOO.

"

,,,II,,,,I

l.

F

B

E

c

H

G

D

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m• RESISTORS & CAPACITORSNote.: * Important safety notice:

Components identified by AI. mark have special characteristics important for safety. When replacing any of these components use onlymanufacturer's specified parts.*Bracketed indications in ReI. No. columns specify the area. (Refer to the first page tor area.)Parts without these indications can be used lor all areas.

Numbering System of Re.l.tor

Example:

ERD 25 F 102

Type Wattage Shape Tolerance Value(1/4W) (1KO)

ERX 2 AN J 471

Type Wattage Shape Tolerance Value(2W) (4700)

Numbering Syatem of Capacitor

Example:ECKD 1H 102 Z F

Type Voltage Value Tolerance Peculiarity(50V) (O.OOlIlF)

ECEA 50 M 330--Type Voltage Pecliarify Value

(50V) (33IlF)

* Capacity Is stated In microfarads (~F) unl..sspeclflad otharwlsa, P=Plco-fareds.* Resistance Is stated In Ohms (0), unless specllledotherwise, 1K=1,OOOO. lM=l,OOOKO

Real8lor Trpe Wattage Tolerance

ERD : Carbon 10: 1/8W 12: 1/2W J: ±5%ERG : Metel OXide 14: 1I4W 25: 1/4W F:±l%ERa : Fuse Type Metel lA:1W 18: 1/8W G: ±2%ERX : Metel Film 52: 1/4W Sl: 1/2W J: ±5%ERD l : Carbon (chip) 2F: 1/4W SO: 1I2W K: ±10%ERO K : Matel Film (chip) 2A:2W 3A:3W M: ±2O%ERC : Solid 6G: 1I10W 8G: 1/8WERF : Incombustible

Box-8hapedERM : Wire-Wound

RAJ : Cip Resistor

EAJ : Cip Resistor

Capacitor Type Voltage Tel.ranee

ECE : Electrolytic OJ: 6.3V 1A: 10V K:±10%ECCD : Ceramic 1C: 16V IE: 25V M ±2O%ECKD : Ceramic Capacitor 1H: SOV W:35V z: 4- 80 ClID

ECaM : Poyestsr 50: 50V 05: SOV -20ECOP : Polypropylene 2H: 5fXN 2A: 10QV J:±5%ECG : Ceramic 1 : lOQV lJ: 63V G:±2%ECEA N : Non Polar Eleclrolytic KC: 400V AC F :±1%acu : Ceremic (Chip Type) KC: 125V AC C:±O.25pFECUX : Ceramic (Chip Type) (Ull D:±O.5pFECF : Semiconductor

EECW : Liquid electrolyte

double layer capacitor

ReI. No. I Part No. I Value. ReI. No. I Part No. I Value. ReI. No. I Part No. I Value.

RESISTORS(VAlUE,WATIAGEj R42 RRJOOCJ474 411)( 1110 R&J ERDS2TJ3IJ 33 114Rl RRJ6GCJ104TE lOOK 1110 R43 RRJOOCJ332TE 3.31< 1110 R87 ERDS2TJ332 3.31< 114R2 RRJ6GCJ224TE 22()( 1110 R44 RRJ6GCJll1!TE lK 1110 R88 RRJOOCJ822 8.21< 1110R3 RRJOOCJ224TE 22()( 1110 R45 RRJ6GCJll1!TE lK 1110 R89 RRJ6GCJ4nTE 4.7K 1110R4 RRJ6GCJ10lTE 100 1110 R46 ERDS2TJ332 3.31< 114 R!ll RRJ6GCJ682TE 6.81< 1110R5 ERDS2TJl54 150< 114 R47 RRJOOCJ223TE 22K 1110 R91 RRJ6GCJ103TE 10K 1111R6 RRJ6GCJ224TE 22()( 1110 R48 ERDS2TJ223 22K 114 R92 EROS2TJ472 4.7K 1/4R7 RRJ6GCJ221 TE 220 1/10 R49 RRJOOCJ104TE lOOK 1/10 Rro RRJOOCJ4nTE 4.7K 1/ 1~R8 ERDS2TJ101 100 1/4 R50 RRJ6GCJ104TE lOOK 1/10 R94 RRJOOCJ562 5.61< 1/nR9 RRJ6GCJ104TE lOOK 1/10 R51 RRJ6GCJ104TE lOOK 1110 R95 RRJ6GCJ473TE 47K 111~Rl0 RRJ6GCJ104TE lOOK 1/10 R52 ERDS2TJlOO II)( 1/4 R96 RRJ6GCJ68'3TE 68K 1il~

R12 RRJ6GCJ104TE lOOK 1110 R53 RRJOOCJ IOOTE 10K 1110 R97 RRJ6GCJ274TE 270K 1/1')R13 ERDS2TJ470 47 1/4 R54 RRJOOCJ332TE 3.31< 1/10 ROO RRJOOCJ682T E 6.81< 1/11RI4 ERDS2TJ331 3IJ 114 R55 RRJOOCJ1112 1.81< 1/10 R99 ERDS2TJ272 2.1K 1/4Rl5 ERDS2TJ471 470 114 R56 RRJ6GCJII12 1.81< 1110 Rloo RRJOOCJl84TE lOOK 1/10R16 ERDS2TJll1! lK 1/4 rl57 ERDS2TJ103 10K 114 R101 ERDS2TJ270T 27 114R17 ERDS2TJ101 100 114 ROO RRJ6GCJ274TE 27()( 1/10 RIll! ERDS2TJ105 1M 1/4R18 ERDS2TJ331 3IJ 1/4 R61 RRJ6GCJ274TE 2701< 1110 Rl03 ERDS2TJ332 3.31< 1/4R19 RRJ6GCJ1122 8.21< 1110 R62 RRJOOCJ274TE 27()( 1110 Rl04 ERDS2TJ682 6.81< 114R20 RRJ6GCJ470TE 41 1110 R&3 RRJOOCJll1!TE lK 1110 Rl05 RRJ6GCJ223TE 22K 1111R21 ERDS2TJ473 47K 114 R64 RRJOOCJI02TE lK 1/10 Rl07 ERDS2TJ223 22K 1/4R22 ERDS2TJ683 68K 1/4 R65 RRJOOCJ22lTE 220 1110 Rlre ERDS2TJ822 8.2K 1/4R23 RRJ6GCJll1!TE lK 1/10 R66 RRJOOCJ103TE 10K 1/10 Rl09 RRJOOCJ6ll2TE 6.8K 1/11R24 ERDS2TJ103 10K 114 R67 RRJ6GCJ103TE 10K 1/10 Rl10 ERDS2TJ473 47K 114R25 ERDS2TJ103 10K 1/4 R68 RRJ6GCJ332TE 3.31< 1/10 Rill ERDS2TJ473 47K 114R26 ERDS2TJ472 4.7K 1/4 R69 RRJ6GCJ332TE 3.31< 1/10 R112 RRJ6GCJ223TE 22K 1/11R27 ERDS2TJ332 3.31< 1/4 R70 RRJ6GCJ470TE 47 1/10 R113 RRJ6GCJ102TE lK 1IHR2B ERDS2TJ273 27K 1/4 R71 RRJOOCJ470TE 47 1/10 R116 RRJ6GCJ471TE 470 1/HR29 RRJ6GCJ4nTE 4.7K 1110 R72 RRJOOCJ104TE lOOK 1/10 Rll7 ERDS2TJ103 10K 1/4R3J RRJ6GCJl53 15K 1/10 R73 ERDS2TJl54 150< 1/4 R118 RRJOOCJ473TE 47K 1111R31 RRJ6GCJ562 5.61< 1110 R74 RRJ6GCJ103TE 10K 1/10 RIl9 RRJOOCJ471TE 470 1MR32 ERDS2TJ10l 100 1/4 R75 RRJ6GCJII2lJTE 112 1/10 Rl20 EROS2TJl112 1.81< 1/4R33 RRJOOCJl83TE 18K 1/10 R76 EROS2TJ103 10K 1/4 R121 RRJ6GCJlOOTE 101< 1111R34 ERDS2TJ3IJ 33 114 R71 RRJ6GCJ272TE 2.7K 1110 Rl22 ERDS2TJ473 47K 1/4R35 RRJOOCJ333 33K 1/10 R78 ERDS2TJl54 150< 1/4 R1Zl RRJOOCJ103TE II)( 1/11R:E RRJ6GCJ473TE 47K 1110 R19 ERDS2TJl54 150< 1/4 R124 RRJOOCJ222TE 2.21< 1/11R37 RRJ6GCJll2lTE II2lJ 1/10 ROO EROS2TJloo 10 1/4 R127 RRJ6GCJ104TE lOOK 1/11R38 ERDS2TJll1! lK 1/4 R81 EROS2TJ681 68 1/4 RI28 RRJOOCJ104TE lOOK 1/11R39 RRJOOCJll1!TE lK 1/10 R82 RRJ6GCJ221TE 220 1/10 RI29 RRJ6GCJ471TE 470 lilUR40 RRJOOCJll1!TE lK 1/10 R83 RRJ6GCJl52 1.5K 1/10 RI3) RRJ6GCJII2lJTE 82 1110R41 RRJOOCJ474 47()( 1/10 R84 ERDS2TJ332 3.31< 114 R131 RRJOOCJ474 47()( 1/11

