SHARP 29RA10, 29RX10, 29RX5, 29RX8, SX80H9S Service manual & schematics

CX-80HI

SHARP

SERVICE MANUAL

S28MSCX-80H6/

28 SYSTEM

COLOUR TELEVISION

Chassis No.

SP-71

MODEL

In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its

original condition and only parts identical to those specified should be used.

r

ELECTRICAL SPECIFICATIONS

IMPOTANT SERVICE NOTES

ADJUSTMENT PRECAUTIONS SERVICE ADJUSTMENT TROUBLE SHOOTING TABLE CHASSIS LAYOUT PRINTED WIRING BOARD ASSEMBLIES SCHEMATIC DIAGRAMS AND

WAVEFORMS OVERALL BLOCK DIAGRAM REPLACEMENT PARTS LIST

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.*..*..............................*......................*..........................,......,.........................................

. . . . .

. . . .

..*.....*.......................*.................*....................................................*...............

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . .

..*............................................................................................................

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

CONTENTS

..**.......*................................................................................

..*..................................................*...........................

. . . .

..*.................................................................*......................

..*.*................*..................................*..........................................

..*.....................................................................

CX-8OH6

Page

..*......................*..........................................

..*...........................................................

2 2

3

7

15 21 23

29 47 49

WARNING

The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power receptacle, when servicing this chassis. To prevent electric shock, do not remove cover. No user- serviceable parts inside. Refer servicing to qualified service personnel.

SHARP CORPORATION

ELECTRICAL SPECIFICATIONS

Power Input

Power Consumption Convergence Focus

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sweep Deflection Intermediate Frequency

Picture IF Carrier Sound IF Carrier

6.5

MHz

6.0

MHz

5.5

MHz

4.5

MHz

Colour Sub-Carrier

PAUNTSC SECAM

NTSC

Audio Power Output Rating Speaker

Size

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Voice Aerial Input lnpedance Receiving Channels

PAL-B/G, SECAM-B/G

VHF UHF

CATV

PAL-D/K.

VHF

h)

UHF

PAL-l.

VHF

UHF

NTSC-M

VHF . UHF

CATV

Receiving Frequency

VHF Low .

VHF High....

UHF

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431.25

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

-

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Coil

Impedance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

SECAM-D/K

. . . . 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

SECAM-I

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

x 9 cm

Eliptic

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

16 ohm at 400 Hz, 8 ohm at 400 Hz, 5 ohm at 400Hz (Woofer Box)

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

xl, 10

. . . . . . . . .

AC

220-24OV,

Bi-Potential, Uni-Potential Electroslatic

4W x1

cm

Self

.......................

+ 8W x2

x

Round

................. E2

............... E21

............... Rl

.................

(IRELAND):

(U.K.,H.K.):

,i~;u~: &pJlJ~i

(US)!

(JAPAN):

......................

........

+ 13W

~-PCS.,

.............

50Hz

...............

Convergence

..............

.........-

................

34.47

34.494t34.65

35.32

total

33W

1

Ocm

Woofer Box

75

ohm

Unbalanced

thru thru

X

thruZ + 2,

Sl

thru S41

thru

Cl

thru Cl2

21

thru

C21 thru C57

A

thru

21

thru

2

thru

1

thru

14

thru

13

thru

A-6 thru

A

thru W+29

Cl3 thru C63

Magnetic

38.9 MHz

32.4

32.9 MHz

33.4

34.4

69,

J

69

13

12 69 62

A-l

(Auto)

230W

System

MHz MHz

(Max)

El2 E69

R12,

IMPOTANT SERVICE NOTES

Maintenance and repair of this receiver should be done by qualified service

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

When servicing the high voltage system, remove static charge from it by connecting a 1 Ok ohm Resistor in series with an insulated wire (such as a test probe) between picture tube dag and cord ahould be disconnected from AC outlet.)

1. Picture tube in this receiver employs integral implosion protection.

2.

3. Do not lift picture tube by the neck.

4. Handle the picture tube only when wearing shatterproof goggles and after dis-

X-RAY

This receiver is designed so that any X-Ray radiation is kept to an absolute minimum. Since certain malfunctions or servicing many produce potentially hazardous radiation with prolonged exposure at close range, the following precautions should be observed:

1. When repairing the circuit, be sure not to increase the high voltage to more than

2. To keep the set in a normal operation, be sure to make it function on 30.5 + 1.5kV

3. Do not substitute a picture tube with unauthorized types and/or brands which

peronnel

Replace with tube of the same type number for continued safety.

charging the high voltage completely.

35.0 kV (at beam (at beam 2.0

above mentioned high voltage.

:.If

there is a possibility that the high voltage fluctuates as a result of repairs,

never forget to check for such high voltage after the work.

may cause excess X-Ray radiation.

only.

OpA)

for the set.

mA)

in the case of the set. The set has been factory-Adjusted to the

BEFORE RETURNING THE RECEIVER

.._.....

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

44.25 MHz

147.25MHz thru

thru

MHz thru

140.25 MHz

423.25 MHz

863.25 MHz

Before returning the receiver to the user, perform the following safety checks.

1.

Inspect all lead dress to make certain that the leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the receiver.

2. Inspect all protective device such as non-metallic control knobs, insulating fishpapers, cabinet backs, adjustment and compartment covers or shields, isolation resistor- capacity networks, mechanical insulators etc.

2nd

anode lead. (AC line

ISpecifications are subject to change without notice.

E2

1

E3

ADJUSTMENT PRECAUTIONS

This model’s settings are adjusted in two different ways: through the manner. The adjustment via

12C

bus control include present-only variable data.

1) Calling the service mode by the microprocessor

@

Make a short-circuit between TPlOOi and TP1002, and the microprocessor is put in the service mode (adjust-

ment through the 1% bus control).

@

Perss

the

@

Perss the CH-UP key on the remote controller to get ready to select the modes in order opposite to the

step

@

Using the VOL UR keys on the remote controller, the data can be converted.

@ Remove the short-circuit between

mode.

CH-DOWN

0.

key on the remote contrc:er to get ready to select the modes one by one.

TPlOOl

and

TP1002,

2) Setting the initial (preset) values

@Call up the service mode and turn on the main power switch. A new

be automatically set to the initial data.

@

The initial data are as shown on pages 6,9,10 and 11.

@

Note that some items of the data must be modified and the others must stay as initial.

NOTE:

After the chassis has been assembled, be sure to call up the service mode first and then turn on the main power switch, as discussed in

FPROM

initialized, an excess beam current may flow into the circuitry.

2-a

above. If the main power switch is turned on without the

I’C

bus control and in the conventional analog

and the microprocessor is put out of the service

E?ROM

(judged by the first 4 bytes) can

avove

n

SERVICE MODE

(1) Press the specific keys to change the mode as follows.

PIP ADJUST mode

50Hz ADJUST mode

---I

__+

V-AMP

S-CORRECT

50Hz

(V-AMPS)

t

V-LINE

50Hz

(V-LIN5)

t

(V-SCORS)

t

V-PHASE

H-PHASE 50Hz

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

l

50Hz

(V-PHSS)

t

(H-PHS5)

t

H-SIZE

50Hz

(V-SIZE5)

The characters in parentheses appear on the

on-screen display.

SPECIAL PICTURE mod

I+

H-COMPENSATION

V-COMPENSATION

50Hz

TRAP

EW-CORNER

(E/W’-COR)

1

CORRECTION

+ EW-PARABOLA

(E/W PAR)

(H-COM)

t

(V-COM)

ZIUM

t

(TRAPE)

+

4

(V-jCOR)

4

V-BIAS

(V-BIAS)

+

COLOUR ADJUST mode

60Hz ADJUST mode

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

COLOUR ADJUSTmode

-b

BELL FILTER (SCM BELL)

SECAM R-Y (SCM R-Y)

SECAM B-Y (SCM B-Y)

CHROMA GATE PULSE (SCM

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

+

SUB-CONTRAST (SUB CON)

SUB-BRIGHT (SUB

SUB-COLOUR (SUB

SUB-TINT (SUB TIN)

SUB-SHARPNESS (SUB

SUB-VOLUME (SUB

SUB-ADJUST mode

t

GP) +

BRI)

COL)

SHP)

VOL) +

E4

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

E5

I A

60Hz ADJUST mode

-+

V-AMP

6OHt (V-AMPG)

+

V-LINE

60Hz(V-LIN6)

S-CORRECT

V-PHASE

H-PHASE

H-SIZE

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

PIP ADJUST mode

I__+

SUB V-PULSE DELAY

SUB H-PULSE DELAY

MAIN V-PULSE DELAY (VSPDLY)

+

GOHz(V-SCORG)

+

GOHz(V-PHSG)

+

60Hz(H-PHS6)

+

60Hz (V-SIZEG) --+

H-POSITION

V-POSITION

PIP SUB TINT (PIP-TINT)

(H-POS)

+

(V-POS)

+

(VSIDLY)

+

50Hz (HSIDLYS)

+

60Hz (HSIDLYG)

+

__+ BS DET SRT

8 MHz f

RESPONCE (RS)

SRT TRAC (RTC)

V/C/J BS (BS)

NICAM

ERROR AUTO

V-ENHANCEMENT LEVEL

COLOUR

PLL

BANDPASS FILTR (CBPF)

1 LINE DOT IMPROVEMENT

CORING (CORING)

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

HA/

FRAME WIDTH

FRAME COLOUR

FRAME LUMINANCE

TIME CONSTANT

Y-DELAY

Y-DELAY PAL

4

NTSC (YDLYN)

4

POINT (LEVEL)

+

+ +

(N-AMIDIS)

+

(YDLYP)

(V-ENH)

(FRM)

(UFC)

(YFC)

(PLLTC)

(LD)

__,

0O:lO 00:28

IRE -

IRE -1

MIN

MAX

0 -7

MIN

MAX

0 -7

ON/OFF

O/l

ON/OFF

O/l

MIN

MAX

0 - 7

ON/OFF

O/l

ON/OFF

O/l

ON/OFF

O/l

11:40

l:i’

IRE

BS

IRE SRT

b

Use the following keys in the service mode to select desired items directly.

CONT-UP CUTOFF CONT-DOWN :EW-PAR COL-UP BRI-UP V-SCOR* BRI-DOWN

TINT-UP

SHP-UP SCM-BELL SHP-DOWN TRBL-UP

BASS-UP SUB-BRI

UBASS-UP SUB-VOL UBASS-DOWN : SURR-UP TXT-CONT BAL-LEFT

FINE-UP

The asterisked (*-marked) items are selected for the 50 Hz and 60 Hz modes according to the main

50160 settings.

V-AMP

H-PHS’

SCM-BY

PIP

H-POS BAL-RIGHT

PIP TINT

COL-DOWN

TINT-DOWN :

TRBL-DOWN :SUB-CON

BASS-DOWN :

SURR-DOWN

FINE-DOWN :

:

V-LIN* V-PHS”

H-SIZE’

SCM-RY

SUN-TINT

s-SYS TXT-BRI

PIP v-POS

OSD-HR

I

In the direction of allow: CH DOWN key In the opposite direction: CH UP key

SELECT PHASE

E6

4

(SELDLY)

E7

(2)l In going to the service mode, read the data at addresses

from the one below, initialize the EEPROM as follows.

OOH:50H

[Adjusting items]

01 H:80H

OOH

thru 03H on the EEPROM. If the data is different

02H:30H

04H:13H

No.

1

44 j B.S.

POINT2

Setting item

1 BSP2

display1 IC [

j

VCDl j B.S.

Data settingIon-screen

POINT2

1

Initial value

I

6

No.

1

CUT OFF ADJ. 2 V-AMPLITUDE 3 V-LINEARITY 4

V-S CORRECTION 5 V-PHASE 6 H-PHASE 7 H-SIZE 8

EW-PARABOLA ADJ.

9

V-BIAS

10

V-jCORRECTION

11EW-CORNER ADJ. 12

TRAPEZIUM

13

v-

s

14 H-COMPENSATION 15 BELL FILTER 16

SECAM

17

SECAM

18

SECAM

19

SECAM CHROMA

20

SECAM

21 FLESH COLOUR SETTING 22

SRT

\

23 WHITE PEEK DETECT LEVI 24 WHITE PEEK DETECT CURRENT 25 HI-BRIGHT COLOUR SETTING 26 Y-y 27

COLOUR-yADJ.

28 COLOUR DETAIL SETTING

29

GP-PHASE ADJ.

30 R-Y PHASEADJ.

31

R-Y PHASE

1

32 j R-Y GAIN

I

33 ] G-Y GAIN

34 ’

-‘-

]

PIN ID SENSITIVITY

35

1YDELAY ADJ.

36

VM-PHASE ADJ.

37 S-TRACKING 38

1

H-BLK PULSE

39

DC-TRANS

40

DC-TRANS

41

DC-TRANS

42

B.S.P.

43 B.S.

Setting item

(50Hz) ADJ.

(50Hz) ADJ. (50Hz) ADJ.

(50Hz) ADJ.

I

OMPENSATION

ADJ.

R-Y

ADJ.

B-Y

ADJ.

GATE PULSE

ID SETTING

MODE SETTING

ADJ.

.-

--. -- .

LIMIT

POINT1

ADJ. (NTSC) ADJ. ADJ.

ADJ.

POINT RATE

LIMIT

ATT

ADJ.

(5OHz)

ADJ.

SETTING

ADJ.

:L j WPDL

On-screen

$J=RVIPF

CUT1

OFF BKGD

V-AMP5 V-LIN5

V-S COR5

V-PHS5 H-PHS5

H-SIZES

EiW

PAR

V-VIAS PDC

1 V-jCOR 1 EiW COR -rm 1

TRAPE

1 V-COM

H-COM

SCM BELL SCM R-Y SCM B-Y SCM

GP SECAM SGP

SCM ATT

SCM ID FLESH

SRT-MD

I

WPDC HIBRT Y-GMMA C-GMMA CDE GP-PHS RY-PHS RY-PHSNT RY-GAIN GY-GAIN

1

PN-ID

1

Y-DLY j VM-PHS 1 STRAC

1

HBLK DCT-P

DCT-R DCT-L BSPL BSPl

display/ IC 1

I I

t PDC ]

1 1 PDC 1

1 SECAM 1

I

I I -.

j

VCDl j

1 1 j

VCDl

1

j

VCDl j DC-T

]

VCDl j

Data setting01

I

%

PDC V-AMPLITUDE

V-LINEARITY

PDC PDC

V-S CORRECTION

VCDl V-PHASE VCDl H-PHASE

PDC H-SIZE PDC

EW-PARABOLA

V-BIAS V-kORRECTION

.

~_-

EW-CORNER

PDC1TRAPEZIUM

V-COMPENSATION

PDC H-COMPENSATION 4

SECAM

BELL FILTER

R-Y

SECAM I

B-Y

SECAM

C-ATT

SECAM ID-SENS

VCDl FLESH VCDl

SRT-MD WPDL

VCDl

WP-DET

VCDl

HI-BRT

VCDl Y-y VCDl COLOUR-y VCDl

CDE

VCDl

GP-PHASE

VCDl R-Y PHASE VCDl R-Y PHASE VCDl R-Y GAIN VCDl G-Y GAIN

/CD1 P/N-ID

\

VCDl1Y-DLY

VM-PHS

VCD 1S-TRAC

VCDl

H-BLK

DC-TRANS

VCDl

DC-TRANS

VCDl j

B.S.P.

VCDl 1 B.S.

. .

..- -..-._

-.-

RANS

RATE

LIMIT

POINT1

~

POINT

LIMIT

Initial value

I

1

I

1

x.

73 22

17 42 33

In

30

120

9 7

5

.-

5

6

81 81

0 0 0

I 0

I

0

1

2

I

0 1 1 0 2

1

01

0 0

0 2 6 0 0 5

611TONE 621TXT-CONTRAST ADJ. TXT-CONT 63 64 V-AMPLITUDE

65 V-LINEARITY

66 67 V-PHASE 68 H-PHASE

69 H-SIZE 70

71 72 73 74

75 NICAM 76 V-ENHANCEMENT

_

77 COLOUR BAND

781 LINE DOT IMPROVEMENT 79 CORING 80 PIP H-DISPLAY POSITION 81 PIP V-DISPLAY POSITION 82 PIP SUB TINT

, 83 PIP V-POSITION

84 PIP H-POSITION 85 PIP H-POSITION 86 PIP DISPLAY 87 88 PIP Y-DELAY (PAL) 89 PIP Y-DELAY

FILTERADJ.

TXT-BRIGHTNESS ADJ.

V-S CORRECTION (60Hz) ADJ.

PLL

MODE SETTING

IGR

LEVELADJ.

IGR NICAM ERROR RATE (MAX) N-ERR MAX NICAM NICAM

PIP

SEL ADJ.

(60Hz) ADJ.

(60Hz) ADJ. V-LIN6

(60Hz) ADJ.

(60Hz) ADJ. H-PHS6

(60Hz) ADJ.

ERROR RATE ERROR

(MIN) N-ERR MIN

(50Hz) (60Hz)

ADJ. VSPDLY PIP

(NTSC) YDLYN PIP

S-FIL

TXT-BRI V-AMP6

v-s

COR6 PDC V-S CORRECTION

V-PHS6

H-SIZE6 PDC PLL IGR-LVL IGR LEVEL 4 IGR-ST

N-AMDIS

V-ENH CBPF DCF CBPF LD

CORING DCF

H-POS v-POS

PIP-TINT

VSIDLYS HSIDLY5 HSIDLYG

SELDLY YDLYP PIP YDEL

1

S-CTRL FILTER

1

VCDl

TXT-CONTRAST

VCDl

TXT-BRIGHTNESS 90

V-AMPLITUDE

PDC PDC

V-LINEARITY

VCDl V-PHASE VCDl H-PHASE

H-SIZE

PLLl/2

TEST

IGR STEREO

ERR-MAX

NICAM NICAM

,

ERR-MIN 35 AMDIS

DCF VENH

LD

DCF

COR

t

PIP POS-H2,POS-H PIP

POS-v

VCD2

TINT

PIP

VSIDEL

PIP

VSIDEL

PIP

VSIDEL VSPDEL

PIP

SELDEL

YDEL

0

50

73 22

9

3 21 41

4

24 70

0

4

0

0 16 16 35

IO

3

2

0 2 0 0

E6

E9

‘For 60 Hz data, enter the following values in the data set for 50 Ht.

1

H-SIZE

ADJ.

INITIAL CHANNEL SELECTION DATA SETTINGS

n

1) Call up the service mode. Enter MCLl to make the settings of the channel selection data on the EEPROM (see the next page). Then select the channel

I

1

-1

POSl.

Factory settings and geomagnetic adjustment model by model

(reference)

Geomagnetism (H,V) nT

-50000 20000

Background

12300K ENGLISH

Language

s-sys

BIG

FACTRY SE-tTlNGS

1) Using the keys, make the following factory settings on the EEPROM. ITEM DATA SETTING

SKIP OFF

AFT

C-SYSTEM AUTO S-SYSTEM

IGR FORCED FM IGR

MODE

NICAM FORCED FM

NICAM

MODE LAST POWER

LAST TV/AV

DIGIT 2DIG LANGUAGE

BULE

AV

AUTO SELECT

LAST POS (MAIN/SUB)

LAST FB POS

VOLUME BALANCE

CONTRAST

COLOUR BRIGHTNESS INITIAL VALUE OF EACH AV MENU MODE

TINT INITIAL VALUE OF EACH AV MENU MODE

SHARPNESS

YNR INITIAL VALUE OF EACH AV MENU MODE BKGD

TREBLE INITIAL VALUE OF EACH AV MENU MODE BASS INITIAL VALUE OF EACH AV MENU MODE U-BASS

SPATIALIZER

TIMER CLEAR SAVE

HEAD PHONE AUTO (LEVEL: CENTER) INSET TINT DEMO PIP DISPLAY POSITION

(MAIN/SUB)

BACK

MENU

ON

B/G N.A. N.A. N.A. N.A.

ON TV

ENGLISH ON STANDARD OFF

1 1 0

-0

INITIAL VALUE OF EACH AV MENU MODE

AV

MENU: STANDARD ON @ LEVEL 0

OTHER AV MENU INITIAL VALUE

OFF

0 OFF LOWER RIGHT

E 10

El1

SERVICE ADJUSTMENT

W

PIF/AFT/AGC ADJUSTMENT

n PIFlAFTIAGC ADJUSTMENT

1.

TUNER

1.

Get the tuner ready to receive the E-9CH signal,but with no signal input. Adjust PLL data.

2.

Connect the sweep generators output cable to the tuner antenna. (RF sweep)

3. Adjust the sweep generator’s output level to

8OdBpV.

4.

Connect the responce lead (use a low-impedance probe with wave detector; see Fig.7.) to the tuner’s IF output terminal. (This terminal must have the probe alone con-

netted.)

5.

Set the RF

with waveform.

6.

Adjust the tuner IF coil to obtain the waveform as shown in Fig.2.

Note: Be sure to keep the tuner cover in position dur-

ing this adjustment.

2. VCO ADJUSTMENT:

1. Disconnect the antenna from the tuner antenna terminal.

2. Apply DC voltage at pin (4) (IF

3. Using a digital voltmeter, measure the DC voltage at pin (20)

4. Remove the DC voltage from pin (4) of

5. Reconnect the antenna and receive the

6. Connect the DC digital voltmeter to pin (20) if

IFT

(preset) ADJUSTMENT:

AGC

voltage to

6.0

+O.l

V

TP202 (TP102)

TP203 (TP103):About 0.007 V corresponds to 10 kHz.

l

Prepare a digital voltmeter capable of reading down to the third decimal place.

