FM-AM-FM STEREOCASSETTE DECK TUNER AMPLIFIER

CUSTOM-MA

ORDER NO. RD83072080Cl

ualCar Audio

M-1100

~ .•. .--

A WARNING

• SPECIFICTIONS

This service literature is designed for e~perienced repair technicians -~

only .and is not designed for use by the general public. It does notcontain warnings or cautions to advise non-technical individuals ofpotential dangers in attempting to service a product. Products poweredby electricity should be serviced or repaired only by experiencedprofessional technicians. Any attempt to service or repair the productor products dealt with in this service literature by anyone else couldresult in serious injury or death.

Specifications are subject to change without notice.

@Matsushita Electric Industrial Co. ltd..All rights reserved. Unauthorizedcopying and distribution is aviolation of law

)

GeneralPower Source:Test Voltage:Power Consumption:

Dimensions:

Weight:

FM Tuner SectionFrequency Range:Usable Sensitivity:Signal to Noise Ratio:Stereo Separation:THD:IF Frequency:

DC 12 V (Negative ground only)DC 14 V0.8A at maximum power output(Memory backup 1 mAl208 mm(W)x64 mm(H)x144 mm(D)(83/'6X29/'6X5"/'6) without bracket1.7 kg (3 Ib 3J4 oz) without bracket

87.5-108 MHz8 dB (SIN 30 dB)55 dB35 dB at 1 kHz0.5%10.7 MHz

AM Tuner Section·Frequency Range:Usable Sensitivity:Selectivity:IF Frequency:

Cassette Deck SectionTape System:Wow & Flutter:Stereo Separation:

Intercom SectionMike Input Impedance:Headphone Output:

520-1610 kHz34 dB (SIN 20 dB)50 dB (±10 kHz)450 kHz

Auto-reverse0.15% (WRMS)35 dB at 1 kHz

60000.5 W (16oiCl-lf:~.

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Panasonic®Matsushita Englnaaring andService Compeny50 Meadowland Parkway,Secaucus. New Jersey 07094

Panasonlc HawaII Inc.91-238 Kauhi 51. Ewa BeachP.O. Box 774Honolulu, Hawaii 96808·0774

Matsushita Electricof Canada Limited5770 Ambler Drive, Mlssissauga,Ontario, L4W 2T3

PanBSonlc Sales Company,Division of Matsushita Electricof Puarto Rico, Inc. .Ave, 65 De Infanteria, KM 9.7Victoria Industrial ParkCarolina, Puerto Rico 00630

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4....../ LOCATION OF CONTROLS AND COMPONENTS

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Fig. 1

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<D FM Stereo Indicator@ Local Indicator® Headset Indicator@ Memory/Metal Indicator@ Direction Indicators@ LCD Display(1) Eject Button@ Tape Slot® Rewind Button (REW)@) Fast Forward Button (FF)

Fig. 2

@ RadiolTape Switch, Power Switch, Volume Control(PUSH RADIOITAPE, POWER OFF)

@ Mute Level Control (MUTE LEVEL)@ Speaker/Headset Switch Intercom Control (PUSH SP/HS)@ Band Switch (AM, FM)@> Sensitivity Switch (OX, LOCAL)@ Program/Preset Switch (PRO/1)@ Preset Switches (2, 3, 4)@> Metal/Memory Switch (ME)@J Ambience Switch (ON, OFF)

DISASSEMBLV INSTRUCTIONS

Fig. 4

Fig. 3

(C)

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• WAVE f

.AM RF

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.,Fig. 14

••• ' • .1

Lever

Fig. 13

Ref. No. Procedure Shown in Fig.-. To remove-. Remove-.

1 2 Knob ...................................... (A)x31, 2 Front Panel

2 3,4 Screw(3x6) ........... , .................. (B)x12

3 5 Screw (2.6x5) .............................. (C)x2

4 1-5 6 Mechanism Screw (2.6x5) .............................. (D)x3

5 6 Socket *1 .................................. (E)x2

6 1-6 6 Cassette Case *2 Loosen screw (2x3) . ......................... (F)x1

7 7 Socket *1 ....................... , .......... (G)x2

8 1-9 7 AM Circuit Board Screw (3x6) ............................... (H)x2

9 7 Twistthe chassis ............................ (I)x 1

10 1-10 8 LCD Circuit Board Screw (3x6) ................................ (J)x3

11 1-5, 11 9Deck EO & Ambience

Screw(3x6) ................................ (K)x2Circuit Board

12 9 Power Sour.ce Circuit Screw (3x4) ................................ (L)x21, 2, 12, 13 Board

13 10 Screw (3x4) ................................ (M)x2

14 11 Screw (3x6) ............. , .................. (N)x4

15 1,2, 14-16 11 Main Circuit Board Nut (70) .................................... (0)x3

16 11 Socket *1 .................................. (P)x7

*1. Remove socket in the direction of arrow as shown in fig. 12.*2. To reassemble, note the following.

(1) Insert the lever and spring in mechanism, as shown in fig. 13.(2) Insert the cassette case as shown in fig. 14.

•

__ . ._._ ... ' 0

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(L)

(M)

(0)

(N)

Fig. 9

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Fig. 10

Fig. 11

(K)(E)

(I)

(F)

Fig. 7

(D)

- Fig. 6

(G)

(J)

(H)

Fig. 8 Fig. 12

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RM-1100

HARNESS CONNECTION

- ___._ ...c..'-'----

(plug)

Reciever

@ Rch® Lch@ Earth@ +B Out@ Mute@ Up@ Down@ Earth® Earth@ Earth@ Earth@ Earth

. -:-.~-,-

r----------- -----,:. ,AAI' lOA

1- .J

eI

(socket)

CD Microphone@ Earth@ Rch@ Earth® Lch® Acc(j) CB@ Earth® Earth@ Earth@ Antenna@ Earth

01 • 10E

• FM RF DUMMY ANTENNA

SG(SG imp. 500)

Fig. 17

To Headset

To Auto Volume

b "1 ----

To Antenna

To Power Amp

15

To Power Source

~'±r=====1=~~F Antenna Cord

~7 ToCS

r1Il-------JI

8Fig. 15

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19' '.- To Remoto Switch

111-------18

Fig. 16

• WAVE FORM

• AM RF DUMMY ANTENNA

Lever~

Fig. 14

Lever

Fig. 13

Ref. No. Procedure Shown in Fig.-. To remove-. Remove-.

1 2 Knob ...................................... (A)x31, 2 Front Panel

2 3,4 Screw(3x6) .............................. (B)x12

3 5 Screw (2.6x5) .............................. (C)x2

4 1-5 6 Mechanism Screw (2.6x5) .............................. (D)x3

5 6 Socket *1 .................................. (E)x2

6 1-6 6 Cassette Case *2 Loosenscrew(2x3) .......................... (F)x1

7 7 Socket *1 .................................. (G)X2

8 1-9 7 AM Circuit Board Screw (3x6) ............................... (H)x2

9 7 Twistthe chassis ............................ (I) x 1

10 1-10 8 LCD Circuit Board Screw (3x6) ................................ (J)x3

11 1-5, 11 9Deck EO & Ambience

Screw (3x6) ................................ (K)x2Circuit Board

12 9 Power Sour.ce Circuit Screw (3x4) ................................ (L)x21, 2, 12, 13 Board

13 10 Screw (3x4) ................................ (M)x2

14 11 Screw (3x6) ................................ (N)x4

15 1,2, 14-16 11 Main Circuit Board Nut (70) .................................... (O)x3

16 11 Socket *1 .................................. (P)x7

*1. Remove socket in the direction of arrow as shown in fig. 12.*2. To reassemble, note the following.

(1) Insert the lever and spring in mechanism, as shown in fig. 13.(2) Insert the cassette case as shown in fig. 14.

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Fig. 18 Fig. 19

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MEASUREMENTS AND ADJUSTMENTS• FM RF ALIGNMENT • ALIGNMENT POINT

AM SIGNAL GENERATOR FREQUENCY OSCILLOBAND DISPLAY SCOPE ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Connect to antenna 550 kHz (400 Hz, W.....(+) Adjust for maximumAM

socket through AM0% Mod. 74 dB) 550kHz V· .. ·(-) T301 (AM NB) wave from onRF dummy antenna.

(Refer to Fig. 18) oscilloscope.

-~......:::..~

ViI

FM lsIIO.7MHz

~

FM OSCI08MHz

~FM OSC87.5MHz

@]-

AM ANT1500kHz----,

cnol

,-

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING .- ~.

'-Disconnect No signal 87.5 MHz V ..(+) L5 Adjust for 1.2±0.05 V

applied V ..(-) (FM OSC Coil) readig on DC voltmeter.

FM Disconnect No signal 108 MHz V ..(+) CT3 Adjust for 8±0.1 Vapplied V ..·(-) (FM OSC Trimmer) reading on DC voltmeter.

Repeatsteps(1) and (2).

FM SIGNAL GENERATOR FREQUENCY ACBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Antenna socket 89 MHz 'V.. (+)L1 (FM ANT Coil) Adjust for maximum

(FMRFDummy (400 Hz 30%) 89 MHz V ..(-) L4 (FM ANT Coil) reading on AC voltmeterFig. 19)

FM " 107 MHz 107 MHz V ..(+)cn (FMANT

"Trimmer)(400 Hz 30%)

- V ..(-) CT2 (FM ANT'f .•••~ Timmer) eI

Repeat steps 4 and 5.

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING (center "0")

Antenna scoket 89 MHz V ....(+) T3 Adjust T3 for -0.05.-,..0.05 VFM (400 Hz, 30% 89 MHz V·· ..(-) (FM 1FT) reading on DC voltmeter.

Mod,60dB)

Notes: 1. Stereo modulator ................ eConnect stereo modulator output to EXT MOD terminal of signal generator.ePilot signal modulation to "10%".

2. FM signal generator ............ eFrequency approximately 100 MHz/Output level to "60-70 dB", 1-3 mV.eModulation mode to "FM".

CIRCUIT SIGNAL FREQUENCY AC ADJUSTMENT REMARKSGENRATOR COUNTER VOLTMETER

High side thru,PILOT 89 MHz 100 kO to test -- VR2 Adjust for 76.00 kHz±50 Hz readign on

(0% Mod, 80 dB) pointV Negative (Pilot) frequency counter.sidetoV

89 MHz Make adjustment so that when the antennaSEPARATION (400 Hz, 30% Mod, i .. LCh (+) VR1 input is sUbjected to L modulation (or R

... Rch (+)80 dB) ...(-) (Separation) modulation.) R channel output (or L

channel output) becomes minimum.

• AZIMUTH ALIGNMENT

TAPE AC AC ADJUSTMENT REMARKSVOLTMETERG) VOLTMETER@

Playback the azimuth tape. Across headset Across headset V .. Lch (+) Adjust for same reading on ACV ..Rch (+) voltmeterG) and @.v··(-)

• FM STEREO ALIGNMENT

(3)

(2)

(1 )

(6)'-'---'-,-------

• DC BALANCE NB ALIGNMENT

(5)

(4)

4. Set volume control to maximum.5. Set band switch to AM, FM.6. Set SENS switch to DX.

SIGNAL GENERATOR or FREQUENCY INDICATORSWEEP GENERATOR DISPLAY (ELECTRONICS ADJUSTMENT REMARKS

BANDCONNCTIONS I FREQUENCY

SETTING VOLTMETERor SCOPE)

AM~IFALIGNMENT

V .. · .... (+) 450kHz Point of non- V···(+) T302(AM 1st 1FT) Adjust for maximumAM Earth ..... (-) 30% Mod. interference. (onl V ..(-) T303(AM 2nd 1FT) output.

at 400 Hz about 600 kHz)

AM IF ALIGNMENT

AM RF ALIGNMENT

1. Set power switch to ON.2. Mute switch to OFF.3. Intcom switch to HS.

AM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Disconnect No signal 520 kHz V· ..(+) L303 Adjust for 1.2±0.05 Vapplied V·,·(-) (AMOSCCoil) readig on DC voltmeter

AM Disconnect No signal 1610kHz V .. ·(+) CT302 Adjust for 7.8±0.1 Vapplied V···(-) (AM OSC Tr.immer) reading on DC voltmeter

Repeat steps (1) and (2).

AM SIGNAL GENERATOR FREQUENCY ACBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Connect to antenna 'V.. (+) L301 (AM ANT Coil) Adjust for maximumsocket through AM 550 kHz 550kHz v ..(-) L304 (AM ANT Coil) reading onRF dummy antenna. AC voltmeter(Refer to Fig. 18)

CT301 (AM ANTAM " 1500kHz 1500kHz ; ..(+) Trimmer)

... (-) CT303 (AM ANT "Trimmer)

Repeat steps (4) and (5).

AM NB ALIGNMENT

SIGNAL GENERATOR or FREQUENCY INDICATORSWEEP GENERATOR DISPLAY (ELECTRONICS ADJUSTMENT REMARKS

BAND SETTING VOLTMETERCONNCTIONS FREQUENCY or SCOPE)

FM-IF ALIGNMENT

High side thru. Connect vert.0.0011JF to test 10.7MHz Point of non- amp. of scope to Adjust for maximum

FM point~ Negative SWP. interference. (onl testpointV T1 (FM 1st 1FT) amplitude.side to test pointV. about 90 MHz) Negative side to (Refer to Fig. 16)

testpointV

FM " " " " T3 (FM 2nd 1FT)Adjust for maximumamplitude.(Refer to Fig. 17)

FM ALIGNMENT

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• FM RF ALIGNMENT

• FM STEREO ALIGNMENT

----_ ......'-'-

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B;5~

PILOT76 kHz

VR2

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DC BALANCEFM 2ndIO.7MHz---.T3

oAzimuthScrew

o

Fig. 20

CJ

AM ANT550kHz

L304

• ALIGNMENT POINT ·Please refer to Circ·uit Board for test points locaton.