R85 ERDS2TJl05 11.4 114 Rl32 RRJOOCJl53 15K lIH

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mRM·1500A

Ref. No. I Part No. I Value. Ref. No. I Part No. I Value. Ref. No. I Part No. I Value.

RI3l ER0S2TJ101 100 1/4 R329 RRJ6GCJ333 3lK 1/10 R432 RRJliGCJ222TE 2.21< 1110RI34 RRJliGCJ474 470K 1/10 R:J3) RRJliGCJ104TE lOOK 1110 R431 RRJ6GCJ3R3TE 3.3 1/10Rl$ RRJ6GCJl53 15K 1/10 R3l1 RRJliGCJ1112TE lK 1110 R434 RRJliGCJ3R3TE 3.3 1/10RI:Jl RRJliGCJ82llTE Il2 1110 R332 EROS2TJ563 56K 1/4 R435 RRJliGCJ3R3TE 3.3 1/10Rl43 RRJ6GCJ1114TE lOOK 1110 R333 RRJliGCJ472TE 4.7K 1110 R438 RRJOOCJll22 8.21< 1/10RI44 RRJ6GCJ223TE 22K 1/10 R3l4 RRJ6GCJ104TE lOOK 1/10 R439 RRJliGCJ394TE :ro<. 1110RI45 RRJliGCJ1114TE lOOK 1110 R335 ERDS2TJl54 l50K 1/4 R440 RRJ6GCJ332TE 3.31< 1/10RI47 ERDS2TJ10l 100 1/4 R:n; RRJliGCJllXlTE 10K 1/10 R441 RRJOOCJ56lTE 560 1/10RIGI ER0S2TJ273 27K 1/4 R337 RRJ6GCJ1114TE lOOK 1110 R443 RRJ6GCJ473TE 47K 1/10RI62 ERDS2TJ273 27K 1/4 R3l8 RRJ6GCJllXlTE 10K 1110 R444 RRJliGCJ473TE 47K 1/10RI68 RRJ6GCJ6ll2TE 6.8K 1110 R339 RRJ6GCJI5lTE 150 1/10 R445 RRJliGCJll22 8.21< 1/10Rl69 RRJliGCJ222TE 2.21< 1/10 R340 RRJ6GCJ271 TE 270 1/10 R446 RRJliGCJ394TE :ro<. 1/10R170 RRJ6GCJ472TE 4.7K 1/10 R341 RRJ6GCJ394TE :ro<. 1110 R447 RRJliGCJ56lTE 560 1110R171 ER0S2TJ101 100 1/4 R342 RRJ6GCJ22lTE 220 1/10 R448 RRJ6GCJ332TE 3.31< 1110RI72 RRJliGCJ1112TE lK 1/10 R343 RRJ6GCJ394TE :ro<. 1/10 R449 RRJliGCJ332TE 3.31< 1110RI73 RRJliGCJ222TE 2.21< 1/10 R344 RRDlllXJ392V 3.9< 1/8 R452 RRJliGCJ1114TE lOOK 1/10R174 RRJliGCJllXlTE 10K 1110 R345 RRJ6GCJ332TE 3.31< 1/10 R454 RRJ6GCJ22OTE 22 1110R175 RRJ6GCJllXlTE 10K 1110 R346 RRJliGCJl53 15K 1/10 R455 RRJliGCJ3R3TE 3.3 1110RI76 RRJliGCJllXlTE 10K 1/10 R347 RRJliGCJ564TE 560K 1110 R456 RRJliGCJ3R3TE 3.3 1/10RI78 ERDS2TJ102 lK 1/4 R348 RRJliGCJ471TE 470 1/10 R457 RRJliGCJ3R3TE 3.3 1110RI79 ERDS2TJ1114 lOOK 1/4 R349 RRJliGCJ222TE 2.21< 1/10 R458 RRDl8XJ1114V lOOK 1/8RIll:> ER0S2TJ331 330 1/4 R350 RRJ6GCJ1112TE lK 1110 R464 RRJ6GCJ223TE 22K 1/10R181 ERDS2TJ104 lOOK 1/4 R351 RRJ6GCJ222TE 2.21< 1/10 R465 RRJliGCJ223TE 22K 1/10Rll12 ERDS2TJ331 330 1/4 R352 RRJ6GCJ564TE 560K 1/10 R467 RRJliGCJ474 470K 1110RI83 RRJliGCJ681TE 600 1110 R353 RRJ6GCJ473TE 47K li10 R468 RRJliGCJllXlTE 10K 1110Rl84 RRJ6GCJ103TE 10K 1/10 R354 RRJ6GCJ473TE 47K 1/10 R470 RRJroCJ22OTE 22 1:10RI85 RRJroCJ102TE lK 1110 R355 RRJ6GCJ684TE 680K 1/10 R471 RRJ6GCJ1112TE IK 1110Rll16 ERDS2TJ103 10K 1/4 R356 ERDS2TJ103 10K 1/4 R472 RRJroCJ1112TE lK 1/10RI89 RRJ6GCJ1112TE lK 1110 R357 RRJ6GCJ1112TE lK 1/10 R473 RRJ6GCJ1027E IK 1110Rl00 RRJliGCJ102TE IK 1110 R356 RRJliGCJ10lTE 100 1/10 R474 RRJliGCJ220TE 22 1/10RI!ll RRJ6GCJ102TE lK 1/10 R359 RRJroCJ332TE 3.31< 1/10 R475 RRJroCJ220TE 22 1110RI94 RRJliGCJ1027E lK 1110 R'*iO RRJroCJ332TE 3.31< 1110 R476 RRJ6GCJ1027E lK 1110Rl95 ERDS2TJ471 470 1/4 AXI RRJliGCJ332TE 3.31< 1/10 R477 RRJroCJ102TE lK 1110Rl98 RRJliGCJ473TE 47K 1110 R~ RRJ6GCJ332TE 3.31< 1110 R478 RRJliGCJ1112TE lK 1/10RI99 RRJ6GCJ103TE 10K 1/10 R363 RRJroCJ471TE 470 1/10 R479 RRJliGCJ220TE 22 1/10R200 RRJliGCJllXlTE 10K 1/10 R354 RRJ6GCJ681TE 600 1110 R480 RRJliGCJ102TE lK \/10R201 RRJliGCJ103TE 10K 1110 R367 RRJ6GCJ473TE 47K lilO R481 