Alpine CDA-9835-R Service Manual

CDA-9835R

SERVICE MANUAL

FM/MW/LW/RDS CD Receiver

5 / 04-A
68E36533S01

TILT

<Cautions for Safe Repair Work>

r

s

- 2 -- 2 -

The following cautions will prevent accidents in the workplace and will ensure safe products.
*The symbols indicate caution is needed to prevent injuries and damage to property.
The symbols and their meanings follow.

Warning

Caution

*The following symbols indicate two levels of cautions.

When you see this symbol, you have to be very careful.

When you see this symbol, you have to follow the instructions there.

If you ignore this symbol and handle the product incorrectly or unsafely,
serious injury or death may result.

If you ignore this symbol and handle the product incorrectly or unsafely,
injury or only material damage may result.

Warning

Do not look squarely into the laser light
coming from the pickup.

You may loose you sight. Use of an incorrect fuse may result in a fire.

Caution

Do not allow wiring to be caught in the Battery Caution
screw/chassis.

If wiring is caught in the screw/chassis, it may Confirm the correct polarity and seat of the
cause a short circuit, resulting in a fire. battery.

Fuse Caution

Always use a designated fuse.

Use the designated battery.

An incorrect battery or an improperly connected
or seated battery may result in a fire.

High Temperature Caution Designated Parts Caution

Touching the heat sink may cause severe burns. Look up the part list and ensure that only

designated parts are used to prevent problems or
accidents.

Reverse Power Supply Connections o
Misconnections Caution

Reverse power supply connections or prevent problems with ignition/breakdown.
misconnections may cause ignition problems and
smoke may result.

Soldering Caution Wear Glove

Hot solder from solder splash may cause severe Wear gloves to prevent electrical shocks or injury
burns. from the end face of the metal.

Wiring Caution

Ensure that the wiring is correct when rewiring to

Packing Assemb ly Parts L ist

- 4 -- 4 -

CDA-9835R

Symbol SymbolDescription

Part No. Part No.

Description

No. No.

101-1 03S60820Y16 SCR,MCH 5X8 ZN A 102 15D00529K02 CASE,INNE R
101-2 03S60824Y01 SCR,WEV 1.7X4 ZN A 103 15D01798K03 CARRYING,CASE
101-3 60T55630W01 BAT,MGN R03(NB)U M-4 104 01T45518Y04 ASSY,REMOCON RUE4187
101-4 01T04296K01 ISO/JASO ANT ADAPTER 105 01T65572Y03 ASSY,WIRE-ISO-M9835R
101-5 36A02449K01 CAP,RUBBER(A) 106 68P 04190K 10 O/M AOEU AODL
101-6 03A60836Y01 SCR,CUS 5X7 ZN A

Packing Method View

103

106

104

101

B

O

T

TO

S

M

I

D

E

105

101

101

101

-1

X4

-4

-2

X1

X1

101 -5

101

-3

X1

X1

-6

101

X1

102

B

O

T

T

O

S

M

I

D

E

102

103

104

X1

105

X1

I

X1

X1

CDA-9835R

- 5 -- 5 -

Specifications

<FM RADIO>

Intermediate Frequency ......................................................................................................................... 10.7±0.1MHz

Frequency Range ............................................................................................................................ 87.5 to 108.0MHz

Usable Sensitivity (30 S/N, Mono, at 98.1MHz) .............................................................................................. 20.2dBf

-3dB Limiting Sensitivity (at 98.1MHz) ............................................................................................................ 23.2dBf

Residual Noise (Ref. 400Hz, at 98.1MHz) ..................................................................................................... 28±10dB

S/N Ratio (at 98.1MHz) ......................................................................................................................... Stereo : 55dB

Mono : 58dB

Image Rejection (at 106.1MHz) .......................................................................................................................... 40dB

IF Rejection (at 90.1MHz) ................................................................................................................................... 60dB

Distortion (Input 60dBu, at 98.1MHz) .................................................................................................................. 1.0%

Frequency Response (Ref. 400Hz, at 98.1MHz) ................................................................................. 100Hz : 0±3dB

10kHz : -10±3dB

Stereo Separation (1kHz, at 98.1MHz) ............................................................................................................... 20dB

PS Sensitivity (at 98.1MHz) ............................................................................................................................ 36.2dBf

<MW RADIO>

Intermediate Frequency ........................................................................................................................ 1st : 10.7MHz

2nd : 450kHz

Frequency Range .............................................................................................................................. 531 to 1,602kHz

Usable Sensitivity (20dB S/N, at 999kHz) ........................................................................................................... 36dB

S/N Ratio (at 999kHz) ......................................................................................................................................... 44dB

Image Rejection (at 1,404kHz) ............................................................................................................................ 50dB

IF Rejection (at 603kHz) ..................................................................................................................................... 60dB

Distortion (at 999kHz) .......................................................................................................................................... 1.5%

Frequency Response (Ref. 400Hz, at 999kHz) .................................................................................. 100Hz : -3±4dB

2.5kHz : -3+4, -6dB

<LW RADIO>

Intermediate Frequency ........................................................................................................................ 1st : 10.7MHz

2nd : 450kHz

Frequency Range .................................................................................................................................. 153 to 281kHz

Usable Sensitivity (20dB S/N, at 216kHz) ........................................................................................................... 42dB

S/N Ratio (at 216kHz) ......................................................................................................................................... 44dB

Image Rejection (at 270kHz) ............................................................................................................................... 50dB

IF Rejection (at 162kHz) ..................................................................................................................................... 60dB

Distortion (at 216kHz) .......................................................................................................................................... 1.5%

Frequency Response (Ref. 400Hz, at 216kHz) .................................................................................. 100Hz : -3±4dB

2.5kHz : -3+4, -6dB

<CD SECTION>

System ....................................................................................................................... Optical (Compact Disc System)

Channel Balance (1kHz) ......................................................................................................... CD : TCD-782 : 0±3dB

MP3 : SCD-5100 (FOLDER4-128kbps) : 0±3dB

WMA : SCD-5100 (FOLDER10-128kbps) : 0±3dB

CDA-9835R

- 6 -- 6 -

Distortion (1kHz) ........................................................................................................................ CD : TCD-782 : 0.1%

MP3 : SCD-5100 (FOLDER4-128kbps) : 0.1%

WMA : SCD-5100 (FOLDER10-128kbps) : 0.1%

Frequency Response (Ref. 1kHz) ................................................................................ CD : TCD-782 : 17Hz : 0±3dB

127Hz : 0±2dB

10.007kHz : 0±2dB

19.997kHz : -2±4dB

MP3 : SCD-5100 (FOLDER4-128kbps) : 17Hz : 0±3dB

127Hz : 0±2dB

10.007kHz : 0±2dB

19.997kHz : -2±4dB

WMA : SCD-5100 (FOLDER10-128kbps) : 17Hz : 0±3dB

127Hz : 0±2dB

10.007kHz : 0±2dB

19.997kHz : -2±4dB

S/N Ratio ................................................................................................................................... CD : TCD-782 : 95dB

MP3 : SCD-5100 (FOLDER4-128kbps) : 95dB

WMA : SCD-5100 (FOLDER10-128kbps) : 95dB

Separation ................................................................................................................................. CD : TCD-782 : 65dB