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

.. _ CONNECTIONS FREQUENCY SETTING

Disconnect No signal 87.5 MHz V·.·(+) L5 Adjust for 1.2±0.05 Vapplied V··(-) (FMOSCCoil) readig on DC voltmeter.

FM Disconnect No signal 108 MHz V ...(+) CT3 Adjust for 8±0.1 Vapplied V···(-) (FM OSC Trimmer) reading on DC voltmeter.

Repeat steps (1) and (2).

FM SIGNAL GENERATOR FREQUENCY ACBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING

Antenna socket 89 MHz...(+)

L1 (FM ANT Coil) Adjust for maximum(FMRFDummy (400 Hz 30%) 89 MHz V ..(-) L4 (FM ANT Coil) reading on AC voltmeterFig. 19)

FM " 107 MHz 107 MHz T .. (+)CT1 (FMANT

"Trimmer)

- (400 Hz 30%) v··(-) CT2 (FM ANTTimmer)

Repeat steps 4 and 5.

FM SIGNAL GENERATOR FREQUENCY DCBAND DISPLAY VOLTMETER ADJUSTMENT REMARKS

CONNECTIONS FREQUENCY SETTING (center "0")

Antenna scoket 89 MHz V· .. ·(+) T3 Adjust T3 for -0.05~0.05VFM (400Hz, 30% 89 MHz V .. ··(-) (FM 1FT) reading on DC voltmeter.

Mod. 60 dB)

.Notes: 1. Stereo modulator ................ -Connect stereo modulator output to EXT MOD terminal of signal generator.

-Pilot signal modulation to "10%".2. FM signal generator . . . . . . . . . . . . - Frequency approximately 100 MHz/Output level to "60~70 dB", 1~3 mY.

-Modulation mode to "FM".

CIRCUIT SIGNAL FREQUENCY AC ADJUSTMENT REMARKSGENRATOR COUNTER VOLTMETER

High side thru.PILOT 89 MHz 100 kO to test -- VR2 Adjust for 76.00 kHz±50 Hz readign on

(0% Mod. 80 dB) pointV Negative I (Pilot) frequency counter.sidetoV

89 MHz Make adjustment so that when the antennaSEPARATION (400 Hz. 30% Mod. f ..LCh (+) VR1 input is sUbjected to L modUlation (or R...Rch (+)

80 dB) ...(-) (Separation) modulation.) R channel output (or Lchannel output) becomes minimum.

• AZIMUTH ALIGNMENT

TAPE AC AC ADJUSTMENT REMARKSVOLTMETERG) VOLTMETER@

Playback the azimuth tape. Across headset Across headset V··Lch (+) Adjust for same reading on ACV ..Rch (+) voltmeterCD and @.v··(-)

(6) L-_---L _

• DC BALANCE NB ALIGNMENT

(2)

(1)

(3)

(5)

(4)II1ARKS

.2±0.05VCvoltmeter

.8±0.1 vDC voltmeter

II1ARKS

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Vss I Power supply terminal (5V).28

~ ..:=:::.--21-27 I a1-g1 1 7-segment drive output terminal.

This output terminal for enabling display of thedigit corresponding to units of 100 kHz in the FMmode and the digit corresponding to units of 1kHz in the AM mode.

Pin No. ISymbol1 Description

040201

Description

OaI8-------"[

CK,

CK>

A data signal is composed of 16 bits. Eleven bitsare assigned for frequency data and the remain­ing 5 bits are assigned for the reception bands.

Receiving frequency data input control timinginput terminal.Each time a data signal is sent, a timing signal isconcurrently sent from pins 20 and 21 of IC7 tothis terminal, to read the data signal.

Two lines (CK-1 and CK-2) are used for timingthe data signal reading. They have the followingtiming relationship with the data signal.

a-'OO~see

01 02 D4 DB 016 032064DI28D2S6D51201024LWFMJFMUAM9AM10

Dala

8 Flequency DaUl

".--------11----

I/O I Segment drive output terminal.This output terminal enables display of the digitcorresponding to units of 100 MHz in the FMmode and the digit corresponding to units of1000 kH in the AM mode.

Data I Receiving frequency data input terminal.A data signal containing the receiving frequencyand band is sent to this terminal from pin 22 ofIC7 (RVITC9137P) each time the receivingfrequency is changed.

CK1,CK2

2

5

3,4

14 I GND I Ground terminal.

1 I UD I Output condition switching input terminal.This terminal sets the display output mode(LED, FL, or LCD).LED Make this terminal "H" level.FL Make this terminal "L" level.LCD Apply AC voltage to this terminal.

6-12 I a3-g31 7-segment drive output terminal.This output terminal enables display of the'digitcorresponding to units of 10 MHz in the FMmode and the digit corresponding to units of 100kHz in the AM mode.

Pin No. ISymbol

13.15-201 a2-g2 1 7-segment drive output terminal.This output terminal enables display of the digitcorresponding to units of 1 MHz in the FM modeand the digit corresponding to units of 10kHz inthe AM mode.

3) Explanation of each terminal

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RM-1100 RM-1100

Fig. 24

I a2 II_I192 l d2

IC403 ' 0 c21

___ 1- "- __

Pin 20 (a2) 1'tlliIWlJPin 19 (b2)~

IPin 18 (c2) ~~Pin 17 (d2)~

Pin 16 (e2) l..J-LriPin 15 (f2) J-u-1

I IPin 13 (92) 1---uL!COM 2 :~

r : Fig. 22-1

Fig. 22

2) Block Diagram

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01

bl

cl DATA

dlCK I

el CK2

f I

gl

02

b2

c2

d2

e2

f2

Al.MF M

F

LIQUID CRYSTAL DISPLAY (LCD)

A

il-I::EI::EI~IOI~8<n!L«<n-l-

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RVITD6301AP (IC403): EACH TERMINAL FUNCTION &WAVEFORM

Phase of segmentNo. signal vs. common Segments of LCD

signal

1 Oposite ON

2 Same OFF

Fig. 22-1 indicates the timing chart of LCD operation.

2) Output signal waveforms of LCD segment

1) The common and segment terminals of the LCD are connected inthe following way:

L/D

Data

CKI

CK2

I/O

g3

f3

e3

d3

c3

b3

03

g2

GND I 114

Fig. 23

1) Terminal View

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Description

2.8JLsec

FM programmable counter input terminal.The FM local osclll~al which is dividedinto 1/30 or 1/32 by the prescaler (IC6RVITD6104P) is inputted to this terminal.

[Example] FM 100 MHz1.6 V

1 V

FM IN37

Pin No.1 SymbolDescription

Muting output terminal.The muting output is delivered from the MUTEterminal at the time of key operation and othercases.

STO I Preset memory storage terminal.Pressing the memory switch (56) brings pin 13to "L" to ready the circuitry for storage.

Mute

A·STOP I Auto·search stop input terminal.When a broadcast is detected during auto·search operation, "H" level signal is appliedfrom 03 (250601, SWITCHING) to the A·STOPterminal to stop the auto·search.

36

12

13

38

IPSC

IThis is the terminal to deliver the frequency

14-17 I M1-M41 Memory addressing input terminals. II dividing ratio change over output signal to theWhen the desired program switch (57, 58, 59 or pre·scaler (IC6 RVITD6104P).510) IS pressed in the memory set readycondition, the corresponding terminal (M1, M2, ffiJUlI6VM3 or M4) goes "L". At this time the receptionfrequency data is -stored. The stored data canbe read by simply pressing the corresponding

OVprogram switch (57, 58, 59 or 510).

~JLsec-1 [Example] FM 100 MHz

II I I20-22 I CK·1

IReception frequency data and timing signal

CK·2 output terminals. 39 AM IN AM programmable counter input terminal.Data A cycle of data and signal is serially delivered The AM local oscillation signal is directly applied

only when the reception frequency is altered, from pin 8 of IC301 (PVIUPC1215VE) to the AMLe., when the UP/DOWN key is pressed, the IN terminal in the AM mode.memory is read, or the band is changed. I ___o.~-

The timing signals for data signal reading aredelivered from the CK·1 (pin 20) and CK·2 (pin 4V

21) terminals.The reception frequency data is delivered fromthe DATA terminal (pill 22).

OV

JlII.Il.UJLJLIl CK·1 J"lJUl.IlJlIlJlJl.lUlJl.JUlJll CK·1 II I I7JLsec

~CK.2~CK.2[Example] AM 1000 kHz

Droa Droa

[Example] AM 1000 kHz [Example] FM 100 MHz ..I INH40 I Inhibit input terminal.

When the power is turned on, the voltage risingtime at the INH terminal (pin 40) is delayed for a

Phase comparator output terminal. II I Icertain time [the time constant of R90 (100 kO)

34 I 00·1 I and C94 (1JLF)]. The band mode selection dataWhen the phase of the frequency·divided output is read during this rising time.of the programmable counter lags behind thereference frequency, the output at the phasecomparator output terminal goes "L" for theperiod corresponding to the phase difference.When the counter output leads, the comparator

"42 I VDD I A voltage of 5 V±0.5 V supply' to this terminal

output goes "H" for the period corresponding to during device operation.the phase difference.

Pin No. I Symbol

RM-1100 RM-1100

Fig. 26

Voo

pscAM IN FM IN

, ~ ,

BI

B2

EI

E2

XT

XT

STO

2) Block Diagram

VooTESTINH

AM IN

PSCFM INMute

,n---Pee

00-100-2

HI

H2H3

H4h....--.- H5

LiL2L3

b----- L40/5

~tl-----Dote

Fig. 25

RVITC9137P (IC7): EACH TERMINAL FUNCTION &WAVEFORM

GND--dXTXT81

82

EIE2

OSCAIM

UP

DOWNA-STOP

STOMiM2M3M4 -

M5M6

CK-ICK-2

3) Explanation of each terminal

1) Terminal view

Pin No. Symbol Description Pin No. Symbol Description

1 GND Ground terminal. 8 OSC External CR connection terminal.Externally connected C123 (10 V, 2.2 JLF) and

XT,XTR133 (27 kO) determine the auto·search scan·

2,3 Used to connect a quartz oscillator (7.2 MHz). ning speed, automatic reset of the presetmemory storage state, and the shifting time ofmanual tuning to fast scanning.

4,5 81, 82 Input terminals for FM/AM band switching andIF fine tuning selection.

AIM Auto/manual switching input terminal.Applying the voltages shown below effects band 9switching and IF selection. Selects manual or auto·search mode in the

up/down tuning mode."L" level ......manual mode

81 (Pin 4) B2 (Pin 5) "H" level ......auto·search mode

"l" 'ILl! AM (450 kHz)Sustained pressing of the UP/DOWN tuning keyfor a certain time switches from manual mode to

"HII "H" FM (10.7 MHz) auto·search mode, and moves the AIM terminalfrom "L" to "H".

"H" Level: 5 V "L" Level: 0 V

6,7 E1, E2 Band-mode switching input terminals. 10, 11 UP, Tuning key input terminals.

Applying the voltages shown below switches the DOWN When the voltages shown below are applied to

band mode. the UP and DOWN terminals, the receptionfrequency is raised or lowered.

E1 (Pin 6) IE2 (Pin 7) IUP (Pin 10) DOWN (Pin 11)

"H" "H" The reception frequency is locked.

ilL" I "HI! For U.S.A. BAND "H" "L" The reception frequency lowers.

"L" "H" The reception frequency rises."H" Level: 5 V"L" Level: 0 V "H" level: 5 V, "L" level: 0 V

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AUDIO SYSTEM CONNECTION

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IC1 A

ANNTENACONNI;CTOR

ANTENNA

FM-AM-FM STEREOCASSETTE DECKTUNER AMPLIFIER

Model RM-1100

SPEEDSENSOR

AUTOVOLUME

Model RM·1103 POWER AMPLIFIERCONNECTOR

POWERAMPLIFIER

Model RM-M1100

SPEAKEREAF10P166SE10cm 40

IC2 fIca fICg f

IC4 F

AUTO VOLUME CONNECTOR

RADIO REMOTESWITCH CONNECTOR

POWER AMPLIFIERCONNECTOR

RADIOREMOTESWITCH

SPEAKER GRILLELch EAG-36Rch EAG-36-A

IC5 F

i HEADSET CONNECTOR

CB CONNECTOR

POWER SOURCECONNECTOR

Fig. 27

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-1100.. I"·

110 SYSTEM j:CONNECTION • Ie BLOK DIAGRAM

.j- IC1 AN7254 IC3 RVlLA1140

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IC10 RVIM51203L

AGe

IN•.GND OUT

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IC2 RVIUPC78L08IC8 RVITA78L006PICg RVIUPC78L05ASPEAKER

EAF10P166SE10cm 4.0

POWERAMPLIFIER

Model RM-M1100POWER AMPLIFIERCONNECTOR

}-

AUTOVOLUME

:lei RM-1103

-~----,-;

Vee

Vr.'