224.25 MHz.) measured in the above step

Allowable error:

f0.015

0-6V

with no contact

T203

ACC)

0.

V (20 kHz)

(T103)

of

IC201 (IClOl).

IC201 (IVIOl).

E-12CH

TU201 (TUIOI)

IF-GUT

1

ooop

4

(PLL FIL)

signal. (With the AFT off, set the receiving frequency to

IC201 (IClOl).

Adjust

ESCH

Fig. 2.

of

T203

Fig. 1.

IC201

(IClOl).

(

T103)

to get the voltage

1 OkR

t

3. AFT ADJUSTMENT: TP204(T104)

1.

Receive the E-12CH signal is not available, any signal above the E-5CH

band is acceptable. *Field strength: Make sure the frequency is almost the same as that of the received channel (& 30

2.

Using the channel setting control, make a frequency of 224.25 MHz appear on the screen. (AFT any other channel than E-i 2CH is received, make its frequency on the screen.)

3. Turn

T204 (T104)

reading and then counterclockwise to get 0.2 V reading. Within this range, adjust this coil to reach the voltage below.

4.

Adjust

T204 (T104)

AFT OUT terminal - pin (1) of

f

0.2

V. (See Fig. 3.)

4. RF AGC CUT-IN ADJUSTMENT:

1.

Receive the E-12CH “PAL COLOUR BAR” signal.

l Field strength: 57

2. Connect the oscilloscope to

Fia. 4.

l “Bias box:

3.

Turn

R226 (R116)

4. Turn

R226 (R116)

until1

the voltage goes down 0.1 V below the high-

est level.

5.

Adjust the signal level to 63-67 dBpV and make sure

there are no noise.

6.

Now adjust the signal level to 90-95 sure there is no chrominance modulation beat.

Note: If a 50 ohm field strength meter is used without

a 50/75 impedance Converter, set the field

strength to 55 zk 1 dBpV. Pay attention to a loss

that would be cause with the converter.

(PALcolour

55-80

coil clockwise first to have

so that the DC voltage at the

About 6.5V

to have the highest voltage.

slowly in the

dBuV

rt

1

dBpV

lC201 (IClOl)

bar) signal. If this

kHz).

be 3.3

(75 ohms open)

P201,

as shown in

oppsite

direction

dBpV

and make

off)(lf

6V

R226

DC voltage at

6V

3.3v

DOWN

l

Turn the core counterclockwise for the UP direction, and clockwise for the DOWN direction. Adjust the T204 core to point B (between

8’ and B”). Point A and C are rejectable.

(R116)

Oscilloscope

Bias box

TP201

A

. B’ B B” C UP

5. VIDEO DETECTION LEVEL ADJUSTMENT: R224

1. Receive the “B/G SYSTEM PAL COLOUR BAR” signal (100% white

2.

Adjust

R224

so that the video output at the AV OUT terminal be 1 .O rt 0.05 Vp-p with a

colour

Fig. 3.

bar).

Ste

the S system to B/G.

N

75-ohm

Set

termination.

El2

El3

n

DIGITAL COMB FILTER Y LEVEL ADJUSTMENT

n NTSC

CHROMA

ADJUSTMENT

1. DIGITAL COMB FILTER Y LEVEL ADJUSTMENT: R5467

1. Input the PAL colour bar (100% white colour bar) signal to (input level 1.0 Vp-p f+

2. Connect the oscilloscope to TP5462 (connector YA pin (7)).

3. Adjust R5467 so that the Y signal (100% white) at TP5462 be 2.0 f O.iVp-p.

Note: Make sure that the signal is linearly amplified overall. (The 100% portion should be kept

intact.)

<Reference> Note the voltage level for the adjustment with the E-l 2CH signal. To be adjusted to 2.0 Vp-p at TP5462

l

Make sure the above value is available after the adjustment No. 5.

Input

(YE!)

Output (YA) (7):

n PAL

(2):

CHROMA

O.OSVp-p).

2.0 v f 0.1 vp-p

2.0 V f 0.1

Vp-p

ADJUSTMENT

AV-IN

terminal with a 75 ohm termination

1. SUB-COLOUR ADJUSTMENT

(12C

bus

aD

1.

adiustment,

Receive

E-72CH

IO:1

“PAL

probe.)

2.

Using the remote controller, call the Video Normal

mode.

3.

Connect the oscilloscope to TP852 (RED cathode).

(Use a *Range: *Sweep time: 20psec/div.

4.

Using the remote controller, call the sub-colour ad-

justment mode. Adjust the

the 75% white and red portions of the PAL colour bar be at the same level. See

co&r

2Vldiv.

main

bar”

sighal.

sub-colour

Fig.%

Dicture)

’

data so that

V

75%

whlte

and red to be.

ng.

9.

1. SUB-TINT ADJUSTMENT (main picture,

1.

Call the sub-tint adjustment

8CH “NTSC COLOUR BAR” signal.

2.

,CROan,;;t

*Sweep time: (Use a

1O:l

Adjust the sub-tint data to obtain the waveform as

3. shown in Fig. Clear the adjustment mode.

4.

Note: TP806

n SECAM

12C

bus adjustment, inset picture)

mode.Rceive

the oscilloscope to TP806 (B-Y)

. . . .

20mV/dtv.(AC) 20psec/div.

probe.)

IO.

55pin

..ICBOl

CHROMA

ADJUSTMENT

the

JA-

1. BELL FILTER fo ADJUSTMENT

(12C

bus adjustment)

1.

Receive the 01-5CH “SECAM COLOUR BAR” signal.

Call the bell filter fo adiustment mode. Connect the oscilloscope to pin

IC901.

*Range: 1 *Sweep time: 20psec/div.

4.

Adjust the bell filter data to have a waveform, the shape of

whitch

OmV/div.

closest to the

(21)(TP901)

Fig.77.

of

To be

F/g. 11.

2. SECAM BLACK LEVEL (R-Y/B-Y) ADJUSTMENT

(12C

bus adjustment)

1.

Receive the 01-5CH “SECAM COLOUR BAR” sig-

nal.

2.

Call the SECAM black level adjustment R-Y mode.

3.

Connect the oscilloscope to pin

OUT,TPBOl)

*Range: 1 *Sweep time: 20psec/div. (Use a

4.

Adjust the R-Y data so that the offset between the no-signal and the signal tine be minimum.See

Fig. 12.

5.

Call the SECAM black level adjustment B-Y mode.

6.

Reconnect the oscilloscope to pin (10) (B-Y OUT,

TP802)

step 3 above.

7.

Adjust the B-Y data so that the offset between the no-signal and the signal line be minimum.See

Fig. 12.

of

IC901.

OmV/div.

1O:l

probe.)

of

IC901.

Take the same conditions as in

(ll)(R-Y

*

at

the same levbel

E 14

E

15

PIP (SUB-SCREEN) ADJUSTMENT (on the actual TV set)

n

1. PIP Y LEVEL ADJUSTMENT:

1. Receive

2. Connect the oscilloscope to

3.

Note: The level difference between the pedestal

E-12CH

the main and PIP. the main unit.

Adjust PIP and that in the main screen be at the same level. (See

Fig.5.)

l Adjustment error: 0

and that 100% white portion should be

O.Ivp-p

“PAL COLOUR BAR” signal for

TP805(PI

R4938

so that the 100% white portion in the

f

0.02 V.

or so.

R4938

(16)) on

(on P-in-P unit)

Main 100% ,/

u

Fig.

H : Horizontal sync V : 0.1

V/div.

Sub 100%

5.

(reading)

white

To be at the same level

r

Ll

PIP (SUB-SCREEN) ADJUSTMENT (on the actual TV set)

n

3. PIP SUB-TINT ADJUSTMENT (busu adjustment)

1. Receive

2.

3.

4.

Note:

J-8CH “NTSC colour

main and PIP.

Connect the oscilloscope to

main unit. Vary the PIP sub-tint data to get the waveform as shown in

fia.7.

Clear the

Note that this waveform is different from that of the main-screen

sdTustment

bar” signal for the

TP803 (Pl(2))

mode.

s&tint.

on the

Sub-screen (B-Y)

l-l

.- -

--

-

t

_-_-

-A,

W

Y

Lm

___-

CY G

Adj.

T

- -

-- --

&I

R

Fig. 7.

2. PIP SUB-COLOUR ADJUSTMENT:

1. Receive

2.

3.

E-12CH

“PAL

colour

main and PIP. Connect the oscilloscope to TP804 (Pl(14)) on the

main unit. Adjust R4952 so that the R-Y red portion in the PIP

and that in the main screen be at the same

level.(See Fig.6.)

bar” signal for the

R4952

(on P-in-P)

, Sub R - Y red

Fig. 6.

H : Horizontal sync V : 0.1 V/div. (reading)

To be at the

same level

n SOUND ADJUSTMENT

1. SUB SOUND ADJUSTMENT (BUS ADJUSTMENT)

1.

Feed the following signal to the AV

2. Set the volume

3. Connect the

4.

Adiust

the sub-sound data so that the

Adjustment error: 8.0 f 0.1

Notes:

l

Spatializer

In the S-Normal mode

l

S-VOL control at MAX position

l

‘Use an

off

8-ohm

control

to MAX.

VTVM

probe to the Sl connector. (Pin 0:

dummy load.

2. NOISE MUTE CHECKING

1. Receive

2. Turn up the volume control to maximum and make sure the sound is heard from the

3. Be sure that the sound mute is effective.

4. Finally turn down the volume control minimum.

E-12CH

“PAL

colour

unit in the no-signal state.

terminalSignal:

Vrms

bar” signal.

1 kHz, 1.76 Vp-p (terminated with a 1 0-kohm impedance),

L-ch,

pin 0:

VTVM

should read the following voltage. For the

GND,

pin 0:

R-ch)

left channel.

speakers.Then

put the

E 16

E 17

n PURITY ADJUSTMENT

F

1. Using the remote controller, call the green-only

screen.Set

rent of 1.9 mA.

2.

Fully degauss the cathode ray tube with the degauss-

ing coil.

Note: The magnetic field adjustment is referred to in the Production Communication Sheet. See the tin

s table for the magnetic field.

‘9

3.

Set the purity magnet to the zero magnetic field, and

roughly adjust the convergence. Now adjust the pu-

rity magnet to get the centering rank A.

4.

Move the deflection yoke to and fro, and observe the points

“a” and Set the landings to 20 urn. Insert and drive the wedge to keep the deflection yoke well balanced top and bottom.

4’.

If the points “a” and

centering up to tha rank AB.

5.

Adjust the raster rotation to 0 eastward.

6.

Tighten the deflection coil

106+2ON(ll+2kgf)

7.

Check the comers on the cathode ray tuba screen. Correct the landings, as required, to the rank A by applying the

magnetic sheet. Note: Make this adjustment after warming up the unit at the beam current of 1900 +50 If any other adjustment is made during the warming-up, warm up the unit for 2 more minutes and start the purity adjustment. Note: Call the service mode with press the single-color key on the process remote controller, and the green-color screen comes up. Note: After adjusting the convergence, set the “a” and “b”

s

landings to 20

the contrast control to have a beam cur-

“b”

as shown in

.

urn

Fig.

“b”

are poorly balanced,

kx& screws.Tghtening

in advance.

l-l with a microscope.

@for

30 minutes or longer.

TPlOOl (TP1002)

factorv set-

*

correct

the

torque:

and

Fig. A

A

=B

Rank “A” (on the -Rank “A” (on the right of the CRT)

l

Hold down the single - color key for 1 seconds or longer, whether in the service mode or not, and the single

colour mode is called up. Also with the text keys “R” ,

and

“Cy”, LIP.

l l : The deflection yoke position (YPB.is adjusted by set- ting the

[20-pm

the corresponding single-color screen comes

=a”

and “b” landings.

point]

left of the CRT)

“G”

n CONVERGENCE ADJUSTMENT

(To be done after the purity adjustment)

“iv

ROB

Fig. b

Fig. d

R

G

0

BGR

Fig. a

Fig. c

Wedge

-

1. Receive the EQCH “CROSSHATCH PATTERN” signal.

2. Using the remote controller, call the Normal mode. STATIC CONVERGENCE

1.

Turn the 4-pole magnet to a proper opening angle in order to superimpose the blue and red

2.

Turn the 6-pole magnet to a proper opening angle in order to superimpose the green blue and red ones.

Adiust the convergence on the fringes of the screen

in ihe folloeing steps. Fig. a:

Drive the wedge at point “a” and swing

the deflection coil upward.

Fig. b: Drive the wedge at points “b” and

swing the deflection coil downward.

Fig. c:Drive the

a

Fig. d: Drive the

d)

2.

Fix all the wedges on the CRT and apply glass tape over them.

3.

Apply lacquer to the deflection yoke lock screw, magnet unit (purity, 4-pole and g-pole magnets) and magnet unit lock screw.

“c”wedge

deflection coil rightward.

deflection coil leftward.

deeper and swing the

“b’wedge

deeper and swing the

colour

colours.

over the

“c”

and

8

ii

L

2. SURROUNDING PURITY ADJUSTMENT

1. Make sure the deflection yoke deflection yoke to roughly adjust the YH and

2. Call up the green-only screen, and set the beam current to 1900

3. With BH at 0 and BV as specified by the Production Communication Sheet, make sure the landings at the corners are of rank A. If not, apply a purity correction magnet and readjust the landings. The magnetic field adjustment is referred to in the Production Communication Sheet.

(YPB)

is positioned well. Receive the crosshatch signal and move the

YV.

(Fix the deflection yoke with the wedge within 30 seconds.)

E

10

pA.

/

4-pble

magnet

b-pole

/

magnet

E 19

n CRT CUT-OFF, BACKGROUND AND SUB-CONTRAST

ADJUSTMENT

1.

CRT CUT-OFF ADJUSTMENTS

Adjusting Point

n

Sub-Brightness: R690

1.

Receive

EdCH

2.

Using the remote controller, call up the P-NORM mode.

3.

Turn on the service switch and select the cut-off/ background mode.

4.

Connect the oscilloscope to TP652 (RED cathode).

5.

Set the screen control to O/l 0 position.

6. Press the the horizontal centering mode.

7. Adjust the sub-brightness control the blanking pulse on the oscilloscope screen be

10 f lVp-p.

6.

Disconnect the oscilloscope from TP652.

-

9.

Turn the screen control counterclockwise until the horizontal raster appears.

10. Adjust the cut-off data of the other two colours until the horizontal raster becomes whitish.

Note: The data can be turned up and down with the above keys.

l

R

CUT OFF UP

l

R

CUT OFF DOWN

l

G CUT OFF UP “2” key

11. Turn the screen control counterclockwise until the horizontal raster disappears.

Note:Before starting this adjustment, warm up the unit for 30 minutes or longer at a beam current of 1988

f SO/IA.

12.Press the

2. WHITE BALANCE and BACKGROUND

1. Receive the

2.

Using the remote controller, call the Video Normal mode.

3.

Connect the beam ammeter between

4.

Roughly adjust

5.

Receive the J-12CH (window pattern) signal. (Or receive the white balance pattern signal.)

6.

Adjust the G-drive and B-drive data to have a colour temperature of 12300*K (white).

l

123000K”

(with a

Minolta c&ur tt$l$ure

Note:The data can be turned up and down with the above keys.

. G-DRIVE UP

l G-DRIVE DOWN

7.

Using the R-CUT OFF, G-CUT OFF, and B-CUT OFF controls, adjust the white/dark portion to 12,300”K.

6.

Readjust the color temperature at the white peak.

9.

Check the white/dark portion to make sure the colour temperature is 12,300”K.

Note:Befora starting this adjustment, warm up the unit for 30 minutes or longer at a beam current of 1999

+

5OuA.

‘The Colour temperature is reffered to in the factory setting table.

“MONOSCOPE PATTERN” signal.

“*/w”

key on the remote controller to reach

(R890)

so that

“1”

key l G CUT OFF DOWN

“4”

key . B CUT OFF UP

“+”

key on the remote controller to call the normal mode.

E-5CH

“MONOSCOPE PATTERN” signal.

R1631

(sub-contrast control) to have a beam current of about 1.9

X:

0.272

“7”

key l B-DRIVE UP “8” key

“0”

key

l B CUT OFF DOWN “6” key

TP601

and TP602.

meter

CA-100)

l B-DRIVE DOWN

“3”

key

“0”

-

“5”

key

12C

BUS ADJUSTMENT

key

r

mA.

t

10f lVp-p

+

n CRT CUT-OFF, BACKGROUND AND SUB-CONTRAST

ADJUSTMENT (Continued)

3. MAX BEAM RI631

1. Receive the

2.

Using the remote controller, call the Video Normal mode.

3.

Connect the beam ammeter between TP601 and TP602.

l

Ammeter’s full scale: 3mA

l

Ammeter’s positive (+) read:

l

Ammeter’s negative (-) read:

4.

Adjust RI631 (sub-contrast control) so that the beam current be 2.0 f 0.05

Note: Before starting this adjustment, warm up the unit for 30 minutes or longer at a beam current of 1900

5ojlA.

4. SUBBRIGHTNESS

1.

Receive the JA12CH (window pattern) signal.

2.

Using the remote controller, call up the normal video mode.

3.

With a brightness meter ( with “Y” of CA - 100 ), adjust the brightness control so that the right-hand dark/white portion be

1.6 f 0.3

n

HORIZONTAL AND VERTICAL CIRCUIT ADJUSTMENT

1. MAIN PICTURE ADJUSTMENT

For this items 1 thru 6 below, use the remote controller in the service mode.

1. V-AMPLITUDE 50:

2. V-LINEARITY 50:

3. V-S-CORRECTION 50:

4. V-PHASE 50 (V-CENTER):

5. H-PHASE 50 (H-CENTER):

6. H-SIZE 50:

7. EW-PALABOtA (SIDE-PIN):

6. V-BIAS:

9. V-S-CORRECTION:

10.

EW-CORNER

11. TRAPEZIUM:

12. V-COMPENSATION:

13. H-COMPENSATION:

14. Others:

The signals of the receive channnels in paretheses are follows.

(E-2):Crosshatch

If an error is too much in checking any of the 60Hz items, readjust the item in

E-5CH

“MONOSCOPE PATTERN” signal.

range

TP602 TP601

l*C

BUS ADJUSTMENT

sub-

cd.

Adjust the overscan 6.5% Adjust to get the best linearity. Preset (readjust if the linearity is poor).(lO) Align the screen center with CRT’s geometrical center (E-5) Align the screen center with CRT’s geometrical center (E-5) Adjust the overscan 6.5% Adjust so that the second vertical lines from the left and right ends of the crosshatch pattern be straight Preset (7)

(SUB-SIDEPIN): Adjust so that the end of the crosshatch pattern be straight.

pattern

(50Hz)

Preset (15) Preset (Readjust ifnthe trapezium is poor). (25)

Preset (5) Preset (5) For the V-AMPLITUDE 60, V-LINEARITY 60, V-S-CORRECTION 60, V-PHASE 60,

l-i-PHASEGO,

matically entered when the corresponding 50 Hz mode adjustments are made.

(E-5):Monoscope

and

H-SIZW

pattern

(E-5).

(E-2).

60 adjustment, their corrected data are auto-

(50Hz)

mA.

60Hz

mode

f

E 20

E 21

H

HORIZONTAL AND VERTICAL CIRCUIT ADJUSTMENT

n

PAL

CHROMA ADJU’STMENT

2. FOCUS ADJUSTMENT

1. Receive the

2.

Using the remote controller, call the Video Normal mode.

3.

Adjust the focus control so that the “SHARP” at the upside of the screen.

E-5CH

“MONOSCOPE PATTERN” signal.

n SUB-SCREEN POSITION ADJUSTMENT

1. H-POSITION

(1%

bus adjustment)

The data has been factory-set. If the sub-screens in the four corners are horizontally

malpositioned,

and left margins be the same. For the adjustable range, see the figure at right. The data has been factory-set. If the sub-screens in the four corners are vertically

malpositioned,

bottom margins be the same. For the adjustable range, see the figure at right. The horizontal and vertical positions are adjusted in order to offset the entire range.

eadiustment

Make sure the screen size (H/V), centering (H/V), linear-

ity

(V), well adjusted. Receive the Adjust the screen to 85%.

;s

Note that raster rotation must be considered too.

orocedurer

parabolism (H),

left and top margins of the upper left

2. SUB H-PHASE

1. The data has been If the picture is noticeably degraded, readjust the data so that the left and right overscans in the sub-screen be the same.

(H-POS), VPOSITION (V-POS)

readjust data so that the right

readjust data so that the top and

and parabolic corner

E5CH

master screen signal.

IH)

are all

sub-

50Hz (HSIDLYS)

factory-set.(E-5)

C--*---c

Top end of effective CRT screen

---------I

I

I I

I

I -___-___- r

Left end of effective CRT screen

Bottom end of effective CRT screen

85%

85%---eq

Right end of effective

I

I I

I

-b--h

1

t

\ 1

\

B

1. SUB-COLOUR ADJUSTMENT

(12C

bus adjustment, main picture)

Receive E-12CH “PAL colour bar” signal. Using the remote controller, call the Video Normal mode. Connect the oscilloscope to TP852 (RED cathode). (Use a

1O:l

probe.) *Range:

*Sweep time:

Using the remote controller, call the sub-colour ad-

justment mode. Adjust the sub-colour data so that

the 75% white and red portions of the PAL bar be at the same level. See Fig.9.