RRJroCJ1027E IK 1/10R202 RRJ6GCJ332TE 3.31< 1/10 R368 RRJ6GCJ10lTE 100 1/10 R501 RRJliGCJ10lTE 100 1110R203 RRJ6GCJ332TE 3.31< 1110 R369 RRJ6GCJ104TE lOOK 1/10 R502 RRJliGCJlOlTE 100 1110R204 RRJ6GCJ474 470K 1110 R370 RRJliGCJ10lTE 100 1'10 R503 RRJ6GCJl83TE 18K 1'10R205 RRJ6GCJ474 470K 1110 R374 RRJroCJ222TE 2.2K 1/10 R£a> RRJroCJ332TE 3.31< 1/10R2O> RRJliGCJll21TE 820 1/10 R375 RRJ6GCJ39lTE 390 1110 RSOO RRJliGCJ332TE 3.31< 1.'10R207 RRJ6GCJ82lTE 820 1/10 R376 RRJroCJ39lTE 390 1/10 RGOI RRJroCJ103TE 10K 1110R208 ERDS2TJ103 10K 1/4 R377 RRJroCJ332TE 3.31< 1/10 R602 RRJroCJ683TE 68K 1110R209 ERDS2TJ103 10K 1/4 R378 RRJroCJ683TE 68K li10 R603 RRJliGCJ334TE 330K 1110R210 RRJ6GCJ681TE 600 1110 R379 RRJroCJ6ll3TE 68K 1/10 R604 RRJroCJ102TE lK 1110R211 RRJ6GCJ22lTE 220 1/10 R:Bl RRJ6GCJ392 3.9< li10 R605 RRJliGCJ1114TE lOOK 1/10R212 RRJ6GCJ22lTE 220 1110 R381 RRJ6GCJ472TE UK 1/10 R606 ERDS2TJ1114 lOOK 1/4R213 RRJ6GCJ103TE 10K 1110 R382 RRJroCJ472TE 4.7K 1/10 RG07 RRJ6GCJ47lTE 470 lilOR301 RRJ6GCJ474 470K 1/10 R401 RRJ6GCJ563TE 56K lilO R608 RRJroCJ1114TE lOOK li10R3J2 RRJ6GCJ222TE 2.21< 1/10 R402 RRJliGCJ563TE 56K 1110 RJl RRJroCJOOOTEROO3 RRJliGCJ222TE 2.21< 1/10 R403 RRJroCJ473TE 47K 1/10 RJ2 RRJroCJOOOTER304 RRJ6GCJl83TE 18K 1110 R404 RRJliGCJ473TE 4TK 1/10 RJ4 RRJliGCJOOOTEfmj RRJliGCJ393TE 39K 1/10 R405 RRJroCJ473TE 47K 1110 RJ5 RRJroCJOOOTER3E RRJ6GCJ392 3.91< 1110 R406 RRJroCJ473TE 47K 1110 RJ7 RRJroCJOOOTER307 RRDl8XJ682V 6.8K 1/8 R407 RRJliGCJ2R27E 2.2 1110 RJ8 RRJroCJOOOTER3:6 RRJliGCJ824TE 820K 1/10 R408 RRJliGCJl53 15K 1110 RJ9 RRJliGCJOOOTER3l9 RRJroCJ681TE 600 1110 R409 RRJroCJl53 15K 1/10 RJ352 RRJroCJOOOTER310 RRJ6GCJ392 3.91< 1110 R411 RRJliGCJ824TE 820K 1/10 RJ353 RRJ6GCJOOOTER311 RRJliGCJ12lTE 120 1/10 R412 RRJ6GCJ22lTE 220 1'10 RJ354 RRJroCJOOOTER312 RRJliGCJ1114TE lOOK 1/10 R413 RRJ6GCJ471 TE 470 lilO RJ355 RRJ6GCJOOOTER313 RRJ6GCJ222TE 2.21< 1/10 R414 RRJliGCJ824TE 820K 1/10 RJ357 RRJ6GCJOOOTER314 ERDS2TJ1114 lOOK 1/4 R415 RRJ6GCJ4TlTE 470 lilO RJ'*iO RRJ6GCJOOOTER315 RRJroCJ221 TE 220 1/10 R416 RRJroCJ332TE 3.31< 1/10 RJ371 RRDl8XJOOOVR316 RRJroCJ474 470K 1/10 R417 RRJliGCJ22lTE 220 1/10 RJ372 RRDl8XJOOOVR317 RRJroCJ222TE 2.21< 1/10 R418 RRJroCJ223TE 22K 1"10 RJ373 RRDlllXJOOOVR318 RRJ6GCJ393TE 38K 1/10 R419 RRJ6GCJ223TE 22K lilO RJ374 RRDl8XJOOOVR319 RRJliGCJI83TE 18K 1/10 R420 RRJliGCJ103TE 10K 1110 RJ375 RRD18XJOOOVR320 RRJ6GCJ682TE 6.8K 1/10 R421 RRJ6GCJ103TE 10K l i lO RJ376 RRDl8XJOOOVR321 RRJliGCJ392 3.91< 1110 R422 RRJ6GCJ224TE 220K 1110 RJ451 RRJroCJOOOTEAm RRJroCJ824TE 820K lilO R424 RRJ6GCJl82 1.8K 1/10 RJ452 RRJliGCJOOOTER323 RRJliGCJ12lTE 120 1110 R425 RRJ6GCJI82 1.8K 1110 RJ453 RRJroCJOOOTER324 RRJliGCJ392 3.91< 1/10 R426 RRJ6GCJ22lTE 220 lil0 RJ471 RRDl8XJOOOVR325 RRJliGCJ681TE 600 1110 R427 RRJ6GCJ221TE 220 1,10 RJ472 RRDl8XJOOOVR3:'6 RRJroCJ103TE 10K 1/10 R428 RRJliGCJ223TE 22K 1/10 RJ473 RRDl8XJOOOVR327 RRJ6GCJllXlTE 10K 1/10 R429 RRJliGCJ223TE 22K 1/10 RJ571 RRDll1XJOOOVR328 RRDl8XJ104V lOOK 1/8 R430 RRJOOCJ1114TE lOOK lil0 RJ572 RRDl8XJOOOV

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mRM·1500A

I Part No. I Value. Ref. No. I Part No. I Value. Ref. No. I Part No. I Value.Ref. No.