IC11 AN6550

IC12 RVITA7230P

Vee

Vee

IC4 RVISTK21100

IC6 RVIT06104P

IC5 RVlLA3375

SPEAKER GRILLELch EAG-36Rch EAG-36-A

0Side

(1)Side

RADIOREMOTESWITCH

! POWER AMPLIFIERCONNECTOR

POWER SOURCECONNECTOR

CB CONNECTOR

HEADSET CONNECTOR

-~i-t8===--------

>R

I

I~-----:1-

II e

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3. S2·1:4. S2-2:

Notes:1. S1-1:2. S1-2:

f25

REG

Ih.I !II ~

OB,9RVOK.8265G

SWITCHING

Tell

ICIORVIM51203L

MUTE CONTROLLER

•

ri-

IC4RVI5TK2110D

FM NOISE BRANKER

c!9~ ~

~~h~g;

i j

I~c

03,1B25D601

SWITCHING

ISCHEMATIC DIAGRAM (MAIN) MODE'

liit~

ICBRVITA78L006P

REGURATOR

IC3RVILAtl40FM IF a OET

1CQ

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... ::>

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R43 22Ku: I I.Q

~I " % I Iu .,

r-J~3 2 I

IC2RVIUPC78L08

REGULATOR

L.--

ICIAN7254

FM FRONT END

r--

L:.:-:J"""T!'YTiD~~

IC6RVITD6104PPRE-SCALOR

~

>c:~~0-0o Q::-

01,2,3RVDI5VI03

FM TUNING

014,33,35,36MAI51WKSWITCHING

022SCI047

BUFFER AMP

<'3

015,16,31,34MAtlUWASWITCHING

Ot3SKI14

FM RF AMP

1Cb

r,L-.:il D31

I ....'L~_J

---

2'4

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SWITCHING

04,5MA56

SWITCHING

~

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L

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>c:'--,-,.-+-[~ M~~

I. . _ . , .R1u>,rtf--

CN/osTO LCD CIRCUIT CNW3 067121317 TO Pa elm TO TAPE EQ 8. AMB CIRCUIT CN505

038 IC7 019 020 021,22 . 023 TO Pagel11J IC9 32:37,39,42'!9 lell TO Page~ 014,17 015,16,MAI056 RVITC9137P 25060t 258709 25C1623 250601 RVIUPC78L05A MAI50 AN6550 251709 25060

REGURATOR PLL a 00NT1l0U.ER SWITCHING SWITCHING LOW PaSS FILTER LPF SWITCHING REGULATOR SWITCHING DUAL OPERATIONAL AMP SWITCHING SWITCHING

024258709

SWITCHING

------_. . . . . . ~.~.

fi~1 ~5 u

~p I,---___-:"11.11. I

.R/'110K I I I I I. --

TO MAIN CIRCUITeNIOBA

,~ ,~ '~9 10

1

IC1 1C6 IC12

42 Gl

22~S

,R ~2123

IC2,9 IC7 01

~ ~.# ,~~ill. Input Common

IC3 ICB 02

.~ ,~ ~-0

..-..-...... 345E

1C4 IC10 03-27,30

'~ ,~ I~9 •

IC5 IC11 028,29

Power switch in "OFF" position.RadiofTape switch in "RADIO" position.(1 ...RAOIO, 3...TAPE)Intercom switch "OFF"· position.SpeakerlHeadset switch in "Headset" position.(1 ...Headset, 3.::§peaker)

5. 3-1, 3-2: Band switch in "FM" position.(1 ...FM, 3...AM)

6. 84: Ambience switch in "OFF" position.7. S5: 8ensitivityswitch .in "LOCAL" position.

(1 ...LOCAL, 2...OX)8. 56: MemorylMetal switch.9. S7: Preset ch1/program switch

10. $8: Preset 002 switch.11. S9: Preset 003 switch.12. $10: Preset eM switch.13. DC Voltage measurements are takan with electronic voltmeter

. from negative voltage line.eFM position.

14. VR1 :8eparation adjustment VRVR2: Pilot VCO adjustment VRVR3: Volume control VRVR4: Intercom control VRVR5: Muting level control VR

.-- FM Signal - + - - AM Vcap Control Signal+ - - FM Vcap Control Signal +-- AM OSC Signal~~ ,.' ~ FM OSC Signal <".~. Tape & AF Signal

+Voltage Line

--

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SCHEMATIC DIAGRAM (MAIN) MODEL RM-1100

)2

:t047ER AMP

01,2,3RVOl5Vt03

FM TUNING

IC6RVIT06t04PPRE-SCALOR

ICIAN7254

FM FRONT END

IC2RVIUPC78L08

REGULATOR

IC3RVILAU40FM IF 80ET

IC8RVITA78L006P

REGURATOR

03,1825060t

SWITCHING

IC4RVI5TK2ttOOFM NOISE 8RANKER

ICIORVIM5t203L

MUTE CONTROLLER

08,9RVOK.8265G

SWITCHING

018MAt51WKSWITCHING

019MAt056

REGURATOR

010,22,23MAt50

SWITCHING

IC5 06,7RVILA3375 25060t

FM STEREO MPX PRE AM P

04,5,10-1325060t

SWITCHING

08925060t

BUFFER AMP

OttMAt056

REGURATOR

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06,7,12,13,17, TO PaaeD TO -'e~ 70 _ TO P.III TO Page"038 IC7 019 020 021,22 . 023 TO Pagerm IC9 32,37,39,42 OJ ICII . -J 014,17 015,16 028 020 021 '-:1- 0 029 030 ICI2 024-26 027;28,41

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Anod~ ~Cath~Anode

01-3

Cathode

~Anode

04,5

rAnoae

06, 7, 10, 12, 137, 22, 23, 32, 3739, 40, 42

~-08,9

/'Anode

011, 19, 38

~ode

Ano~Anode

014, 18, 20, 2728, 33, 35, 36, 41

~e

Cath~Cathode

015, 16, 24-2631,34

~;'lhode

Anode

Anode

Cathode

021

Varleap.

Anode

~f-Cathode

General

Anode

~Cathode

Zener LED Photo Diode

Anode Anode II ~ Cathode

---.t- -8- *Cathode Cathode Anodec:..::.:='--_...J

RM-1100 RM-1100

CIRCUIT BOARD (MAIN) MODEL RM-1100

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SCHEMATIC DIAGRAM (LCD) MODEL RM-1100

~

---;....-,y~-.

~16

14

IC403

,tPD

0301

.~E

0302, 401-405

,~0303

~'Anode

Anode •

Cathode

0301

r'Anode

0303, 304, 309,401, 402

~-Anode

0305

~,~Anode

0306-308

-"". :=:=:-....'

Va,lcap. Gene,al Zene, LED Photo Diode

Anode Anode Anode Anode II~de

~~ ---.r- --.t- *Cathode Cathode Cathode Cathode Anode

vss

IC401, 402 RVITC4030BP

[ID

CIRCUIT BOARD (LCD) MODEL RM-1100

CIRCUIT BOARD (AM) MODEL RM-11 00

[Ill

RM-1100 RM-1100

~

'~19

IC301

'~12

18

IC302

14-

'~7

IC401, 402

¥c~= AM OSC Signal Line... - - AM Vcap Signal Line

+ Voltage Line

IC403

RVIT06301APLCD DRIVER

- +Voltage Line

-,

IC401 ,402

RVITC4030BPEX-OR GATE

0305RVDKB265G

AGC

r++--KV AF

ID DYLO TO eN f04-

I I I I I@ SD MAIN CIRCUITTo PagelOO

LD. H.S ME.,=, I~ '::­LI L'. L.'

/ t1i!ll3"

~l I~

.0401,402

MA150SWITCHING

IC302RVIM57171L

NOISE BLANKER

. .~

-"

. ~ll~ll~

ST .

AM IFM ,

.....

0403,405

250601SWITCHING

n~ ~ ~ ~ a 5 5 ~ ~:2~

..

>;

~

~Q403

L. . - . Ir;, I.

Note:OC voltage mesurements are taken with electronic voltmeter from negative voltage line.eAM position

Note:OC voltage measurments are taken with electronics voltmeter from negativevoltage line.eFMlLocaVHeadset position

0301 0306-30e 0301 0302 0303 0303,304,309 IC301MA153 RVl>lSV149 2SK184 2SC2295 2SC1359B MA150 RVIUPCl215VE

SWITCHING AM TUNING RF AMP IF AMP 0 AGe SWITCHING AM IFAMP8DET

L.1g1n~liI~ jI ~ii~iWf ~j±n. .~

SCHEMATIC DIAGRAM (AM) MODEL RM-1100

C'TO foWNICDI ,I 11-..-i/4.W:«=)CIRCUITCNI02

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EI (3:

10 CNIOI. MAIN CIRCUIT<Dl To Page 1m

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""""~~

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I® r----

I@-j..

r-

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~r f-

I

I®-@-~

~

='0/,.

-'='-

606

I

0601.602

RVD10E1PROTECTOR

I j I

.

Ace

"tB OUT

CIRCUIT BOARD

PLUNfrER

MUTE

E

00'1II

CB

MIC

CN60R

E

TO CN,o~ LMAIN RCIRCliIT

To Page L1m E

SCHEMATIC DIAGRAM (POWER SOURCIMODEL RM-1100

TO /'IAJNORCUtT CN107Tofllge~ UP

Photo Diode

~eAnode

LEDAl?Cathode.

Zener

Anode-.r-cathode

0-.1Anode

~Cathode

To PagelZDTO eN 502. TAPE EQ & AMBCIRCUIT

.J;;l BACK UP -t BEARTHTAPE 1"B OUTPROGRAMABKEY-tBTAPEtB INMUTEMUTE

Varlcap.

Anode

-~H-cathode

Tape & AF 8ignal+Voltage Line-9~"'~

IC701 AN6248

I MOTOR

~_ qoVE~NOR I

0701

MA1091MREGULATOR

0702.705

MA151WKSWITCHING

IC701

AN6248AUTO REVERSECONTOROL

0703,704

RV010E1PROTECTOR

ITID

IC302 RVIM57171L

4. 8705: Mute switch5. 8706-1. 8706·2: Head switch6. 8706·3: Hole element switch.7. DC voltage measurements are taken with electronic voltmeter from

negative voltage line.-Tape position

.... ....:> :>

zQ. 11.2~ z ....~ti 2g~o S~

utO

....:>

)(11.o~

~ 3~

0708,7092S0965SWITCHING

SCHEMATIC"DIAGAAM"'"(TAPE'-DECK) MODEL. RM~1100- -- - - I c· C .• <

Q70214­~470

r:~i~

....:>11.~

8c(

I.,

~ ....-:>":11.~~

LCHRCH

l ./ J ~ EARTHTO CNSOI. TAPE EQ. g. AMBCIRCUIT To Pdge 1m

0702

2SC2001REGULATOR

o~

....:>~g~2

IL... ....:>:>mQ.

~§

l:l:>m

§

....:>11.~

§

0701 0703-707,710"'712

2S0601 2S0601PULSE AMP SWITCH ING

...If8c(

l:l~m

~

....z.,.~

C7/0· I lC: I:V3'!.O

J[!'~ ~n O~. ~O if Q7/,nlQ:: & t:: Q::

~- - - -------

o~

Notes:1. 8701: Forward/Reverse SWitch in "Forward" position.

(1 .•.Reverse, 3...Forward)2. 8702-1, 8702-2: Plunger switch in "ON" position.

(1 ...0N. 3...OFF)3. 8703: Tape switch in "ON" position.