MP3 : SCD-5100 (FOLDER4-128kbps) : 65dB

WMA : SCD-5100 (FOLDER10-128kbps) : 65dB

De-Emphasis (Ref. 1kHz) ......................................................................................... CD : TCD-782 : 4kHz : -20±3dB

16kHz : -20±3dB

<Pickup>

Wave Length .................................................................................................................................................... 795nm

Laser Power ................................................................................................................................................... CLASS I

<GENERAL>

Power Supply ................................................................................................................................................ DC14.4V

Power Output (Ref. TCD-782(1KHz, 0dB), T.H.D. 10%) /Impedance ................................................... 25W/ch/4ohm

Pre Output (Ref. TCD-782(1KHz, 0dB), T.H.D. 1%) /Impedance ........................................... 4V±2.5dBV/ch/10kohm

Dimensions (W x H x D) ................................................................................................. Chassis : 178 x 50 x 160mm

NOSE CLOSED : 188 x 58 x 24.6mm

NOSE OPENED : 188 x 58 x 51.7mm

Weight ................................................................................................................................................................. 1.6kg

NOTE : Due to Continuing product improvement, specifications and designs are subject to change without notice.

Extension Cable

- 7 -- 7 -

* When repairing or measuring the voltage of this unit, connect with the Extension Cable as shown in below.

MAIN P.W.Board

CB511

CDA-9835R

DP23S27R

01E29154S0101E36492S01

CH4001

Adjustment Procedures

(2) Connections

1. FM/MW/LW SECTION

(1) Dummy Antenna Circuit

CDA-9835R

- 8 -- 8 -

(3) Control Settings

Step

Description

Connectio

n

Signal Generator

Dial Control

Test Point /

P.W.Board

Coordinates

Adjustment

1

Signal Meter
Auto
Adjustment
(FM)

Figure 3

(1)

87.5MHz ,
26dBµ

(Mod. OFF)

87.5MHz

TP012

(3-E)

TP011

(3-E)

Auto Adjustment :
After setting up of Signal Genarator,
short GND and TP011 (Pull-Down)
for 2~3 seconds

(2)

87.5MHz ,
26dBµ

(Mod. OFF)

87.5MHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (2)
(SPEC) TP012 : 1.5±0.1V OK
(SPEC) TP012 : others 1.5±0.1V NG

NOTE : NG : Proceed same Auto

Adjustment of step (1)
under step (3)

(3)

87.5MHz ,

21~23dBµ

(Mod. OFF)

87.5MHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (3)

(4)

87.5MHz ,
26dBµ

(Mod. OFF)

87.5MHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (4)

2

Signal Meter
Auto
Adjustment
(MW)

Figure 4

(1)

999kHz ,

34dBµ

(Mod. OFF)

999kHz

TP012

(3-E)

TP011

(3-E)

Auto Adjustment :
After setting up of Signal Genarator,
short GND and TP011 (Pull-Down)
for 2~3 seconds

(2)

999kHz ,

34dBµ

(Mod. OFF)

999kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (2)
(SPEC) TP012 : 1.0±0.1V OK
(SPEC) TP012 : others 1.0±0.1V NG

NOTE : NG : Proceed same Auto

Adjustment of step (1)
under step (3)

(3)

999kHz ,

29~31dBµ

(Mod. OFF)

999kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (3)

(4)

999kHz ,

34dBµ

(Mod. OFF)

999kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (4)

- 9 -- 9 -

Power Switch .............................................. ON Band Switch .............................. FM/MW/LW

Fader Control ........................... Center Position T-CORR ...................................... Non Effect

Balance Control ....................... Center Position EQ ....................................................... FLAT

Treble Control .......................... Center Position DEMO ................................................... OFF

Bass Contro ............................. Center Position Others ................................................... OFF

MX ................................................... Non Effect

(4) Adjustment Procedures

CDA-9835R

Step

Description

Connection

Signal Generator

Dial Control

Test Point /
P.W.Board

Coordinates

Adjustment

3

Signal Meter
Auto
Adjustment
(LW)

Figure 4

(1)

216kHz ,

34dBµ

(Mod. OFF)

216kHz

TP012

(3-E)

TP011

(3-E)

Auto Adjustment :
After setting up of Signal Genarator,
short GND and TP011 (Pull-Down)
for 2~3 seconds.

(2)

216kHz ,

34dBµ

(Mod. OFF)

216kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (2).
(SPEC) TP012 : 1.0±0.1V OK
(SPEC) TP012 : others 1.0±0.1V NG

NOTE : NG : Proceed same Auto

Adjustment of step (1)
under step (3).

(3)

216kHz ,

29~31dBµ

(Mod. OFF)

216kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (3).

(4)

216kHz ,

34dBµ

(Mod. OFF)

216kHz

TP012

(3-E)

TP011

(3-E)

Proceed same Auto Adjustment of step
(1) under step (4).

4

FM ST
Separation
(Roll OFF)
Adjustment

Figure 5

(1)——

—

Set up of Adjustment Mode :
Push SOURCE/POWER +

3 at the same time.

(2)

98.1MHz, 72dBµ
(Mod. 400Hz,

Dev. 75kHz,

Stereo, 1kHz,

Lch only)

98.1MHz

Audio Output

(RCA)

Push Preset Switches (1~5), and
observe value of separation.
Select Preset Switch of maximum
separation.
(SPEC) : separation : more than 25dB.

(3)——

—

Cancel Adjustment Mode :
Push SOURCE/POWER +

3 at the same time.

5

Stereo Blend
Adjustment
(Lch)

Figure 5

(1)——

—

Set up of Adjustment Mode :
Push SOURCE/POWER +

F at the same time.

(2)

98.1MHz, 46dBµ
(Mod. 400Hz,

Dev. 75kHz,

Stereo, 1kHz,

Lch only)

98.1MHz

Audio Output

(RCA)

Push Preset Switches (1~6), and
observe value of blend.
(SPEC) : Blend : 8±6dB.

(3)——

—

Cancel Adjustment Mode :
Push SOURCE/POWER +

F at the same time.

6

Limitting
Adjustment

Figure 6

(1)——

—

Set up of Adjustment Mode :
Push SOURCE/POWER +

UP at the same time.

(2)

98.1MHz, 24dBµ

(Mod. 400Hz,

Dev. 75kHz)

98.1MHz

Audio Output

(RCA)

Push Preset Switches (1~5), and
observe value of limitting.
(SPEC) : Limitting : -3dB.

(3)——

—

Cancel Adjustment Mode :
Push SOURCE/POWER +

UP at the same time.