D

NTSC

2Vldiv. 2Ousec/div.

CHROMA

colour

ADJUSTMENT

75%

white and red to be.

Fig.

9.

1. SUB-TINT ADJUSTMENT

(main picture,

1.

Call the sub-tint adjustment

BCH “NTSC

2.

Connect the oscilloscope to TP806 (B-Y) *Range:

*Sweep time:

(Use a

1O:l

Adjust the sub-tint data to obtain the waveform as

3. shown in Fig,

4. Clear the adjustment mode.

Note: TP806

12C

bus adjustment, inset picture)

COLOUR BAR” signal.

2OmV/div.(AC) 20psec/div.

probe.)

IO.

. . . .

..ICBOl

55pin

mode.Rceive

the

JA-

.e-

vqtbn

.-.

.--

.-

_.-

*-

I*

**-

Fig. J 0.

3. SUB H-PHASE

1.

The data has been factory-set. When the SUB-H-SHIFT (50) data is adjusted, the corrective data is automatically programmed.

60Hz (HSIDLY6)

E

22

E 23

n SECAM CHROMA ADJUSTMENT

n A/V INPUT AND OUTPUT CHECK

1. BELL FILTER fo ADJUSTMENT

(12C

bus adjustment)

Receive the Ol-5CH “SECAM COLOUR BAR” sig-

nal.

Call the bell filter fo adjustment mode. Connect the oscilloscope to pin

IC901.

*Range:

Gweep

time: Adjust the bell filter data to have a waveform, the shape of whitch closest to the Fiu.71.

1 OmWdiv.

20psec/div.

(21)(TP901)

.

of

To be at the same

F/g.

2. SECAM BLACK LEVEL (R-Y/B-Y) ADJUSTMENT

(12C

bus adjustment)

1.

Receive the 01-5CH “SECAM COLOUR BAR” signal.

2.

Call the SECAM black level adjustment R-Y mode.

3.

Connect the oscilloscope to pin

OUT,TPBOl

*Range: *Sweep time:

(Use a

4.

Adjust the R-Y data so that the offset between the no-signal and the signal line be minimumSee

Fig.

5.

Call the SECAM black level adjustment B-Y mode.

6.

Reconnect the oscilloscope to pin (10) (B-Y OUT,

TP802)

step 3 above.

7.

Adjust the B-Y data so that the offset between the no-signal and the signal line be minimum.See

Fig. 72.

12.

) of IC901.

1 OmV/div.

1O:l

of

20psecIdiv.

probe.)

IC901.

Take the same conditions as in

(ll)(R-Y

Flg.

12.

I

11.

levbel

1.

AUDIO/VIDEO OUTPUT CHECK

1. Receive the

2. Terminate the video output with a

3.

Terminate the audio output with a lOk-ohm impedance. Make sure the output is as specified (1.76Vp-p f 3dB).

2.

AUDIONIDEO INPUT CHECK, S-TERMINAL INPUT CHECK

1.

Using the TV/AV key on the remote controller, make sure that the modes change in order of TV, and TV again and that the video and audio outputs are according to the input and output terminals for each mode.

2. In the AVl mode, connect the connector to the S-VIDEO input terminal. Make sure the AV mode changes to the S-VIDEO mode, that the unit functions well, and that “AVl-S” appears on the screen.

3.

AV3

1. Using the remote controller, receive a TV broadcast signal.

2.

Feed the signal to the AV3 VIDEO input terminal. Make sure the AV3 mode shows up automatically.

‘Setting:AUTO

E-12CH

“PALCOLOUR BAR” signal (100% white

75-ohm

impedance. Make sure the output is as specified (1

AUTOMATIC ID CHECKING

SELECT to be turn on.

colour

bar, sound

400H2,

100% mod.).

.OVp-p f 3dB).

AVl

, AV2, AV3

PROTECTOR PERFORMANCE CHECK

1. BEAM PROTECTOR

1. Receive the

2. Set the contrast control to maximmum.

3. Set the brightness control to maximum.

4. Make a short-circuit between the collector and emitter of and the stand-by mode is called.

2. HIGH-VOLTAGE PROTECTOR

1. Receive the

2. Connect the bias box to the cathode

3. Adjust the bias box voltage to *Reference:

4.

Boost the bias box voltage to

3. OTHER PROTECTORS

1.

In checking the performance of other protectors - for example, the one against shorting of smoothing electolytic capacitor of + B line -, pay attention not to damage or deteriorate element.

E-5CH

“MONOSCOPE PATTERN” signal.

E-5CH

“MONOSCOPE PATTERN” signal.

usually about

(R1625

16V

and make sure that the protector is not activated.

19V

24V

and make sure that the protector is activated.

side) of

Q853

and make sure that the protector is activated

D1607.

E 24

E 25

PERFORMANCE CHECK (VIDEO AND AUDIO)

NO. ADJUSTING POINT

1 CONTRAST

2 COLOUR

PROCEDUER

1 2 3 Using the UP/DOWN keys, make sure the contrast

8

1 2 3

8

AND CONDITIONS

Receive the Select CONTRAST in the P mode.

changes accordingly.

Receive the J-13CH signal. Select COLOUR in the P mode. Using the UP/DOWN keys, make sure the changes accordingly: (At the must be no color.)

EdCH

signal.

MIN

position, there

colour

WAVEFORMS, cl

NO. ADJUSTING POINT

11

COLOUR SYSTEM

PROCEDUER

@

Receive the

@I

Receive the

@

Receive the

@I

Receive the

AND CONDITIONS

E-12CH

PAL

colour

a colour system other than PAL. Make sure the

colour system does not work.

Select a sure the colour system does not work.

Select a colour system other than N4.43. Make sure the colour system does not work.

Select a colour system other than N3.58. Make sure the

E-1OCH

colour

system other than

E-37CH NTSC4.43 colour

JA-8CH NTSC3.58 colour

colour

system does not work.

SECAM

bar signal. Select

colour

bar signal.

SECAM.

bar signal.

Make

WAVEFORMS,

ct

3 BRIGHTNESS

4 TINT

5 NORMAL

6 SHARPNESS

7 CHANNEL SIGN

8 TREBLE

9 BASS

1

Receive the

2

Select BRIGHT in the P mode.

3 Using the UP/DOWN keys, make sure the black

8

level changes accordingly.

1

Receive the J-13CH signal.

2

Select TINT in the P mode.

3

Using the UP key, make sure the tint changes to-

E

ward green. With the DOWN key, make sure it changes toward red.

@

In the P/S mode, press the NOR. key to make sure

the displayed content alone appears normal.

1

Receive the

2

Select SHARPNESS in the P mode.

3

Using the UP/DOWN keys, make sure the sharp-

8

ness changes accordingly.

@

Make sure all the channel (0

DISPLAY COLOUR green (with the AFT on).

1

Receive the

2

Select TREBLE in the S mode.

3 Using the UP/DOWN keys, make sure the treble

8

changes accordingly.

1

Receive the

2

Select BASS in the S mode.

B

3

Using the UP/DOWN keys, make sure the bass

changes accordingly.

E-5CH

signal.

E-5CH

signal.

thru

99) signs appear

E-5CH

signal.

E-5CH

signal. Keep the U-BASS off.

For this item, check the sub-screens

tot

12 SOUND SYSTEM @

@ Receive the

@I

13

SPATIALIZER

(KEY)

14

PINP

P I P key MOVE Key SWAP Key FREEZE Key

TVA/IDE0 Key CH UPiDOWNKey

1

2 Using the

8

@ In the mono mode, listen to the sound from the

@ With the PIP, MOVE,

eceive the

R

the M, B/G and I sound systems to make sure the sound system does not work.

Select the M, B/G and D/K sound systems to make sure the sound system does not work.

Receive the

M, I and D/K sound systems to make

sound system does not work.

Receive the JA8CH

B/G,

sound system does not work.

Receive the E-5CH music broadcast signal. troller), make sure the sound modes change as

follows.

speakersand make sure it feel wide.

VIDEO keys, make sure the following functions are performed as specified: PIP on/off, size switching, four-corner movement, master/sub-screen inver-

sion,

also sure that the sub-screen channel changeswith the CH UP/DOWN key

01-9CH

PAL

colour

bar signal. Select

E-23CH

monoscope pattern signal.

E-12CH colour

I and D/K sound systems to make sure the

SPATIALIZER

still picture, TVNideo switching.Addition: Make

bar signal. Select the

colour

bar signal. Select the

key (on the remote con-

SWAP,FREEZE,

sure the

and TV/

With the key on remote controtter o

on tha menu Screen

the

10 BALANCE

Receive the Select BALANCE in the S mode. Using the UP/DOWN keys, make sure the left-to- right balance changes accordingly.

E-5CH

signal.

E 26

E 27

TROUBLE SHOOTING TABLE

Circuits to be checked:

l

IC1501,1502

adjacent circuit

and

its

Check the voltage at pin (6) of

pin (3) of

IC1502.

IC1501

and

Abnormal

TROUBLE SHOOTING TABLE (Continued)

Circuits to be checked:

l

Power circuit.

l

Protector

l

cirucit.

Peripheral circuit of

Bias Line.

Yes

NO RASTER

Does

RY1701

turn on?

No

v

Check vertical trigger purse at pin (31) of

Normal

7

Note1

: Make sure that not for the horizontal centering mode.

Turn on the service mode. (Short TPlOOl and TP1002.)

G

Then when you press get in the horizontal centerina mode.

NoteP:

The vertical sync signal mustbe fed to pin (62) of

ICl 001 in oder not to activate the vertical no-scan

protector. Take this measure with the protector circuit for the

troubleshooting on the following pages.

Note3:

Trouble for Sub Sea related trouble shooting: and convert to equivalent parts as followings.

Tu2Ol-D TWO1 ic201 -W IClOl L200 + L105

Pinture

‘-”

key on the remote you can

(PIP).

etc.

IC601.

I

Abnormal

Y

1 r$$4:1,

D1605, D1506 j

Check CRT connector (KY), (H) bias.

I

[I

Clear the bus error by +5 voltage pin (16) of

IClOOl

on the power. supposed to stop flashing). Does

first and then turning

(D1201

D1201

turn in red?

1

Yes

is then

INo

Turns on, but soon turns off.

Does

D1201

Does horizontal circuit momentary

111

Check protector circuit and its related pans (62) of

ic1001

PULSE.

J

&

I

+

(POWER LED) turn on?

+

v

I

Check the power circuit consisting of

IC1701, IC1702, IC1703, D1701

etc.

-7

I

TROUBLE SHOOTING TABLE (Continued)

Circuits to be checked:

l

Power circuit,

l

Protector circuit

l

Peripheral circuit of Bus Line.

TROUBLE SHOOTING TABLE (Continued)

Check Fi 701.

Normal

T

Does 5V appear at pin (64) of

No

Check the peripheral circuit

of

IC1751,

IC1703, IC1004.

Check

Q1012, Q1751

and

ICl

IC1003.

Blown out

i=F’

001.

001,

Other pattern:

Other

I’C

bus control ic or

(It has SDA and SCL PORT.)

unit

TROUBLE SHOOTING TABLE (Continued)

Circuits to be checked:

l

AN circuit.

l

Tuner.

l

PIF.

l

Peripheral circuit of Bus Line.

Snow noise increase.

1

+

Does 9V appear at pin (6) of

TU201

(TUNER).

Yes

I

Yes

Does the snow noise appear

Yes

on the picture tube at max contrast and control?

Check

etc and

brishtness

IC601, TU201, IC201

9V-2

line.

No

Circuits to be checked:

l

AIV circuit.

l

Tuner.

l

Peripheral circuit of Bus Line.

Normal

e

Noise or signal appear.

Is

AVl

, AV2 or AV3

input normal?

No

f

+

Check (36) of IC45l NOISE or signal appear?

Yes

Check pin (2) of

IC602

noise or signal

appear?

No

1

No

sno;

Check pin (21) of IC201.

-Yes

,

No

Yes

Check 0205,

’ Q213, Cl214

peripheral circuit.

I

, Check

circuit.

Check

+

out Normal?

noise.

IC451

IC601 RGB

Q215, Q212,

and their

its peripheral

L

No

Y

Abnormal

d

I

TROUBLE SHOOTING TABLE (Continued)

Circuits to be checked:

l

Sound control circuit.

l

Sound out circuit.

l

SIF

circuit.

l

S-convertor.

Change the sound system. Is sound normal?

Is there audio signal at pin

(2%

(31)

IC451?

No

r

Check IC201, tuner and its peripheral circuit.

r

+

of

Yes

I

Check and its peripheral circuits, if no problem, set

the sound system in position.

Yes

v

IC201

TROUBLE SHOOTING TABLE (Continued)

11~0 SPECIF;C COLT

+

Is only RF signals colour abnormal?

I

Is there audio signal at pins

lC303?

I

1

+

Is there audio signal at pins (1) of IC1301?

heck

(6),

Is there audio signal at pins (4) of

IC1301.

Check

(7) of

4

ICl301?

I

(2).

lCl304.

NTSC3.58:

Check

X802,

IC601

X801,

IC801

and

(10) of

their peripherals.

PAL, SECAM,

NTSC4.43:

Check (8) of

their peripherals.

Check

lC201, IC451

their peripherals.

Set Colour control.

-

Is

IC801

4

Are signal waveforms at

=

No

and TP802 proper?

Yes

v

TU201,

SCP

signal waveform at pin (2) of

proper?

Yes

and

TP801

1No

Yes

Is (25) of

NO COLOUR

Turn on Colour control. Does

colour appeart?

Turn on Colour system forced

Is

chroma

pin (13) proper?

Yes

No

v

FBP

signal waveforms at pin

IC801

I

i

IN0

input level of

Check

Ic451,lC5461

and their

peripherals.

proper?

lC801

Q803,

L-

Are waveforms at pins (29) and

TROUBLE SHOOTING TABLE (Continued)

COLOUR PRODUCED

/

r

+

Colour

in

f3iW

mode.

control circuit detective.

Turn

Colour

Does colour disappear?

Are

control to minimum.

Are signal waveforms at proper?

I

srgnal

waveforms at

pins

(29)

<I-“,

Turn up and down

~~1

Can the sub-colour be readjusted in service mode?

TP801

and

TP802

Colour

control.

+

PAL,

SECAM, NTSC4.43:

Check X801,

IC801

and

their

peripherals.

Is chroma input level of proper? Ref. Value: 100 -

Yes

v

Yes-

Is

SCP

signal waveform at pin (2)

of

IC801

proper?

Check IC801.

cl

I

lC801

SOOmVp-p.

INO

I

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PWB-B:CRT Socket Unit (Wiring Side)

1

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2

3

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4

5

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27

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Power Unit (Wiring Side)

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DESCRIPTION OF SCHEMATIC DIAGRAM

I

CX-80H6

CAUTION: This circuit diagram is original one, therefore there may be a slight difference from yours.

&I

FETY NOTES:

DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE

I.

REPLACING PARTS.

2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING.

IMPORTA

PARTS MARKED WITH

MAINTAINING THE SAFETY OF THE SET BE SURE TO REPLACE

THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE

SAFETY AND PERFORMANCE OF THE SET

SERVICE

THE AREA ENCLOSED BY THIS LINE (- - - ) IS DlRECTLY

CONNECTED WITH AC

WHEN SERVICING THE AREA, CONNECTAN ISOLATING TRANSFORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATE HAZARD OF El ECTRIC SHOCK.

NT SAFETY NOTICE:

‘,”

(

.,;i::f~‘$!‘:‘~;“’

PRECA UT/ON:

MAINS

VOLTAGE.

) ARE lMPORTANT FOR

1

NOTES:

1.

The unit of resistance ‘ohm” is omitted.

(K = 1000 ohms, M = Meg ohm).

2. All resistors are

3. All capacitors are

4. The diodes, whose parts code is not described, are the

l/8

watt, unless otherwise noted.

PLF;

unless

therwise

noted. (P = t.@).

lSSll9.

VOLTAGE MEASUREMENT CONDITIONS:

1.

The voltage without parenthesis represents the value measured

with PAL

2.

The voltage in parenthesis represents the value measured with no

signal.

3. All the voltages were measured by using a high impedance voltmeter.

co/our

signal.

WAVEFORM MEASUREMENT CONDITIONS:

1.

The colour bar signal applied to the

2.

The tuner AGC voltage is approximately 4

TP202

is 2.0

V

Vp-p.

CX-80H6

I

WAVEFORMS

B

-

C

-

D

-

E

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2

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3

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8

9

10

11

12

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SCHEMTIC

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DIAGRAM

n

Main Unit

NOTE : I. TM

M-

2. ALL RESISTORS ARE

3. ALL CAPACITORS ARE PF.

4. ALL

2/2

U417

OF RESISTANCE OCM IS OMITTED

,000 OHUS.

DIOMS

ARE

H=MEtAOHt&

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U&ES5

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OTMRWISE

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UNIT OF RESISTANCE

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RESISTORS ARE

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CAPACITORS ARE

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DIODES ARE I SSI

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OHM IS OMITTED

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UNLESS OTHERWISE NOTED

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Power/Sub Power Unit

POWER

A

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11

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VSSI

(AD

Gt@)

+

VDD4

;;

r

4

VREF

D

VIDEO

LEVEL

-

L-

zf

VDDI

VREF

L

BIAS1 C-OUT

I

Y-OUT

BIAS2

BIAS3

E

SCL

-

4m C5466a

RS462

I

VFIL

F

(XF)

-

R546

IK

I

G

-

H

1

2

3 4

5

6

39

CX-80H6

&OTE

:

I,

THE UNIT OF RESISTANCE

IK=

IO00

OHMS.

M=MEGAOHM).

2. ALL RESISTORS ARE

3. ALL CAPACITORS ARE

OHM IS OMITTED

I/8fiATT,

UNLESS OTHERWISE

PF.

UNLESS OTHERWISE

NOTED.

~~OTED(P=VJJF),

CHIP tl/l6~,

RESISTOR

--a--

LSLD545l ’

, Mo212PE;

-mm-PARTS SIDE

-----

:

SLD5452

, MOPI3PE~

----e

COPPER SIDE

’

_-

CX-80H6

I

-

SCHEMTIC

DIAGRAM

n

P

IN P

Unit

A

-

B

-

C

-

D

PWB-F DUNTK9426WEVO

r

I

l-r

PARTS SIDE

--------I

: SLD4901 ’

f M0207PE

a.-------

+-I-

;

COPPER SIDE

r-------y

I

SLD4902 1

1 MOEOBPE

&.-------

P IN P

_1

-

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r

E

u

v

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B

5

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R ADD

QJ

2. 53,

5

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DGND MC VCC SDA SCL

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CVBS2

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I

REF

PLL I

XTAL XTAL

2

c4sD7

Iz

SEC RFC

5 0

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2

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3

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5

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6

I

41

CX-80H6

.) T TL

OHM IS OMITTED

I/8WATT.

UNLESS OTHERWISE NOTED.

PF,

UNLESS OTHERWISE

19.

UNLESS OTHERWISE NOTED.

R4942

ID0

< NOTE >

-IYE

CHIP

NOTED’P=wFL

RESISTDRS

R4992

IO

I

SEL SYNC2 FSN

V2 Y2

NOTE : I. THE UNIT OF RESISTANCE

U2

‘K=

IO00

2. ALL RESISTORS ARE

3. ALL CAPACITORS ARE

4. ALL DIODES ARE I SSI

SYNCI

ON VI

OHMS.

II

M=MEGAOHM).

UI

+

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A

c4949

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r

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8

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11

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42

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TUNER

NOTE: The parts here shown are supplied as an assembly but not independently,

4

-

3

-

:

-

D

-

ANT

7-

y&l

i~L;d;cl*3

cl

-F’=Q

Cl04

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RI IQ 0

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1

2

I

3

4

5 6

43

CX-80H6

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11

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I

12

I

CX-80H6

-

n

Infrared Remote Control Unit

RRMCGI 350PEZZ 1

NOTE: The parts here shown are supplied as an assembly but not independently.

1

I

2

3

4

5

I

6

CX-80H6

1

SOLID STATE DEVICE BASE DIAGRAM

B

TOP VIEW

VHiTC9090AN-1

VHiTDA466514E

VHiTA1218AN-1

SIDE VIEW

VHilTA8814N/-1 VHiAN7397K/-1

VHiTDA9141/.1

RH-iX2915CUZ

VHtTA8859CP-1 VHiAN7108//-1

6

5

4

lzl

I

2 3

RH-FX0024CEZ

VHiTDA8443A.l VHiTA1229N-1

30

VHiTA8776N/-1

RH-iX0249CEZZ

VHiBA7357Sb1

16

15

RH-iX3081CEN2

VHiUPC358Cbl RH-iX2287CUZ VHiTOP209//-1 VHiBA7655A/-1

VHiSDA9288X-1

32

-

SASE

VSPSDl887liVS2SD2045k RH-DXO449CUZ VS2SC4544LBl

VSZSC 1837/l-

RH-DX0486CEZ.Z RH-DX0355CEZ RH-DX0452CEZ

0

---_

---

“1-v

-

EMTTER

lrj

UWCOE

4

*NmE

000

1 1

E

1

VS2SAlOlSYIlE VS2SC1815GW-1 VS2SC1815YW-1

VS2SC2482//-1

RH-DX0336CEZZ

VHiSi312lNbl

VHiKA7805Pb1 VHiKA7808Pi-1 VHiKA7809Pi-1 VHiSEl20Nhl

VS2SK583/N.