(1 ....0FF. 3...0N)

1C301 RVIUPC1215VE

07~1, 7~2

2SC1684SWITCHING

IC702,703

OM106HOLE ELEMENT

~~~

~

!iiII ..'l

IflJ.,~~

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.:, ....

Cathode

~ /'-1

7Anode

IC701 0701

.~ $6Anode

IC702,703 0702,705

~ /-E

0701, 703-707 0601,602710-712 0703, 704

,,,0702, 708, 709

~ ..-------"-~ "

751, 752

.,

S705 '

CIRCUIT BOARD (POWER SOURCE)MODEL RM-1100

(for CBl

E

L

R

'DownIUP

MUTE

BOUT

TO CNIOI. MAIN CIRCUIT~

To Pagetm Il<D

HI® J II ~ I.» I ""

EI®- ~[®H ~--:::- '--

=~ "'"~ .,,'~_.

""

I II'f. "-@ E

~

~ "" ~E

~ f<1>cB I~

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IG} ~E r@lI@ -<DM1C -r@ .~

-"" HARNESSI@ SOCKETI~

I""-"'"

~

606

I

CIRCUIT BOARD (TAPE DECK) MODEL RM-1100

PLUNfrER

D60l, 602

RVDtOE1PROTECTOR

,2

I j ,

Ace

'l-a OUT

00'IIl

CB

MUTE

E

MIC

CN60R

E

TO eN,D<, lMAIN R(.II/WIT

To Page l~ E

SCHEMATIC DIAGRAM (POWER SOURCE)MODEL RM-1100

TO MAINORCVIT CNlo7Toill.ge~ UP

LED Photo DIodeAnode II ~ Cathode

**Cathode Anode

zenerAnode

--.-r-Cathode

GeMrBIAnode

--.t-Cathode

To pagelZDTO eN 502, TAPE E9 & AMB CIRCUIT

BACK UP i"8EARTHTAPE +8 OUTPROGRAMABKEY-tBTAPE+B INMUTEMUTE

Varleap.

Anode

~~Cathode

•._~ae Tape & AF Signal~ +Voltage Une

IC701 AN6248

i MOTOR

L_ ~VERNOR

- '

S703

lCtronic voltl'neter from

I

IJjJ IT

i

lIIl

l~ .I -S~, IJ ~i .----l f/: ~ ~~~~ I EARTH~

~ TO CNSOI. TAPE EQ. g. AMB "-----LJ:

~. . CIRCUIT To Page IZD .~ ,705 0701 0702

~ 51WK MA1091 M 2SC2001~ CHING REGULATOR REGULATOR~

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C"

/5 14 13 '2 11/0 '

HARNESS SOCKEi

-"-~.....-

POWERSOURCECIRCUIfBOARD

PILOT LAMP

LCD CIRCUIT BOARD

8

IC502 RVIBA6133

3~

cathode

1~ /'8Anode

IC501 0501, 503

,~ r9 Anode

IC502 0502

~ ~calhode .

E calhode

0501,502 0504, 505

_~~ Tape & AF Signal

+Voltage Line

r""l.J I .""l

~rIKB4 6 , CNSq? I

c~

0502MA1!SO

SWITCHlftG

D504,5O!5

MA151WA rSWITCHING

lC50I I "lJru Ie S02. CN~s

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kz> TBD501

MA10&2MREGULATOR

IC502

RYIBA6153AMBIENCE

TO TAPE DECK I.-.~. .I TAPE DECK BLOCK .Ji . . . .

CIRCUIT BOARD (TAPEEQ & AMBIENCE) MODEL RM-1100

Q5Ot,!502

• 2SD6OtSWITCHING

~-

ICS01RYIUPC122&H

• TAPE,Eo,AMP

D!503I MA106&REGULATDR

------_.~.

Note:DC voltage measurements are taken with electronic voltmeter from negative voltage line.eTape position

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TAPE EQ &AMBCIRCUIT BOARD·

. -"" .:=:::........-

" I•

TAPE DECK BLOCK

," " "II 1., ~ ..,.? _1 ii:.l.. .-

15141312"'0987654321

CS(,O(, ••..-

HARNESS SOCKETI

.n

POWERSOURCECIRCUITBOARD

..,

WIRING CONNeCTION DIAGRAM MODEL RM·1100

PILOT LAMP

LCD CIRCUIT BOARD

IC502 RVIBA6133

IC501 RVIUPC1228H

3Q-,.--I:- '>.., I 1 r

Cathode

1~ /8Anode

IC501 0501, 503

,~ /~9 Anode

IC502 0502

~ ~Cathode .

E Cathode

0501, 502 0504, 505

[ggj

to

Signalina

I11Q~

~'j~~i'~~

~

I~~,~l

~

I!1

1

I

I'100~

I~t1

I~"l'~9

I~ ,Nf05\. I~ UIT~ Igelm~

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ACC

}ro H.S

}.oPOWER AMP

SWITCHING

Fig. 28

S702

BLOCK DIAGRAM

From 021-23

RM-1100 RM-~100

RF AGC / c-J- _~-,--....,L4{]D2 ( J,'tV~2 VR.3 . -,,--::---

_ ~-4> - ~r ~~ IC4 I--~- L ch_QIFM FMFRONTENdli>-8-<:D_ IC3 8 DFMNOISE IC5FM 04,5 Q6,7 ~ Q8,9 010,11 '-'

RF AMP- r-(~ -"1\. f r.-.. CJ2 ~1':At!', DE l!LAN~ERr.-.. STERE~ MPX AF ATT AF AMP I-- f _ AF AMP MUTING R ch-o

Din _ TI T ..:r Tr ~ T 'r I t From H5+B SPt-B_

~ .:r 3L1 G-7~F I CTI AMAFOUT --I From Dect 1 I -u" • T -From Rodlo+B

From Q2(-23-L -< EXT 014... Q17 t From 5P+B

I1'2 T3 FM+B MUTING - ..l ICI2

A~T 04,5 02 FM 1 IC2 l' ~'Z7 1 SW MUTING CONT. 1~ - al2,13 " ~ L o' {)'-' FM RF LOC osc "fREGULA~ ~'f OJ ~ I MUTING 9 AMP R ch

ATT BUFFERAMFi FMLOC OS~ IC 6 L "-' IC8 t~B d:. ~ i to5B IC9 I ,""5_5./ FromRADIO+B ]]T303 FM/AM j!lPRESCALARr~EGULATO~~ 53 ~ ~ ~ REGU~TOR H50r

lINT+B I I MIC ...,

-----eT 0 ~rCF302 AUT05TOP FM/PM :I: F u:: '¥'DVI LO reo - E:::I AM L..OC osc: I .From CB r----4-++---+--+""'-:' r---------+-~f____-----J

~~~~3 T I . ~A ,,"~VVDD! 6 - 028 l Q29,30r-------, Q _'I&' <:!!l:!!o' ~ ffl ~ REGURATOR f-- ~f- VR4

0301 Q301 - ~~ .~ I C 7 () - ~1/21CII f 018 SWITCHINGIC 301 ,;If" IC 302 S "?J I ~ - - BUFFER ....,.....--.---.--'- AM RF f--- AM RF I- AM LOC 05C 'd'- I AM NOISEC~ PULL TUNIN~ J::J MIC AMP AMP f

ATT AMP 4 I?<.IFAMP.DET~, BLANKER ~ r--9 9 t T 1NT52_1

L301 I t -0 L~r---+-+---+---()~

~ I L303 T302 CF30I - !.,301 ~ ~ VR 5

~.11 -J ~r 0302 - ~ 02~22 o::~ 019,2:> 024""27 ICIO V21CII 6 r RADIo/TAPE POWER

D306T I r TE:::I ~ 23 PLL U9'DOWN MEIMETAL MUTING MI C .-- ':..' -0 ~ 51-1.I _ T IF AMP - >- LPF CONT. CONT. C9lIT. AMP 53 r H5+B

0307 t l~ fl f Y ( ) 52-2u I H~SP

From 021-23 0303 T 01 2 0 S6",10 RADIO+B (L ->-Q---l------lDAGC 0 ,0,3 y-

. 0306, TUNING KEY SW ~ TAPE+B

0307 AM+B

PROGRAM

~r6 0403 FM/AM

~~ l""~ ~~

ClLch I C 501 t1 IC 502"'" 0501,502 ME/METAL

_ ~ I, AMBIENCE NORMALI FromDX/LO From66Rch 8 EO. AMP CONT;: METAL

r-- Y -Y ,;,,;. ." CONT STEREO 0405T 't' ~=..!..:....'---J SWITCHING - From 56

0701 I S!OI I r<H -<D- ~MAGNETO-SENSING. PULSE ~~Aur6C~ 0703,704 r-"o-L Q706 0705 ,(5;) IC 401, 402 ....~_ IC 403

AMP CONT. FLIP FLOP~ SWITCING SWITCHING LCD DRIVER 'I.:;r- LCD DRIVER

t FORWARDI REVERCE 6 8.12 10,11,3,4)- '"\ iJ' "\5....13, 15-27 }--

I. MOTOR Il':=1==:::;,L...- ~------A-C-C----~ CO~T. From 5B U

L --{1--6,15,31,32 a""'14,16-3d--ACC 0401,402

1404 OSC - LCD DISPLAY

PLUNGER TAPE IN/OUTQ709-712 0702lJ I SWITCliING REGUIJrnlIl ;70';

[ la107'708I. PW~ CONT.

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J

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~ - ---------,./,4

/1 E36

E35E34

••

Fig. 36

Fig. 35 E40

K1

•L .. _ ...

K10

Fig. 34

Fig. 33

K2

CABINET PARTS LOCATION

Fig. 32

ELECTRICAL PARTS LOCATION

·-'n"

\:($:,;.~, fi?···ec.II·4~/

.~/ .... K20

Fig. 31

K14

[gID~

M78

RM-1100 RM-1100

/

M95Fig. 30

/ M73

~ M44,.-- M83/ M'\K>

~ M8~ .

MECHANISM PARTS LOCATIONr-M3

Fig. 29

• SPECIFICATIONS

Takeup Torque 30-55 gem

Fast Forward Torque 35-70 gem

Rewind Torque 35-70 gem

Pressure of pineh roller 300-450 g

Wow and flutter Less than 0.15% (WRMS)

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E64

RM-1100 .

E56 E61 E58Fig. 43

Fig. 41

E24 E25

Fig. 40

Fig. 42

E57

E20

E65

E62,63 E60 E62,63

E22 E7,17 E8,15

. ·'FIg. 37

Fig. 38

E46,47 E38

E11 E50 E49

E12

E50

E46, 47 E39

E14

Fig. 39

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RM-1100

• REPLACEMENT PARTS L1ST······ .. ······················RM-1100 Ref. No. Part No. Part Name & Description PerSet

S

III

2II

2IIIIII

Plate

PlatePlateSpacer

Spring, Lock ReleasePlate I

Lock Release Plate ISpring, Lock Release

Plate ISpring, Head Panel

Ass'y IMotor Ass 'y IKey Off Plunger IFlywheel ASs'y IFlywheel Ass'y INylon Washer,Flywheel Ass'y 2Circuit Board I

Spacer, PushPush PlateSpacer, PushE Ring, Push

Plate Spring, PlaybackHead 1

~­screw;'"Tape Guide M' tg 2Washer, Tape Guide M'tg 2Tape Guide 1Pinch Roller OperationPlate Ass'y 1Head Plate Ass'y IPinch Roller Arm (Righ~ IWasher 2Switch Lever Arm ILift Up Lever IReverse Spring, Eject I

Washer, Circuit Board IScrew, Transistor M'tg IScrew, Motor Ass'y

M'tg 3Screw, Key Off Plunger

M'tg 2Spring, Switch Lever

Arm ISwitch Lever Arm IReverse Spring,

Change Plate ISpring, Key Off Plate B IKey Off Plate B IKey Off Plate A I

Spacer, Key Off INylon Washer,

Flywheel Ass'y 2E Ring, Flywheel ASS'y

M'tg 2Screw, Motor Bracket

M'tg ISpring, Eject Lever ILever, Eject IE Ring, Eject Lever

M'tg 2Screw, Motor Bracket

M'tg IScrew, Lever M'tg I

FF LeverNon-Lock PlateCircuit Board/Bracket, LeverSpring, Lock Plate~F/REW Lock Plate

XYN2+11FRFN89ZRFEI07ZRFY237Z

RFU18ZRFR12ZRFN51ZRFY242ZRFY253ZRFS307Z

RFX75ZRFY250ZRFX76ZXUC15FT

RFT6Z

RFE91Z

RFS293Z

RFY252ZRFS297Z

RFS305Z

MMX4H2WDARSE99ZRFF19ZRFF18ZRFN85Z

RFS308ZRFY255ZRFY254Z

RFS346Z

RFY247ZRFS301Z

RFN72ZRFEIl2ZRFEIl3Z

RFS302Z

RFY249ZRFY245ZRFS300Z

RFX78ZRFN88Z

RFY238ZRFS294ZRFY240ZRFQ22ZRFR13ZRFY243Z

RFS304ZRFY251ZXUC3FT

RFEIIlZ

RFEI08Z

RFEIl4Z

XTN26+4H

RFY244ZRFY2~6Z

RFT7ZRFD151ZRFS303ZRFY248Z

XYN26+J5

M62

M65

M70M71M72M73M74

M75

M76M77M78

M79

M80

M30

M31M32M33M34

M35M36M37M38M39M40

M41M42M43M44

M81M82

M51

M83M84M85

M86M87

M89

M90M91M92

M52M53M54

M45M46M47M48M49M50

M88

M93

M94

22

2 S

1

1

1

211

3 S1

11111

51

2311

11142

Part Name & Description

E Ring, Main Plate,etc. M'tg

Reverse GearSpacer, Gear PlateReed PlateWasher, Reel TableReel 'TableNylon Washer, Reel

TableSpring, Reel TableSpring, Pinch Roller

Arm Ass'yScrew, Playback Head

M'tg

Main PlateSpring, SwitchOperation PlateScrew, Gear Plate A

M'tgGear Plate AMain GearNylon Washer, FF/REW

GearWasherSpring, FF/REW GearFF/REW Gear

Part No.

XUC2FT

RFU19ZRFS296Z

RFD150ZRFG40ZRFN87Z

RFD153ZRFE90Z

RFX77Z

RFEllOZ

RFS309ZRFS295Z

XSN2+4

RFG41ZRFX74ZRFY241ZSMQ4928RFJ26ZRFN86Z

RFS306ZRFD152ZRFS298ZRFY239Z

SMQ4930RFS299ZRFG42Z

IH: 50V 0,5: 50V OF:3.15V OJ :6.3V IH,lV,50 50VZA:lOOV l:lOOV lA:lOV lA :lOV IJ 63VZE:500V Z:ZOOV IV:35V lC :16V ZA 100VZH:500V OJ:6.3V lE,Z5:Z5V

ERC:Solid 11iERX :Metal Film l!ERW:Wirewound ResisterlERD:Carbon ERG:Metal Oxide ERS:Fusible ResisterRRD:Chip ERO:Metal Film ERF:Cement Resister

Wattage

ECQG, OthECQ Type ECQV, Type ECSZ Type ers

ECFW:Semi-conductor ECCD,ECKD,ECBT:CeramicECQS:Styrol ECQM,ECQY. ECQG: PolyesterECUX:Chip ECE"A.ECSZ :ElectrolyticECMS:Mica ECQP :Polypropylene

Voltage

*Type & Wattage of ResisterType

IlO,16:1/8WI14.Z5:1/4WllZ:l/zwll:lW!Z:zwI3:3WI

*Type & Voltage of CapacitorType

(RD83072080C1)Notes:l.Important safety notice. . .