CDA-9835R

- 10 -- 10 -

Step

Description

Connection

Signal Generator

Dial Control

Test Point /
P.W.Board

Coordinates

Adjustment

7

Noise Level
Adjustment

Figure 6

(1)——

—

Set up of Adjustment Mode :
Push SOURCE/POWER +

UP at the same time

(2)

98.1MHz,

72 --> -20dBµ

(Mod. OFF)

98.1MHz

Audio Output

(RCA)

Rotary encoder is turned and noise level
is adjustment
(SPEC) : Noise Level : 33±10dB

(3)——

—

Cancel Adjustment Mode :
Push SOURCE/POWER +

UP at the same time

CDA-9835R

- 11 -- 11 -

Block Diagram

- 12 -

CDA-9835R

ANT001

RF

AM

PLL

Tuner unit : MultichipTuner

(CD mechanism)

DP23S27R

Buzzer

IF

E²PROM

(M24C04)

M

2ndSource selector

MPX

RDS

DECODER

RDS u-Com

SPEANA

IC

Buzzer

Driver

UNISON
Motor

Selector

Main u-CoM

Vol. 1

Tre/Bass

Ai-Net
Bus I/F

System

Reset

BATT
Det.

Acc

Det

DSP

E.VOL

BUFFER

Power

ON+B

Vol. 2

I2C

Ai-Net IN

BUFFER
BUFFER
BUFFER

AMP

LINK I/F

Transformer

DC-DC

IIN-INT

P.ANT

O.REM

Pre IN/OUT Selector

Slide SW

MUTE

MUTE

MUTE

4V/OELD

OELD

POWER-IC

Ai-NET

SUB-W

R

F

DC-DC

AMP-LINK

REM IND

Indicator

Common

Driver

OELD

OELD UNIT

Segment

Driver

ROM

DISP

u-Com

AD KEY

INPUT

RGB

Driver

Dimmer

Control

Remote

Control

Rotary

Encoder

VDD 5V

CD

SERVO

AUDIO

TUNER

DSP+B

SYSYTEM REG

Front

Rear

Batt

Acc

IN-INT

P.ANT

O.REM

CB801

SFW22R–1STE1

- 19 -- 19 -

CH101

LD601

SML–010DTT87

LD602

SML–010DTT87

R602

430–1/4

Q606

UN2211

SW501

SSAC120100

SW603

SPVG21

SW602

SPVG11

R611 47k

R612 47k

R554

L101 220uH

E101

E102

220 10

R567 22k

R593 JP

D503 1SS355

C516

0.022

IC502

BR24L02F

R594 22k

E501

220/6.3

C101

0.022–B

R568 22k

BK2125HM102

R596

R597

L502

C503

R595

220–1/4

330

330

0.022–B

E106

TP505

220 10

R525 22k

R565 470

R566 470

R563 560

R564 560

TP506

TP507

TP508

TP509

VSS

VSC

RXD

SCLK

BUSY

Q104

XN1A311

R575

R574

N.U.

10k

R509

C502

1k

R530 330

R532 330

IC501

M30626FHPGP

22k

XL502

6MHz

27p–CH

C505

R523

27p–CH

47k

R529 3. k

N.U.

C504

C509

0.01–B

RA502

N.U.

R547 560

R528

XL501

N.U.

C501

N.U.

R543

15k–F

R531

47k

AUTO ADJ

TP501

N.U.

N.U.

R556

R619 1k

R534 JP

R535 JP

R557

TH501 100k

R50 2 k

10k

1SS355

R553 k

R549 N.U.

D506

R524

47k

R54 

N.U.

R527 470k

R511 N.U.

R562

1k

R545 560

R546 560

R544

D501 MA2S728

N.U.

R615 5.6k

R616 5.6k

TP510

VDD

GND

TP512

TP502

PGM

TP503

TP504

RESET

TXD

IC102 NJU7223DL1

E105

Q101

XN1A312

C511

1.0–B

IC504

TC7W04FK

10 16

R106

10k

Q102

UN221F

C102

Q103

2SB1243

N.U.

R107

R599

MA2S72 D101

MA2S72 D103

MA2S72 D102

MA2S72 D104

R110 0

R111 0

1.2k

R515

D513

MA152WA

D514

MA152WK

R600

R601

10k

10k

Q505

2SB709A

R112 0

74HCT7007A

C107

0.022–B

IC101

Q507

2SD601A

Q506

UN2112

R51 

39–1/4

R526

39–1/4

R516

10–1/4

R519

39–1/4

R59 

39–1/4

R103 3 k

R520

R603

2.2k

1.5k

R114 47k

R115 47k

R113 47k

D510

1SS133

1.5k

R521

2.2k

R604

R101 47k

R104 47k

R102 47k

270

10k

R512

IC505

NJM2903M

R514

4.7k

10k

R517

6.8k

E506

22 16

IC505

NJM2903M

C510

100p–CH

C513

27p–CH

R522

6. k

100 10

4.7k

R510

R552

R550

0

0

R559 10k

R560 22k

R513

10k–1/8

R501 1k–1/8

R502 1k–1/8

R503 1k–1/8

R507 1k–1/8

R506 1k–1/8

R505 1k–1/8

R504 1k–1/8

CB511

52271–1590

TP511

BL01RN1A1E1A

L501

BLM21PG221SH1

CH511

ASSY, UNIZON CONN 93R

Z501

TP513

53253–0210

CB501

Q501

XN1A312

2SD1994A

Q502

560–1/4

R540

2SD1994A

Q503

ZD501

HZS9C1L

R537 2.2–1/4

R53 

2.2–1/4

C507

R533 2.7k–1/8

IC500

AN7705SP

E504

E503

22 16

1–B

C508 0.33

22 16

C512 0.1



- 20 -- 20 -

L202

BK2125HM102

C279

1000p

BK2125HM102

L204

C203 22

C214 0.1–B

C230

0.1–B

C247 1–B

E229

22/6.3

C201

0.022–B

C252

0.1–B

NFM41R11C102T

Z202

0.022–B

C209

R210 22k

L203

BK2125HM102

E233

220 10



C256

0.1–B

R266
620k

C285 0.1–B

C257 0.1–B

C207

0.1–B

10k

R211

CXD2729Q–3

IC20 

1k

RA201

C208 100p–CH

0

R267

C215 0.22–B

R213 1k

C210 N.U.

C259

0.22–B

C258

0.1–B

C260

C216

0.1–B

C219

0.22–B

0.1–B

C261

0.22–B

C264 0.01

C200 0.1

C2 4 N.U.

C262

0.1–B

C220

0.1–B

L201

0



C225 0.1

C231 0.1

C232 0.1–B

C236 0.22–B

R244

1.5k

0.1–B

C241

C242 0.22–B

C243 0.1–B

C24 

0.1–B

C249

0.1–B

C276 22–B

R259 390k

E230 220 10

C253 0.1–B

Z201 NFM41R11C102T

XL201

22.5792M

R247

C273 1–B

C272 1–B

C275
22–B

R237 N.U.

C237 12p–CH

N.U.

C244 12p–CH

R246 1.5M

R253 N.U.

R23 

1.5M

C27 

0.1

C269 1–B

C26 1–B

2200p–B

2200p–B

C286

C265

1–B

C271

1–B

C270

1–B

C255

1–B

C217

C21 

C22 1 00p–B

R216

2.7k

C224

C235

R220

2.7k

VT940

N.U.

R949

N.U.

C950

N.U.

CB941

N.U.







C213 7p–CH

R222 22k



1 k

R228

E221



1 k

R236

C234 7p–CH

C274 1 00p–B

CB940



R243

N.U.

22k



IC205

BA4560F

3.3/50

BA4560F

IC205

C212 1 00p–B

C211 7p–CH

R223

R224

1.2k

1.5k

82k

R229

C221

1500p–B

82k

R230

C226













R202 2.2k

R203 2. k

N.U.