PX0003CE

1

VHITA8427K.1

PX0274CE

VHITA7348P/-1

VHiK5285W-1

VHiSTRM6821-1

VHiM51497u1

46

uuu

VHiPST994Cbi

VHiAN5275N.1 VHiTA8256Hl.1

r

OVERALL BLOCK DIAGRAM

CX-80ti6

MAIN UNIT

BLOCK DIAGRAM

P-IN-P UNIT

WC

COIL

Lb01

L602

Lb03

IC4soo

COLOUR DECODER

0616 04od

0614

OS,, 0612 061s WC 12” 0620 oboa 0515

0607

-

WI9

0609 PROTECTOR

-10

WC 5v

R/C 12v

12”

I I

32

IC490

P-IN-P CONTROL

WE

PROTECTOR

I

F’X

z-3

II 10

ICQOI YCull

i

x

,>>fi

y,ili+rj

I) I I5 14

XC802 cn ’

31

V-DRIVE+

N-DRIVE

45

F

I92

+

r

1

2

3 4

5

6

CX-80H6

I

DIG.

COM

UNIT

FIL. FIL.

SUB POWER UNIT

POWER UNIT

.lvs IN

25

P-

23

1

7

I

a

9

48

10

11

12

Ref. No. Part No.

*

Description

Code

PARTS LIST

PARTS REPLACEMENT

Replacement parts which have these special safety characteristics are identified in this manual; electrical components having such features are identified by The use of a substitute replacement part which does not have the same safety characteristics as the factory recommended replace-

ment parts shown in this service manual may create shock, fire or

other hazards.

“HOW TO ORDER REPLACEMENT PARTS”

To have your order filled promptly and correctly, please furnish the following informations.

1. MODEL NUMBER

3. PART NO.

MARK * : SPARE PARTS-DELIVERY SECTION.

Ref. No. Part No.

PICTURE TUBE

a V801 VB8OLJF3Ox/*S

A

L1799

A a DY1601

PWB-A DUNTK9356WEW9 PWB-B DUNTK8776WEW9 PWB-C DUNTK9357WEW9 PWB-D DUNTK9358WEVO PWB-F DUNTK9426WEVO PWB-H DUNTK9645DEOl -

RCILG0322CEZZ R RCILG0325CEZZ R

RCILG0428CEZZ R

RCILG0433CEZZ R

RCILH1859CENlR Deflection Yoke

PMAGF3038CEZZ R Magnet PMAGG3301 CEZZ R QEARC3201 CEZZ R

PRINTED WIRING BOARD ASSEMBLY

(NOT REPLACEMENT ITEM)

“a”

in the Replacement Parts Lists.

2. REF. NO.

4. DESCRIPTION

*

R

Picture Tube Coil Coil

Degaussing

Degaussing Coil

Magnet

Grounding Strap

Main Unit

CRT Unit

Power Unit

DIG.Unit

P IN P. Unit

Sub Power Unit

Description Code

(ADG)

Coil

DF

AQ

AS AZ

BB BL

AL

AA

AH

-

PWB-A DUNTK9356WEWg

MAIN UNIT

TUNER AND ASSEMBLY

NOTE:

THE PARTS HERE

ASSEMBLY

A TUlOl VTUVTSTGHZGW R aTU201 VTUVTSTGHZ64/ R

UNT201

UBUP-0008CEZZ R RF Distributer

INTEGRATED CIRCUITS

IClOl IC201 IC203 IC301

IC302 IC303 IC451

IC601

IC602 IC603

IC604

IC605

IC606 IC801

IC802 IC803 IC901 Ic1001

ICI 002 ICI 003 VHIPST994C/-1 ICI 004

QlOl Q103 Q104 Q105 Q107 Q108 Q109 QllO Qlll Q112 Q113 Q114 Q115 Q200 Q201 Q203 Q204 Q205 Q206 Q207 Q209 Q210 Q211 Q212 Q213 Q214 Q215 Q216 Q218 Q219 Q220 Q30

VHIBA7357S/-1

RH-IX0249CEZZ

VHIAN5285K/-1

VHIAN7397K/-1 VHITA8776N/-1 VHITA1218AN-1 VHIKA7809PI-1 VHIS13121 VHIKA7809PI-1 VHIM51497U-1 VHITA7348P/-1

VHIKA7805PI-1

RH-IX2915CEZZ

VHITA8814N/-1 VHITA8772AN-1 VHITA1229N/-1

RH-IX3081

RH-IX2287CEZZ VHIKA7805PI-1

VS2SC2735Nl VS2SD601 VS2SD601 VS2SDGOlA//-1 VS2SD601A/l-1 VS2SD601 A/l-l VS2SD601AJ/-1 VS2SC2735Nl VS2SC2735//1 ‘JS2SC2735//1 E VS2SC1815GW-1 R VS2SD601AJ/-1 VS2SD60lAll-1 VS2SD601 VS2SC2735Nl VS2SC2735//1 VS2SD601Al/-1 VS2SD601Ai/-1 VS2SC2735ill VS2SD601Ai/-1 VS2SD601All-1 VS2SD601A/l-1 VS2SD601A&1 VS2SD601Af/-1 VS2SD601A/l-l VS2SB709Afl-1 VS2SD601A/l-1 VS2SC2735Nl VS2SD601All-1 VS2SD6OlA/l-1 VS2SD60lAJl-1

1

VS2SD601A&l

N/-l

CEN2

All-1

A//-l

AI/-l

SHOWN

ARE SUPPLIED AS

BUT INDEPENDENTLY.

Tuner

R

BA7357S

R

BA7357S

R I.C.

R

AN5285K

R I.C. R TA8776N R TA1218AN R

KIA7809PI

R I.C. R

KIA7809PI

R I.C. R

TA7348P

R

KIA7805PI

R I.C. R TA8814N R

TA8772AN

R TA1229N R M37207MC-211 SP R

ST24C08B6

R

PST994C

R

KIA7805PI

TRANSISTORS

E

R

2SC2735

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

E

R

2SC2735

E

R

2SC2735

R

2SC2735

2SC1815GW

R

2SD601A

R

2SD601A

R

2SD601A

E

R

2SC2735

E

R

2SC2735

R

2SD601A

R

2SD601A

E

R

2SC2735

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SB709A

R

2SD601A

E

R

2SC2735

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

AN

BE BE

AZ

AR AR

AE

AP

Ax

AQ

Ax

AE

AL

AE

AL

AK

AE

AY

AV

Ax

BB

AS

AD

AE

AC

AB

AC

AC AC AC AC AC AC AC AC

AA AC AC AC AC AC AC

49

CX-80H6

-1

Ref. No.

Part No.

*

Description Code

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

Q351 Q352 Q401 Q402 Q403 Q407 Q451 Q452 Q453 Q454 Q457 Q501 Q601 Q602 Q603 Q604 Q605 Q606 Q607 Q608 Q609

Q610 Q611 Q612 Q613 Q614 Q615 Q616 Q618 Q619 Q620 Q801 Q802 Q803 Q901 Q902 Ql

Q1002 Q1004 Q1005 Q1006 Q1009 QlOlO QlOll Q1012 Q1013 Q1014

Q1015 Q1018

D103 D203 D307 D401 D402 D403 D451

D452 D453 D454 D455 D600 D601 D602

VS2SD601 VS2SD601 VS2SD601A//-1 VS2SA1015Yll VS2SD601 VS2SD601A//-1 VS2SD601A//-1

VS2SD601 VS2SD601A//-1 VS2SC1815GW-1 R VS2SD601 VS2SD601 VS2SA1015Yll VS2SD601AJb1 VS2SD601A//-1 VS2SB709A//-1 VS2SA1015Yll VS2SD601A//-1 VS2SA1015Yll VS2SA1015Yfl VS2SA1015Yll VS2SA1015Yll VS2SA1015Yfl VS2SA1015Yfl VS2SD601AI/-1

VS2SD601A//-1 VS2SD601 VS2SD601A//-1 VS2SD601 VS2SD601 VS2SD601A//-1 VS2SD601 VS2SD601#/-1 VS2SD601A//-1 VS2SD601 VS2SD601A//-1

001

VS2SD601 VS2SD601A//-1 VS2SD601A//-1 VS2SD601 VS2SD601 VS2SD601

VS2SB709A//-1 VS2SB709A//-1 VS2SD601A//-1 VS2SD601A//-1 VS2SD601A//-1 VS2SK583///-1 VS2SK583///-1

A//-l A//-l

A//-l

A//-l A//-l

A//-l

A//-l A//-l

A//-l

R R R

ER 2SA1015Y

R R R R R

2SC1815GW

R R

E

R R R R

E

R R

E

R

E

R

E

R

E

R

E

R

E

R R

R

R R R R R R R R R R R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SB709A

R R

2SD601A

R

2SD601A

R

2SD601A

R

2SK583

R

2SK583

DIODES

VHDl

SS152//-1

VHDl

SS152//-1

VHDlSSllS//lE VHDlSSllS//lE RH-EX0639GEZZ J Zener Diode VHDDAN202Kb1 RH-EX0631 GEZZ RH-EX0631GEZZ J Zener Diode RH-EX0631GEZZ J Zener Diode RH-EXO61 SGEZZ

RH-EXO61 SGEZZ

RH-EX0604GEZZ J Zener Diode VHDlSSllS//lE VHDl

SS119//1 E

R lSS152

R iSS152 R lSS119 R lSS119

R

DAN202K

J Zener Diode

J Zener Diode J Zener Diode

R lSS119 R lSS119

2SD601A 2SD601A 2SD601A

2SD601A 2SD601A 2SD601A 2SD601A

2SD601A 2SD601A

2SD601A 2SA1015Y 2SD601A 2SD601A 2SB709A 2SA1015Y 2SD601A 2SA1015Y 2SA1015Y 2SA1015Y 2SA1015Y 2SA1015Y

2SA1015Y

2SD601A

2SD601A 2SD601A 2SD601A 2SD601A 2SD601A

2SD601A 2SD601A 2SD601A 2SD601A 2SD601A 2SD601A 2SD601A

2SB709A

AC AC AC AC AC AC

AB

AC AC AC AC AC AA AC AC AC AC AC AC AC AC AC AC AC AC AC AC AC AC

AC AC AC AC AC AC

AC

AC AC AA AA AC AC AC

AE AE

AB

AA AA AA

AB

AA AA AA AA

AA

AB

AA AA

AC AC AC

Ref. No.

D603 D604 D605 D606

0607

D610 D611 D613

D614 D615 D616 D801 D805 D808 D809 D811 D812 D813 Dl

001

D1002 D1003

01005 RH-EX0619GEZZ J Zener Diode

D1006 D1008 D1009 DlOlO

01012

D1014 D1016 D1019 D1020

01023

D1024 D1027 D1030 D1032 RH-EX1222CEZZ R Zener Diode

01034 RH-EX1222CEZZ R Zener Diode

D1037 D1040 RH-EX1222CEZZ R Zener Diode 6.2V D1041 D1043

D1045 RH-EX1222CEZZ R Zener Diode D1047 RH-EX1222CEZZ R Zener Diode D1050 D1052 D1053 D1054 D1056 D1057 D1058 D1059 D1060

D1061

01062

D1063 D1070

Part No.

VHDlSSllS//lE VHDlSSllS//lE VHDlSSllS//lE RH-EX0604GEZZ J Zener Diode VHDlSSllSNlE VHDlSSllS//lE VHDlSSllS//l

VHDlSSllSNlE VHDlSSllS//lE VHDlSSllS//lE VHDlSSllSNlE RH-EX0586CEZZ R Zener Diode RH-DX0279CEZZ R Diode VHDl

SS119Nl E

VHDDAN202Kb1 RH-EXO615GEZZ RH-EX0615GEZZ J Zener Diode RH-EX0615GEZZ J Zener Diode VHDlSSllSNlE

VHDlSSllSNlE VHDlSSllS//lE

VHDlSSllSNlE

RH-EX1222CEZZ R Zener Diode RH-EX1222CEZZ R Zener Diode RH-EX1222CEZZ R Zener Diode 6.2V RH-EX1222CEZZ R Zener Diode RH-EX1222CEZZ R Zener Diode 6.2V

RH-EX1222CEZZ R Zener Diode

VHDlSSllSNlE VHDl

SS119//1 E

RH-EX1222CEZZ R Zener Diode RH-EX1222CEZZ R Zener Diode

RH-EX1222CEZZ R Zener Diode

RH-EX1222CEZZ R Zener Diode RH-EX1222CEZZ R Zener Diode

RH-EX1222CEZZ R Zener Diode

RH-EX1222CEZZ R Zener Diode RH-EX0619GEZZ J Zener Diode

VHDlSSllS//lE VHDlSSllS//lE VHDlSSllS//lE VHDlSSllSNlE VHDlSSllS//lE VHDlSSllS//lE

VHDlSSllS//lE

VHDlSSllSNlE

VHDlSSllS//lE

VHDlSSllSNlE

It

R

lSS119

R lSS119 R

lSS119

R lSS119 R

lSS119

E

R

lSS119

R

lSS119

R

lSS119

R lSS119 R lSS119

R

lSS119

R

DAN202K

J Zener Diode

R

lSS119

R

lSS119

R lSS119 R lSS119

R

lSS119

R lSS119 R lSS119 R lSS119 R

lSS119

R

lSS119

R lSS119

R lSS119 R lSS119 R lSS119 R lSS119

Description

CRYSTALS

X801 X802 x901

RCRSB0067CEZZ R Crystal, 4.43MHz RCRSBOOOl PEZZ R RCRSB0004PEZZ R Crystal

Crystal, 3.58MHz

COILS

LlOl L102 L103 L105 L106 L107

VP-DF680KOOOO

VP-DF270KOOOO VP-XFl R2KOOOO R VP-XF270KOOOO VP-XF390KOOOO VP-XF120KOOOO

R

Peaking

R

Peaking 27pH

Peaking

R

Peaking 27pH

R

Peaking 39pH

R

Peaking

68pH

1.2pH

12pH

6.2V

Code

AA AA AA

AB

AA AA AA AA AA AA AA

AB

AA

AB

AA AA AA AA AA AA AA AA

AE AE AE AE AE

AE

AA

AE AE AE AE AE AE AE AE AE AE

AE AE

AA AA AA AA AA AA AA AA AA AA

AA AA

AQ

AL

AH

AB AB AB AB AB AB

50

Ref. No.

Part No.

*

Description

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

L200

L201 VP-DF680KOOOO

L202 L203 L206

L209

L210 L451 L452 L901

Ll DL402

CFlOl CF102 CF103 CF201 CF202 CF203 RFILC0081GEZZ J Filter CF601 CF801 CFlOOl RFILA0084CEZZ R Filter SF1 SF201

T103 T104 T203 T204

R116 R224 R226

Cl02 Cl03 Cl04 Cl05 Cl06 Cl07 Cl08 Cl09

Cl10 Cl11 Cl12 Cl13 Cl14 Cl15 Cl16 Cl17 Cl18 Cl19

Cl20 Cl21 Cl22 Cl23 Cl24

VP-XF270KOOOO VP-DF270KOOOO

VP-XFl R2KOOOO

VP-XF390KOOOO VP-XF120KOOOO VP-DF680KOOOO VP-DFl OOKOOOO VP-DFl OOKOOOO VP-XF120KOOOO

001

VP-DFl ROKOOOO RCI LZ0900CEZZ

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Delay

Linle

27pH 68pH 27pH

1.2pH 39pH 12pH 68J.lH

1

OpH

1

OpH

12pH WH

FILTERS

RFILA0042CEZZ R Filter

RFlLA0093CEZZ R Filter

RFILC0081 GEZZ

RFILA0042CEZZ R Filter

RFlLA0093CEZZ R Filter

RFlLA0020CEZZ R Filter RFILA0034CEZZ R Filter

01 RFILC0015PEZZR Surface Accoustic Wave Filter AR

RFILC0015PEZZR Surface Accoustic Wave Filter AR

J Filter

TRANSFORMERS

RCILD0238CEZZ R Detection Coil RCILD0239CEZZ R Detection Coil RClLD0238CEZZ R Detection Coil RCILD0239CEZZ R Detection Coil

CONTROLS

RVR-M4630GEZZ J RVR-M4620GEZZ J 1 k(B), V-LEVEL RVR-M4630GEZZ J

47k, RF-AGC(S) 47k, RF-AGC(M)

CAPACITORS

VCEAGAlCW226M R 22 VCKYPAl HF103Z R 0.01 50V VCEAOAlCW477M R 470 VCKYCYlHF103Z R 0.01 50V VCEAGAOJW107M R VCKYCYlHF103Z R 0.01 VCKYCYlHF103Z R 0.01 50V

VCKYCYlHF103Z R 0.01 50V VCKYPAlHF103Z R 0.01 50V VCKYCYlHF103Z R 0.01 VCKYCYlHF103Z R 0.01 VCQYTAlHM683J R 0.068 VCKYCYl HF103Z R 0.01 VCEAGAlCWlOGM R 10

VCKYCYlHF103Z R 0.01

VCKYCYlHF103Z R 0.01 50V

VCCCCYlHH150J R VCCCCYl VCCCCYlHHlOlJ R 100~ VCFYHAlHA684.J R 0.68 VCCCCYl VCKYCYI EF104Z R 0.1 VCEAGAlCW476M R 47

HH220J R 22p

HH330J R

100 6.3V

33p

15~

16V

50V

50V 50V

50V

16V

50V

5ov 5ov

50V

5OV 5ov 25V 16V

16V

Electrolytic Ceramic Electrolytic

Ceramic

Electrolytic Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Mylar Ceramic Electrolytic

Ceramic Ceramic Ceramic Ceramic Ceramic

M.Polypro

Ceramic Ceramic Electrolytic

Code

AB AB AB AB AB A0 AB AB A0 AB AB AP

AD AC AD AD AC AD

AD AD

AE

AE AE AE AE

AB AB AB

AB

AA

AC AA

A0

AA AA AA AA

AA

AB

AA AA AA AA

AA AA AA AD AA AA

A0

Ref. No.

Cl25 Cl26 Cl27 Cl28 Cl29 Cl30 Cl31 Cl32 Cl36 Cl37

Cl38

Cl39 c201 c202 C203 C204 C205 C206 C207 C208 c209 c210 C216 C217 C218 c219 c220 c221

c222

C223 C224

C225 C226 C227 C228 c229 C230 C231 C232 C233 C234 C235 C236 C237

C238 c239 C240 C241 C243 C245 C248 C257 C258 c259 C261 C262 C264

C265

c301

C302 c303 c305 C306

c307 C308 c309 c310 c311 C312 c313

c315

Part No.