Components identified by h> mark have special charactenshcsimportant for safety. ,When-replacing {JIJ.y of these components. use only manufacturer sspecified parts. ,

Z.The S mark indicates service standard parts and may differ fromproduction parts.

3.RESISTORS& CAPACITORSUnless otherwise specified.All resistors are in OHMS (0) K=lOOOO, M=lOOOkOAll capacitors are in MICRO FARADS (pF) P=ppF

Ref. No.

M6

MIl

M12M13

M4M5

M27M28

M29

M15M16M17

M7M8M9MIO

M14

M21M22M23M24M25M26

M18M19M20

M55M56M58M59M60

~===;:::::=====r==========;~==1IM61PerSet

1-;-;.-__---jf-;:;;="" --¥.M~E~C~H~AN~I;i;C~A~L~P~Aoo-,RiT',;S~~-I'-11M63Ml RFH6Z Playback Head Ass' y 1 M64M2 RFB30Z Main Belt 1M3 RFEI09Z Screw, Case Lifter etc.

M'tgCase LifterScrew, Pack PresureSpring M'tgSpacer, Pack Presure

SpringSpring, Pack PresureCassette Case BTension SpringChange Lever

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RM-1100 .

Ref. No. Part No. Part Name & Description Per Ref. No. Part No. Part Name & Description PerSet Set

M95 RBC483Y Button, Eject 1 COILS AND TRANSFORMERSLl RL04N135 Coil, FM Antenna 1

M96 RBC482Y Button, REW 1 L2,3 RLQZB2R2K Coil, Choke 2M97 RBC482Z Button, FF 1 L4 RL04N170 -C~ Antenna 1M98 RUB284Z Lever, Eject 1 L5 RL04N171 Coil, FM Oscillator 1

L6 RLQZA470K Coil, Choke 1INTEGRATED CIRCUITS, L301,304 RLA2A3 Coil, AM Antenna 2TRANSISTORS AND DIODES L302 RLQZI021 Coil, Choke 1

ICI AN7254 IC 1 L303 RL02AB Coil, AM Oscillator 1IC2 RVIUPC78L08 IC 1 L601,602 RLT6DIA Coil 2IC3 RVILAll40 IC 1 Tl RLI4A21 IFT, FM 1IC4 RVISTK2ll0D IC 1IC5 RVILA3375 IC 1 T2 RLI4A23 IFT, FM 1IC6 RVITD6104P IC 1 T3 RLI4A24 IFT, FM 1IC7 RVITC9137P IC 1 T301,303 RLI2A16 AM NB Transformer, IF 2IC8 RVITA78L006P IC 1 T302 RLI2A17 IFT, AM 1IC9 RVIUPC78L05A IC 1ICI0 RVIM51203L IC 1 VARIABLE RESISTORS

VRl,2 EVNM4AAOOB14 Variable Resistor,ICll AN6550 IC 1 Preset, 10Kfl (B) 2 5IC12 RVITA7230P IC 1 VR3 EVU5R3250B15 Variable Resistor,IC301 RVIUPC1215VE IC 1 100Kfl (B) 1IC302 RVIM57171L IC 1 VR4 EVU6R3250B24 Variable Resistor,IC401, 20Kfl (B) 1

402 RVITC4030BP IC 2 VR5 EVU5KAP15D24 Variable Resistor,IC403 RVITD6301AP IC 1 20Kfl (D) 1IC501 RVIUPC122·8·H IC 1 ~IC502 RVIBA6133 IC 1 VARIABLE CAPACITORSIC701 AN6248 IC 1 CTl,2,3C 1,IC702, 303 RCVTZ20F Trimmer Capacitor 4

703 DMI06 IC 2 CT3 RCVTZIIF Trimmer Capacitor 1CT302 RCVCTZ51F Trimmer Capacitor 1

Ql 3SKll4Y Transistor (Si) 1Q2 2SCI047-C Transistor (Si) 1 5 CERAMIC FILTERSQ3,\>5,10,\> 3, CFl RVFSFEI07MSR Ceramic Filter 1

15,16,1 , CF2 RVFSFEI07MAR Ceramic Filter 123,25'\>2 ,30, CF301 RVFSFP450H Ceramic Filter 1401'\>405 701, CF302 RVFCFM2450Z Ceramic Filter 1703'\>707 710'\>712

2SD601R Transistor (Si) 29 SWITCHESQ6,7 2SD601S Transistor (Si) 2 Sl,2 Refer to VR3 -

Q8,9,19, 53'\>5 RSH2B27Z Switch, BAND, AMB, SENS 3501,502 2SD601Q Transistor (Si) 5 56'\>10 EVQQSQ04K Switch, ME, PROGRAM 5

Q14,17, 5701,70 ESB643 Switch, FF/REW 220,24 2SB709R Transistor (Ge) 4 5703 RSS2C02Z Switch, Tape 1

Q21,22 2SC1623L6A Transistor (Si) 2 5705 RFA36Z Switch, Mute 1Q28 2SC1383NCR Transistor (Si) 1 S706 RFA37Z Switch, Head 1Q29 2SA683NCR Transistor (Ge) 1Q301 2SK184BL Transistor (Si) 1 CABINET PARTSQ302 2SC2295B Transistor (Si) 1 Kl RYPIMllOONHD Front Panel ASs'y 1Q303 2SC1359B Transistor (Si) 1 5 K2 RYP2MllOONHD Cassette Cover Ass'y 1Q702 2SC2001Kl Transistor (Si) 1 K3 RYTMII00NHD Mute Knob Ass'y 1Q708,709 2SD965R Transistor (Si) 2 K4 RUL697Z Bracket, Cassette

IQ751,752 2SC1685-Q Transistor (Si) 2 5 Cover, Left 1Dl'\>3 RVDlSV103 Diode (Si) 3 K5 RUL698Z Bracket, CassetteD4,5 MA56 Diode (Si) 2 Cover, Right 1D6,7,10, 2,13,17, K6 RUL9003Z Lever, Cassette Cover 2

22,23,3 ,37,39, K7 RUS515Z Spring, Cassette Cover 242,303, 04,309, K8 RDF828Z Shaft, Cassette Cover: 1401,402 502 K9 RGE74Z Panel, Indicator 1

MA161 Diode (Si) 18 5 KI0 RBC481Z Button, BAND, SENS,D8,9,305 RVDKB265G Diode (Si) 3 5 ME & AMB 4Dll,19,

38 MAI056 Diode (Si) 3 5 Kll RBC481Z1 Button, PRESET 4D14,18,2 ,27, K12 RDS3094Z Spring, Preset Button 5

28,33,3 ,36, K13 RDS4101Z Spring, Band etc. 341,702, 05 M14 RBN651Y Knob, VOLUME, INT COM 2

MA151WK Diode (Si) 11 K15 RHG3001Z Rubber, Knob 2K16 RHG9000Z Rubber, Front Panel 1

D15,16,2 '\>26, K17 RHR475Z Stopper, Button 831,34,5 4,505 KIB RHM164Z Shaft, Cassette Cover 2

MA151WA Diode (Si) 9 K19 RGX1367Z Ornament 1D21,301 MA153 Diode (Si) 2 K20 RGTI033Z Name Plate 1D40 RVDRD12FB Diode (Si) 1 5D306'\>308 RVDlSV149 Diode (Si) 3 K21 XTN26+8C Screw, Bracket M'tg 5D501 MAI082M Diode (Si) 1 K22 XUC12FT Circlip, CassetteD503 MAI068M Diode (Si) 1 Cover 2 5D601,602 703,704 K23 XSN3+6S Screw, Cassette Cover

SM112 Diode (Si) 4 5 Bracket 1 5D701 MAI091M Diode (Si) 1 K24 XWA3B Washer 1 5

CRYSTAL ELECTRICAL PARTSXl RVCX7200NZN Crystal 1 El RWNIMllOONHD Socket Ass'y, CNI06,

107,60 1

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RM-1100

Ref. No. Part No. Part Name & Description Per Ref. Part No. Value Ref. Part No.Set No. No. Value

E2 RWN2MllOONHD Socket Ass'y, CNl05,505 1 R7 RRD18XJ274 270K R94 RRD18XJl03 10KE3 RWN3MllOONHD Socket ASs'y, CNl03,403 1 R8 RRD18XJ470 47 R95 RRD18XJ472 4.7KE4 RWN4MllOONHD Socket Ass'y, CNl04,304 1 R9 RRD18XJ470 47 R96~ RRDlliXJ472 4.7KE5 RWN5MllOONHD Socket Ass'y, CNl02,302 1 RIO RRD18XJ471 470 .M"! IRRIT.LtlXJ471 470E6 RWN6MllOONHD Socket Ass'y, Deck R98 RRD18XJ472 4.7K

Circuit Board 1 Rll RRD18XJ18l 180 R99 RRD18XJl03 10KE7 RWN7MllOONHD Socket Ass'y, CN502 1 R12 RRD18XJl02 lKE8 RWN8MllOONHD Socket Ass'y, CN501 1 R13 RRD18XJ471 470 RIOO RRD18XJ333 33KE9 RJSORIZ Socket 1 R14 RRD18XJl04 lOOK inOl RRD18XJl02 lKEIO RJS3MlZ Socket, CNl08B 1 R15 RRD18XJ470 47 Rl02 RRD18XJ334 330K

R16 RRD18XJl04 lOOK Rl03 RRD18XJ152 1.5KEll RADAM8llC Display 1 R17 RRD18XJl03 10K ~104 RRD18XJ222 2.2KE12 RJP2G4Y Plug, CNl02,302 2 R18 RRD18XJl04 lOOK 1R105 RRD18XKl05 1MEl3 RJP3GlZ Plug, CNl08A 1 R19 RRD18XJ33l 330 1R106 RRD18XJl03 10KE14 RJP3G4y Plug, CNlOl,107 2 R20 RRD18XJl03 10K 1R107 RRD18XJl03 10KE15 RJP3G9y Plug, CN501 1 iRl08 RRD18XJl04 lOOKE16 RJP7GlOZ Plug, CNl04,303 2 R2l RRD18XJ272 2.7K 1R109 RRD18XJl04 lOOKE17 RJPlOG9Y Plug, CN502 1 R24 RRD18XJ33l 330E18 RJPllGlOZ jplug, CNl06 1 R25 RRD18XJl03 10K RllO RRD18XJ153 15KE19 RJP13Gl:OZ 1Plug, CNl03, 105 2 R26 RRD18XJ822 8.2K Rlll RRD18XJl04 lOOKE20 RJP15GlOZ Plug, CN606 1 R27 ERD25FJl03 10K S R1l2 RRD18XJ563 56K

R28 RRD18XJ472 4.7K R1l3 RRD18XJ223 22KE2l RMC9l0Z Shield Cover 1 R29 RRD18XJ473 47K R1l4 RRD18XJ223 22KE22 RMX248Z Insulator 1 R30 RRD18XJ473 47K R1l5 RRD18XJl04 lOOKE23 RMX249Z Insulator 1 iR1l6 RRD18XJ473 47KE24 RMx250Z Insulator 1 R3l RRD18XJl02 lK R1l7 RRD18XJ473 47KE25 RMX252Z fnsulator 1 R34 RRD18XJ223 22K.1 iR1l8 RRD18XJ473 47KE26 RMX256Z Insulator 1 R35 RRD18XJlOl 100 ~1l9 RRD18XJ473 47KE27 RMX260z Insulator 1 R36 RRD18XJ123 12KE28 XAMR82R300 filot Lamp 1 R37 RRD18XJ82l 820 R120 RRD18XJ473 47KE29 XAMR82R200 iPilot Lamp 3 R38 RRD18XJ473 47K R12l RRD18XJl04 lOOKE30 RHG225Z iLamp Holder 4 R39 RRD18XJ472 4.7K R122 RRD18XJl04 lOOK

R40 RRD18XJ223 22K iR123 RRD18XJ223 22KE3l XANRl3T33 Neon Lamp 1 R4l RRD18XJ222 2.2K 1R124 RRD18XJ223 22KE32 RMY188Z Heat Sink 1 R42 RRD18XJ333 33K 1R125 RRD18XJ273 27KE33 RHM168Z Spacer, Heat Sink 1 iR126 RRD18XJ273 27KE34 RJE140.Z Lead Wire 1 R43 RRD18XJ223 22K 1R127 RRD18XJ473 47KE35 RJE14lZ Lead Wire 1 R44 RRD18XJlOl 100 1R128 RRD18XJl02 lKE36 RJEl42z Lead Wire 2 R45 RRD18XJ153 15K 1R129 RRD18XJl03 10KE37 RMP204Z Holder, Display 1 R46 RRD18XJl02 lKE38 RMC890Z Shield Cover 1 R47 RRD18XJ822 8.2K 1Rl30 RRD18XJ683 68KE39 RMX25lZ Insulator, Shield Cover 1 R48 RRD18XJ123 12K 1R131 RRD18XJ683 68KE40 RHE5047Z Screw, Socket M'tg 2 R49 RRD18XJ82l 820 1R132 RRD18XJl02 lK