E201

10 16

R239

1.2k

R24 

1.2k

82k

R254

82k

R255

R260

1.2k

IC201 NJV7223DL1

E202
10 16

1500p–B

C245

1500p–B

C250

1500p–B

R240

1.5k

R249

1.5k

R261

1.5k

R241 2.7k

2700p–B

2700p–B

R225

2.7k

C246

C251

C222

2700p–B

C227

2700p–B

IC202

NJM2060V

R250

2.7k

R262

2.7k

R214 24k

15k

R226

15k

R231

R242 24k

C233 7p–CH

C239 1 00p–B

C240 1 00p–B

C23 7p–CH

R245 22k

NJM2060V

1 k

R251

IC202

NJM2060V

1 k

R256

R263 22k

C254 7p–CH

C263 1 00p–B

IC202

NJM2060V

3.3/50
E216

IC202

E204

220/6.3

IC911

Q943

N.U.

R212

R215

1.2k

1.5k

1500p–B

1500p–B

R219

1.5k

E944 N.U.

C94 

N.U.

2700p–B

2700p–B

C223

100k

R227

C202

0.022–B





N.U.

R944

R945

N.U.

L912



N.U.

CF940

N.U.



N.U.

E943

C229

100k

R232

R217

1.2k

N.U.

C947 N.U.

CH 50

ASSY, AMP LINK 9 31A

TP 40

TP342

R379

1k

TP341

TP343



R334 10k

R337 7.5k

R350 4. k

E314 1/50

TC7SH0 FU

R346 10k

TC7SH0 FU

C335 0.1–B

TP346

TP347

IC304

IC305

C356

E3 0 10 16



0.1–B
R359

C329 10p

R341 3.6k

R369 1k

IC306

NJM2100V

470–1/4

BA 275F

IC350

R360

C328

C330

TP34

TP349



470–1/4

0.1–B

0 1–B

R345



.2k

R377 3.6k

E315

10 16

R367 4.7k

R 4 



.2k

R 47 1k

R378 1k

R368

4.7k

Q350

HN1K06FU

R335 1k

R336 1k

D330 1PS226

E312



10 16

E313



10 16

D331 1PS226

Z301

1000p

4. k

R349

Z302

1000p

CB350

53253–0910

C340

2.2–B

C341

2.2–B

C342

2.2–B

C343

2.2–B

TP201





82k

R 10



82k

R311

R303

1.2k



R320

1.2k





82k

R318



82k

R319



C344



2.2–B

C345



2.2–B

R306

1.2k

R321

1.2k

C 18

C317

C 22

C323

TP202

0.1

C277

C 10 1 00p

C311 33p–CH

R304

R312

1.5k


1500p

1500p

1500p

1500p

R305

1.5k

R32 

1.5k

R329

1.5k

R326

R327

2.7k

C320

2700p

C 19

2700p

R313



2.7k

R344



2.7k

C324

2700p

C325

2700p

R343

2.7k



100k



100k









R314

22k

NJM2060V

R315



22k

R322

22k

R323

22k

R330



22k

R331



22k

R316 27k



IC 01

NJM2060V

IC301

C312 33p–CH

C321 1 00p

C326 1 00p

C313 33p–CH





R317 27k

R324 27k

NJM2060V

R325 27k

C314 33p–CH

C327 1 00p

C315 33p–CH

R332 27k

IC332

NJM455 V

R333 27k

C316 33p–CH

IC301

IC301

NJM2060V

IC332

NJM455 V

3. u
C360

1k

R370

D311



3. u

C361

3. u
C362

3. u
C363

MA152WA

D312

MA152WA

D313





MA152WA








C350

2.2–B

C351

2.2–B

C352

2.2–B

C353

2.2–B

C354

2.2–B

C355

2.2–B

R351

R352

R361

R362

R371

R372

5 k

56k

56k

56k

56k

56k

R353 220–1/

Q311

XN0F256

R354 220–1/

R363 220–1/

Q312

XN0F256

R364 220–1/

R373 220–1/

Q313

XN0F256

R374 220–1/

100–1/

100–1/

100–1/

100–1/

100–1/

R376

100–1/

R355

R356

R365

R366

R375

SW201

SLD–42–50 X

JK202

ASSY, CONN NLT1661

CB202

CB201

53253–0310

CH202

ASSY, CONN RCA 9 35A

R806

JP–1/8

TP 05

TP 06

CB200

53253–0 10

R808

- 21 -- 21 -

R 09

3. k–F

27k–F

C812 0.27–TF

R803 10k–1/4

D802 S1G–6904

Q 02

N.U.

R804 N.U.

Q 01

N U.

R801

R805

R 02
0–1/4

N.U.

N.U.

R818

N.U.

PTGL05BA1R M1

PS 01

2SB1243

Q 03

Q 04

UN221F

R830

1.8k–1/4

R828

R831

24k–1/4

1.8k–1/4

C809 0.022–B

E809 220 16

D805

S1G–6904

C807 0.022–B

E808 330 16

C808 0.022–B

D302

MA736

E323

N.U.

D301

MA736

E325 10 16

E324

2.2/50

C30

2.2–B

D306
N.U.

C309

1000p–CH

D305 N.U.

BD5233G

TP804

UN2212

C815

R380 N.U.

IC 02

0.047–B

N.U.

R381

JP

E306 1000/25

C301 1–B

R307

47k

Q304

UN2211

N.U.

SW301

R301

C302 1–B

R342

R302

1k

75k–1/4

R30

1.2k

IN–

S.by

Pr Gnd

C303 1–B

R33

220

IC303 STK475–010

SSDDD

FBVV

C305 1–B

C306 1–B

C304 1–B

E310 2500/20

C307 0.022–B

R339 N.U.

1/50

E305

IC302

TB2901H–ZS

D303

E331 10 16

E332 10 16

E333 10 16

E334 10 16

N.U.

D304 N.U.

D307 N.U.

D30 N.U.

C3 1 0.33–TF

C332 0.33–TF

C333 0.33–TF

C3 4 0.33–TF

V

V

E309

470 16

R340 N.U.

E304

330 16

R 49 22k

C810

0.1–B

R 46 22k

IC 01
L5952

C805

0.022–B
E805 470 10

R819 N.U.

E807 100 16

C804 0.022–B

E804 47 16

C803

0.022–B

R824 430k

E803 220 16

R840

22k

R843

C817 1.0

R850

22k

220k–1/4–F

R851

3 k–F

R853 100

R852 100

D 59

N.U.