RRDll1XJOOJV C76 RCINI E223ZF O.~ 25 cm AClN1HlO2llD 0.001 50RJ8710.01 C178 AClN1Hlll2llD 0.001 50RAOll1XJOOOV cn AClNl EllX11D 25RJ672

CI79 AClN1Hl1l211D 0.001 50RJ673 RRDll1XJOOJV C78 ECEAIHKA47B 0.47 50C79 ECEA1CK101B 100 16 Cllll AClN1H10211D 0.001 50CAPACITORSIVALUE,VOLTAGE)COO ECEA1tt<OlOB 1 50 C181 AClN1H681K 68lP 50

Cl RClN1H22OKC 22P 50C81 ECEAOJK3:llIl 3l 6.3 Cl82 AClN1H681K 680P 50

C2 RClN1H22OKC 22P 50C82 RCINI E223ZF O.~ 25 CI83 AClN1H681K 680P 50

C3 RCIN1Hl5O<C ISP 50 C83 ECEAltt<OlOB 1 50 CI84 RClNl EllX11D 0.01 25C4 RCIN1Hl00MD 0.001 50

C84 RClNI E2ZlZF O.~ 25 Clffi RClN1EllX11D 0.01 25CS RClN1HlO2MD 0.001 50

Cffi ECEA1CK47OB 47 16 C3l1 ECQB1H223JZ3 O.~ 50C6 RCINIHI02MD 0.001 50 cas ACINI E223ZF O.~ 25 c:m ECEAlH(2A2B 2.2 50C7 RCUV1EllX11D 0.01 25

C87 RClNl E223ZF O.~ 25 C3l3 RClN1H221K 22llP 50C9 RCUVI HllOCC lP 50 CBB RClNl E33:IID 0.033 25 c:ll4 ECEA1H<01OB I 50CIO RCUV1Hl5O<C lSP 50 cas RCUV1HJ:1lCC 3P 50 C31i RClN1H221K 220P 50C12 RClN1H15O<C 15P 50 em RCUVlt-mDC 5P 50 C306 ECEA1H<Nl1lB 1 50C13 RCUVl H39lKC 39P 50 C91 RCUVI E33:IID 0.033 25 c:m RClN1EllX11D 0.01 25CI4 RClNIHlllJKC IBP 50 C92 RCUV1H221K 220P 50 C311 EClNl E104MD 0.1 25CIS ECEAOJK22OB 22 6.3 C93 RCIN1H472MD 0.004750 C3l9 ECEA1HK01OB 1 50C16 RClN1H41OKC 47P 50

C94 RClN1E223ZF O.~ 25 C310 ECEAltt<OlOB 1 50C17 RClNI E33:IID O.tID 25

C95 RClN1H391K 390P 50 C311 ECQB1H223JZ3 O.~ 50C18 RCUVI E223ZF 0.022 25

C96 RCIN1H102MD 0.001 50 C312 ECEA1CS1~ 1000 16CI9 ECIN1E68M> 0.068 25

C97 RClNl EllX11D 0.01 25 C313 RClN1H221K 22llP 50C20 RClNI E223ZF O.~ 25C98 ECEA1CK100B 10 16 C314 ECEA1HK2A2B 2.2 50C21 RCUVl E33:M) 0.033 25C99 RCINI Elll3MD 0.01 25 C315 ECEA1HK01OB 1 50

C22 ECEAlHKOllB 1 50 Cl00 RCUV1H331K 3lOP 50 C316 RClN1H22IK 22llP 50C23 ECEA1CK470B 47 16 C101 ECEAOJK3:JlIl 33 6.3 C317 RClNl EllX11D 0.01 25C24 RCINl E223MD O.~ 25

Cl02 RCUV1EllX11D 0.01 25 C318 ECUVI E1041i10 0.1 25C25 RCUVI E223MD O.~ 25Cl03 RCUV1H471K 470P 50 C319 ECEA1HKNllOB 1 50

C26 ECEA1EK4R7B 4.7 25CI04 RClN1H391K 390P 50 C320 ECEAOJK101B 100 6.3

C27 ECEA1HKR33 033 50Cl05 RClN1EllX11D 0.01 25 C321 ECEAlHK010B I 50C28 RCUV1Hl01K lOOP 50 Cl06 RCINI E333MD 0.033 25 C322 ECEA1HK01OB 1 50C29 RCINI E223lF 0.022 25CI07 ECEA1CK101B 100 16 C323 ECEAOJK221B 220 6.3

C30 ECEA1CK47OB 47 16 CIOB RClN1H102MD 0.001 50 C324 ECEAOJK47OB 47 6.3C31 RClNI E223ZF O.~ 25

Cl09 ECEA1HKt.U1OB 1 50 C325 ECEA1HK!11l1OB I 50C32 ECEA1HKW1OB I 50 Cl10 RCINl E33:IID 0.033 25 C326 ECEA1HKNllOB 1 50C33 ECEA1HK0108 I 50 CIIl ECEAOJK22OB 22 6.3 C327 ECEAOJK101B 100 6.3C34 RClNl E223ZF 0.022 25 C112 ECSF1CE105E 1 16 C32B RClN1E2Z11D O.~ 25C35 ECEAlHKR22B 0.22 50

CI13 RCIN1H101K lOOP 50 C329 ACIN1Hl02M0 0.001 50C96 ECEA1HK01OB 1 50 CI14 RClN1H471K 470P 50 C3lO EClN1E104MD 0.1 25C37 ECEAIHKOIOB 1 50 C115 EClN! E6B:JID 0.068 25 C331 ECEAlH<2R2ll 2.2 50C38 RCIN1Elll3MD 0.01 25 C1l6 RClN1E3n1ll 0.033 25 C332 ECEAlHK010B 1 50C39 ECEA1HK01OB 1 50 CI17 RClNl:D 0.033 25 C333 RClN1H103lF 0.01 50C40 RClNI EllX11D 0.01 25

CI20 ECEAl alB 100 16 C334 ECQB1Hl03JlW 0.01 50C41 RClNl Elll3MD 0.01 25 C121 ECEA1CK101B 100 16 C335 ECEA1HKA22B 0.22 50C42 RCINI E2ZJolD O.~ 25