R5l RRD18XJ392 3.9K 1Rl33 RRD18XJ273 27KE41 RHE5048Z Screw, Slider M'tg 4 R52 RRD18XJ392 3.9K Rl34 /RRD18XJl02 lKE42 RKC80Z Slider 2 R53 RRD18XJ563 56K 1Rl35 RRD18XJl04 lOOKE43 XSN3+4S Screw, Bracket, Socket ~l36 RRD18XJ823 82K

M'tg 4 S R54 RRD18XJ563 56K Rl37 RRD18XJ823 82KE44 XWA3B Washer 4 S R55 RRD18XJ223 22K Rl38 RRD18XJl03 10KE45 XTB3+8BFZ Screw, Heat Sink M'tg 1 S R56 RRD18XJ223 22K R139 RRD18XJl02 lKE46 XSN26+6 Screw, Display M'tg 2 S R57 RRD18XJ223 22KE47 XWA26B Washer 2 S R58 RRD18XJl03 10K Rl40 RRD18XJ223 22K

E48 XTB2+4F Screw, Circuit Board R59 RRD18XJ392 3.9K R14l RRD18XJ472 4.7K

M'tg 4 R60 RRD18XJ392 3.9K R142 RRD18XJl04 lOOK

E49 XTV26+5F Screw, Deck M'tg 5 R6l RRD18XJ334 330K R143 RRD18XJ473 47K

E50 XTV3+6F Screw, Bracket, R62 RRD18XJ334 330K R144 RRD18XJ472 4.7K

Circuit Board M'tg 24 R63 RRD18XKl05 1M R145 RRD18XJ223 22KR146 RRD18XJ223 22K

.E5l XNS7D Nut Volume Mute, R64 RRD18XKl05 1M R147 RRD18XJl03 10K

Int Cum 3 R65 RRD18XJ332 3.3K R149 RRD18XJ474 470K

E52 RHR166Z Lead Clamper 2 R66 RRD18XJ332 3.3K R150 RRD18XJ153 15K

E53 RUA547Z Frame, Bottom 1 R67 RRD18XJ471 470E54 RUA90l9Z Lock Lever 1 R68 RRD18XJ471 470 R15l RRD18XJ68l 680

E55 RUA9020Z Lever, Lock Lever 1 R75 RRD18XJ154 l50K R152 RRD18XJ15l 150

E56 RUS5l4z Spring, Slider 1 R76 RRD18XJ154 l50K R153 RRD18XJl03 10K

E57 RDS5l40Z Spring, Lock Lever 2 R77 RRD18XJl02 lK R154 RRD18XJ473 47K

E58 RHG900lZ Cushion, Frame 4 R78 RRD18XJl02 lK R155 RRD18XJ472 4.7K

E59 RKC82Z Frame 1 R79 RRD18XJ223 22K R156 RRD18XKl05 1M

E60 XYN4+F6 Screw 2R157 ERD25FJ153 15K S

R80 RRD18XJ223 22K R158 RRD18XJ22l 220

E6l XTV3+6F Screw 1 R8l RRD18XJ472 4.7K R159 RRD18XJ473 47K

E62 XSN3+4S Screw 8 S R82 RRD18XJ472 4.7K Rl60 ERD25FJ681 680 S

E63 XWA3B Washer 8 S R83 RRD18XJ333 33KE64 XUC3FT Circlip 1 S R84 RRD18XJ333 33K R16l RRD18XJ272 2.7K

E65 RUS542z Spring, Volume 2 R85 RRD18XJl03 10K R162 RRD18XJ56l 560

R86 RRD18XJl03 10K R163 RRD18XJ272 2.7K

R87 RRD18XJ22l 220 R164 RRD18XJ272 2.7K

Ref. Ref. R88 RRD18XJ22l 220 R165 RRD18XJ272 2.7K

No. Part No. Value No. Part No. Value R89 RRD18XJ332 3.3K R166 RRD18XJ272 2.7KR167 RRD18XJ272 2.7K

RESISTORS R90 RRD18XJl04 lOOK R168 RRD18XJl03 10KRl RRD18XJ68l 680 R4 RRD18XJl04 lOOK R91 RRD18XJl04 lOOK R169 RRD18XJ222 2.2KR2 RRD18XJ68l 680 R5 RRD18X.:r334 330K R92 RRD18XJl03 10K R170 RRD18XJ223 22KR3 RRD18XJ473 47K R6 RRD18XJ224 220K R93 RRD18XJ562 5.6K

Rl71 RRD18XJ223 22K

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RM-1100 '-,

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Ref, Ref. Part No. Value Ref. Part No. Value Ref. Part No. ValueNo. Part No. Value No. No. No.

Rl72 RRD18XJ682 6.8K R501 RRD18XJ274 270K C21 ECUXlHl03MD 0.01 CI06 ECEAIHK2R2 2.2R502 RRD18XJ274 270K C22 ECUXIHI03ZF 0.01 CI07 ECEAICSSIOI 100

R175 RRD18XJ682 6.8K C23 ECUXIH150KC 15P._.

R301 RRD18XJ474 470K R503 RRD18XJ334 330K C24 ECUXIH390KC 39P Cl08 ECEAIEK4R7 4.7R302 RRD18XJ332 3.3K R504 RRD18XJ334 330K C25 ECUXIH030CC 3P Cl09 ECEAIHK3R3 3.3R303 ERDIOTJ332 3.3K S R505 RRD18XJ224 220K C26 ECUXIH180KC 18P CllO ECEAIHK3R3 3.3R304 RRD18XIU05 1M R506 RRD18XJ224 220K C27 ECEAIHKOIO 1 Clll ECEAIHK3R3 .3.3R305 RRD18XJ270 27 R507 RRD18XJ271 270 C28 ECUXIHI03ZF 0.01 C1l2 ECEAIHK3R3 3.3R306 RRD18XJ182 1.8K R508 RRD18XJ271 270 C30 ECUXIH223MD 0.022 C1l3 ECEAIHK3R3 3.3

R509 RRD18XJ223 22K C1l4 ECUXIHI03ZF 0.01R307 RRD18XJ474 470K R510 RRD18XJ223 22K C32 ECEAIASSIOI 100 C1l5 ECUXIHI03ZF 0.01R308 RRD18XJ330 33 R5ll RRD18XJ474 470K C33 ECUXIH223MD 0.022 C1l6 ECEAOJSSI02 1000R309 RRD18XJ474 470K R512 RRD18XJ474 470K C34 ECEAIEK4R7 4.7 C1l7 ECEAIHKOIO 1R310 RRD18XJ470 47 C35 ECEAIHKOIO 1R3ll RRD18XJI04 lOOK R513 RRD18XJ272 2.7K C36 ECEAIHKR33 0.33 C1l8 ECUXIH223ZF 0.022R312 RRD18XJI04 lOOK R514 RRD18XJ272 2.7K C37 ECUXIHIOIK lOOP C1l9 ECUXIH330KC 33PR313 RRD18XJI03 10K R515 RRD18XJ334 330K C38 ECUXIH223ZF 0.022 C120 ECUXIH220KC 22PR314 RRD18XJI04 lOOK R516 RRD18XJ334 330K C39 ECEAICK470 47 C121 ECUXIE473MD 0.047R315 RRD18XJIOl 100 R517 RRD18XJ332 3.3K C40 ECUXIH223MD 0.022 C122 ECUXIE473MD 0.047R316 RRD18XJ473 47K R518 RRD18XJ332 3.3K C41 ECUXIH223ZF 0.022 C123 ECSFIAE225 2.2

R519 RRD18XJIOl 100 C124 ECUXIH223ZF 0.022R317 RRD18XJI03 10K R521 RRD18XJIOl 100 C42 ECEAIEK4R7 4.7 C125 ECEAIHKOIO 1R318 RRD18XJ152 1.5K R522 RRD18XJ121 120 C43 ECFVIE223MD 0.022 C126 ECUXIEI04MD 0.1R319 RRD18XJIQ3 10K R523 RRD18XJ223 22K C44 ECUXIHI03ZF 0.01 C127 ECEAOJK470 47R320 RRD18XJ332 3.3K C45 ECEAIHKOIO 1R321 RRD18XJ332 3.3K- R524 RRD18XJ272 2.7K C46 ECEAIAK220 22 C128 ECEAIHKOIO 1R322 RRD18XJ222 i:2K R525 RRD18XJI02 lK C47 ECEAICK470 • 47 C129 ECUXIE473MD 0.047R323 RRD18XJ153 15K R526 RRD18XJI04 lOOK C48 ECEAICNIOO 10 C130 ECUXIH470KC 47PR324 RRD18XJ222 2.2K R527 ERD25FJI02 lK S C49 ECUXIH332MD 0.003 C131 ECSFIVEI04 0.1R325 RRD18XJ151 150 R528 ERDIOTJ331 330 S C50 ECUXIE473MD 0.047 C132 ECUXIE473MD 0.047R326 RRD18XJ222 2.2K R530 RRD18XJIOl 100 C51 ECUXIHIOIK lOOP C133 ECEAOJKIOI 100

R531 RRD18XJ333 33K C134 ECUXIH560KC 56PR327 RRD18XJ474 470K R702 RRD18XJ224 220K C52 ECUXIHI04MD 0.1 C135 ECEAICKIOO 10R328 RRD18XJ153 15K R703 RRD18XJ222 2.2K C53 ECEAICK470 47 C136 ECEAICK470 47R330 RRD18XJ470 47 R704 RRD18XJ333 33K C54 ECUXIH223MD 0.022 C137 ECUXIE473MD 0.047R332 RRD18XJ683 68K C55 ECUXIH333ZF 0.033R333 ERD25FJ470 47 S R705 RRD18XJI04 lOOK C56 ECEAIHK2R2 2.2 C138 E:CEAICSS221 220R401 RRD18XJI04 lOOK R706 RRD18XJ471 470 C57 ECEAIHK3R3 3.3 C139 ECUXIH472MD 0.0047R402 RRD18XJ333 33K R707 RRD18XJ472 4.7K C58 ECEAIHKOIO 1 C140 ECUXIH472MD 0.0047R403 RRD18XJ473 47K R708 RRD18XJ473 47K C59 ECQP2AI02JZ 1000P C141 ECUXIH223ZF O.O-~

R404 RRD18XJ823 82K R709 RRD18XJ473 47K C60 ECEAOJKIOI 100 C142 ECUXIH223ZF 0.022R405 RRD18XJ222 2.2K R710 RRD18XJ472 4.7K C61 ECUXIH223MD 0.022 C145 ECKDIHI03ZF 0.01

R7ll RRD18XJ223 22K C301 ECUXIH223ZF 0.022R406 RRD18XJI03 10K R712 RRD18XJI04 lOOK C62 ECUXIH223MD 0.022 C302 ECUXIH471K 470PR407 RRD18XJ223 22K R713 RRD18XJI04 lOOK C63 ECEAIHKOIO 1 C303 ECUXIH223ZF 0.022R408 RRD18XJ333 33K R714 RRD18XJI04 lOOK C64 ECEAIHKOIO 1 C304 ECUXIHIOIK lOOPR409 RRD18XJ473 47K C66 ECUXIHI02MD 0.001R410 RRD18XJ222 2.2K R715 RRD18XJ122 1. 2K C67 ECEAIHKOIO 1 C305 ECUXIH223ZF 0.022R4ll RRD18XJIOl 100 R716 RRD18XJI03 10K C68 ECEAIHKOIO 1 C306 ECEAICKIOO 10R412 RRD18XJ473 47K R717 RRD18XJI03 10K C69 ECEAIHKOIO 1 C307 ECUXIH153MD 0.015R413 RRD18XJI04 lOOK R718 RRD18XJI03 10K C70 ECEAIHKOIO 1 C308 ECEAICK470 47R414 RRD18XJ473 47K R719 RRD18XJ122 1. 2K C75 ECEAIHKOIO 1 C309 ECUXIE473MD 0.047R415 RRD18XJI03 10K R720 RRD18XJ222 2.2K C76 ECEAIHKOIO 1 C310 ECUXIH223ZF 0.022

R721 RRD18XJI02 lK C3ll ECUXIH223ZF 0.022R416 RRD18XJI03 10K R722 RRD18XJ222 2.2K C77 ECEAIHK3R3 3.3 C312 ECEAIEK4R7 4.7R417 RRD18XJ473 47K R751 ERD25FJI03 10K S C78 ECEAIHK3R3 3.3 C313 ECKDIHI03ZF 0.01R418 RRD18XJIOl 100 R752 ERD25FJI03 10K S C79 ECSFIVEI04 0.1 C314 ECUXlHl02ZF 0.001R420 RRD18XJ473 47K C80 ECSFIVEI04 0.1R421 RRD18XJI04 lOOK R753 ERD25FJ221 220 S C81 ECEAIHK2R2 2.2 C315 ECUXIHI03ZF 0.01R422 RRD18XJI04 lOOK R754 ERD25FJ221 220 S C82 ECEAIHK2R2 2.2 C316 ECUXIH220KC 22PR423 RRD18XJI04 lOOK R755 ERD25FJ224 220K S C83 ECEAICSS471 470 C317 ECUXIH153MD 0.015R424 RRD18XJI04 lOOK C84 ECEAIAK220 22 C318 ECQP2A471JZ 470PR425 RRD18XJI04 lOOK CAPACITORS C85 ECEAIASS221 220 C319 ECEAIHKR47 0.47R426 RRD18XJI04 lOOK Cl ECUXIHI02MD 0.001 C86 ECEAIASS221 220 C320 ECuxIH223ZF 0.022