VCEAGAlHW225M R 2.2 VCEAGAlHW475M R 4.7 VCQYTAl VCQYTAl VCCCCYl VCCCCYlHH180J R VCCCCYl VCKYCYl HFlO3Z R 0.01 50V VCEAGAlCW476M R 47 VCKYCYl HF103Z R 0.01 50V VCEAGAlCW226M R 22 VCEAGAl VCEAGAlEW226M R 22 VCEAGAOJW107M R VCKYCYl HF103Z R 0.01 VCKYCYlHF103Z R 0.01 50V VCEAOAl CW477M R

VCKYCYlHF103Z R 0.01 50V VCKYCYl HF103Z R 0.01 50V VCKYCYlHF103Z R 0.01 VCKYPAl HF103Z R 0.01 VCKYCYl HF103Z R 0.01 VCEAGAlHW225M R 2.2 VCEAGAlHW475M R 4.7 VCKYCYlHF103Z R 0.01 50V VCKYCYlHF103Z R 0.01 VCEAGAlCWlOGM R 10 VCKYCYl HFlO3Z R 0.01 VCKYCYlCB104K R 0.1 VCCCCYlHH150J R VCCCCYl VCCCCYlHHlOlJ R 100~ VCFYHAlHA684J R 0.68 VCCCCYlHH120J R VCQYTAlHM104K R 0.1 VCKYCYl HFlO3Z R 0.01 50V VCEAGAlCW476M R 47

VCCCCYlHH180J R VCCCCYlHH180J R VCCCCYl VCQYTAlHM104K R 0.1

VCQYTAlHM103K R 0.01 50V VCKYCYlCB104K R 0.1 VCEAGAlHWlOGM R 10 VCQYTAl VCCCCYl VCEAGAlCW476M R 47 VCKYCYlHF103Z R 0.01 50V VCCCCYlHH2ROC R VCEAOAlCW477M R 470 VCKYCYlCB333K R 0.033 VCEAGAlCWlOGM R 10 VCEAGAlCW476M R 47 VCKYCYlHF103Z R 0.01 50V VCCCCYl VCCCCYl

VCKYCYlHF103Z R 0.01 50V VCEAGAlCW107M R 100 VCEAGAlCW106M R 10 VCEAGAlHW475M R 4.7 VCEAGAlEW475M R 4.7 VCEAGAlCW476M R 47

VCEAGAlCW106M R 10 VCEAGAl VCEAGAlEW475M R 4.7 VCEAGAlCWlOGM R 10 VCEAGAlCW107M R 100 VCEAGAl VCKYCYlHF103Z R 0.01 VCKYCYl HF103Z R 0.01 50V VCEAGAlCW226M R 22

HM104K R HM183K R

HH180J R 18p

HH220J R

CW337M R

HH220J R

HM103J R

HH680J R

HH271 HH680J R 68p

CW106M R

HW105M R

*

5ov

18~

330

15~

12p

18p

2.0~

5ov 5ov

50V

5ov 5ov 5ov

16V 16V

16V

25V

50V

50V 5ov 5ov

16V

50V

16V

5ov 5ov

50V

5ov 5ov

16V

5ov 5ov 5ov 5ov

16V

5ov 5ov

16V

50V

16V

16V 16V

5ov

16V

16V 5ov 25V 16V 16V 16V 25V 16V

16V

5ov

50V

16V

0.1

0.018

22p

100 6.3V

470

22p

0.01 50V 68p

J R 270~ 50V

10

1

Description

16V

50V

16V

-

Electrolytic

Electrolytic Mylar Mylar

Ceramic Ceramic Ceramic Ceramic Electrolytic

Ceramic

Electrolytic Electrolytic Electrolytic Electrolytic

Ceramic Ceramic

Electrolytic

Ceramic Ceramic Ceramic Ceramic Ceramic Electrolytic Electrolytic Ceramic Ceramic

Electrolytic Ceramic Ceramic Ceramic Ceramic Ceramic

M.Polypro

Ceramic Mylar Ceramic Electrolytic Ceramic Ceramic Ceramic Mylar Mylar

Ceramic

Electrolytic

Mylar Ceramic Electrolytic Ceramic Ceramic Electrolytic Ceramic Electrolytic Electrolytic Ceramic Ceramic Ceramic

Ceramic

Electrolytic

Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic

Electrolytic

Ceramic Ceramic Electrolytic

Code

AB

AC

AB

AA AA AA AA

AB

AA

A0

AC

Ak A0

AA

AC

AA

AA AA

AB A0

AA AA

AB

AA AA AA AD AA AC AA

AB

AA AA AA

AC

AB A0

AC AA AA

AB

AA AA AC AA AA

AB

AA

AA AA AA

AB

AA

AB

AA

A0

AA

AA AA

AB

AC AA AA

AB

*--

CX-80H6 ]

Ref. No. Part No.

*

Description

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

C316 c317 C318 c319 C320

C321

C324 C325 C326 C327 C328 c330 c331 C332 c333 c334 c335 C336 c337 C338 c339 c340 c341 C342 c343 C346 c347

c351 C352 c353 c354 C356 c357 C358 c359 C360 C361 C363

C365 C367 C369 c370 C372 c373 c375 c401 C402 c403 c404 c405 c410 c411 c414

c415 c417 c451 c453 c454 c455

C456 c457 C458 c459 C460 C462 C463

VCEAGAlCW106M R 10 VCEAGAlCW106M R 10 VCEAGAlCW336M R 33 VCQYTAlHM473J R 0.047 50V VCQYTAlHM473J R 0.047 VCEAGAlCW106M R 10 VCKYCYlHB562K R VCEAGAlHW335M R 3.3 VCEAGAlHW105M R 1 VCKYCYlCB393K R 0.039 VCKYCYlHFlOSZ R 0.01 50V VCKYCYl CB393K R 0.039 VCKYCYlCB393K R 0.039 VCEAGAl VCEAGAlHW225M R 2.2 VCEAGAlHW225M R 2.2 VCEAGAl VCEAGAlHW106M R 10 VCEAGAlCWlOGM R 10

VCEAGAlCW106M R 10 VCKYCYl HFlO3Z R 0.01 50V VCEAGAlCW106M R 10 VCEAGAlEW475M R 4.7 VCKYCYlHF103Z R 0.01 VCEAGAlCW476M R 47 VCEAGAlAW476M R 47 VCKYCYl VCEAGAlCW106M R 10 VCEAGAlCW106M R 10 VCESGAlCW106M R 10 VCESGAlCWlOGM R 10 VCEAGAlCWl06M R VCEAGAlCWlOGM R 10

VCEAGAlCWlOGM R 10 VCEAGAlCWlOGM R 10 VCEAGAlCW106M R 10 VCEAGAlCW106M R 10 VCKYCYlHB102K R VCKYCYl VCKYCYl HB102K R VCKYCYl

VCEAGAlCW106M R 10 VCEAGAlCWlOGM R 10 VCEAGAlCW106M R 10 VCEAGAlCWlOGM R 10 VCEAGAlCWl06M R VCFYFAlHA124J R 0.12 50V VCEAGAlCW106M R 10 VCEAGAlHW225M R 2.2 VCEAGAlHW105M R 1 VCKYCYlHF103Z R 0.01

VCEAGAlCW227M R 270 VCEAGAlCW476M R 47 VCCCCYlHH181J R VCKYD41CY103N R 0.01 VCQYTAl VCEAGAlCWlOGM R 10

VCKYCYlHF103Z R 0.01 VCESGAlCWlOGM R 10 VCEAGAlCW106M R 10 VCKYCYlHF103Z R 0.01 VCKYCYlHF103Z R 0.01 50V VCEAGAlCW108M R 1000 VCEAGAlCW107M R 100 VCEAGAlCW107M R 100 VCKYCYl HF103Z R 0.01 50V

HW105M R

EF104Z R

HB102K R 1000~ HB102K R 1000~

HM104J R

1

0.1

10

0.1

16V 16V 16V

50V

16V

5600~

50V

5ov 5ov

16V 16V

16V 5ov 5ov 5ov 5ov 5ov 16V 16V

16V

25V

50V 16V 1ov

25V

16V 16V 16V 16V 16V 16V

16V 16V 16V 16V

1000~ 50V

50V

1000~ 50V

50V

16V

16V 16V 16V

16V

5ov 5ov

50V

16V

180~ 50V

16V 5ov 16V

50V 16V 16V

50V

16V

Electrolytic

Electrolytic Electrolytic Mylar Mylar Electrolytic Ceramic Electrolytic Electrolytic Ceramic Ceramic Ceramic Ceramic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Ceramic Electrolytic Electrolytic

Ceramic

Electrolytic Electrolytic

Ceramic Electrolytic Electrolytic

Elect.(N.P) Elect.(N.P)

Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Ceramic Ceramic Ceramic Ceramic Electrolytic Electrolytic Electrolytic Electrolytic

Electrolytic

M.Polypro

Electrolytic Electrolytic Electrolytic Ceramic Electrolytic Electrolytic

Ceramic Ceramic Mylar Electrolytic Ceramic

Elect.(N.P)

Electrolytic Ceramic Ceramic Electrolytic Electrolytic Electrolytic

Ceramic

Code

AA

A0

AA AA AA AA

A0

AC AA AA AA AA AC

A0 AB

AC

AA AA AA AA AA AA

AB

AA AA AA AA

AB AB

AA AA

AA AA AA AA AA AA AA AA AA

AA

AA AA AC AA

AB

AC AA AC

AB

AA AA AA AA AA

AB

AA AA AA AD

AB AB

AA

Ref. No.

c473 c477 C480 C482 C601 C602 C603 C604 C605 C606 C607 C608 C609 C610 C611 C612 C613 C614 C615 C616

C618 C619 C620 C621 C622 C623 C624 C625 C626 C627 C628 C629 C637 C638 C639 C640 C641 C801 C802

C803 C804 C805

C806 C807 C808 C809 C810 C814 C815 C816 C817

C818 C819 C820 C821 C822 C823 C824

C825 C826 C827 C828 C829 C830 C831

C832 C833 C834 C835 C836 C837

Part No.

VCEAGAlCWlOGM R 10 VCEAOAl CW477M R VCKYCYlHF103Z R 0.01 50V VCEAGAlCWlOGM R 10 VCEAGAlEW227M R 220 25V VCEAGAlCW227M R 220 VCEAGAlEW227M R 220 25V VCEAGAlCW227M R 220 VCEAGAlEW227M R 220 VCEAGAlCW227M R 220

VCKYCYl

VCEAGAlCWlOGM R 10 VCKYCYlEB123K R 0.012 25V VCEAGAlHW224M R 0.22 VCKYCYlHB182K R VCKYCYlHB821K R VCEAGAlHW224M R 0.22 50V VCEAGAlCWlOGM R 10 VCEAGAlCW106M R 10 VCKYCYlHF103Z R 0.01 VCKYCYlHF103Z R 0.01 VCEAGAlCWlOGM R 10 VCEAGAlCW476M R 47 VCKYCYl HF103Z R 0.01 VCCCCYl VCEAGAlHW225M R 2.2

VCEAGAlHW225M R 2.2 VCFYFAl VCKYCYlHF223Z R 0.022 50V VCEAGAlHW225M R 2.2 VCFYFAlHA334J R 0.33 50V VCQYTAl VCKYATlEX103N R 0.01 25V VCQYTAl VCQYTAlHM104K R 0.1 VCQYTAl VCQYTAl

VCCCCYlHH120J R VCQYTAlHM222J R VCEAGAlHW474M R 0.47 50V VCCCCYlHH120J R VCEAGAlCW107M R 100 VCKYCYlHF103Z R 0.01 VCKYPAl VCEAOAl CW477M R VCKYCYl VCKYCYl VCKYCYlEF104Z R 0.1 VCKYCYlEF104Z R 0.1

VCKYCYlEF104Z R 0.1 VCKYCYl VCEAGAlCW107M R 100 VCCCCYl VCCCCYl VCCCCYl

VCEAGAlCW107M R 100 VCKYCYlHF103Z R 0.01 VCQYTAl VCQYTAl VCQYTAlHM104J R 0.1 VCEAGAlCWlOGM R 10 VCFYFAlHA124J R 0.12 VCKYCYl VCKYCYlHF103Z R 0.01 50V VCKYCYl VCQYTAlHM104J R 0.1 VCQYTAl

VCEAGAlCW107M R 100 VCKYCYl VCQYTAlHM104J R 0.1 VCEAGAlHW474M R 0.47

HF103Z R

HH221

HA224J R

HM104J R HM104K R

HM104K HM104K R

HF103Z R

HH470J R 47p HH470J R 47p HH470J R

HM104J R HM104J R

HF103Z R

HF103Z R HM104J R

HF103Z R

*

470

0.01

1800~

820~ 50V

J R

220~

0.22

0.1

R 0.1

0.1

12p

2200~ 50V

12~

0.01 50V 470

0.01 50V

0.01

0.01 50V

47p

0.1

0.01

0.1

0.01

16V

50V

16V

50V

16V 16V

50V

50V 16V 16V

50V

5ov 5ov

50V

5ov 5ov 5ov

5ov

5ov 5ov 5ov

5ov

16V

50V

16V

50V 25V 25V 25V

16V

5ov 5ov 5ov

16V

50V

5ov 5ov 5ov 16V

50V

50V 5ov 5ov

16V

50v

5ov

50V

Description

Electrolytic

16V

Electrolytic Ceramic Electrolytic Electrolytic

16V

Electrolytic Electrolytic Electrolytic

25V

Electrolytic

16V

Electrolytic

Ceramic

Electrolytic

Ceramic

Electrolytic

Ceramic Ceramic Electrolytic

Electrolytic Electrolytic

Ceramic Ceramic Electrolytic Electrolytic Ceramic Ceramic Electrolytic Electrolytic

M.Polypro

Ceramic Electrolytic

M.Polypro

Mylar

Ceramic

Mylar

Mylar Mylar Ceramic Mylar Electrolytic Ceramic Electrolytic Ceramic

Ceramic

Electrolytic

Ceramic Ceramic Ceramic Ceramic Ceramic Ceramic Electrolytic

Ceramic Ceramic Ceramic

Electrolytic Ceramic Mylar Mylar Mylar Electrolytic

M.Polypro

Ceramic Ceramic Ceramic Mylar Mylar Electrolytic

Ceramic Mylar Electrolytic

Code

AA

AC AA AA AC AC AC

AC AC AC

AA

AA AA AA AA AA AA AA

AA

AB AA

AA

AB AB

AB AB AB AB

AA AA AC

AC

AA

AA AA AA

AB

AA AA AC AA AA

AA

AA AA

AB

AA AA AA

AB

AA AA

AA AA AA

AC

AA

AA AA AA AA

A0

AA AA

AA

Ref. No.

Part No.

*

Description

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

C838

VCEAGAlHW474M R 0.47

C839 VCQYTAl

C840

VCEAOAlCW477M R 470

C841 C842 VCQYTAI C843 VCQYTAlHM104J R 0.1 C844 C845 VCEAGAlCWlOGM R 10 C846 VCEAGAlHW474M R 0.47

VCKYCYlHF103Z R 0.01

VCQYTAl

C847 VCKYCYl C848 VCEAGAlAW476M R 47 C849

VCEAGAlHW225M R 2.2

C851 C852 c901 C902 VCCCCYlHHlOlJ R 100~ C903 C904 VCKYCYlHF103Z R 0.01

VCEAGAlHW225M R 2.2

VCKYPAlHBlOlK R 100~ 50V

VCEAGAlCW476M R 47

C905

VCCCCYl

C906

VCFYFAl

C907

VCFYFAlHA684.l R 0.68

C908 VCCCCYlHHlOlJ R 100~ 50V C909

VCKYCYlHF223Z R 0.022

C910 c911 C912

VCQYTAlHM683J R 0.068

C913

VCQYTAlHM223J R 0.022

C914

VCQYTAl

C915

VCEAGAlCWlOGM R 10

C916

VCKYPAl

C917

VCCCCYlHHlOl

C918

VCCCCYl

C919

VCQYTAl

C920

VCQYTAl

c921 C922

VCCCCYlHH330J R 33p

C950

VCEAGAlHW225M R 2.2

c951 C952

VCFYFAlHA684J R 0.68

C953

VCFYFAlHA684J R 0.68

C954 VCQYTAlHM104J R 0.1

C955

VCQYTAlHM104J R 0.1

C956

VCQYTAl

C957 VCEAGAlCWlOGM R 10 Cl001 VCEAGAlCW107M R 100 Cl002

VCEAGAlCW107M R 100

Cl003

VCEAGAlCW107M R 100

Cl004

VCCCCYl

Cl005

VCCCCYlHH220J R 22p

Cl006

VCCCCYl

Cl007

VCCCCYlHH560J R

Cl008

VCEAGAlAW107M R 100

Cl009

VCKYCYlHF103Z R 0.01

Cl012

VCEAGAlHW105M R 1

Cl015

VCEAGAlAW476M R 47

Cl016

VCKYCYlHF103Z R 0.01

Cl01

9 VCEAGAlCW226M R 22

Cl020

VCKYCYlHF103Z R 0.01

Cl021 VCCCCYl Cl022

VCKYCYlHF103Z R 0.01

Cl024

VCKYCYl

Cl031 VCCCCYl Cl032

VCKYCYlEF104Z R 0.1 Cl 034 VCKYPAl

Cl035

VCEAGAl

Cl040

VCEAGAlCW226M R 22

HMl04J R

HM104J R

HF103Z R

HH150J R 15~ 50V

HA684J R

VCEAGAl VCEAGAlHW225M R 2.2

HM563J R HB102K R 1000~

HM104J R HM104J R

VCCCCYl

VCEAGAlHW105M R 1

HM104J R

0.1

0.01

0.68

HW225M R

0.056

J R

HH820J R 82p

0.1

HH330J R

HH220J R HH220J R 22p

HH560J R 56~

HF103Z R

HH220J R 22p

HB221

HW475M R

50V

Electrolytic

50V

Mylar

16V

Electrolytic

50V

Ceramic

50V

Mylar

50V

Mylar

50V

Mylar

16V

Electrolytic

5OV

Electrolytic

50V

Ceramic

1 OV Electrolytic

50V

Electrolytic

50V

Electrolytic

5OV

Electrolytic

Ceramic

50V Ceramic

16V

Electrolytic

50V

Ceramic

50V

Ceramic

50V

2.2

100~ 50V

33p

0.1

22p

56~ 50V

0.01

K R

4.7

Electrolytic

50V

Electrolytic

50V

Mylar

50V

Mylar

50V

Mylar

16V

Electrolytic

50V Ceramic

Ceramic

50V

Ceramic

50V

Mylar

50V

Mylar

50V

Ceramic

50V

Ceramic

50V

Electrolytic

50V

Electrolytic

50V

Mylar

50V

Mylar

50V

Mylar

16V

Electrolytic

16V 16V

Electrolytic

16V

Electrolytic

50V

Ceramic

50V

Ceramic

1 OV Electrolytic

50V

Ceramic

50V

1 OV Electrolytic

5OV

Ceramic

16V

50V

Ceramic

50V

Ceramic

50V

Ceramic

50V 25V

220~ 50V ceramic

50V

16V

50V

50V 50V

Electrolytic

Ceramic Ceramic

Electrolytic

Ceramic

Electrolytic Electrolytic

M.Polypro

M.Polypro M.Polypro

Code

AA AA

AC AA AA AA AA

AA AA AA AA

AB A0 AB

AA AA

A0

AD

AA AA

AD AA

A0 AB AB AB

AA

AB

AA AA AA AA AA AA AA AA

AB

AC AD AD

AA AA AA AA

AB AB

A0

AA AA

AB

AA

AC

AA

A0

AA

AA AA AA

AB AB

Ref. No.

RlOl

R102

R103 R104 R105 R106 R107 R108 R109

RllO Rlll R112 R113 R115 R117 R118 R119 R120 R121

R122 R123 R124 R125 R126 R127

R128 R129 R130 R131 R132 R133 R134 R135 R136

R137 R138 R143 R144 R145 R146 R147 R148

R149 R150 R151 R152 R153 R154 R155 R156 R157 R158 R159

R160 R161 R162

AR166

R167 R198 R201 R202 R203 R204 R206 R211

R212 R213 R214 R215 R216

Part

NO.

VRS-CYw660~ VRs-cYlJF660~

VRS-CYlJF151

VRS-CYl VRS-CY VRS-CYlJF122J

VRS-CY1 JF561 VRS-CYlJFlOlJ

JF680~ R 68

1 JF392J

VRD-RMBE682J R

VRS-CY

1

JF222J

VRS-CY

1

VRS-CY

VRS-CY VRD-RA2BE102J R 1 k VRD-RA2BE273J R 27k VRS-CYl JF154J VRS-CY VRD-RA2BE184J R VRS-CY

VRS-CY VRS-CY 1 VRS-CYlJF151J VRS-CY 1 VRS-CY VRS-CYlJF102J VRS-CYlJFlOlJ VRD-RA2EE120J R 12 VRD-RA2EE120J R 12 VRS-CY VRS-CYlJF103J VRS-CY

VRS-CY 1 VRS-CYiJFlOlJ VRS-CY 1 JF102JR VRS-CY VRS-CY 1 JF222J VRD-RA2BE223J R VRS-CY VRD-RA2BE223J R VRS-CY 1 JF223J VRS-CY VRS-CY 1 JF822J VRS-CY

VRD-RA2BE223J R 22k VRS-CY VRS-CY VRS-CY 1 VRD-RA2BE473J R 47k VRS-CY VRD-RA2BE473J R 47k VRS-CY VRS-CY 1 JF273J VRS-CY VRS-CY VRS-CY 1 JF222J VRS-CY

RR-XZ0026CEZZ R 10 VRS-CY 1 JF473JR VRS-CY

VRS-CY 1 JF273J

VRS-CY 1

VRSCYIJF151J

VRS-CY 1

VRS-CYlJFlOlJ

VRS-CY 1

VRS-CYl

VRS-CY 1 JF392J

VRS-CYI

JF222J

1

JF223J

1 JF223J

1

JF223J

1

JF472J

1

JF222J JF222J

JF472J

1

JF472J

1

JF222J

1

JF153J JF103J

1

JF472J

1

JF223J

1 JF272J 1 JF223J

1 JF472J 1

JF223J

1 JF473J 1 JF473J 1

JF473J

1

JFl OOJ

1 JF222JR 2.2k

1 JF395J

JF68OJ JF68OJR 68

JF68OJR 68 JFl22J

JF561 J

VRS-CY 1 JF222J

JF682JR

I&

RESISTORS

R

68

R

68

J

R

150

R 3.9k ll16W

R

1.2k ll16W

J

R

560 1

R 100 ll16W

6.8k

R 2.2k l/l 6W R 2.2k 1/16W R 22k ljl6W R

22k ‘/16W Metal Oxide AA

R 150k lj16W

R

2%

180k ll8W Carbon

R

4.7k

R

2.2k

R

2.2k

R

150

R

4.7k

R

4.7k

R lk R

100

R

2.2k

R 10k ll16W R 15k ll16W

R 10k ll16W R

100

lk

R

4.7k

R

2.2k

22k ll8W

R

22k l/l 6W Metal Oxide

22k ll8W

R

22k

R

2.7k

R

8.2k

R

22k

R

4.7k

R

22k

R

22k

R

47k

R 47k ll16W R 27k l/l 6W R 47k ll16W

R

10

R

2.2k

47k l/l 6W

R

3.9M

R 27k ll16W R

68

R

150

R

100

R 1.2k ll16W R

560

R

3.9k

6.8k ll16W

R

2.2k

Description

lh6W

Metal

l/l 6W

Metal

lj16W

Metal

l/l 6W

Metal

Metal Oxide

jl6W

Metal Oxide

1/8W Carbon

Metal Oxide

Metal Oxide AA

‘j8w

lj8W

Carbon

Metal Oxide

1j16w

Metal Oxide

lll6W

Metal

l/l 6W Metal Oxide

ll16W

Metal

l/l 6W

Metal

ll16W

Metal Oxide AA

ll16W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide 1 l4W Carbon 1 l4W Carbon

ll16W

Metal Oxide AA

Metal Oxide AA Metal Oxide AA

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

1/16W

Metal Oxide AA

l/l 6W

Metal Oxide

Carbon Carbon

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

lj16W

Metal Oxide AA

l/l 6W

Metal Oxide

lj8W

Carbon

lj16W

Metal Oxide AA

l/l 6W

Metal Oxide

l/l 6W

ll8W

Metal Oxide

Carbon

l/l 6W

Metal Oxide

Carbon

Metal Oxide AA

Metal Oxide

Metal Oxide AA

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

1/16W

Metal Oxide AA

ll4W

Fuse Resistor A0 Metal Oxide

1/16W

Metal Oxide

Metal Oxide AA

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

Metal Oxide AA

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

Code

Oxide AA

Oxide

AA

Oxide

2

AA

AA 2

I44

AA

Oxide m

Oxide

AA

Oxide

u

M

u

‘AA

A/+

AA

AA M

AA

AA AA

AA AA AA AA

AA AA

A4

AA

,”

CX-80H6

‘1

Ref. No.