Q 72

XN1A312

10k

R875

R817

D860

1SS133

100–1/4

Q844

E802 47 16

C814

0.1–B

R618

JK601

JAC, CK–3.5–14

DIN501

D855

R869

R868

S1G–6904

270–1/4

C801 0.022–B

270–1/4

CON, TCP93 9–11

E801

3300 16

WTB, F169B001–16

C818 0.01

ZD800

ZSH5MA27

F801 4.0A

CH 31

C833

0.022–B

IC 31
BA6219BFP

C832

ASSY, CONN 2P

M 31

MOTOR LOAD

FF–050SK

E832

47 16

0.022–B

Q 41

UN211L

47k

R841



Q 21

XN1A312

Q 17

Q 15

XN1A311

XN1A312

R605

1k–1/4

D 54

MA152WK

C841

R 42

1 k–1/4

0.022–B

R606

10k–1/8

BZ601

PKM13EPY

Q603

UN2212

D811

R899

Q 94

UN2212

R829

1SS355

10k

47k

ZD 04

RD6. MB3

C843

R 90

10k–1/4

1–B

C811

0.1–B

R 10

4.7k–1/4

C822 0.022–B

E822

R812

4.7k–1/4

R 20

2.2–1/4

22 16

C821

ZD822

HZS9C1L

0.1–B

Q 0

2SD1994A

R 1

620–1/4

Q 25

XN1A312

E880

Q 0

2SD1994A

C842 1–B

2SD 74A

Q 12

2SD1994A

ZD802

HZS12B1L

R 26

2.2

R 27

620–1/4

ZD801

Q 07

390–1/4

RD10MB3

R 16

C813

C840

5325 –0210

0.22–B

1–B

Q 09

XN1A312

CB 02

M 02

MOTOR, DF251R–

12LC–07

CB801

C820 0.01

0.01

C819

R 14

2.2

Q 1

XN1A311

R 15

2.2

47 16

Q 13

XN1A312

R822 N.U.

E823 22 16

R 07

2.2–1/4

C802

0.022

Q 26

2SD1760

R 23

430–1/4

47k

R821

ZD821

HZS12A3L

CB 1

RD4.3MB3

C835

0.022–B

Q602

N.U.

C601

53253–0210

33–1/4

R838

R839 33–1/4

C834 N.U.

IC601

TC4S01F

R625

R624

100–1/4

3. k

R837 33–1/4

R836 33–1/4

R835 33–1/4

R834 33–1/4

R622

470k

R623

22k

2.2k

R626

C604

0.1–B

C 31 0.022–B

D 1

MA159

C836

0.022–B

1k

R620

22k

N.U.

R621

Q601

UN2211

C602

100p–CH

D601

MA152WK

C603

ZD803

2SB709A

2200p–B

CB002

- 22 -- 22 -

52465–3291

C001 1000p

C002 N.U.

C009 N.U.

Z001

1000p

BLM1 HG471SN1

BLM1 HG471SN1

R005 220–1/4

R046

C033

R042

ASSY, ANTCABLE ISO35R

L003

L004

5p

C003

C036 0.022–B



4.7k



1000p–CH



100k

C2 3 1–B

C2 2 1–B
C2 1 1–B

C2 0 1–B

C267 1–B

C266 1–B

C004

10p

ANT001





L001

4.7uH



L005

15uH

R001

10–1/4

C005

N.U.

R006 N.U.

R007 N.U.

R00 100

R009 100

R010 100k

C020

560p–CH

SA001



DSP–201M

L002

52mH

L006

0.027u

L007

0.03 u



C045

62p–CH

C047

C046

39p–CH

TP012



C008

C006 0.047–B

C010

0.1–B

18p–CH

2200p

D001

1PS226

C011 N.U.

47k

R002

C012

1000p–CH

R011 470k

C037 N.U.

E001 10 16

R209 N.U.



N.U.

C204

C038 N.U.

Q004

N.U.

C039 N.U.

E002 N.U.

BA4560F

C205 N.U.

R234 N.U.

C013

IC204

Q001

2SB709A

E003 22 16



N.U.

3. k

R003

R004 1.5k–1/4



N.U.

R201

E205

C206



N.U.

Q003
N.U.

C014

330p–CH



C016

100p–CH

IC003 TC7S66F

Q006

UN2211



Q002

UN211H

R20 1.1k

R21 



IC204

1.1k

4.7/25

R235

BA4560F

D201
N.U.



N.U.



E004

C007

100 10

0.022–B



N.U.

R252

R012

3 k

Q005

XN1A311

E006 22 16

C019 0.022–B



R013

C015 2200p–B

C017 1–B

24k

C018 0.022–B

C026



2.2

SAA65 T

R022 470k

2200p–B



E008

220 10

R031

R032 1k

R033 1k

R014

IC002

1k

JP

C025

C024

C0 0

0.022–B

C032

N.U.

R021

27p–CH

R043 1k

R044 1k

R045 1k

10p–CH



4.7k
XL001

4.332MHz

C023

C02

XL002

C029

10p–CH

R030

47k

C041

27p–CH

0.022–B

Z003

BK160 HM102

12 2 MHz

C031

0.01

C040

0.01

C021

0.022–B



R017

R015 10k

R016 10k



1k

R01



1k

R019

270

R020

270



N.U.

C022

R023 47k

R024 47k

TP001

R028 10k

R027 10k

R037 1k

R039 1k

RA002

100

R029 JP

D7 4216AGC

IC001

C027

0.1–B

R036 47k

AUTO–ADJ

TP011

RA001

22k

C034

0.022–B

R536 100

R541 100

Q00 

UN2212

R035

10k

R03 

1 k

D003

1SS355



D004

1SS355

TP008

MON–TXD

MON–RXD

TP009

TP010

MON–GND

TP002 VDD

TP003 GND

TP004 SCLK

TP005 SO0

TP006 SI0

TP007 P24

OELD1

- 23 -- 23 -

DELD, VEL10042

CB4001

9632S–30Y

Q4017

2SB1260

Z4003

NF31PT222Z1E

RA4013

100

RA4014

100

RA4024

100

R4125

R4108

Q4019

2SC40 1

R4112

47k

Q4020

UN5212

R4107

R4109

R4113

4.7k

24k

3. k–1/4

R4114

3. k

C4016 1–B

IC4004

M29F032D

C401 10/6.3

0.022

C4027

100k

Z4002

NFE31PT222Z1E

0.1–B

0.1–B

IC4007

S 123 SGUP

C4020

C4022

10/6.3

C4021

100

100 R4126

100 R4127

10/6.3

C4031

RA4010

IC400 

M66710FP

100

RA4011

100

RA4012

R4135

100

C4023 10/6.3

R4133 100

C4024 0.1–B

IC4009

TC7W04FK

0.1–B C4006

C400 

0.1–B

IC4006

TC7WZ00FK

IC4005

M29F032D

R4105

2. k–1/4

R4110

C4017 10/6.3

R4106

2SD132

N.U.

2.2k–1/4

Q401 

R4111

47k

0.022

C4019

3. k–1/4

L4003

BLM1 HD102SH1

0.1–B

C4025

C4026 0.1–B

R4116 100

R4117 100

R412 470

R4142 100

R4143 100

R4144 100

100

RA4025

R4145 100k

Z4004

NFE31PT222Z1E

R40 5 100

- 24 -- 24 -

R40 6 100

R4081 22k

R4134 100

R4136 100

R40 100

R4064 100

R4083 100k

R4084 100k

R4061 1k–1/

R4017 k–1/4

R401 k–1/4

R40 7 100

R4077 100

R407 N.U.