CI22 ECEA1EK3R3B 3.3 25 C336 RClN1H391K 390P 50C43 RCINI E33:IIlJ 0.033 25 CI24 ECEA1CK101B 100 16 C337 RClN1E2ZIID 0.022 25C44 ECEA1EK4R7B 4.7 25

CI25 ECEA1EK3R3B 3.3 25 C338 EClNl E47:J1D 0.047 25C46 ECEA1CS102 1000 16CI26 ECEA1CK100B 10 16 C3l9 ECEA1CK101B 100 16C47 ECEAIAK220B 22 10 C127 RClNl E223ZF O.~ 25 C340 RClN1E103MD 0.01 25

C48 RClN1H332MD 0.0033 50CI28 RClN1H681K 680P 50 C341 RClN1H58J(C 56P 50C49 ECEA1HK01OB 1 50CI29 RClN1H681K 680P 50 C342 ECEA1CK100 10 16

C50 ECEAIHKOIOB 1 50CI3l ECEA1HKOR1B 0.1 50 C343 ECINl E47:J1D 0.047 25C51 ECEA1CK100B 10 16C131 ECEA1HKOR1B 0.1 50 C344 ECEA1CK47OB 47 16

C52 ECEA1HK01OB 1 50CI32 ECEAOJK47OB 47 6.3 C345 ECEA1HKOIOB 1 50C53 ECEA1HK01OB I 50 CI33 RCIN1Hi1l211lD 0.0068 50 C346 ECEA1CK100B 10 16C54 ECEA1EK4R7B 4.7 25Cl34 ECEA1CK47OB 47 16 C347 ECUVI E47:JID 0.047 25C55 ECEA1EK3R3B 3.3 25CI35 RClNl Hl82MD 0.0068 50 C348 ECEA1HK01OB 1 50C56 ECEA1HK01OB 1 50 Cl:1> ECEAOJK47OB 47 6.3 C350 RCUV1H103lF 0.01 50C57 ECEA1HK01OB 1 50Cl39 ECEA1HKOIlB 1 50 C351 ECEA1CK100B 10 16csa ECEAOJK3lOB 3l 6.3CI40 ECEA1HK01OB I 50 C352 ECEA1HK2R2B 2.2 50C59 RCUV1E223MD O.~ 25 C141 ECEA1HKOllB I 50 C353 ECEAOJK47OB 47 6.3C60 ECEA1CK100B 10 16Cl42 ECEA1CK47OB 47 16 C354 ECEA1CK47OB 47 16C61 ECEA1CKlOOB 10 16Cl50 ECEA1EK4l17B 4.7 25 C355 RCBS1Cllao1YY 0.01 16C62 ECEA1AKA221 220 10 C151 ECEA1HKOllB 1 50 C356 RCBS1Cllao1YY 0.01 16C63 ECEA1HK01OB 1 50CI60 ECEA1EK4R7B 4.7 25 C358 ECEA1AK3:llIl 33 10C64 ECEAlHKOI OB I 50C161 RCUV1H102MD 0.001 50 c:l>9 ECEA1HK2R2B 2.2 50C65 RClNl E223ZF 0.022 25Cl62 ECQV1H474Jl 0.47 50 C:I>O RClN1H103lF 0.01 50C66 RCUV1H39lKC 39P 50CI63 ECEA1CK100B 10 16 C401 ECEA1AU221 220 10C67 RCINI E223ZF 0.022 25CI64 RCINI E103MD 0.01 25 C402 ECEA1HKOIOB 1 50C68 RClNl E223ZF 0.022 25Cl65 ECEA1HKOR1B 0.1 50 C403 ECEAlHK010B I 50C69 RCUV1 E223ZF 0.022 25 C167 RClN1H15OKC 15P 50 C404 ECEA1HKOIOB 1 50C70 RCUV1H1SOKC 15P 50CI68 RCIN1Hl00KC lOP 50 C405 ECEA1HK01OB I 50C71 ECQP2A471GZ 470P 100CI69 RCUV1EllX11D 0.01 25 C406 ECEA1ASS471 470 10C72 RCUV1E103MD 001 25C170 ECEAOJlR22V 2200 6.3 C407 ECEA1AU471 470 10C73 RCIN1 E2ZlZF 0.022 25 cm ECEAOJK47OB 47 6.3 C40B EClNl E104MD 0.1 25C74 ECEA1CK1008 10 16CI72 RCIN1E33:JI1D O.tID 25 C409 ECEA(lJK22OB 22 6.3C75 ECEA1HKR47B 0.47 50Cl73 RCIN1H102MD 0.001 50 C410 RClNI E4i,M) 0.047 25

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mRM·1500A

Ref. No. I Part No. I Value. Ref. No. I Part No. I Value. Ref. No. I Part No. I Value.

C411 ECEAlAK22Ql 22 10 CO; ECEAOJU1018 100 6.3 C512 EClN1Hl02ZF 0.001 50C412 RClNl E4T.Ml 0.047 25 C437 EClN1E3DD 0.033 25 C513 EClN1Hl02ZF 0.001 50C413 ECEAOJKZ!lB 22 6.3 COl RClN1Hllall 0.001 50 C514 RClN1Hl02ZF 0.001 50C414 ECEA1AU471 470 10 C440 ECEAOJU1018 100 6.3 C515 EClN1Hl02ZF 0.001 50C415 EClN1El114MD 0.1 25 C441 ECEAlCSS222Z 2200 16 C516 EClN1Hl02ZF 0.001 50C416 ECEA1CU221E 220 16 C443 EClN1El114MD 0.1 25 C517 EClN1Hl02ZF 0.001 50C417 ECQV1H104JZ 0.1 50 C444 EClN1El114MD 0.1 25 C518 EClN1Hl02ZF 0.001 50C418 ECQV1H104JZ 0.1 50 C445 EClN1E6ll:lIID 0.068 25 C519 RClNl H102ZF 0.001 50C419 ECEA1CV221SE 220 16 C446 EClN1E6ll:l11D 0.068 25 C520 EClNl Hl02ZF 0.001 50C420 ECEAOJU101B 100 6.3 C447 EClN1E6ll:lIIO 0.068 25 C521 EClN1Hl02ZF 0.001 50001 EClNl E:nIID 0.033 25 C448 EClNl E6ll:lIIO 0.068 25 C522 EClN1Hl02ZF 0.001 50C422 RClN1H1021l0 0.001 50 C450 EClN1Elll4MD 0.1 25 C523 EClN1Hl02ZF 0.001 50004 ECEAOJU101B 100 6.3 C451 ECEA1EKN3R:Il 3.3 25 C524 RClN1Hl02ZF 0.001 50C425 ECQB1H103JZ3 0.01 50 C501 ECEA1CV221SE 220 16 C525 EClN1Hl02ZF 0.001 50C426 ECEA1H<01OB 1 50 ~ EClN1Hl02ZF 0.001 50 C526 EClN1Hl02ZF 0.001 50C427 ECEA1HK01OB 1 50 C503 RClN1Hl02ZF 0.001 50 C528 EClNl Hl02ZF 0.001 50C428 ECEA1HK01OB 1 50 C504 EClN1Hl02ZF 0.001 50 C529 EClNl HllJ3llO 0.01 50C429 ECEA1HK01OB 1 50 C505 EClN1Hl02ZF 0.001 50 C53J ECEA1CV221SE 220 16C43l ECEA1AU471 470 10 C506 EClN1Hl02ZF 0.001 50 CliOl ECEAlASS471 470 10001 ECEA1CV221SE 220 16 C507 EClN1Hl02ZF 0.001 50 C602 ECEA1CK100B 10 16C432 ECQV1HlO4JZ 0.1 50 C!Dl EClN1Hl02ZF 0.001 50 C603 ECEA1CK101B 100 16C433 ECQV1H104JZ 0.1 50 C5ll3 EClN1Hl02ZF 0.001 50 C604 ECEA1ASS471 470 10C434 ECQ81H103JZ3 0.01 50 C510 EClN1Hl02ZF 0.001 50 C605 RClNl E1D:11D 0.01 25C435 ECEA1CV221 SE 220 16 C511 EClN1Hl02ZF 0.001 50 C605 RClNl E1D:IID 0.01 25