C2 ECUXIHI02MD 0.001 C321 ECEAIAK220 22R427 RRD18XJI04 lOOK C3 ECUXIHI02MD 0.001 C87 ECUXIHI04MD 0.1 C322 ECEAICKIOO 10R428 RRD18XJI04 lOOK C4 ECUXIH270KC 27P C88 ECUXIHI04MD 0.1 C323 ECUXIHI03MD 0.01R429 RRD18XJI04 lOOK C5 ECUXIH150KC 15P C89 ECEAIHKOIO 1 C324 ECUXIH223ZF 0.022R430 RRD18XJI04 lOOK C6 ECEAICKIOO 10 C90 ECUXIE473MD 0.047R431 RRD18XJI04 lOOK C7 ECUXIHI02MD 0.001 C91 ECEAOJK470 47 C325 ECUXIH223ZF 0.022R432 RRD18XJI04 lOOK C8 ECUXIHI02MD 0.001 Cn ECUXIH223ZF 0.022 C326 ECEAIEK4R7 4.7R433 RRD18XJI04 lOOK C9 ECEAICKIOO 10 C93 ECUXIHI03ZF 0.01 C327 ECEAICK470 47R434 RRD18XJI04 lOOK CIO ECUXIHI02MD 0.001 C94 ECEAIHKOIO 1 C328 ECUXIH333ZF 0.033R435 RRD18XJI04 lOOK C95 ECUXIH222MD 0.0022 C,329 ECEAIHKOIO 1R436 RRD18XJI04 lOOK Cll ECUXIHI02MD 0.001 C96 ECUXIHI02MD 0.001 C330 ECUXIH472MD 0.0047

C12 ECUXIHI02MD 0.001 C332 ECUXIH682MD 0.0068R437 RRD18XJI04 lOOK C13 ECUXIHI02MD 0.001 C97 ECEAICKIOO 10 C334 ECUXIH153MD 0.015R438 RRD18XJI04 lOOK C14 ECUXIHI02MD 0.001 C98 ECQG05474JZ 0.47 C336 ECUXIH223ZF 0.022R439 RRD18XJI04 lOOK C15 ECUXIHI02MD 0.001 C99 ECEAICK470 47 C338 EcuxlHl03MD 0.01R440 RRD18XJI04 lOOK C16 ECUXIHI02MD 0.001 CIOO ECUXIHI03ZF 0.01R441 RRD18XJI04 lOOK C17 ECUXIHI02ZF 0.001 CIOI ECEAOJKIOI 100 C340 ECUXIHI03MD 0.01R442 RRD18XJI04 lOOK C19 ECUXIHI03ZF 0.01 CI02 ECUXIH473MD 0.047 C342 ECUXIH332MD 0.0033R443 RRD18XJ473 47K C20 ECUXIH050DC 5P CI04 ECEAOJKIOI 100 C344 ECUxIH223MD 0.022R444 RRD18XJ473 47K CI05 ECEAICKIOO 10 C346 ECUXIE473MD 0.047

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Ref. Part No. Value Ref. Part No. Value Ref. Part No. Value Ref. Part No. ValueNo. No. No. No.

C348 ECEAIHKORI 0.1C350 ECUXIHI03MD 0.01C401 ECEAOJK470 47 r--.,;;;.,-C402 ECUXIE473MD 0.047 -C404 ECUXIEI04MD 0.1

C405 ECUXIEI04MD 0.1C406 ECUXIEI04MD 0.1C407 ECUXIEI04MD 0.1C501 ECEAIHKR22 0.22C502 ECEAIHKR22 0.22C503 ECUXIH152MD 0.0015C505 ECEAOJK330 33C506 ECEAOJK330 33C507 ECEAIASS221 220C508 ECEAICKI00 10

C509 ECUXIH682MD 0.0068C510 EcuxIH682MD 0.0068C511 ECEAICKI00 10C512 ECEAICKI00 10C513 ECEAICK470 47C515 ECUXIH223MD 0.022C516 ECUXIH223MD 0.022C517 ECEAICKI00 10C518 ECEAICKI00 10 ,'. - .,C519 ECEAIAK330 33

C520 ECUXIH223MD 0.022C521 ECUXIH223MD 0.022C522 ECEAICNI00 10C523 ECEAICK470 47C525 ECEAIHKOI0 1C526 ECEAIHKOI0 1C530 ECBCIE152MX 0.0015C601 ECUXIHI02ZF 0.001C602 ECUXIHI02ZF 0.001C603 ECUXIHI02ZF 0.001

C604 ECUXIHI02ZF 0.001C605 ECUXIHI02ZF 0.001C606 ECUXIHI02ZF 0.001C607 ECEAICSS471 470C608 ECUXIHI02ZF 0.001C609 ECuXIHI02ZF 0.001C610 ECUXIHI02ZF 0.001C611 ECUXIHI02ZF 0.001C612 ECUXIHI02ZF 0.001C613 ECUXIHI02ZF 0.001

C614 ECUXIHI02ZF 0.001C615 ECEAICSS221 220C701 ECEAIHSOI0 1C702 ECEAIAS470 47C703 ECQV05334JZ 0.33C704 ECEAIAK470 47C705 ECEAIAK470 47C706 ECUXIE473MD 0.047C707 ECUXIE473MD 0.047C708 ECUXIEI04MD 0.1

C709 ECUXIH682MD 0.0068C710 ECEAICU330 33C711 ECEAICU330 33

RD®NHD

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_..

ORDER NO. RD83072081 C1

RM-M1100

aoualCar Audio

CUSTOM-MADE FOR HONDA

POWER AMPLIFIER

•erVlce

Specifications are subject to change without notice.

• SPECIFICATIONS

Rated Power Output:Output Impedance:Power Source:Test Voltage:Power Consumption:Dimension:

Weight:

12 W/CH (5% THO)40

DC 12 V (Negative ground)14 V3.5A (at rated power output)136 (W)x30 (H)X96 (D) mm(56/16" x 13/16"x313/16")0.7 kg (1 Ib V2 oz)

Panasonic®Matsushita Engineering andService Company50 Meadowland Parkway,Secaucus. New Jersey 07094

Penasonlc Hawell Inc.91·238 Kauhi SI. Ewa BeachP.O. Box 774Honolulu, Hawaii 96808-0774

Matsushlte Electric01 Canada Limited5770 Ambler Drive, Mississauga,Ontario, L4W 2T3

Panasonlc sales Company,Division 01 Matsushita Electric01 Puerto Rico, Inc.Ave, 65 De Inlanteria, KM 9.7Victoria Industrial ParkCarolina, Puerto Rico 00630

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RM-M1100

DISASSEMBLY INSTRUCTIONS(C)

Fig. 5

Fig. 3(C)

(A)

Fig. 1

Fig. 4(0)

(B)

Fig. 2

Ref. No. Procedure Shown in Fig.- To remove-. Remove-.

1 1 Screw (5x16) ................. - ............ (A)x4

2 2 Screw (3x 10) ••• 0', 0 •••••••••••• '" ••••• 0 •• (B)x41-4 Circuit Board

3 3,4 Screw (3 x 12) .............................. (C)X4

4 5 Screw (3x10) .............................. (0)x1

ELECTRICAL PARTS LOCATION

E14 E1

Fig. 9

Fig. 10

E3

E13 E2 E13

r . 1 --, 1

Ie' •r-~ L_,

IIIII :e: - _r-~ I

L J-- --- _._-- .. _----------- -----~

Fig. 8

Fig. 6

~E12

Fig. 7

E4,5,10,11,15 E6 E7 E4,5,10,11,15

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RM-M1100 f

SCHEMATIC DIAGRAM MODEL RM-M11 00

012SC1684SWITCHING

IC1,2RVITA7240APA

POWER AMP

02 032S01061 2~-SWITCHING· ~~ING

01RVOOS150A

PROTECTOR

TO SPEAKER

lei (Lch)

.'

Note:DC voltage measurements are taken with electronic voltmeter fromnegative voltage line.

- Tape & AF Signal- +Voltage Line

CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM MODELRM-M1100

calhode

D10201,3IC1,2

TO SPEAKER

IC1, 2 RVITA7240APA

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RM-M1100

·REPLACEMENT PARTS LIST· .. ······· .. ········ .. ·········· RM-M1100Ref. Part No. Value Ref. Part No. ValueNo. No.

Notes:(RD83072081 C1) RESISTORS

1. Important safety notice. Rl ERD25FJI03 10K S . -Components identified by ,t, mark have special characteristics R2 ERD25FJI02 lK S· -

R3 ERD25FJI02 lK Simportant for safety. R4 ERD25FJ681 680 SWhen replacing any of these components, use only manufacturer's R5 ERD25FJ681 680 Sspecified parts. R6 ERD25FJ681 680 S2. The S mark indicates service standard parts and may differ from R7 ERD25FJ681 680 Sproduction parts. R8 ERD25FJ102 1K S3.RESISTORS& CAPACITORS R9 ERD25FJ102 1K SUnless otherwise specified. RIO ERD25FJ220 22 SAll resistors are in OHMS (.0) K=1000.o, M=lOOOk.oAll capacitors are in MICRO FARADS (pF) P=ppF Rll ERD25FJ220 22 S

*Type & Wattage of Resister R12 ERD25FJ1RO 1 SR13 ERD25FJIRO 1 SType R14 ERD25TJ823 82K S

ERC:Solid llERX:Metal Film 3lERW:WirewoUlldResisterl R15 ERD25TJ823 82K SERD:Carbon ERG:Metal Oxide ERS:Fusible ResisterRRD:Chip ERO:Metal Film ERF:Cement Resister CAPACITORSWattage Cl ECKD1H102ZF 0.001

jlO,16:1/8WI14,25:1/4W\12:1/2W!1:lW\2:2W!3:3wI C2 ECKD1H102ZF 0.001C3 ECKDIH102ZF 0.001*Type & Voltage of Capacitor C4 ECEA25Z4R7 4.7 S

Type C5 ECEA50Z1 1 SECFW:Semi-conductor ECCD,.ECK"'p,ECBT:Ceramic C6 ECEA50Z1 1 SECQS :Styrol EC~M,ECQV,ECQG:Polyester C7 ECEA1AS101 100 .,sECUX:Chip ECEA,ECSZ :Electrolytic C8 ECEA1AS101 100 SECMS:Mica ECQP :Polypropylene C9 ECEA1AS470 47 SVoltage CIO ECEA1AS470 47 S

ECQ Type ECQG, ECSZ Type Others Cll ECEA1AS101 100 SECQV, Type C12 ECEA1AS101 100 SIH: 50V 0,5: 50V OF:3.15V OJ :6.3V IH.lV.50 50V C13 ECEA50Z1 1 S2A:100V l:lOOV lA:lOV lA :lOV IJ 63V C14 ECEA50Z1 1 S2E:500V 2:200V 1V:35V lC :16V 2A 100V C15 ECEA1HN2R2 2.22H:500V OJ:6.3V lE.25:25V C16 ECEAIES101 100 S

C17 ECEA1ES101 100 SC18 ECQGIH224MZ 0.22C19 ECQG1H224MZ 0.22C20 ECEA1CSS222 2200

Ref. No, Part No. Part Name & Description PerSet C21 ECEA25Z4R7 4.7 S

INTEGRATED CIRCUITS, C22 ECEAIES101 100 STRANSISTORS AND DIODE C23 ECEAIES101 100 S

IC1,2 RVITA7240APA IC 2 C24 ECQG05124JZ 0.12Q1 2SC1685-Q Transistor (Si) 1 S C25 ECQG05124JZ 0.12Q2 2SDI061S Transistor (Si) 1 C26 ECQG1H224MZ 0.22Q3 2SA722-S Transistor (Ge) 1 S C27 ECQG1H224MZ 0.22D1 RVDDS150A Diode (Si) 1 S C28 ECEA50Z1 1 S

C29 ECQG05224JZ 0.22COIL C30 ECKD1HI02ZF 0.001

L1 RLT6G4A Coil, Choke 1C31 ECKD1H102ZF 0.001

ELECTRICAL PARTS C32 ECKD1H102ZF 0.001E1 RMX246Z Insulator 1 C33 ECKD1H102ZF 0.001E2 RMX247Z Insulator, Circuit C34 ECKD1HI02ZF 0.001

Board 1 C35 ECEAIHN2R2 2.2E3 RHGI083Z Rubber, Circuit Board 1E4 RHG599Z Rubber, Bracket 4E5 RHM161Z Spacer, Bracket 4E6 RKC83Z Bracket, Amp 1E7 RGT1034Z Name Plate 1E8 RJPOFllZ Din Cord 1E9 RJPOF12Y Speaker Harness 1E10 XSN5+16S Screw, Bracket M'tg 4 S

Ell XWA5B Washer 4 SE12 XYN3+F12 Screw, IC M'tg 4E13 XTV3+l0G Screw, Circuit Board 4E14 XTV3+10J Screw, Circuit Board

M'tg 1E15 XWG5F16 Washer 4 S

RHE7033Z Nut, Power Amp M'tg 2

RD®NHD

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•erVlce

AUTO VOLUME

CUSTOM-MADE FOR HONDA

ORDER NO. RD83072083C1

ualCar Audio

RD-1103

• SPECIFICATIONS

Power Source:Test Voltage:Power Consumption:Auto Volume

OFF Gain:

DC 12 V (From RM-1100)DC 14 V20 mA

o dB

Auto Volume GainControl:

Input Speed Control:Tone Control:Dimension:

Weight:

6-16 dB0-240 km/H10 dB (10 kHz)54 (W)x25 (H)X97 (D) mm(2%" x 1" x 37fB")0.18 kg (6% oz)

Specifications are subject to change without notice.