R40 2 22k



22k

R4016

0.1–B

C4030

0.1–B

C4009

R4079 100

R4118 100

100

RA4023

IC4003

V 50

70F3030BGC

100

RA4022

100

RA4020

100

RA4002

0.1–B

C4010

R4015 22k

R4014 100

R4119 100

R4120 100

R40 9 100

L4002

BLM1 BD252SH1

C4011

0.1–B

C4012 0.1–B

R4090 22k

R4091 22k

R4092 100

Z4001

NFE31PT222Z1E

RA4003

R4169

JP
XL4001
20MHz

R4093 100

R4094 100

100

C4013

10–CH

C4014

10–CH

C4028 10/6.3





C4007 10/6.3

R4129 1k

R4130 1k

R4131 1k

R4132 1k

R4022 390–1/4

LD4005

AA1111C

LD4007

LD4025

AA1111C

LD4027

LD4039

AA1111C

LD4041

R4024 390–1/4

R4026 390–1/4

LD4009

AA1111C

AA1111C

LD4029

AA1111C

AA1111C

LD4043

AA1111C

AA1111C

R4042



1k

R4001

470–1/4

Q4002

UN221L

IC4001

NJU6060V

R405 47k

C4033 0.1–B

C4029 0.1–B

R4028 470–1/4

R4030 470–1/4

R4032 470–1/4

LD4001

LD4011 AA1111C

LD4013 AA1111C

AA1111C

LD4031 AA1111C

LD4033 AA1111C

LD4035

AA1111C

Q4015

2SD132

Q4001

2SA1036K



R4006

R4005 N.U.

R4021



220k–1/

R4036 470–1/4

R4023 470–1/4

R4025 470–1/4

LD4019 AA1111C

LD4006 BG1111C

LD4008 BG1111C

LD4049 AA1111C

LD4026 BG1111C

LD4028 BG1111C

R4043

1k



24k

R4002

Q4003

470–1/4

UN2211

R4152 240–1/4

R4153 270–1/4

R4154 330–1/4

R4027 470–1/4

R4029 470–1/4

LD4030 BG1111C

LD4012 BG1111C

LD4044 BG1111C

LD4032 BG1111C

Q4016

2SD132



10k

R4003

Q4004

UN2213

R4031 470–1/4

R4033 470–1/4

R4044 680–1/4

R4037 470–1/4

LD4014 BG1111C

LD4002 BG1111C

LD4020 BG1111C

LD4040 BG1111C

LD4034 BG1111C

LD4036 BG1111C

LD4050 BG1111C

R4062 2.2k

D4001 1PS226

D4002 1PS226

LD4051

FRGB1304B–12

R4071

560–1/4

R4045 470–1/4

LD4052

BR1111C

LD4053

BR1111C

LD4042 BG1111C

LD4010 BG1111C

R4070

LD4054

BR1111C

LD4055

BR1111C

R4074

270–1/4

Q4009

2SD132

Q400 

2SD132

R4046 2.7k R4047 3. k R404 .2k R4049 27k

SW4004

SW4005

R4161 330–1/4

R4038

680–1/4

LD4021

AA1111C



2.2k

Q4021

UN2211

SW4006

LD4022

BG1111C

D4003 1PS226

D4004 1PS226

C4034 N.U.

Q4005

2SD132

R4039

680–1/4

Q4022

UN2211

SW4007



R4160

LD4023

BR1111C

D4005 1PS226

C4032 100p

2.2k

R4041

12k–1/4

Q4023

UN2211

SW4008

R4004 12k–1/4

R4007 1k–1/

R400 1k–1/

R4010 1k–1/

R4011 1k–1/

L4001

BLM21PG221SH

R4012 1k–1/

R4013 1k–1/

C4001 0.022–B

R4040

12k–1/4

LD4024

BR1111C

Q4024

UN2211

R4034

270–1/4

LD4003

AA1111C

LD4017

AA1111C

LD4037

AA1111C

LD4047

AA1111C

Q4025

UN2211

D4011

1PS226

CH4001

55323–1511

R4009



1k–1/

R4035 470–1/4

R4063 470–1/4

LD4004 BG1111C

LD4038 BG1111C

LD4048

LD4018

BG1111C

BG1111C

Q4026

UN2211

TP4031

TP4032

TP4033

TP4037

TP403

TP4039

TP4040

R4019 22k

R4020 22k

R4100 22k

R4101 22k

R4102 22k

R4103 22k

C4015

0.1–B

100

RA4006

R4073 1k

R4072 1k

R4137 100

R4098 100

R4097 100

R4138 100

R4099 22k

R4080 100

RA4008 100

RA4007 100

R4095 100k

R4096 100k

RA4009 100

R4104

SW4010

SW4016

SW4021

SW4025

R4051 3. k

SW4011

R4056 3. k

SW4017

SW4019

SW4018

R4052 .2k

SW4012

R4057 .2k

SW4022

SW4026

R4053 27k

SW4013

R4065 27k

SW4023

SW4027

EC11E1544509

C4004

1000p–B

C4005

1000p–B



R4054

R4059

N.U.

IC4002



RS–671

100

R4060

C4002

SW4014

SKRPACE010



1–B

C4003 1000p–B

1k

R4050 2.7k

SW4009

R4055 2.7k

SW4015

R4066 2.7k R4067 3. k R406 .2k

R4151 10k

R4150 10k

R4149 10k

R4148 10k

R4147 10k

100

R4146 1k

RA4019 1k

SW4020

R4069 2.7k R4075 3. k R4076 .2k

SW4024

SW4004–4013, 4015–4026 : SKRPACE010

L1014

- 25 -- 25 -

BK160 HM102

BK160 HM102

0.01

C1217

BK160 HM102

C1002

33p

0.01

C1218

L1001

L101

R1031

L1009

C1211

100p

C1058

R1044

1u

C101

4.7

0.1–B

CF1002

IFT1001

IFT1 F A 5PG

E1006

10 16

CF1001

SFELA10M7

R1050

C1055

SFELA10M7

E1007
10 16

L1021

N.U.

0.82uH

R1217

12k

100p

C1056 0.022

IFT1002

IFT2 AM 5PG

0.1–B

CF1003

C1019

E1008 10 16

C1020 0.1–B

IC1001

TDA751

XL1002
450kHz

SFELA10M7

C1021 0.022

C1061 0.47

C1060 0.47

0.1

C1222

22 16

E1012

E1011 10 16

L1010 1mH

C1022 3900p

10

R1045

C1223

0.1

0.01

C1024

C1025

0.01

C1027

0.1–B

C1023 120p

E1201

22 16

0.1

C1225

TP1201

C1216 0.6 –B

C1206 1000P

C1205 0.1–B

C102 0.1–B

C1201 0.015–B

R1211

0 1

C1224

L1020

2.2uH

2.2k

10 16

E1204

4.7

R1043

0.1

C1221

0.1

C1219

BK160 HM102

R1004

22

22k

10k

1000P

TP1001

R1009

2.2k

C1050

R1007

C1030

3SK195

0.01

R103 10

0.01

C1054

680

R1024

Q1003

C1026

C1214 0.01

C1213 N.U.

C1011 0.1–B

R1005

22

C1004

33p

1000p

C1003

N.U.

N.U.

D1005

1SV172

C1057

0.01

C1005

33p

56k

R1037

D1004 KV1410

C1006

2p

VT1001

C1001

0.022

4700p

C1012

C100 N.U.