Cli07 RCUVI E1D:IID 0.01 25COOl ECKD1Hllall 0.001 50

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m• CABINET PARTS LIST (See Illustrations on pages 20-22)

RM·1500A

Ref. No. I Part No. I Description Ref. No. I Part No. I Description

CABINET AND CHASSIS al-25 RJPml8ZA PLUG (6P)1 RJEZlSZS COf',NECTOR CORD ASS'Y al-2S Rt.JI>ZDlZAN P.C.B2 IlJIl525ZA Aft.! al-27 3JSAl!iOOZA SOCKET ASS-Y3 RUll!XXlZA BRACKET 21 RJS4l1OZ SOCKET .4 RUl1042ZA ANGLE 22 RJS4l4Z SOCKET (4P)5 RUl1043ZA ANGLE 23 RJS8l1OZA-X SOCKET6 RUQ97ZA SPRING 24 RJS8l4ZA-X SOCKET1 RIIX350ZA INSULATOR 25 RJTlIl7ZB-X TEFt.!INAl8 XYN3+F12 SCREW 2S RJTll25Z TI;~l ..9 XTB3+1OJ SCREW 27 2JSA-6 REED WI RE10 XTBJ+6F SCREW 28 2JSA-7 REED WI RE11 XTB3t8J SCREW 29 2JSA-2 REED WI RE12 lKEAl500AZA ANGLE 3l 2JSA-l REED WI RE13 XTB3+12J SCREW 31 1tJP11G4YA PLUG14 RHE518lZA SCREW 32 RJPl2Gl8ZA PLlJG(12P)15 Rl<II100llZB MA INCASE ASS'Y 33 RJP2Gl1ZA PllJG(2P)16 RKF911ZA CABINET PLATE 34 RJP3lAl3ZA PllJG(3lP)17 RIlN9OO4ZA-o KNOB. VOL VOl-INT :l5 RJP4GI8ZA PLUG (4P)18 RIlN!llXEZA-o KNOB. TONE ETC. 3l RJS5l4l SOCKET19 RYPMl5lXlAJHD CASSETTE COVER ASS-Y 3ll RJSI63Z SOCKET19-1 RUW128ZA SPRING 39 RJS2L3Z SOCKEH2P)19-2 RIIE458ZA ANGLE 40 RJE2lXlZA CORD19-3 RDF3120ZA SHAFT 42 RJT7U7Z TEFt.lINAl19-4 XTV2li<6JFZ SCREW 43 XTB3+6F SCREW19-5 RHG2129ZA RUBBER 44 RUl521ZA AFt.I19-6 RYQM15OOAJH> HOLDER 45 RUl978ZB ANGLE20 RYaII15OOAJI-Il UPPER CAB INET 46 RlJl!IlZIl SPRING20-1 RZEM15OOAJI-Il CHASSIS 41 RJP2G9Y PlUG!2P)20-2 Rl.QlllZA COl LSPRING 48 RJP5Gl8Z PllJG(5P)20-3 RDF3120ZA SHAFT 49 RJPml8ZA PLUG (SP)20-4 RIlF3125ZA SHAFT 50 RJP6G9YA PLUG20-5 ROF3139ZA SHAFT STOPPER 51 RJPlGl8Z PllJG(8P)20-6 RDF3141ZA SHAFT 52 RJl$l8ZA PllJG(SP)20-7 XTB3+1OJ SCREW 53 RJI$21ZA PLUG20-8 RtG!127ZA RUBBER 54 RIlCl153ZA SH IElD COVER20-9 RHG2128ZA RUBBER 55 XAMROOISA NEON LAMP20-10 RHG213lZA RUBBER 56 XAMROllSA NEON LAMP20-11 RI«i225Z RUBBER

~RJPlG28ZA PLUG

20-12 Rtml56ZA RUBBER RJE248ZA COf',NECTOR CORD ASS'Y20-13 RHE5161ZA SCREW ro RUll001ZA ANGLE20-14 RGL74ZA LENS 61 RMRl22ZA ANGLE20-15 RYEM1500AJHD lENS 62 RIlCll54ZA SH IElD COVER20-16 RBCl196ZA-o BUTTON. FAST 63 RIlC1156ZA SH IELD COVER20-17 RBC1191ZA-o BUTTON. FAST 64 XTBJ+6F SCREW20-18 RBCll9llZA-o BUTTON. TAPE!RAD I0 65 XNS9D NU120-19 RBCl199ZA-o BUTTON. HEAD SETISP 66 RUB522ZA SHAFT20-20 RBC12OOZA-o BUTTON. BAND 61 RUl1041ZA LEVER20-21 RBCl201ZA-o BUTTON. CH Ei8 ROF3122ZA SHAFT20-22 RBCl203ZA-o BUTTON. MOORY 69 XlJCl5FY-V E RING20-23 RBCI2!mA-o BUTTON. AMBI ENeE 10 XTB3+6FFZ SCREW20-24 RBC9121ZA-o BUTTON. STOP/EJECT 71 RHE5190ZA SCREW

12 XYN3+F15 SCREW13 XTII3t8F SCREW

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• MECHANISM PARTS LIST (See illustrations on pages 23. 24)