Part No.

*

Description

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

R217

VRD-RA2BE222J R 2.2k

R219 VRSCYlJF223J R221

R223 R225 R227 R228

R229 R230 R231 R232 R233 R234 VRSCYlJF151J R235 R236 R237 R238 R239 R240 R241 R242 R243 R244 R245 R246 R247 VRS-CYlJFlOlJ R248 R249 R250 R255 R256 R257 R258 R259 R260 R261 R262 R263 R264 R265 R266 R267

R268

&J

R270

R271

R272

R273 R274 R275 R276 R277 R278 R279 R281 R282 R283 R284 R285 R286 R288

R289

R290 R296 R301 R303 VRD-RA2EE225J R 2.2M R305

VRS-CY

1

VRD-RA2BE273J R 27k

VRS-CY

VRD-RA2BE223J R 22k VRD-RA2BE184J R

VRS-CY

VRS-CYl

VRS-CY

VRS-CYl JF122J R

RR-XZ0026CEZZ R 10

VRS-CYlJFlOlJ

VRS-CY

VRS-CYl

VRD-RA2EE102J R 1 k

VRS-CY VRS-CYl

VRS-CYl

VRD-RA2EE120J R 12 VRD-RA2EE120J R 12

VRS-CY

VRS-CYl JF473J R 47k l/l 6W Metal Oxide AA VRSVV3DB123J R

VRS-CY

VRD-RA2BE683J R 68k VRS-CYl JF272J R 2.7k

VRS-CY

VRS-CY VRS-CYl

VRD-RA2BElOl J R 100

JF222J

1

JF102J

1

JF154J

1

JF472J

1

JF222J

1

JF222J

1

JF472J

1

JF472J

1

JF221

J

1

JF472J

1

JF223J

1

JF223J

1

JF473J

1

JF473J

1

JF473J

1

JF473J

1

JF103J

1

JF153J

1

JF103J R

1

JF102J

1

JF472J

1

JF222J R 2.2k l/l 6W Metal Oxide

1

JF223J

1

JF223J

1

JF822J

1

JF223J

1

JF223J R 22k l/l 6W Metal Oxide

1

JF272J

1

JF223J

1

JF223J R 22k l/l 6W Metal Oxide

1

JF391

J

1

JF561

J

JF331 J

1

JF332J

1

JF103J R 1 Ok l/l 6W Metal Oxide

1

JF102J R

JF391 J

1

JF221

J JF221 J JF681 J

1

JF223J

1

JF473J

1

JF683J

1 JF222J 1

JF224J

1

JF15OJ

JF221 J

1/8W

R 22k R 2.2k

R R

180k 1/8W

R 4.7k R 2.2k l/l 6W Metal Oxide R 2.2k R 4.7k l/l 6W Metal Oxide R 150 R 4.7k R 220 R 4.7k R 22k l/l 6W Metal Oxide R 22k R 47k l/l 6W Metal Oxide R 47k R 47k R 47k R 1 Ok l/l 6W Metal Oxide R

R 100 l/l 6W Metal Oxide R R 4.7k l/l 6W Metal Oxide

R 22k l/l 6W Metal Oxide R 22k l/l 6W Metal Oxide R 8.2k R 22k l/l 6W Metal Oxide

R 2.7k l/l 6W Metal Oxide R 22k l/l 6W Metal Oxide

R 390 l/l 6W Metal Oxide R 560 l/l 6W Metal Oxide R 330 l/l 6W Metal Oxide R 3.3k

R 100 l/l 6W Metal Oxide

R 390 l/l 6W Metal Oxide R 220 l/l 6W Metal Oxide

R 220 l/l 6W Metal Oxide R 680 l/l 6W Metal Oxide

R 22k R 47k l/l 6W Metal Oxide

R 68k l/l 6W Metal Oxide

R 2.2k l/l 6W Metal Oxide R 220k l/l 6W Metal Oxide R 15 R 220 l/l 6W Metal Oxide

Carbon

1/16W

Metal Oxide AA

1/16W

1/8W

lk

150k 1/16W

1/8W

15k 1/16W 10k 1/16W

lk

1.2k

lk

12k 2W

1/8W

1/16W

1/4W

Metal Oxide Carbon

ll16W

Metal Oxide AA

Metal Oxide

Carbon

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

1/16W

Metal Oxide

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

l/l 6W

Metal Oxide

1/16W

Metal Oxide AA Metal Oxide AA

Metal Oxide AA

ll16W

Metal Oxide AA

1/16W

Metal Oxide AA

1/16W

Metal Oxide AA

l/l 6W Metal Oxide

1/4W

Fuse Resistor

l/l 6W Metal Oxide

1/4W

Carbon

1/4W

Carbon

1/4W

Carbon

1/16W

Metal Oxide AA

Carbon

Metal Oxide AA

l/l 6W

Metal Oxide

Carbon

1/8W

Carbon

Code

AA

AA AA

AA AA AA

AA AA AA AA

AA AA

AA AA AA

AA AA AA AA AA AA AA AA

AA AA

AB

AA AA AA AA AA AA AA AA AA

AA

AA AA

AA AA AA AA AA

AB

Ref. No.

R307 R308 R309 R310 R311 R312 R317 R318 R319 R320 R321 R322 R351 R352 R353 R354 R356 R357 R358 R359 R360 R361 R362 R363 R364 R365 R366 R367 R368 R369 R370 R371 R372 R373

R374 R375 R376 R377 R378 R379 R401 R402 R403 R404 R405 R406 R407 R408 R409 R418 R420 R421 R422 R423 R424 R425 R426 R427 R451 R452 R453 R454 R455

R456 R457 R458 R459 R460 R461 R462 R464

Part No.

VRS-CY VRS-CY VRS-CY VRD-RA2BE333J VRS-CY VRD-RA2BE221 J VRSCYlJF154J VRD-RA2BElOl VRD-RA2BElOl VRD-RA2BElOl

VRD-RA2BE394J VRS-CYlJFlOlJ VRS-CYlJFlOlJ

VRS-CYlJFlOlJ

VRD-RA2BElOl

VRD-RA2BE564J

VRS-CYl VRD-RA2EE471 J

VRSCYlJF121J VRS-CYlJFlOlJ VRS-CY VRS-CYlJFlOlJ VRS-CY VRS-CY VRS-CY VRS-CY 1 JF392J VRS-CY 1 JF472J VRD-RA2BE563J VRSCYlJF471J VRS-CYl VRD-RA2BElOl VRS-CYlJFlOlJ VRD-RA2BE103J VRS-CYl VRD-RA2BE103J VRS-CYlJF103J VRD-RA2BElOl VRD-RA2BElOl VRS-CY 1 JF103J VRSCYlJF123J VRS-CYlJFlOlJ VRS-CY 1 JF102J VRD-RA2BElOl

1 JF333J 1 JF223J 1 JF222J

1 JF182J

VRD-RA2BElOl

VRS-CYlJFlOlJ VRD-RA2BElOl

VRS-CYl JFlOl VRD-RA2BElOl

VRS-CYlJFlOlJ VRS-CYlJFlOlJ VRD-RA2BE102J VRS-CY

1 JF564J

VRD-RA2BE102J VRD-RA2BE102J

VRS-CYl VRD-RA2BE102J VRS-CY 1 JF564J VRS-CY VRS-CYlJFlOlJ VRD-RA2BE561 J VRSCYlJF104J VRS-CYlJFlOlJ VRD-RA2BE561 J VRS-CY 1 JF473J VRD-RA2BE102J VRD-RA2BE102J VRS-CY 1 JF473J VRS-CY VRS-CYl VRS-CY

VRSCYlJF821J

JF564J

1 JF104J

1 JF103J

JF103J

1 JF222J

JF821 J

1 JF102J

1

JF331

1 JF102J 1 JF472J

JF561 J

JF103J

*

R R 22k R 2.2k l/l 6W Metal Oxide R R R 220 R R 100

J

R 100

J J

R 100 R 100

J

R 390k R 100 l/l 6W Metal Oxide R 100 l/l 6W Metal Oxide R 100 R 100 l/l 6W Metal Oxide R 100

J

R 100

J

R 100

J

R 100

J

R 100 l/l 6W Metal Oxide R 100 l/l 6W Metal Oxide R R 560k R R 560k R R 560k R R 560k R 1 R 100 l/l 6W Metal Oxide R 560, R R 100 l/l 6W Metal Oxide R 560 R 47k R R R 47k R R R 2.2k R 820 l/l 6W Metal Oxide R 820 l/l 6W Metal Oxide R 470 R 120 R 100 l/l 6W Metal Oxide R R 100

J

R 330 l/l 6W Metal Oxide R R 4.7k R 3.9k R 4.7k R R 470 l/l 6W Metal Oxide R 560 l/l 6W Metal Oxide

J

R 100 R 100 R R 1 Ok R R

J

R 100

J

R 100 R 1 Ok

R R 100

R lk

J

R 100

Description Code

33k

l/l 6W Metal Oxide

1/16W

Metal Oxide

33k 1/8W

1.8k

150k

lk lk lk lk

100k

lk lk

10k 10k 1/16W

lk

56k 1/8W

10k 1/8W 10k 1/8W

10k l/l 6W

12k 1/16W

Carbon

l/l 6W Metal Oxide

1/8W

Carbon

l/l 6W Metal Oxide

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/16W

Metal Oxide

1/8W

Carbon

1/16W

Metal Oxide

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/16W

Metal Oxide

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/16W

Metal Oxide

1/8W

Carbon

1/16W

OOk

l/l 6W Metal Oxide

Metal Oxide

l/l 6W Metal Oxide

1/8W

Carbon

l/l 6W Metal Oxide

1/8W

Carbon

1/16W

Metal Oxide

ll8W

Carbon

1/8W

Carbon

1/16W

Metal Oxide Metal Oxide

1/16W

Metal Oxide

1/4W

Carbon

1/16W

Metal Oxide

l/l 6W Metal Oxide

1/16W

Metal Oxide

1

/16W

1/16W

Metal Oxide

1/16W

Metal Oxide

1/16W

Metal Oxide

Carbon

1/8W

Carbon

1/16W

Metal Oxide

Carbon

l/l 6W Metal Oxide

Carbon

Metal Oxide

1/8W

Carbon

1/8W

Carbon

l/l 6W Metal Oxide

Metal Oxide

1/16W

Metal Oxide

l/l 6W Metal Oxide

1/8W

Carbon

Metal Oxide

AA AA AA AA AA AA AA

AB AB AB AB

AA AA AA AA AA

AB

AA

AB AB AA

AA AA AA AA AA

AA

AA AA AA AA AA AA AA AA AA AA

AA

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AA AA AA AA AA

AB

AA

AB AB

AA AA

AA

AB

54

I

Ref. No.

Part No.

*

Description

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

l/l 6W

R465 R467 R468 R469 R470 R471 R472 R473 R474 R475 R476 R477 R478 R479 R480 R481 R482 R483 R484 R485 R501 R502 R503 R504 R601 R602 R605 R606 R609 R610 R612 R613 R614 R615 R616 R617 R618 R619 R620 R621 R622 R623 R624 R625 R626 R627 R628 R629

R630 R631 R632 R633

R634

R635 R636 R637 R638 R639 R640 R641 R642 R643

R644 R647 R648 R651

VRS-CY 1 JF102J VRD-RA2BElOl VRS-CY

1 JF102J

VRS-CY

1

VRS-CY 1 JF102J VRD-RA2BElOl VRS-CY VRD-RA2BElOl VRD-RA2EE750J VRD-RA2BElOl VRD-RM2HD221 J VRD-RA2EE750J VRS-CY 1 JF103J VRD-RA2BE102J VRD-RA2BE102J VRD-RA2EE750J VRS-CYlJFlOlJ VRD-RA2EE750J VRD-RA2BEl OOJ VRS-CY 1 JF102J VRS-CYlJFlOlJ VRS-CY VRS-CY VRS-CY 1 JF562J VRS-CY 1 VRN-VV3LB4R7J VRD-RM2HD470J VRD-RM2HD470J VRS-CYl VRS-CYl VRD-RM2HD220J VRD-RM2HD220J VRS-CY VRN-VV3LB4R7J VRD-RM2HD560J VRD-RM2HD560J VRS-CY 1 JF684J VRS-CY VRS-CY 1 JF562J VRS-CY VRS-CY VRSCYlJF184J VRD-RA2EE471 J VRS-CY VRS-CY VRD-RA2BE102J VRS-CY

VRS-CY VRS-CY VRS-CY 1 JF182J VRS-CYl VRS-CYl

VRD-RA2BEl OOJ VRS-CY 1 JF102J

VRD-RA2BE103J VRD-RA2BE222J VRS-CYl VRS-CY 1 JF102J VRS-CY 1 VRS-CY 1 JF102J VRSCYlJF103J VRD-RM2HD560J VRD-RM2HD560J

VRS-CY 1 JF222J VRS-CY 1 JF682J

VRS-CYlJF105J

JFlO2J

1 JF102J

1 JF333J 1 JF333J

JF562J

JF153J JF153J

1 JF562J

1 JF682J

1

JF271

1

JF471

1 JF103J

1 JF222J

1 JF102J

1 JF394J

JF471 J JF102J

JF102J

JFl53J

J J

R

lk

R 100

J

R

lk

R

lk

R

lk

R 100

J

R

lk

R 100

J

R 75 R 100

J

R 220 R 75 1 R

10k 1/16W

R

lk

R

lk

R 75 1 l4W Carbon R 100 l/l 6W Metal Oxide R 75 1 l4W Carbon R 10 1 l8W Carbon R

lk

R 100 R 33k

ll16W

R 33k

ll16W

R 5.6k R 5.6k R 4.7 R 47 1 l2W Carbon R 47 1 l2W Carbon R

15k ll16W

R

15k l/l 6W

R 22 1 l2W Carbon R 22 1 l2W Carbon R 5.6k R 4.7 R 56 1 l2W Carbon R 56 1 l2W Carbon R 680k R 6.8k R 5.6k R 270 R 470 l/l 6W Metal Oxide R

180k ll16W

R 470 R

10k 1/16W

R

10k ll16W

R

lk

R 2.2k R

lk

R 390k R 1.8

ll16W

R 470 R

lk

R 10 R

lk

R

1Ok ll8W

R 2.2k R

lk

R

lk

R

15k 1/16W

R

lk

R

10k

l/l 6W Metal Oxide R 56 1 l2W Carbon R 56 R 2.2k

R

6.8k

1/16W

R 1 M

Metal Oxide

ll8W

Carbon

1 I1 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

1/8W

Carbon

ll16W

Metal Oxide

ll8W

Carbon

1/4W

Carbon

1/8W

Carbon

ll2W

Carbon

f4W

Carbon

Metal Oxide

ll8W

Carbon

1 l8W Carbon

1

/16W

ll16W

1/16W ll16W ll16W

1/16W

ll16W

l/l 6W

Metal Oxide

Metal Oxide Metal Oxide Metal Oxide

1/16W

Metal Oxide

3W

Metal Film

Metal Oxide

3W

Metal Film

ll16W

Metal Oxide Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

1/4W

Carbon Metal Oxide Metal Oxide

1/8W

Carbon

Metal Oxide

l/l 6W Metal Oxide

ll16W

Metal Oxide

Metal Oxide l/l 6W Metal Oxide 1 l8W Carbon

ll16W

Metal Oxide

Carbon

1/8W

Carbon

1/16W

Metal Oxide

l/l 6W Metal Oxide

Metal Oxide

1/16W

Metal Oxide

1/2W

, Carbon

Metal Oxide

l/l 6W

Metal Oxide

Code

AA

AB

AA AA AA

AB

AA

AB

AA

AB

AA AA AA

AA

AA AA AA AA AA

AA AA AA

AA

AA AC

AA AA AA AA AA AA AA AC

AA

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AA

AA AA AA AA AA

AA AA

AA AA AA

Ref. No. Part No.

R653

R654

R655 R656 R657 R658 R659 R660 R661 R662 R663 R664

R665 R666 R667 R668 R669 R670 R671 R672

R673 R674 R675 R676 R678 R679 R682 R683 R684 R686 R690 R801 R802 R803 R804 R805 R806 R807 R808 R809 R814 R815 R816 R817 R818 R819 R820 R822 R823 R824 R825 R826 R827 R828 R829 R830

R831

R832 R833 R834

R835 R836 R837 R838 R839 R840 R841 R842 R843 R844 R846

VRD-RA2BE103J VRD-RM2HD271 J VRD-RM2HD121 J VRS-CY

1 JF223J

VRS-CY

1

VRS-CY VRS-CY VRS-CY VRS-CYlJFlOlJ VRS-CY VRS-CY VRS-CY VRS-CY VRSCYlJF182J VRSCYlJF182J VRS-CYlJF182J VRS-CYl JF182J VRS-CY VRS-CY VRS-CY VRS-CYlJFlOlJ VRS-CY VRS-CY VRS-CYlJFlOlJ VRS-CYlJF182J VRS-CY VRS-CY VRS-CYl VRS-CY VRS-CY VRD-RM2HD5RGJ VRD-RA2BElOl VRS-CY VRS-CY VRS-CYlJF103J VRS-CY VRS-CY VRS-CYl VRD-RA2BElOl VRD-RA2BElOl VRS-CY VRS-CYl VRS-CY VRSCYlJF221J VRS-CYl VRS-CYl VRS-CYl VRS-CY VRS-CYl VRS-CY VRS-CYl VRSCYlJF102J VRS-CY VRS-CY VRS-CYl VRS-CYl

VRD-RA2BE562J

VRD-RA2BE562J VRS-CY VRS-CY 1

VRD-RA2BE103J VRS-CY VRS-CYlJF104.J VRS-CY VRSCYlJF102J VRS-CYl JF102J VRS-CY VRD-RM2HD680J VRD-RM2HD680J VRD-RA2BE391 J VRS-CY

JF152J

1

JF223J

1

JF152J

1

JF223J

1

JF223J

1

JF223J

1

JF223J

1

JF223J

1

JF223J

1

JF182J

1

JF682J

1

JF223J

1

JF223J

1

JF223J

1

JF152J

JF271 J

1 JF223J

1

JF222J

1

JF273J

1

JF103J

1 JF222J

JF391 J

1

JF333J

JF221 J

1

JF221

JF221 J JF221 J JF221 J

1

JF153J

JF561 J

1

JF473J

JF471 J

1 JF183J 1

JF183J

JF153J JF153J

1

JF822J

1

JF104J

1 JF103J

1

JF102J

1

JF683J

*

R

R 270

R 120 R 22k R R 22k R R 22k R 100 R 22k R 22k R 22k R 22k R R R R R 22k R R 6.8k

R 100 R 22k R 22k R 100 R R 22k R R 270 R 22k R 22k R 5.6

J

R 100 R 2.2k R 27k R R R 2.2k R 390

J

R 100

J

R 100 R 33k R 220

J

R 220 R 220 R 220 R 220 R 220 R R 560 R 47k R 470 R R R R R R 5.6k R 5.6k R 8.2k R 8.2k

R R R R R R R R 68 R 68 R 390 R 68k

Description

10k

1/8W

1/2W l/2W 1 /16W

1.5k

l/l 6W l/l 6W

1.5k

l/l 6W

1

/16W l/l 6W 1/16W ll16W

l/l 6W l/l 6W

1.8k

1/16W

1.8k

ll16W

1.8k

l/l 6W

1.8k

1 I1 6W Metal Oxide

l/l 6W Metal Oxide

1.8k

1/16W

1 I1 6W Metal Oxide

1/16W

1

/16W

1 I1 6WMetal Oxide l/l 6W Metal Oxide

1.8k

l/l 6W Metal Oxide 1 I1 6WMetal Oxide

1.5k

l/l 6W Metal Oxide

1/16W

1 I1 6W

ll16W

1 l2W Carbon 1 l8W Carbon 1 I1 6W

l/l 6W

10k

ll16W

10k

1 I1 6W

1 I1 6WMetal Oxide

l/l 6W Metal Oxide

ll8W 1/8W

1 I1 6W Metal Oxide

l/l 6W

1 I1 6W l/l 6W Metal Oxide l/l 6W Metal Oxide l/l 6W Metal Oxide l/l 6W Metal Oxide

15k

l/l 6W l/l 6W

1

/16W

l/l 6W Metal Oxide

lk

l/l 6W

18k

l/l 6W Metal Oxide

18k

l/l 6W Metal Oxide

15k

l/l 6W

15k

l/l 6W Metal Oxide

1/8W ll8W

1

/16W

l/l 6W

10k

1/8W

100k

l/l 6W Metal Oxide

100k

l/l 6W

10k

l/l 6W Metal Oxide

lk

1

/16W

lk

l/l 6W Metal Oxide

lk

ll16W

1 l2W Carbon 1 l2W Carbon 1 l8W Carbon

1/16W

Carbon Carbon Carbon

Metal Oxide Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

Metal Oxide Metal Oxide

Metal Oxide

Carbon Carbon

Metal Oxide

Carbon Carbon

Metal Oxide

Carbon

Metal Oxide

Code

AA AA AA

AA AA

AA

AA AA AA

AA

AA AA

A4

AA AA AA

AA

AA AA AA AA AA AA AA AA AA AA AA

AA . AA AA

AB

AA AA AA AA AA AA

AB AB

AA AA AA AA AA AA AA AA AA AA AA AA AA

AA AA AA

AA AA

AA

AA AA AA AA AA AA AA AA AA AA AA

55

* CX-80H6 1

Ref. No.