C1009

10p

5P

ANT1 FM 5KR

C1007

L1002 BK160 HM102

R1020 100k

L1013

BK160 HM102

D1013

1SV172

E1014

C1014

R1015

0.01

C1010

R1016

0.1

10 16

C1038

L1006

2.2k

1u

R1023

1mH

1u

5.6k

KV1410

1M

R1010

BK160 HM102

C1051

D1003

C1040

0.01

C1043

0.01

R1008

L1017

R1012

10

0.01

OSC F A 5KR

k

Q1004

FC1

L1019

0.68uH

C1029

RF FM 5KR

100

R1017

VT1003

C1041 2200P

R102 100k

C1042 1000P

R1029 56k

R1030 5.6k

VT1002

R1011

4.7k

1u

0.01

C1013

C1047

R1018

C1032

6 P

1p

C1035

C1036

22p

p

56k

L1005

C1037

L1007
6 uH

68P

C1015

D1002

KV1410

R1013 100k

C1215

N.U.

15P

10 16

E1015

R1034

C1016

10

100P

0.1

C1034

XL1001

10.25MHz

0.1

C1039

C1045

0.022

C1046

0.022

C104

10p

C1049 10p

R1019

4.7k

C1033

0.01

TP1002

C1031

0.022

C1059

N.U.

C1044

0.022

C1017

C1052

10P

0.01

CB1001

IMSA6029B–17Z

C1220

1000P

CB1002

53309–3291

C1053

R121

IC1002

NJM2904M

IC1002

NJM2904M

1.1k

0.01
TP1209

E1205 10 16

TP1206

R1215

1.1k–1/4

R1216

1.1k–1/4

ET200

SUB W L

SUB W R

- 26 -- 26 -

ASSY, WIRE RCA 9835R

CB901

53253Ð0910

C910

1ÐB

L901
1mH

Q901

XN1A311

E901

100/16

L911

220uH

L903
1mH

E910

470/16

C901

240Ð1/4

R911 1Ð1/4

R912 1Ð1/4

C911

0.022ÐB

3 3kÐF

22

R910

R913 1Ð1/4 R914 1Ð1/4

R915

IC901

MAXB29EUK

NJM2360AM

C912 NC

R916

30k

IC910

R917

2 2kÐF

E903

C902 22

N.U.

R908

C913

22/16

120pÐCH

TH910

22k

R919

13kÐF

C903 1

L910

220uH

R909
0Ð1/4

Q910

2SD1802

MA740

SD901

R918

C904 22

180Ð1/4

SD910

SS14Ð6600

E904 22/16

C905 1

E911

330/25

L902
1mH

D900 MA736

E905 100/16

SUB-W L

SUB-W R

100x4

Schematic Diagram(9/10)

NOTE:N.U. is Not Used Parts.

CDA-9835R

- 27 -- 27 -

RA113

R146 100

R147 100

R148 100

C113

R144

0

Z102 N U

0 01 B

E105

10/15

R105

47k

R106 47k

R117

N U

IC102

N U

C114 N.U.

IC104

TC74VHC139FT

R131

N.U.

R133 N.U.

R132 N.U.

IC103 MBM29DL800BA 90PF TN

0 01 B

C118

10/16

E106

C120

0 01 B

R151 100

E103 N.U.

R152 100

N.U.

R120

E115 N.U.

IC105 N U

R123

N U

C117

N.U.

L101

N U

Z104

N U

R118

N U

Z105 N U

Z106
N U

R130
0 (J)

L102

4 7uH

Z107

N U

C134
3900p

IC109
S 80927CLMC T2

C132

N.U.

C131

N.U.

RA115
100x4

RA116
100x4

RA117
100x4

C101

0 01 B

R101

47k

C102

0 01 B

R102

47k

R103 47k

R104 47k

C103

0 01 B

100x4

RA112

47k

R114

R113

C112

0.01-B

IC101

TMS320DA150PGE160

C104

R107 47k

0.01-B

100x4

C109

0.01-B

C106

0.01-B

RA109

R125

R126

47k

TP131

TP130

R127

TP143

TP140

TP144

TP141

47k

TP145

TP142

TP146

R141 100

RA108
100x4

RA107
100x4

R137 33

TP138

R110 47k

C108 0 01 B

C107

0 01 B

TP139

R139

N U

R115

47k

RA103

RA102

RA101

47kx4

47kx4

47kx4

C130

R145

0

Z103

N U

C125

0 01 B

IC107

TC7WHU04FU

R138

220

R129

XL102

16 9344MHz

C126 10p

TP125

1M

C116 10p

0

R143

TP133

C123

0.01-B

33

R140

0

R135

N U

47k

47k

RA111

C110

0.01-B

47k

R108

C105

0.01-B

100x4

R124 47k

RA110

R109

100x4

47k

C133

0 01

R122

22k

IC108

TAR5S16

E102

100/6.3

C122

TP123

E104

10/16

L104

4.7uH

N.U.

Z101

0.1

E101

100/6.3

C121 0.1

R121 22k

C124

0.01-B

TP101
TP102
TP103

TP104

TP105

TP106

TC7S14FU

R116 100

RA104
100x4

RA105
100x4

RA106
100x4

IC110

C135

0 01

0

R142

TP132

CB104

IM5A9851S 22Y

TP107

TP108

TP109

TP110

TP111

CB101

52207 2290

TP112

TP113

TP114

TP115

TP116

TP117

TP118

TP119

TP120

TP121

TP122

HD101

Schematic Diagram(10/10)

NOTE:N.U. is Not Used Parts.

CDA-9835R

- 28 -- 28 -

PICKUP, EP21A68L

TP434

TP435

TP436

TP437

TP438

TP439

TP440

TP441

TP442

TP444

TP417

R408

TE

TP420

C404

82p

56k

TP421

VR

R410

10k

N.U.

C405

C406 3300p

RA201

100x4

TP218

TP219

TP220

C201

100x4

RA202

2700p-B

C202

RA203

2700p-B

100x4

R201

TP208

TP209

TP211

TP212

TP222

47k

FB

C401
0 1 B

R405
240k

TP418

TB

R406

C402
0 1 B

220k

TP419

FE

R409

0(J)

C403

120p

R407

39k

SW1

SW2

SPVG23

SPVG13

SW3

SW4

SPVG21

SPVG23

M101

ASSY, MOTOR WORM 2BO

LOAD BWD

LOAD FWD

SW D

SW B

SW A

SW C

GND

CB102
52207 1590

CB103

52207 0790

TP613

TP614

TP615

TP616

TP617

TP618

TP619

TP443

TP621

TP622

R401 11k

R402 0

R403 0(J)

R404 11k

LD TP422

R418

3.3V TP423

C409
0 1 B

1-1/4

E403

Q401

2SB1132

47/5.5

C410

0.01-B

C421
0 5p

C423
0 5p

E402

C422

C424

C212

0.01-B

R550

E551

R551

15

15

22/6.3

R552 N U

E504

S 817A33ANB T2

R553 N U

10/16

IC503

0.1

C552

IC504

NJM78L05UA

E505

22/6.3

22

N.U.

C411

R414

22k

R435

22k

TP412

TP601

SD1

R609 4 7k

N.U.