Ref. No, I Part No. I Description ReI. No. I Part No. I Description

MECHANISM 1m RFS713ZA SPRI!«3CASSETTE DeCK M78 RFSmZA SPRI!«3

toll RFUlolOZA MECHANI9A CHASS IS M79 RFST75lA SHAFT

M2 RFMI3lZA MOTOR ASS'Y MOO RFD3&lZA TA PLATE

M3 RFGl14ZA MAIN GEAR M82 RFlXl61ZA SW BRACKET

M5 RFE440ZA PLATE M;S'Y t.tBl RFD:l62ZA ANGLE

M6 RFSl&lZA SPRI!«3 M84 RFS71SZA SPRING

M1 RFE4oI1ZA MAIN PLATE M65 RFsmZA SPRING

~ RFRSllZA PINCH ROLLER ARM M;S'Y M65 RFST78ZA SPRING

M9 RFE442ZA Al«3LE t.487 RFY8l9ZA 1I FT UP LEVER

MIO RFE443ZA LOCK PLATE ASS'Y lABll RF0363ZA FR BRACKET ASS'Y

loll! RFSlll2ZA LOCK SP MIl9 RFY847ZA REW LEVER

1.412 RFE4UZA Al«3LE MOO RFY841ZA FF LEVER

M13 RFE445ZA COIL SPRI!«3 t.l91 RFOO64ZA PC PLATE

1414 RFQS4ZA PULLEY M92 RFS779ZA SPRIr(J

1.415 RFS763ZA SPRING t.tBl RFEoI49lA Al«3LE

1.416 RFE446ZA SCREW M94 RF03ll5ZA PE PLATE ASS'Y

1.417 RFP22ZA COl L ASS'Y M95 RFS"llIllZA SPRIr(J

M18 RFE44TZA CORE IA96 RFS781ZA SPRING

MIg RFX1S6ZA PL BRACKET t.l97 RFE6lZA SACK SLIDER

M20 RFT21ZA P.C.BW/S.W M9l RF0366ZA CO PLATE

M21 RFoo:mA ANGLE M99 RFS7ll2ZA SPRING

lo422 RFlXl40ZA SLIDE PLATE Mloo RFE451ZA CASSETTE CASE

M23 RF0341ZA ANGLE 1.4101 RFD3722A PLATE

M24 RFS7&4ZA SPRING lotl~ RFS7B3ZA SPRIr(J

M25 RFYtn;ZA PINCH ROL LER AR>4 ASS'Y f.41Cll RFl51ZA RUBBER SPACER

l.426 RFD342ZA PULL PLATE lotl04 RFXlll!1lA SPACER

MZ7 RFlXl43ZA PLATE Mlili RFI52ZA FELT

M28 RFlXl44lA ANGLE Mloo RFYll49ZA EJECT LEVER

M29 RFQ55ZA PULLEY Id200 RFE<I6lIZA SCREW

M30 RFD345ZA HEAD PANE L ASS'Y loI201 RFEE2ZA SCREW

t.Cll RFE448ZA TAPEGJIDE Id202 RFE453ZA SCREW

M32 RFOO46ZA HEAD SP PLATE M2lXI RFE4S4ZA SCREW

11m RJH4C5WZAA HEAD M204 RFE4S5ZA SCREW

M3I RFlXl4TZA ANGLE ~ RFEE6ZA SCREW

M:!i RFS1lISZA PI loCH ROLLER SP M2Ili RFE457ZA SCREW

M36 RFS1li6ZA SPRII'«J t.m3 RFE458ZA SCREW

M31 RFF59ZA FlY'IIHEEL AS$'Y IA200 RFE45SZA SCREw

M39 RFB96ZA MAIN BElT M210 RFE460ZA SCREW

M40 RFD34lIZA MG PLATE ASS'Y M211 RFE91Z SCREW

""', RFlXI49ZA FG PLATE ASS'Y M212 RFN2ll1ZA WASH'ER/

M42 RFlXJ5lIZA RG PLATE ASS'Y 1.t213 RFE461ZA SCRf.'II

M43 RFS76TZA FR GEAR PLATE SP M214 RFN191ZA WASHER

M« RFG115ZA FF GEAR M215 RFNl92ZA WASHER

M45 RF0051ZA EO PLATE M216 RFNI93ZA WASHER

M46 RFlXl52ZA ED PLATE M211 RFNI84ZA WASHER

""'7 RFYlUTZA LEVER M218 RFlll95ZA 'HASHER

M48 RFOO53ZA TG PLATE ASS'Y M219 RFNI96ZA WASHER

M49 RFOO54ZA TG PLIITE ASS'Y M220 RFE46SZA SCREW

M50 RFS1\i8ZA TG PLATE SPR Ir(J M221 RFNl97ZA WASHER

10451 RFGllGZA TGEAR t.tZ!2 RFIlI9BZA w-'SHER

P.l52 RFGl2SZA FT-GEAR t.4223 RFNl99Z11 WIISHER

M53 AFK22ZA FR CLUTCH ASS'Y M224 RFN200ZA WIISHER

l,l&\ RFGl18ZA GEAR M226 RFE463ZA E RIr(J

M56 RFG119ZA GEAR M221 RFE464ZA ERIr(J

M56 RFGl2llZA OT GEAR M22B RFE465ZA E RI!«3

M5ll RF035!iZA ES PLATE M229 RFE466ZA E RI!«3

I.1Sll RFGl21Z11 GHR t.tZIl RFE40TZII E RING

Io46ll RFGl22ZA CM! GEAR 1.4231 RUII9J4OZA CHASSIS

M62 RFS169ZA SPRIr(J M232 RU8518ZA Aa.l

M63 RFYB:llZA LEVER MZIl RU8519ZA Aa.l

t.I64 RFS170ZA ED SPRIIIG M234 RUB52IlZA AAIoI

M65 RFXI67ZA sPACER MZl5 RlJllOO2llZA LEVER

M65 RFJ8lZA REEL TABLE M2$ RlDllIZA COl L SPRIIIG

r.A67 RFXl6llZA SPACER M237 RUOO9ZA COl L SPRIIIG

M65 RFGl23ZA GEAR M2:il XTB3'6f SCREW

t.!7ll RFOO5TZA '!Q'" llRACKET ASS'Y ) M240 RHRl:!i4ZA f()LDER

I.f7I RFT22ZA P.C.B w/S.W t.4246 RHESTlillZA SCREW

1.172 RF0358ZA ANGLE M247 RHml9ZA RUB8ER SPACER

M73 RFS771ZA SPRIIIG M249 XNG48 WT

M74 RFS772ZA sPRI!«3 t.425O XWA4B WASHER

t.475 RFGl26ZA CAM GEAR M251 RJP832IlZA PLUG

M76 RFOO59ZA KF PLIITE ASS'Y

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m• ELECTRICAL PARTS LIST

---Ref. No. I Part No. I Description Ref. No. I Part No. I Description

INTEGRATED CIRCUITS Ql14 lJN2214TW TRANSISTORlel LA1175 I .C. FM FRONT END Ql15 lJB2214TX TRANSISTOR1C2 RVILAl140 I.C. FM I F & DET 0401 2SC1622D17TW TRANSISTOR1C3 STK3400A I .C. FM NO ISE BRANKER Q4G! 2SC1622D17TW TRANSISTORIC4 RVIBASI33 I .C. AMB I ENCE C4m 2S0601R TRANSISTOR1C5 LA1135 I .C. AM TUNER Q404 2SD601R TRANSISTORleG HA12429 I .C. AM NO ISE BRANKER Q405 2SD601R TRANSISTORIC7 RV IUPC1Z'ltl I.C. TAPE EO AMP Q405 2SD601R TRANSISTORIC9 UPD1714GA929 I.C. PLL & CONT 0407 2SB7alARTW TRANSISTOR