Panasonic®Matsushita Engineering andService Company50 Meadowland Parkway,secaucus. New Jersey 07094

Panasonlc HawaII Inc.91·238 Kauhi Sl. Ewa BeachP.O. Box 774Honolulu, Hawaii 96608-0774

Matsushita Electricof Canada Limited5770 Ambler Drive, Mississauga,Ontario, L4W 2T3

Panasonlc Sales Company,Division of Matsushita Electricof Puerto Rico, Inc.Ave, 65 De Infanteria, KM 9.7Victoria Industrial ParkCarolina, Puerto Rico 00630

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RD-1103

LOCATION OF CONTROLS AND COMPONENTS

Ii. 1

l',,

~'Speed Sensor

.•.PLug-Auto Volume

Output Socket

Tone Control

Fig. 1

DISASSEMBLY INSTRUCTIONS

(A)

Fig. 2

(C)

Fig. 3

(B)

Ref. No. Procedure Shown in Fig.- To remove-. Remove-.

1 1 2 Cover Screw (3xS) . ............................... (A)x3

2 3 Screw (3xS) ...................... , ......... (B)x21, 2 Circuit Board

3 3 Nut (09) .................................... (C)x2

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!!I

05

D6RVDtOE1PROTECTOR

at250601SWITCHING

07.082SD6Ot

BUFFER AMP

03,042SK195

VARIABLE RESISTOR

~,Q6

i 2S0601AMP

a

- Tape & AF Signal- +Voltage Line

gfOfO5? ~ ~~ :e g;'" '" '"~

01-4

06

~Z

;:;.,.;

&

~ ~

~ I Iji 4

INPUT PLUG

TO POWER AMPLIFIER z 'ri"~OUTPUT SOCKET ....

TO SPEED r- -~ I r_1SENSOR

02

02 IC1 D3,D4MAf50 RVITC4528BP MAf50

PROTECTOR FUPFLOP _,,;,R;;;E:;C.:..T .....,

1- RIS5.5K '

CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM -~-~~-

MODEL RD-11 03 (Two FET Type) I I """"'''r/AnodeAnode

SCHEMATIC DIAGRAM MODEL RD-11 03 (Two FET Type)

IC1

01,5-8

~E

.~

Notes:1. OC voltage measurements are taken with electronic voltmeter from negative voltage line.2. VR1: Auto volume control VA.

VR2: Tone control VA.

03,4(For two FET type)

Ll:...-

TO SPEEDSENSOR

f3I

R0-11 03 R0-11 03

06

RVD10EfPROTECTOR

0125060fSWITCHING

05,06250601

AMP

Q7,08

25060fBUFFER AMP

0325K332

VARIABLE RESISTOR

05, MAf091M

REGULATOR

a

- Tape &AF Signal- + Voltage Line

~l1="i" ,.

~ ~J~

~ I;

L_':- __ .Jr----

INPUT PW(j

TO DECK 1UNER AMPLIFIERi

TO SPEEDSENSOR

SCHEMATIC DIAGRAM MODEL RD-11 03 (One FET Type)

CIRCUIT BOARD AND WIRING CONNECTION DIAGRAMMODEL RD-1103 (One FET Type)

,I I I 0<>.• .. .... I

Notes:1. OC voltage measurements are taken with electronic voltmeter from negative voltage line.2. VR1: Auto volume control VA.

VR2: Tone control VA.VR3: Gain adjustment VA.

02 IC1 D3,D4MAf50 RVITC4S288P MAf50

PROTECTOR FUPFLOP __R...;E...;C_T .,

,- - R193.3K - i

~sG03 0(For one FET type)

TO SPEEDSENSOR

L~-

voo Voo

RX~ RX

ex ex-l

TO POWER AMPLIFIER6 12 Ie

OUTPUT SOCKET

rQJ ~5-{BIN~7 1'1:rJ9eo eo

I I3 13

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_____.....~7_~

ValuePart No.

~.-===--,-

Ref.No.ValuePart No.Ref.

No.

RESISTORSRl RRD18XJ473 47KR2 RRD18XJI04 lOOKR3 RRD18XJ563 56KR4 RRD18XJ154 150KR5 RRD18XJI04 lOOKR6 RRD18XJI03 10KR8 RRD18XJI03 10KR9 RRD18XJI04 lOOKRIO RRD18XJI02 lKR12 RRD18XJI03 10K

Rl3 RRD18XJ332 3.3KR14 RRD18XJ183 18KR15 RRD18XJ183 18KR16 RRD18XJ393 39KR17 RRD18XJ393 39KR18 RRD18XJ392 3.9KR19 RRD18XJ392 3.9KR20 RRD18XJ682 6.8KR21 RRD18XJ682 6.8KR22 RRD18XJ564 560K

R23 RRD18XJ564 560KR24 RRD18XJ472 4.7KR25 RRD18XJ472 4.7KR26 RRD18XJ332 3.3K I~R27 RRD18XJ332 3.3KR28 RRD18XJ471 470R29 RRD18XJ471 470R30 RRD18XJ471 470R31 RRD18XJ333 33K

CAPACITORSCl ECUXIHI02MD 0.001C2 ECUXIH223MD 0.022C4 ECUXIEI04MD 0.1C5 ECEAOJKIOI 100C6 ECEAIAK470 47C7 ECEAOJK470 47C8 ECEAIEK3R3 3.3C9 ECEAIEK3R3 3.3CIO ECUXIHL02MD 0.001Cll ECUXIHI02MD 0.001

C12 ECEAIHKOIO 1Cl3 ECEAIHKOIO 1C14 ECUXIHIOIK lOOPC15 ECUXIHIOIK lOOPC16 ECEAIHKOIO 1

SII C17 ECEAIHKOIO 1C18 ECUXIE153MD 0.015

811 C19 ECUXIE153MD 0.015C20 ECEAIHKR22 0.22C21 ECEAIHKR22 0.22

C22 ECUXIE333MD 0.033C23 ECUXIE333MD 0.033C24 ECEAIAK470 47C25 ECEAICS8102 0.001

PerSet

1

1

1

1

12

411

15

(RD83072083C1 l

ELECTRICAL PARTSPlug with Cord 1Plug with Cord, CPl 1Socket with Cord, CP2 1Rubber, Cord 1Cushion, Circuit Board 1Name Plate 1Cover 1Knob 2Washer 2~t 4

Screw, Circuit BoardM'tg I 5

ThermistorTHERMISTOR

VARIABLE RESISTORS

Part Name & Description

Variable Resistor,2K(l (C)

Variable Resistor,20K(l (Al

Variable Resistor,Pre-Set, 5K(l (B),For One FET Type

INTEGRATED CIRCUIT,TRANSISTORS AND DIODESICTransistor (Si)Transistor (Sil,For One FET TypeTrans.istor (Sil,For Two FET TypeDiode (SilDiode (Si)Diode (Sil

RJPOF14YRJPOF15YRJSOR2YRHG2033ZRHGI080ZRGTI036ZRKF668ZRBN664ZXWSR9FZRHE7034Z

XTV3+6F

Notes:l.Important safety notice.

Components identified by Lt mark have special characteristicsimportant for safety.When replacing any of these components, use only manufacturer'sspecified parts.

2.The S mark indicates service standard parts and may differ fromproduction parts.

3.RESISTORS& CAPACITORSUnless otherwise specified.All resistors are in OHMS (0) K=lOOOO. M=lOOOkOAll capacitors are in MICRO FARADS (JlF) P=JlJlF

Ell

ECFW:Semi-conductor ECCD,ECKD,ECBT CeramicECQS:Styrol ECQM.ECQV,ECQG PolyesterECUX:Chip ECEA,EOS'\3' - ElectrolyticECMS:Mica ECQP PolypropyleneVoltage

IIO,16:1/8WI14,25:1/4WI12:1/2Wll:lWI2:2WJ3:3W!*Type & Voltage of CapacitorType

.REPLACEMENT PARTS LIST·································RD-1103

*Type & Wattage of ResisterType

ECQG,ECQ Type IECQV, Type IECSZ TypeI Others

IH 50V 0,5 50V OF 3.15V OJ 6.3VIIH,lV.50 50V2A 100V 1 100V lA lOY lA lOY IJ 63V2E 500V 2 200V 1V 35V lC 16V 2A 100V2H 500V OJ 6.3V lE.25 25V

ElE2E3E4E5E6E7E8E9EIO

Ref.No. Part No.

ICI RVITC4528BPQl,5"-8 2SI;l601QQ3 2SK332D

Q3,4 2SK195Fl

Dl"-4 MA161D5 MAI091MD6 SM1l2

Thl RRTI03

VRI EVK07A330C23

VR2 EVK93A330A24

VR3 EVNA6AAOOB53

REMARKS

Adjust VR3 so that 6±0.5 dB isincreased to the output value oncondition that speed sensor isdisconnected.

Fig. 7

E4E11

E6 E7

VR3

ADJUSTMENT

Auto Volume Control

Fig. 8

E5

ACVOLTMETER

Connect tooutput socket.@ Lch@ Rch@ E

Fig. 6

Output Socket

E9, 10

RCOSCILLATOR @

Connect to speedsensor.(100 Hz, 5 V)(Rectangular Wave)

Fig. 5

RD-1103 RD-1103

J1Jl]5VRectangular Wave

Fig. 4

MEASUREMENTS AND ADJUSTMENTS

~.1_ E1

ELECTRICAL PARTS LOCATION

Input Plug

RCOSCILLATOR <D

Connect to inputplug.@ Lch@ Rch@ E(1 kHz, 1 mV)

1. Set tone control to maximum.2. Auto volume control to center.

• GAIN ALIGNMENT (For one FET Type)

Fig. 9

lID ffiJRD®NHD

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•ervlceORDER NO. RD83092082C1

ualCar Audio

RM-1100 ACCESSORIESCUSTOM-MADE FOR HONDA

• RADIO CASSETTE ACCESSORY

@

, ,

• POWER AMPLIFER ACCESSORY

• REPLACEMENT PARTS LISTNote: Parts or components marked with @ and unlisted are not available as replacement parts.

®@ ®@-~~~~

~ ~®

0 0@

's; :>

@

Ref. No. Part No. Part Name & Description Pcs/set Remarks

1 -- Bracket 1

2 -- Harness 1

3 XYN4+C6 Screw, Harness and Bracket M'tg 8

4 -- Cap, Radio Bracket 1

5 RHM173Z Collar, Main AMP. 2

6 -- Screw, Remote Switch 1

7 -- Remote Switch 1

8 -- Spacer, Remote Switch 1

Panasonic®Matsushita Engineering andservice Company50 Meadowland Parkway,Secaucus. New Jersey 07094

Panasonlc HawaII Inc.91·238 Kauhi Sl. Ewa BeachP.O. Box 774Honolulu, Hawaii 96808·0774

Matsushita Electric01 Canada Limited5770 Ambler Drive, Mississauga,Ontario, L4W 2T3

Panasonlc Sales Company,Division 01 Matsushita Electric01 Puerlo Rico, Inc.Ave, 65 De In'anteria, KM 9.7Victoria Industrial ParkCarolina, Puerlo Rico 00630

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• AUTO VOLUME ACCESSORY

®

• HEAD SET ACCESSORY

•

@C@

•vv

•

Ref. No. Part No. Part Name & Description Pes/set Remarks

9 -- Bracket, Auto Volume 1

10 RHE7035Z Nut, Auto Volume 1

11 RHR168Z Wire Band 2

12 -- Cap, Socket Bolt 4

13 -- Head set (Full-Face Type) 1

14 -- Head set (Open-Face Type) 1

15 -- Cord (with Plug) 1

16 -- Wind Shield (Open-Face Type) 1

17 -- Wind Shield (Open-Face Type) 1

18 -- Screw 2

19 -- Screw 2

20 -- Wind Shield (Full-Face Type) 1

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• JUNCTION BOX ACCESSORY

21-3 21-2 21-8-21-10

21-1 21-11

••

21-7•

21-6

Part Name & Description Pes/set Remarks

21

21-1

21-2

21-3

21-4

21-5

21-6

21-7

21-8

21-9

21-10

21-11

22

23

24

25

26

27

28

29

RJE144Z

RWR49210A20

RWR49211 A20

RWR49212A20

RWR4023A20

RWR4001A20

RWR6501A20

RWR6502A20

XSN3+5FN

XWG3FN

XWA3FN

XSN4+6FN

RJPOF19ZRWV6323A9

RHG725Z

RHG2044Z

RHG2045Z

XYN4+C6

XVG4A16

XlW4+12D

Junction Box

Cord Ass'y, AM/FM Radio

Cord Ass'y, Passenger

Cord Ass'y, Driver

Plug,

Socket

Speed Nut

Stopper

Screw

Washer

Washer

Screw

Cord (with Plug)

Bracket Ass'y

Grommet, Harness

Connector Holder

Hook Lead

Screw

Bolt

Screw

3

3

2

3

4

44

2

2

3

4

42

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