R615

TP413

TP414

R613
100k

SP1

TP603

R617 47k

R619 22k

E405

TP602

SD2

SP2

TP604

R610

100

R622 470k

R618 100

TG1

TP605

R620 100

FG1

TP620

FG2

TP608

TG2

TP606

C214
0 1 B

TRCRS
TP217

R214

47k

R213

R219 0

N.U.

R220

C551 0.1

IC201

MN6627482WB

47K

N.U.

R215

0

C215 0.1-B

0

R218

R513

R514

10k

R512

220k

R204

C213

C211

E501

E502

0.22-B

22/6.3

22/6.3

C216

1000p

R507

3 9k

R517

15k

R518

15k

R508

3 9k

0.1-B

C507 N U

R505 1000p

C503

C504

IC501

NJM2100M

C506 1000p

1000p

1000p

C508

N U

IC501

NJM2100M

R519

R520

10k

N.U.

R205

C210

0.1-B

R505

3 9k

10k

R511

10k

10k

R506

3 9k

TP501

TP502

TP503

C206

270p

R210

C208 0.1

C207 5600p

R501

20k

R503

R502

20k

100k

C212 N.U.

22k

R208

R209 82k

C203

N.U.

C209

C501

1

22k

R504

C502

1

R207

220

0.22

R509
100k

R510

100k

C204

0.1-B

R202



0(J)

R515

C510

220

0.1
R516

220

10k

TP213

TP214

TP215

TP216

E401

C407

0.01-B
10/16-TA

C408

0.01-B

IC401 AN22000A

C412

0.1-B

0.1

C427

10/16-TA

3.9k

R419

6.8k

C425

R420

820

R422

82p

N.U.

C426

TP416

C414 0.027

C413 1u

R430 820

2.2k

R421

TP415

C419 0.027

ARF

0 5p

0 5p

R417 0

R428 2.2k

C420 0.01

C415 8200p

R607 0

N.U.

C606

R605 10k

R415

C417 N.U.

C418 560p

C607 N.U.

10k

R606 10k

C604

N.U.

NRFDET OF TR BDO

R611 33k

R612 15k

R608 22k

C605 N U

R616 0

N.U.

R614

M102

ASSY, MOTOR SLED 2BO

SW105

SPPB120

M103

ASSY, MOTOR SPINDOL 2BO

TP609

TP610

TP611

TP612

IC601 BA5984FP

220p

C603

R604 22k

C602

E601

10/16

C601

N.U.

R602

Q601

N U

0

R621

MA159

R603

D601

22k

220p

0.022

R601

N U

Terminal Voltage of IC/TR

- 29 -- 29 -

IC001

1 0 51 0
2NC 520
3 NC 53 4.95
4 0 54 4.95
5 4.96 55 NC
6NC 56NC
7NC 57NC
8NC 58NC

9 4.95 59 NC
10 PS 60 NC
11 PS 61 NC
12 0 62 NC
13 4.99 63 NC
14 0 64 NC
15 4.95 65 NC
16 4.94 66 NC
17 4.85 67 NC
18 NC 68 NC
19 PS 69 NC
20 NC 70 NC
21 NC 71 NC
22 NC 72 0
23 4.96 73 NC
24 4.96 74 NC
25 4.49 75 NC
26 0 76 NC
27 0.1 77 NC
28 PS 78 NC
29 0.1 79 NC
30 3.02 80 NC
31 NC 81 NC
32 NC 82 NC
33 0 83 NC
34 NC 84 NC
35 NC 85 NC
36 4.96 86 NC
37 PS 87 NC
38 PS 88 NC
39 PS 89 NC
40 4.94 90 NC
41 4.96 91 NC
42 NC 92 4.83
43 NC 93 PS
44 NC 94 0
45 NC 95 PS/0
46 NC 96 PS/0
47 NC 97 PS
48 4.96/0 98 P
49 NC 99 0
50 NC 100 0.15/8.26

Others/MUTE

CDA-9835R

FM/MW
FM/MW

FM/MW

CDA-9835R

- 30 -- 30 -

IC002 IC003

1 0 11 4.83 1 3.05

2 0 12 0 2 3.05

3 0 13 2.44 3 0

4 2.43 14 4.84 4 8.25

5 2.03 15 0 5 8.27

6 0 16 2.43

7 4.84 17 2.43

8 4.84 18 2.43

9 4.84 19 2.42
10 4.82 20 0

IC101 IC201IC102

1 0 8 PS 1 3.31 1 3.32

2 0 9 PS 2 4.97 2 8.5

3010PS 30 30

4 0 11 PS

5 0 12 0

6 0 13 0

7 0 14 4.87

NOTE : CD Mode

IC202 IC204
1 4.16 8 4.16 1 4.19 5 PS
2 4.16 9 4.16 2 4.19 6 PS
3 4.16 10 4.16 3 4.19 7 PS
4 8.5 11 0 4 0 8 8.5
5 4.16 12 4.16
6 4.16 13 4.16
7 4.16 14 4.16

1 4.17 5 4.17
2 4.17 6 4.17
3 4.17 7 4.17

4088.5

IC208-1
1 0 16 0 31 3.3
20170320
3 0 18 0 33 1.61/0
4 0 19 3.25 34 1.65
50200350
6 0 21 0 36 3.32
7 0 22 3.27 37 1.64
8 3.25 23 1.65 38 1.65
9 0 24 0 39 3.32

10 0 25 1.66 40 1.56
11 0 26 3.32 41 1.63
12 0 27 1.66 42 0
13 0 28 1.65 43 1.65
14 0 29 0 44 1.65
15 0 30 3.32 45 3.3

TUNER/CD

IC205

IC208-2

- 31 -- 31 -

46 0 74 NC
47 1.65 75 0
48 1.61/0 76 0
49 0 77 0
50 3.3 78 PS
51 3.3 79 0
52 0 80 0
53 1.63 81 NC
54 1.65 82 0
55 3.3 83 3.25
56 1.65 84 3.25
57 0 85 0
58 1.63 86 NC
59 0 87 NC
60 4.96/0 88 0
61 0 89 0/PS
62 0 90 0/PS
63 4.96/PS 91 0
64 0 92 0
65 4.9 93 0
66 4.9/PS 94 0
67 0/PS 95 0
68 3.25 96 0
69 3.25 97 0
70 0 98 0
71 NC 99 0
72 NC 100 3.25
73 NC

TUNER/CD

Others/RESET

Others/at pushing Key

Others/at pushing Key
Others/at pushing Key

CDA-9835R

TUNER/CD
TUNER/CD

IC301
1080
2090
3 0 10 0
4 8.47 11 -7.94
5 0 12 0
6 0 13 0
7 0 14 0

IC302
1 0 14 3.5
2 0 15 3.5
3 6.9 16 3.52/4.3
4 4.96 17 6.9
5 6.9 18 0
6 14.4/16.8 19 6.9
7 6.9 20 14.4/16.8
8 0 21 6.9
9 6.9 22 8.28

10 8.5/10
11 3.5 24 0
12 3.5 25 14.4/16.8
13 0

TUNER/CD

UNER/CD 23 6.9

TUNER/CD

TUNER/CD

TUNER/CD