Part No.

*

Description Code

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

R847

VRD-RA2BE471J R 470

R848 R849 R850 R851 R901 R902 R903 R904 R905 R906 R907 R908 R909 R910 R911 R912 VRS-CY 1 JF223J R913 RlOOl R1002 R1003 R1004 VRS-CYlJFlOlJ R1005 R1008 R1012 VRSCYlJF563J R1020 R1022 R1024 R1026 R1028 VRS-CYlJFlOlJ R1030

R1031 R1032 VRS-CYlJFlOlJ

R1033

R1034 R1035 R1036 R1037 R1038 R1039 R1040 R1042 R1043 R1044 VRS-CYlJFlOlJ R1046 R1047 R1048

R1049 VRSCYlJF103J R1055 R1056 R1057 R1058 VRSCYlJF103J R1059 VRSCYlJF102J R1060 R1061 R1062 VRSCYfJF103J R1063 RIO64

RIO65 R1066 RfO67 Rl068 RIO70 RlO71

Rio72 VRSCYlJF103J

R1073 VRS-CY~JF~OI

VRS-CY

1

JF221 JR 220 l/l 6W Metal Oxide

VRS-CY

VRD-RA2BE221J R 220

VRD-RA2BElOl J R 100 VRD-RA2BElOl J R 100 VRS-CYl

VRS-CYlJF103J

VRD-RA2BE563J R 56k

VRS-CYlJF102J VRD-RA2BE473J R 47k

VRS-CYlJF102J

VRD-RA2BE562J R 5.6k VRD-RA2BE562J R 5.6k VRD-RA2BE562J R 5.6k VRD-RA2BE562J R 5.6k VRD-RA2BE562J R 5.6k VRS-CYlJF102J VRS-CYlJF123J

VRS-CY VRS-CY VRS-CY

VRD-RA2BEl02J R

VRS-CY

VRS-CYlJF102J

VRD-RA2BE102J R 1 k

VRD-RA2BElOlJ R 100

VRD-RA2BElOlJ R 100 VRD-RA2BElOlJ R 100 VRD-RA2BElOl J R 100 VRD-RA2BElOl J R 100 VRD-RA2BEiOlJ R 100

VRS-CY 1 JF562J VRS-CY 1 JF562J

VRD-RA2BEi 01 J R

1 JF182J

VRS-CY 1 JF182J VRS-CY VRS-CY

1 JF103J

1 JF223J

JF103J

1

JF561 JR 560 l/l 6W Metal Oxide

1 JF102J 1 JF475J 1 JF102J

1 JF223J 1 JF223J

1 JF223J

1 JF222J

1 JF563J 1 JF563J 1 JF563J

1 JF563J

1 JF563J 1 JF562J

1 JF562J 1 JF562J

1 JF333J

1 JF102J

J

VRS-CY VRS-CY VRS-CY VRS-CY VRS-CY VRS-CY

VRS-CY

VRSXYlJF102J

VRS-CY 1 JF473J

VRS-CY

VRS-CY VRS-CY

ll8W

Carbon

R

1.8k ll16W

R

1.8k ll16W

R

10k ll16W

R 22k l/l 6W Metal Oxide

R 1 Ok

R

lk

R 4.7M R

lk

R 22k

R 22k R 22k R

lk

R 47k R

10k 1/16W

R 100 R 2.2k l/l 6W Metal Oxide

ll8W

R 56k R 56k l/l 6W Metal Oxide R 56k R 56k l/l 6W Metal Oxide R

lk

R 100

ll8W

R

56k ll16W

R 100 l/l 6W Metal Oxide R

lk

R 56k R 5.6k

ll8W ll8W ll8W 1/8W

ll8W

R

lk

R

12k l/l 6W

R 100 R 5.6k R 5.6k

R 33k l/l 6W Metal Oxide R

10k l/l 6W

lk

R

lk

R

lk

R 1 Ok R

lk

R

10k ll16W

R 5.6k

loo 1/8W

R 1 Ok R 100

Metal Oxide AA

ll8W

Carbon

Metal Oxide AA

ll8W

Carbon

1/8W

Carbon

l/l 6W

Metal Oxide

ll16W

Metal Oxide AA

ll16W

Metal Oxide

l/l 6W Metal Oxide

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

Metal Oxide AA

l/l 6W

Metal Oxide

Carbon

ll16W

Metal Oxide AA

l/l 6W

Metal Oxide

l/l 6W Metal Oxide

ll16W

Metal Oxide AA

Carbon

Metal Oxide AA

l/l 6W

ll8W

ll8W 1/8W

ll8W

1/8W

ll16W

l/l 6W

Metal Oxide

ll16W

Metal Oxide AA Carbon Carbon Carbon Carbon Carbon

ll16W

Metal Oxide AA

Metal Oxide

ll16W

Metal Oxide AA

ll16W

Metal Oxide AA

Metal Oxide 1 l8W Carbon

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide l/l 6W Metal Oxide 1 l8W Carbon

Carbon

Metal Oxide AA

Carbon Carbon

Carbon

ll16W

Metal Oxide AA

Carbon

l/l 6W

Metal Oxide

AA AA

AA

AB AB

AA AA

AA

AA AA

AA AA AA AA

AA AA

AA AA AA AA AA

AA

AA AA AA AA AA AA AA AA

AB

AB AB AB AB AB

AB

AA AA

Ref. No. Part No.

R1074

VRS-CYlJF103J

R1075 VRS-CYlJFlOlJ R1076

VRD-RA2BE562J

R1077 VRS-CYlJFlOlJ

R1078

VRS-CYlJF102J

R1079 VRS-CYlJFlOlJ

R1080 R1081 VRS-CYlJFlOlJ R1082 VRS-CYlJFlOlJ R1083

R1084 VRS-CYlJFlOlJ R1085 VRS-CYlJFlOlJ R1086 VRS-CYlJFlOlJ

R1087 VRD-RA2BE333J

R1088

R1089 VRSCYlJF103J R1090 R1091 R1093 VRS-CYlJF273J R1094 VRS-CY R1095 R1096 R1097 VRS-CY R1098 R1099 RllOO VRS-CYl Rll R1102 R1103 R1104 R1105 VRSCYlJF562J R1106 VRSCYlJF562J R1107 R1108 VRSCYlJF102J R1109 VRSCYlJF472J Rlll Rllll Rl R1113 R1114 R1115 VRSCYlJF103J R1116 VRS-CYlJFlOlJ R1117

R1119 VRSCYlJF562J R1120 VRSCYlJF562J R1121 VRSCYlJF563J R1122 VRS-CYlJFlOlJ R1123 VRSCYlJF563J R1124 R1127 VRSCYlJF562J R1129 VRSCYlJF562J R1130 VRSCYlJF563J R1136

VRS-CY

1 JF222J

VRS-CYlJFlOlJ

VRS-CY

1 JF562J

VRS-CY

VRS-CY VRS-CY

VRS-CY

1 JF332J

JF332J

1 JF683J 1 JF473J 1 JF473J 1 JF223J 1 JF223J

JF222J JF392J

1 JF272J

JF563J

VRS-CYl

01

VRS-CYlJF222J VRD-RA2BE103J VRS-CYlJF103J

VRS-CYlJF103J

0 VRD-RA2BE332J

VRD-RA2BE332J

112 VRD-RA2BE332J

VRS-CYlJF333J VRD-RA2BE562J

VRS-CYl

VRD-RA2BE223J

VRD-RA2BE562J

*

R R 100 R 5.6k

R 100 l/l 6W Metal Oxide R R 100 R 2.2k

R

100 l/l 6W Metal Oxide R 100 R 100 R 100 R 100 R 100 R 33k R 5.6k R R 3.3k R 3.3k R 27k l/l 6W Metal Oxide R R 47k R 47k R 22k R 22k l/l 6W Metal Oxide R 2.2k

R 3.9k R 2.7k R 2.2k R 1 Ok R R 5.6k l/l 6W Metal Oxide R 5.6k R 1 Ok R R 4.7k R 3.3k R 3.3k R 3.3k R R 5.6k R

R 100 R 56k R 5.6k R 5.6k R R 100 R 56k R 22k R 5.6k R 5.6k

R 56k

R 5.6k

MISCELLANEOUS PARTS

CNlOl

QCNW-2158PEZZ R Connecting Cord

CN201

QCNW-2157PEZZ R Connecting Cord

J451

PlOl P201 P451 P601 P602 P801 P802 P1003

SC401 SC402 SC406 SC451

QTANJ0956CEZZ R Terminal QPLGN0261CEZZ R Plug, 2pin QPLGN0261 QPLGN0261CEZZ R Plug, 2pin QPLGN0261CEZZ R Plug, 2pin

QPLGN0461CEZZ R Plug, 4pin

QPLGN0561CEZZ R Plug,

QPLGN0461CEZZ R Plug, 4pin

QPLGN0661CEZZ R Plug, QSOCN0785CEZZ R Socket, 7pin

QSOCN0785CEZZ R Socket, QSOCN0285FJZZ R Socket, 2pin

QSOCD0427CEZZ R Socket, 4pin

CEZZ R Plug, 2pin

Description Code

10k ll16W

l/l 6W

ll8W

lk

1

/16W

l/l 6W

ll16W

l/l 6W

1/16W

l/l 6W

l/16W l/l 6W ll8W

ll16W

10k ll16W

ll16W l/l 6W

68k l/l 6W

l/l 6W ll16W ll16W

l/l 6W

ll16W l/l 6W

1/16W

ll8W

10k l/l 6W

l/l 6W

lk

l/l 6W

ll16W

ll8W ll8W ll8W

33k l/l 6W

ll8W

10k ll16W

l/l 6W

1/16W 1/16W

56k ll16W

l/l 6W

1/16W

ll8W l/l 6W ll16W

l/l 6W

ll8W

5pin

6pin

7pin

Metal Oxide

Carbon

Metal Oxide

Carbon

Metal Oxide

Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

Carbon

Metal Oxide

Metal Oxide Metal Oxide

Metal Oxide Carbon Carbon Carbon

Metal Oxide Carbon Metal Oxide

Metal Oxide Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

Carbon

Metal Oxide Metal Oxide

Metal Oxide

Carbon

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AA AA AA

AA AA AA AA AA AA AA AA

AA

AA AA AA AA AA AA

AH AM

AT

AB AB AB AB AB AB AB

AD AC AC

AG

AL

56

Ref. No.

Part No.

*

Description

Code

Ref. No.

Part No.

Ir

Description

Code

PWB-A DUNTK9356WEW9

MAIN UNIT (Continued)

SC501

QSOCZ1138CEZZ R Socket, 11 pin

SC601

QSOCZ1020CEZZ R Socket,

SC602

QSOCZ1938CEZZ R Socket,

SC1001

QSOCZ1138CEZZ R Socket, 11 pin

SLDl 01 SLD201 PSLDM0235PEFW

SLD202 SLDlOOl PSLDM0211 PEFW TP801 TP802 TP806

RDA601 PRDAR0255PEFW

PSLDM0237PEFW

R Shield

PSLDM0236PEFW R Shield

R Shield

QLUGP0102PEZZ R Lug

QLUGP0102PEZZ R Lug QLUGP0102PEZZ R Lug

R Heat Sink

R Shield

10pin

19pin

AE AF AF AE

AD AD AC

AG

AA AA

AA

AE

PWB-B DUNTK8776WEWg

CRT UNIT

TRANSISTORS

Q850 VS2SC4544LBl E R 2SC4544LB Q851

VS2SC4544LBl E R 2SC4544LB

Q852 VS2SC4544LBl E R 2SC4544LB Q853 VS2SCl815GW-1 R Q854

VS2SC1815GW-1

Q855

VS2SC1815GW-1 Q856 VS2SA1015Yll E Q857

VS2SC1815GW-1 Q858 VS2SA1015Yll E R 2SA1015Y Q1501 VS2SA1837//-1 Q1502 Q1503 Q1504 VS2SA1015Yll E R 2SA1015Y Q1506 Q1507 VS2SA1015Y/lE R 2SA1015Y Q1508 Q1510

D850 VHDlSSllSNlE D851 D852 VHDlSS119NlE D853 D854 VHDlSS119N1E R lSS119 D855 VHDl SSl19Nl D856 VHD1SS119//1E D857 D858 VHD1SS119//1E

0859 VHD1SS119//lE R lSS119

D860 VHDlSSllS//lE 0861

01501

D1502 VHD1SS119//1E R lSS119 D1503 D1504 D1514 VHD1SS119//1E D1515 VHD1SS119//1E

01516

D1522

VS2SC4793//-1

VS2SC1815YW-1 VS2SC1815YW-1

VHDlSSllS//lE

VHD1SS119ll1E R lSS119

E

RH-EXO61 SGEZZ

VHD1SS119//lE

VHD1SS119N1E

RH-DX0086TAZZ RH-DXOO86TAZZ

VHDlSSllSNlE

VHD1SS119//1E

2SC1815GW

R

2SC1815GW

R

2SC1815GW

R 2SA1015Y

R 2SC1815GW

R 2SA1837 R 2SC4793

R 2SC1815YW R 2SC1815YW

DIODES

R lSS119 R lSS119 R lSS119

R lSS119 R lSS119

J Zener Diode

R lSS119 R lSS119

R Diode R Diode

R lSS119 R lSS119 R lSS119 R lSS119

AD AD AD

AB

AB AB

AC

AB

AC

AF AF

AC AC AC AC AC AC

AA AA AA AA AA AA AA

AA

AA AA AA AA AC AC AA AA AA AA

-

End of Main Unit

COILS

L854 L855 L856

VP-2K470KOOOK VP-2K470KOOOK VP-2K470KOOOK

R Peaking R Peaking 47vH R Peaking

47pH

AB AB AB

CONTROL

R890

RVR-M4263CEZZ R

330(B),

SUB BRIGHT

AD

CAPACITORS

C850

VCEAOA2EW106M

C851

C853

C854 VCKYPAl C855 VCKYPAl

C856 VCKYPAl C857

C858

C859

-

C860 C861

RC-KZO153CEZZ

VCKYD41 HB561

VCKYD41 HB471

VCKYPAl VCEAGAlCW107M R 100

VCEAGAlCW476M R 47 VCKYPAl HF103Z R 0.01

R 10

R Capacitor

K R

R

560~ 50V

330~

50V Ceramic

470~ 50V

470~ 50V 470~ 50V

HB331K HB102K R 1000~ 50V HB471

K R K R

HB471

K R

250V Electrolytic

Ceramic

Ceramic Ceramic

16V

Electrolytic

16V

Electrolytic

50V

Ceramic

AD

AB

AA AA AA AA AA AA

AB AB

AA

CX-80H6

1

Ref. No.

Part No.

*

Description Code

PWB-B DUNTK8776WEW9

CRT UNIT (Continued)

C863 VCEAGAl C864 VCEAGAlCW226M R 22 ~1501 VCKYPAl HF103Z R 0.01 cl

502 VCKYPA2HB472K R

~1503 VCKYPA2HB472K R cl504

VCKYPAl HF103Z R 0.01

Cl505

VCEAGAl

Cl506

VCEAGA2CW106M R 10

~1507 VCEAGAl Cl508

VCCSPA2HL560K R

Cl509 VCEAGA2AW226M R cl521

VCKYPAl HF103Z R 0.01

Cl522

VCKYPAl HF103Z R 0.01

cl523

VCCSPAl

cl524

VCEAGAlCW107M R 100

Cl526

VCEAGAlCWlOGM R 10

Cl528

VCEAGAlCW476M R 47

cl529

VCKYPAl HF103Z R 0.01 50V Ceramic

CW106M R

CW107M R CW107M R

HL221

J R

RESISTERS

R850

VRC-MA2HG102K R 1 k

R851 R852 R853 R854 R855 R856 R857 R858

R859 R860 R861 R862 VRD-RA2BE221 R863 R864 R865 R866 R867 R868 VRD-RA2BE151 R869 R870 VRD-RA2BE151 R871 R872 R873 R874 R875 R876 R877 R878 R879 R880 R881

R882 VRD-RA2BE820J R R883 VRD-RA2BE820J R R884 R887 R888 VRD-RA2BE152J R 1.5k 1/8W R889 VRD-RA2BE681J R

R891 R8g2 VRD-RA2BE223J R

R8g3 R8g4 VRD-RA2BE682J R

R1502 VRD-RA2BE561 J R R1503 VRD-RA~EE~~oJ R R1504 VRD-RA2EE2R7J R

-~

VRC-MA2HG102K R 1 k

VRC-MA2HG102K R

VRS-VV3DB183J R

VRSVV3DB183J R VRSVV3DB183J R VRSVV3DB153J R

VRS-VV3DB153J R VRSVV3DB153J R

VRC-MA2HG224K R 220k

VRD-RA2EE151J R 150

VRD-RA2BE221J R 220

VRD-RA2BE471J R 470

VRD-RA2BE560J R 56

VRD-RA2BE151J R 150 VRD-RA2BE471J R 470 VRD-RA2BE471J R 470 VRD-RA2BE471J R 470 VRD-RA2BE561J R 560 VRD-RA2BE561J R 560 VRD-RA2BE561J R 560 VRD-RA2BE680J R 68 VRD-RA2BE680J R 68

VRD-RA2BE680J R 68

VRD-RA2BE820J R 82 VRD-RM2HD471J R 470

VRD-RA2BElOl J R 100

VRD-RA2BEl

J R 220

J R 150 J R 150

82 82

680

22k

OOJ R lo

6.8k 560

56

2.7

10

4700~ 500V

100 100

22 1

16V 16V

5OV

50V 16V

16OV

16V

56~

500V Ceramic

220~ 50V

lk 18k 2W 18k 2W 18k 2W 15k 2W 15k 2W 15k 2W

ll8W

1/8W

Ceramic

16V

Electrolytic

16V 16V

1/2W 1/2W 1/2W

1/2W

Solid

1/4W

Carbon

1/8W

ll8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

ll8W

1/8W

1 i8W Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

ll8W

Carbon

1/8W

Carbon 1 l8W Carbon 1 l8W Carbon 1 l8W Carbon 1 l8W Carbon 1 l8W Carbon

ll8W

1/2W

Carbon

1/8W

Carbon

ll8W

Carbon

1/8W

Carbon

ll8W

1/4W

ll4W

Carbon

Ceramic

Electrolytic Electrolytic

Carbon

Electrolytic Electrolytic

Ceramic Ceramic Ceramic

Electrolytic

OOV

Electrolytic

50V

Ceramic

5OV

CeramiC

Electrolytic Electrolytic

Solid Solid Solid

Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide

Carbon

Carbon Carbon

Carbon

AA

AB

AA

AB AB

AA

AB

AC

AB

AA AC AA

AA

AB

AA

AB

AA

AA AA AA AA

AA

AA AA AA AA

AA

AA AA AA AA AA AA AA AA

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AB

AA AA AA

Ref. No. Part No.