IC3JI MN4066B I.CS IGNAL SELECTOR C400 2Sll601R TRANSISTOR

IC3:l' RVI UPC1Z'ltl I.C. TAPE EO AMP C409 2SD601R TRANSISTOR1C3ll RV 1TC4528BP I.C. FL I P FLOP 0410 2SB11448 TRANSISTORI C3J4 M512lXlTL I.C.lAUTE CDNT WJl 2SAlal6R TRANSISTOR

IC401 RVITA7:roP I.C. POWER AMP ai02 2SD601RTX TRANSISTORIC4U2 TA7295P I.C. POWER AMP cml 2SC2497R TRANSISTORIC400 TA7295P I.C. POWeR AMP DIODESICall RVITC4011BP I.C. NAND GATE 01 RV01SV103 DIODETRANSISTORS 02 lSV99 DIODE01 3SK74l TRANS ISTOA. D3 1SV99 DIODEIJ3 2SD601R TRANSISTOR D4 RVD1SV103 DIODE04 2SD601R TRANSISTOR OS RVD1SV103 DIODEQ5 2SD601R TRANSISTOR lJ6 RVD1SV103 DIODE

C6 2SD6OlR TRANSISTOR 07 RVDKB265G DIODE07 2SD601R TRANSISTOR D6 RVlJKB2Ii!iG DIODEQ8 2SD601R TRANSISTOR D9 MAl65 DIODE09 lJN2214TW TRANSISTOR 012 MA151WKTW DIODE010 2SK100K4TW TRANSISTOR 013 RVDKVl235Z2 DIODE011 2SKl84GR TRANSISTOR 014 MAl53TW DIODE012 2SKl84GR TRANSISTOR D17 SM-1A-12 DIODE013 2SD601R TRANSISTOR D19 MA151WATW DIODE014 2SD601R TRANSISTOR 020 MA412l11TA DIODE015 2SD601R TRANSISTOR 021 MA411C*TA DIODE016 2SD601R TRANSISTOR 022 MA151WATW DIODE017 2SlJ601R TRANSISTOR D23 MA4OO2M DIODE018 2SC2295B TRANSISTOR 024 MA151WKTW DIODE019 2SC2497R TRANSISTOR D2S MA4056M DIODE022 2SD601R TRANSISTOR 026 MAl65 DIODE

023 2SD601R TRANSISTOR 027 MAI65 DIODEQ25 2SD601R TRANSISTOR D29 MAI65 DIODE027 2S0601R TRANSISTOR D:Il MAI65 DIODE028 2SD596llV2TW TRANSISTOR 031 MAI65 OlODECI29 IN!124TW TRANSISTOR D32 MA4047MTA DIODEem 2SCl384 TRANSISTOR. 033 MAI65 DIODE1J31 2SD601R TRANSISTOR D34 MA151WKTW DIODEIJ32 2SCl384 TRANS ISTOR. 0301 MAl65 DIODE

IJ33 2SA684R TRANSISTOR D302 MAl65 DIODE

034 2S0601R TRANSISTOR D3Xl MA4051M DIODE

IJ35 2SCl384 TRANS ISTOR. D3J4 MAl53 DIODE

003 2SK100K4TW TRANSISTOR D:Il5 MAl53 DIODE1J37 2SD601R TRANSISTOR D:Il6 MA4OO2M DIODEtnl 2SB709RTW TRANSISTOR D:nl MA151WATW DIODE039 2SB709RTW TRANSISTOR D:Il9 MA151WK DIODEQ40 2SB709RTW TRANSISTOR 0310 MAI65 DIODE041 2S0601STW TRANSISTOR D312 MA41lDt DIODE047 RVTFMGSTX TRANSISTOR 0313 MA151WATW DIODEQ48 RVTFMGSTX TRANSISTOR D314 MAl52K DIODE049 2SD601R TRANSISTOR D405 1lA151WKTW DIODEQ5(J 2S0601R TRANSISTOR 0501 RVDDSBl5TC DIODE

051 2SC2404CTW TRANSISTOR 0601 SM-1A-12 DIODE03)1 2SCl622D17TW TRANSISTOR lJ602 MA411MA DIODEc;ro> 2S0601RTX TRANSISTOR D603 1lA165 DIODEQ3ll 2SD601R TRANSISTOR D604 SM-1A-12 DIODE

00J4 2SD601R TRANSISTOR VARIABLE RESISTORSQ305 2SCl622D17TW TRANSISTOR VRI EVND4AAlre14 V.A. FM SEPARATI ON03J6 2SD601RTX TRANSISTORem7 2SD601RTX TRANSISTOR

VR:Ill EVKQIlB014B15 V.R. VOLl:t.tE

03J8 2SK332D TRANS ISTOR.VR:Il2 EVK9QA014CZl V.R. AUTO VOLLME

Wl9 2SlJ601RTX TRANSISTORVR:Il3 EVK9QAOl4GA5 V.A. TONE

0310 2S0601RTX TRANSISTORVR:Il4 EVND1AAOOB53 V.A.AVCGAIN

0311 2SD601R TRANSISTORVR:Il5 EVK7QBOl4B24 V.R. INTER COM lAICVR:Il6 EVK4QA014B24 V.R.lAUTE LEVEL

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Ref. No. I Part No. I Description Ref. No. I Part No. I Description

VARI"'BLE CAPACITORS T4 RI.A2A&-T COilCTI RCVTzaJ' TRIt.t.tER T5 Rl.A2A7-T COlLCT2 RCVTzaJ' TRIt.t.tER T6 RlI2A29 I .F.TRANSFOFtdERcn RCVTZ2llF 7RIlf.AER T7 RLl2A3J t.F.TRANSFOFtdERcn RCVTZ20F TRIItAER TB RlI2A16 I.F.TRANSFOfII,iER

THERMISTORS "'NO VARISTORS T9 RlI4Ml-T FREOJEflCY TRANSFOIt.4ER

Ttrol RRTl03 THERMISTOR FILTERS

COILS AND TRANSFOMERS CFI RVF101WAZ CERAMIC FI LTER

11 Rl.A4N19A-o COl LCF2 RVFlO7WAZ CERAMIC FI LTERCF3 NCRZ4!llC4N1W <n4B INAT ION PART

L2 RLQZP1!D(T-Y COl L CF4 RVFCFMS4!m CERAMiC FI LTERL4 RLMN2llA-o COl LL5 RLA4N21A-o COl L LAMPS

L6 RlO4N23!iA-o COil NEl XANR13T33 NEn-l LAMPLB RlQZP4R1KT-Y COIL SWITCHESL5111 RLT6G1A-1 CH TRANSFORMER S2lJl RFT21ZA P.C.B W/S.W. FWD/REV19l1 RLTSOIA COl LT1 RlI4A40-Z COl L

S2lJ2 RFT22ZA P.C.B W/S.W. FWD/REV

T2 RlI4A24 I.F.TRANSFORMERS2lJ4 RFAII4ZA. S'/I.MUTE

T3 RlO2A2&-T COl LOTHERS

Xl RVBCSB456F15 CERAMIC FI LTERX2 RVCE450CtIZN CRYSTAL OSCILLATOR

-32-Printed in.JapanH8712052() H.Y/K.H

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