R1505

VRD-RA2BElOl J R 100

R1506 VRD-RA2BElOOJ R R1507

VRD-RA2BE820J R 82 1 l8W Carbon

R1508

VRD-RA2BE683J R 68k

R1509

VRD-RA2BE123J R

R1510

VRD-RM2HD121J R 120

R1511

VRD-RA2BE820J R 821 l8W Carbon

R1512

VRD-RA2BE683J R 68k

R1513

VRD-RA2BE561J R 560

R1514

VRD-RA2EE560J R 56 1 l4W Carbon

R1515

VRD-RA2EE2R7J R 2.7

R1516

VRSVV3DB221 J R 220

R1531

VRD-RA2BE153J R

R1532

VRD-RA2BE153J R

R1533 VRD-RA2BE221 R1534

VRD-RA2BE102J R 1 k

R1536

VRD-RA2BE104J R

R1537 VRD-RA2BE221 R1538 VRD-RA2BE221 R1539 VRD-RA2BE681 R1540

VRD-RA2BE104J R

RI542

VRD-RA2BE223J R 22k

R1543

VRD-RA2BE681J R 680

R1544

VRD-RA2BE103J R

R1545

VRD-RA2BE153J R

R1546

VRD-RA2BE391J R 390

R1547

VRD-RA2BE151J R 150

R1549

VRD-RA2BE393J R 39k

R1550 VRD-RM2HD471

*

10 1 l8W Carbon

12k ll8W

15k 1/8W

15k 1l8W

J R 220

100k 1/8W

J R 220 J R 220 J R 680

100k ll8W

1Ok 1/8W

15k ll8W

J R 470

MISCELLANEOUS PARTS

FB1501

RBLN-0020CEZZ R Ferrite Bead

P850

QPLGN0361CEZZ R Plug,

P851 P1501 RDA850PRDAR0083PEFW R Heat Sink RDA851 PRDAR0083PEFW R RDA852 PRDAR0083PEFW R RDAlSOl PRDAR0083PEFW R RDA1502 PRDAR0083PEFW R

A

SC850

SC851 SC852 SC853 QTIPM0083CEZZ R Tip SC1

QPLGN0561CEZZ R Plug,

QPLGN0261CEZZ R Plug,

Heat Sink

QSOCVO91 SCEZZ R

QTIPM0083CEZZ R Tip

QTIPM0083CEZZ R

501

QSOCN0461 CEZZ R

Heat Sink CRT Socket

Socket, 4pin

Tip

-

Descrbtion

ll8W

Carbon

ll8W

Carbon

ll2W

Carbon

ll8W

Carbon

ll8W

Carbon

ll4W

Carbon

2W

Carbon

ll8W

ll8W ll8W ll8W

1/8W

ll8W

1/8W

ll8W

ll2W

5pin

Metal Oxide

Carbon

1 l8W Carbon

Carbon

Carbon Carbon Carbon

Carbon

Carbon Carbon Carbon

Carbon

2pin 2pin

End of CRT Unit

Code

AB

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AB AB AB

AB

AD AD AD AD AD AH

AB AB AB AB

-

58

1

CX-80H6

Ref. No.

PWB-C

Part

NO.

DUNTK9357WEW9

Ir

POWER UNIT

fc1301 tC1302 VHIAN5275//-1 ICI303 VHIAN7108//-1 tc1304 tC1305 VHIUPC358C/-1 tCl501 tc1502 tC1701 VHISTRM6821-1R tC1703 VHITOP209//-1 IC1750 VHISE120N//-1

IC1751 VHISl3121

Q1211 VS2SA1015YllE Q1212 Q1213 Q1215 VS2SC1815GW-1 R 2SC1815GW

Q1301 VSKRC102M//-1

Q1302 VSKRC102Mlb1 Q1303 Q1304 VSKRC102Mlb1 Q1305 VS2SC1815GW-1 R 2SC1815GW

A Ql601

VS2SD1887lll E

Q1602 VS2SC2482//-1

Q1603

VS2SD2045lb1

Q1604 VS2SA1015Yll ER 2SA1015Y Q1605

VS2SA1015Y/l E

Q1606 Q1607 Q1702 VS2SC1815YW-1 R Q1751 VS2SC1815GW-1 R 2SC1815GW

INTEGRATED CIRCUITS

VHITA8256H/-1

VHIUPC358C/-1 VHITA8427Kb1

VHITA8859CP-1

N/-l

R I.C. R I.C. R I.C. R UPC358C R UPC358C R TA8427K R TA8859CP

I.C. R I.C. R SE120N R I.C.

TRANSISTORS

R

VS2SC1815GW-1 R 2SC1815GW VS2SC1815GW-1 R 2SC1815GW

VS2SC1815GW-1 R 2SC1815GW

VS2SC1815GW-1 R VS2SC1815GW-1 R 2SC1815GW

2SA1015Y

R KRC102M R KRC102M

R KRC102M R

2SD1887

R

2SC2482

R

2SD2045

R

2SA1015Y

2SCl815GW 2SC1815YW

Description

Code

AU

AP

AL AD

AD

AL AT AZ

AP

E A IC1702

AC

AB A VA1701 AB

AB

AA AA L1201

AB

AA

AB

AN AD AL AC AC

AB AB L1751 AB AB

Ref. No.

D1703 D1704 D1705 D1706 D1707 D1708 D1709 D1710 RH-DXO130CEZZ D1711 RH-DX0321 D1750 D1751 D1752 D1754 RH-EXO152CEZZR D1756 RH-DXO130CEZZR Diode D1757 VHDlSS119lllE D1762

PR1701

L1202 L1300 L1501 L1601 L1602

AL1701 AL1702 AL1703

L1750

L1752

L1753

Part No.

RH-DX0130CEZZ R Diode

RH-DX0130CEZZ R Diode RH-DX0321CEZZ R Diode RH-DX0279CEZZ R Diode

RH-DX0279CEZZ R Diode RH-DX0279CEZZ RH-DX0279CEZZ

CEZZR Diode RH-DX0355CEZZR Diode RH-DX0486CEZZR Diode RH-DX0406CEZZR Diode

VHD1SS119l/1E

RH-FX0024CEZZ

*

R

Diode

R

Diode

R

Diode

Zener Di

R lSS119 R lSS119 R PC113L

Description

ode

PACKAGED CIRCUITS

RMPTP0085CEZZ R Packaged Circuit

RH-VX0048CEZZ R

Varistir

COILS

VP-DF3R3KOOOO R VP-DF3R3KOOOO R VP-DFl OOKOOOOR Peaking VP-CF331 KOOOOR Peaking 330pH RClLZ0822CEZZ R Coil RClLZ0720CEZZ R Coil RCILF0145CEZZ R Coil RCILF0138CEZZ R Coil RCILF0138CEZZ R Coil RCILP0292CEZZ R Coil RCILPO171CEZZ R RCILP0178CEZZ R Coil RCILP0268CEZZ R Coil

Peaking Peaking 3.3pH

Coil

3.3pH

10pH

Code

AE

AC

AB AB AB AB

AE

AC

AF

AH AD

AE

A4

AA

AG

AL

AE

AB

AL

AQ AQ AQ

AE

AD AD

AE

DIODES

D1201

RH-PX0003PEZZ R Photo Diode

D1202

RH-PX0274CEZZ R Photo Diode

D1203

RH-PX0274CEZZ R Photo Diode

D1204 RH-EXO613GEZZ D1205

RH-EX0631GEZZ J Zener Diode

D1206

RH-EX0623GEZZ J Zener Diode

D1259 VHDlSS119lllE D1301 VHDlSS119NlE D1302 VHDlSSllSlllE D1303 VHDlSS119lllE D1306 VHDlSSllSNlE

D1307 VHDlSSllS/llE D1501 RH-EXO61 SGEZZ D1502 RH-EXO61 SGEZZ

D1503 RH-EXO61 SGEZZ

D1504

RH-DX0279CEZZ R Diode

D1505 RH-EXO61 SGEZZ D1506 VHDlSS119lllE D1603

RH-DX0130CEZZ R Diode

D1604

RH-DX0302CEZZ R Diode 01605 RH-DX0127CEZZ R Diode

D1606 RH-EX0631 GEZZ D1607

RH-EX0797CEZZ R Zener Diode

D1608 VHDlSSllS//lE D1611

RH-DX0446CEZZ R Diode

D1612

RH-DX0446CEZZ R Diode

Dl613

RH-DX0279CEZZ R Diode

D1615

RH-DX0452CEZZ R Diode 01616 RH-DX0449CEZZ R Diode

J Zener Diode

R lSS119 R

lSS119

R lSS119 R

lSS119

R

lSS119

R lSS119

J Zener Diode

R

lSS119

J Zener Diode

R

lSS119

AT1601

;;

AT1602 AC AT1701 M AT1702

AA AA AA AA AA AA AA AA AA AA AA

AB

AA AA

AE

AC AC AA

AB

AA

AB AB AB

AH AK

R1631

Cl 024

Cl217 Cl218

Cl219

Cl251 Cl301 Cl302 Cl304

Cl 305

Cl306 Cl308 Cl309 Cl310 Cl311 Cl312 Cl313 Cl314 Cl315

RTRNFO153PEZZ R RTRNZ0057PEZZ R Transformer RTRNZ0121 RTRNZ0537BMZZ R R/C Transformer

PEZZ R Transformer

H-VOLT Transformer

CONTROL

TRANSFORMER

RVR-M4634GEZZ J 220k(B), SUB

CONT

CAPACITORS

VCKYPAl HFlO3Z R 0.01 VCEAGAOJW107M R VCKYPAl HF103Z R 0.01 50V Ceramic VCKYPAl HB102K R VCEAGAlCW106M R 10 VCQYTAlHM223J R 0.022 VCEAGAlHW335M R 3.3 VCFYFAl VCEAGAlVW477M R 470 VCQYTAlHM223J R 0.022 VCQYTAl VCEAGAl VCQYTAl VCEAGAlVW477M R 470 VCFYFAl VCFYFAl VCEAGAlCW107M R 100 VCEAGAlHW225M R 2.2

HA154J R

HM104J R

VW1

HM104J R

HA154J R HA184J R

100

0.15

0.1

08M R 1000

0.1

0.15

0.18

50V

6.3V

1000~ 50V

16V

50V

35V

50V

50V Mylar 35V 50V

35V

16V

50V

Ceramic

Electrolytic

Ceramic

Electrolytic

Mylar

Electrolytic

50V

M.Polypro

Electrolytic

Mylar

Electrolytic

Mylar

Electrolytic

50V

M.Polypro

50V

M.Polypro

Electrolytic

AH

AK

AY

AS

AB

AA

AB

AA

AA AA

AB

AC AD AA AA AD AA AD

AC

AB AB

59

CX-80H6

I

Ref. No.

PWB-C

Part No.

DUNTK9357WEW9

*

POWER UNIT (Continued)

Cl316 VCEAGAOJW108M R

Cl317

VCQYTAlHM102J R

Cl318

VCEAGAl

Cl319

VCEAGAlVW337M R 330

Cl320

VCQYTAlHM104J R 0.1

Cl321 VCEAOAlVW477M R 470 35V Cl322

VCQYTAl

Cl323

VCEAOHlVW228M R 2200

Cl324

VCKYPAl

Cl325

VCKYPAl HB682K R

Cl327

VCFYSAl

Cl329

VCEAGAlAW107M R 100

Cl330

VCFYSAlHB154J R 0.15 50V

Cl333

VCEAGAl

Cl334

VCEAGAlCW106M R 10

Cl335

VCEAGAlAW227M R 220

Cl336 VCEAGAOJW337M R Cl337

VCEAGAlAW227M R 220

Cl338

VCEAGAlCWlOGM R 10

Cl339

VCKYPAl HF103Z R 0.01 50V

Cl340

VCKYPAlHF103Z R 0.01 50V

Cl344

VCQYTAl

Cl345

VCQYTAl HM223J R 0.022 50V

Cl346

VCQYTAl

Cl347

VCQYTAl

Cl348

VCQYTAl

Cl349

VCQYTAlHM103J R 0.01

Cl350

VCQYTAl

Cl351

VCEAGAlCWl06M R

Cl352

VCFYFAl

Cl353

VCFYFAlHA124J R 0.12 50V

Cl354

VCFYFAlHA224J R 0.22 50V

Cl355

VCQYTAl

Cl356

VCQYTAl

Cl357

VCEAGAlCWlOGM R 10

Cl359

VCEAGAlCW107M R 100

Cl361 VCQYTAl Cl365

VCKYPAl HF103Z R 0.01 50V

Cl366

VCEAGAlHW105M R 1

Cl370

VCEAGAlCWlOGM R 10

Cl371 VCEAGAl Cl372

VCEAGAl

Cl374

VCEAGAlHW226M R 22

Cl502

VCEACAl

Cl503

VCEAGAlCW108M R 1000

Cl504

VCKYPAlHF103Z R 0.01 50V

Cl505 VCEACAI HC224K R 0.22 Cl506

VCEACAlHC225J R 2.2

cl507

VCQYTAl

cl508

VCCSPAl

cl509

VCKYPAl HF103Z R 0.01 50V

cl510

VCEAGAlVW108M R 1000

cl511

VCEAGAlHW107M R 100 50V

cl512

VCFYAA2AA224J R 0.22

cl513

VCQYTAl

cl514

VCKYPA2HB391K R 390p 500V

cl515

VCQYTAlHM823J R 0.082 50V

cl516

VCEAGAlVW108M R 1000 35V

cl517

VCQYTAlHM683J R 0.068 50V

c15l8

VCEAGAl

c15l9

VCEACAlHC474K R 0.47 50V

c152l

VCQYSA2AA473K R 0.047

c1 601

VCKYPA2HB152K R

c16o2 VCKYPA2HB471 ‘1603 VCCCf’AlHHlOlJ R 100~ 50V Cl604

VCFPPD2DB474J R 0.47 200V

CW226M R

HM104J R

HB682K R 6800~ 5OV

HB154J R

CW476M R

HM183J R

HM103J R

HM183J R HM223J R

HM103J R

HA474J R

HM473J R HM103J R

HM683J R

EW475M R

HC225J R

HM223J R

HL221

HM103J R

HW105M R

1000

1000~

22

0.1

6800~ 5OV

0.15

47

330 6.3V

0.018 50V

0.01 50V

0.018 50V

0.022 50V

0.01 50V 10

0.47

0.047

0.01 50V

0.068 50V

4.7

2.2

0.022

J R

220~

0.01

1

1500~

K R

470~

50V

16V 35v 5ov

5ov

1ov

16V

1ov

16V

50V

16V

5ov

16V 25V 25V

5ov

16V

5ov

5OV

50V

5ov

500V 500V

Description Code

6.3V

35V

5OV

50V

35V

1OOV

50V

1OOV

Electrolytic Mylar Electrolytic Electrolytic

Mylar

Electrolytic Mylar

Electrolytic Ceramic Ceramic

M.Polypro

Electrolytic

M.Polypro

Electrolytic

Ceramic

Mylar

Electrolytic

M

.Polypro M.Polypro M.Polypro

Mylar Mylar Electrolytic Electrolytic Mylar Ceramic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Electrolytic Ceramic Electrolytic Electrolytic Mylar Ceramic Ceramic Electrolytic Electrolytic

M.Polypro Mylai

Ceramic Mylar Electrolytic Mylar Electrolytic Electrolytic Mylar Ceramic Ceramic Ceramic

M.Polypro

AC AA

AB

AC AA

AB

AA AH AA AA

AB AB AB AB

AA

AB AB AB

AA AA AA

AB

AA AA

AB

AA AA AA AA AC AC

AB

AA AA AA

AB AB

AA AC AA AA AA

AB

AC AD AA AC AC AA AA AA AD AC AD AA AA AA AD

AB

AC

AB

AC AA AA AA

AE

Ref. No.

Cl605

VCEAGAlHWlOGM R 10 Cl 606 VCKYPA2HB102K R

Cl607 VCEAOA2EW336M R

a Cl608 A

Cl 609 VCFPPD3CA822H R

Cl 610 RC-KZ0338CEZZ R Capacitor

Cl612

VCFPPC2DB364J R 0.36

Cl613

VCFPPC2DB364J R 0.36

Cl614

a Cl615

A

A a

a

VCKYPA2HB561K R

VCQPSC2JA473K R 0.047

Cl616

VCE9RHlHW475K R 4.7

Cl617

VCKYPA2HB102K R

Cl618

VCEAOHlVW228M R 2200

Cl619

VCFYSB2EB224K R 0.22

Cl620 VCKYPA2HB331 Cl621

VCEAGAlHW105M R 1

Cl623

VCFYFAl

Cl 624 VCFPPC3CA332H R

Cl 631 VCKYPAl HF103Z R 0.01

Cl632

VCFYFAl

Cl 701 Cl 702

Cl704

VCKYPAl HF103Z R 0.01

Cl705

VCKYPAl

Cl 708 RC-EZ0689CEZZ R Capacitor

Cl709

VCEAGAl

Cl71

0 VCQPSC2JA333K R 0.033 Cl 711 RC-KZ0024CEZZ R Capacitor Cl 712 RC-KZ0073CEZZ R Capacitor Cl 714 RCXZ0029CEZZ R Capacitor Cl 715 RCXZ0029CEZZ R Capacitor Cl 716 RCXZ0029CEZZ R Capacitor

Cl717

VCQYTAlHM104J R 0.1

Cl71

8 VCEAGAlCW476M R 47

Cl719 VCEAOA2GW475M R

Cl 720 RCXZ0029CEZZ R Capacitor

Cl721 VCKYPA2HB222K R

Cl 722 RC-KZ0029CEZZ R Capacitor

Cl 723

Cl724

VCFYSB2EB224K R 0.22 250V M.Polypro

Cl727

VCKYPAl

Cl750

VCKYPA2HB102K R Cl 751 RC-EZ0004PEZZ R Capacitor Cl 753 RC-EZ0003PEZZ R Capacitor

Cl754

VCKYPA2HB102K R Cl 755 RC-EZ0003PEZZ R Capacitor Cl 756 RC-EZ0002PEZZ R Capacitor Cl 757 VCKYPA2HB102K R Cl 758 RC-EZ0002PEZZ R Capacitor Cl 759

Cl760

VCKYPA2HB102K R Cl 761 RC-EZ0005PEZZ R Capacitor Cl 762 RC-KZ0029CEZZ R Capacitor

Cl763

RC-EZ0006PEZZ R Capacitor

Cl765

VCKYPAl

Cl767

VCEAGAl

Cl768

VCEAOAlCW477M R 470

Cl769

VCKYPAl HFlO3Z R 0.01 Cl 774 RC-KZ0029CEZZ R Capacitor

Cl780

VCKY

Part No.

VCFPPD3CA822H R

HA474J R

HA334J R

RC-FZO17SCEZZ R

RC-FZOOl SCEZZR Capacitor

HB471K R 470~ 50V

HW107M R

RC-KZ021 SCEZZ

HBl

RC-EZOOOl PEZZ R

HB102K R 1000~ 50V

EW477M R

PA1 HB102K R 1000~ 5OV

*

1000~

33

8200~ 1600V

8200~ 16OOV

560~ 500V

1000~ 500V

K R

330~ 500V

0.47

3300~ 16OOV

0.33

Capacitor

100

4.7

2200~ 500V

R

Capacitor

01 K R 1

1000~ 5OOV

1000~ 500V

Capacitor

1000~ 500V

470

RESISTORS

R1203

VRD-RA2BE273J R 27k

R1204

VRD-RA2BE822J R

R1205

VRD-RA2BE472J R 4.7k

R1206

VRD-RA2BE222J R 2.2k

RI207

VRD-RM2HD561J R 560

R1209 R1210 R1211 R1212

VRDWQBE103J R

VRDWQBE472J R

VRD-RM2HD471J R

VRDRmBE472J R

8.2k 1/8W

10k l&W

4.7k

470 112~ Carbon

4.7k 1/8W

Description

50V

Electrolytic

500V Ceramic

250V

Electrolytic

M.Polypro

200V

M.Polypro

200V

M.Polypro

Ceramic

630V

Mylar

50V Elect.(N.P)

Ceramic

35V

Electrolytic

250V

M.Polypro

Ceramic

50V

Electrolytic

50V

M.Polypro

50V

Ceramic

50V

M.Polypro

50V

Ceramic

50V

Electrolytic

630V

Mylar

50V

Mylar

16V

Electrolytic

400V

Electrolytic

Ceramic

OOp 50V

25V

16V

Ceramic

Electrolytic

50V

Ceramic

1/8W

Carbon

1/8W

Carbon

1/8W

Carbon

1/2W

Carbon

1/8W

Carbon

Code

AC AA

AF AE AE

AD

AF AF

AA

AB AF

AA AH AD AA AC AC AD AA

AB

AD

AG

AA

BA

AC

AB

AC AD AC AC AC

AA

AB

AE

AC

AA

AC

AE

AD

AA

AA AH

AF

AA

AF

AE

AA

AE

AA AM AC

AK AA AD AC AA AC AA

AA AA AA AA AA AA AA AA AA

60

I

CX-80H6

Ref. No.

PWB-C

Part No.

DUNTK9357WEW9

POWER UNIT (Continued)

R1213 R1214 R1215 R1216 R1218 R1221 R1222 R1223 R1224 R1225 R1226 R1227 R1230 R1244 R1301

R1302 A R1303 A R1304

R1305 VRD-RA2BE681 JR 680

R1306

R1307

R1308

R1309

R1311

R1312 A R1313 A R1314

R1315

R1316 VRD-RA2BE222JR 2.2k

R1319

R1325

R1327

R1328

R1330

R1331

R1338

R1341

R1342

R1343

R1344

R1345

R1346

R1347

R1348

R1349

R1350

R1351

R1352

R1353

R1354

R1355

R1356

R1357

R1358

R1359

R1360

R1361

R1362

R1363

R1364

R1365

R1368

R1370

R1374

R1375

R1376

VRD-RA2BE103J VRD-RA2BE332JR 3.3k VRD-RA2BE472JR 4.7k VRD-RA2BE103J VRD-RA2BE152J VRD-RA2BE472JR 4.7k VRD-RA2BE103J VRD-RM2HD681 J VRD-RA2BElOl JR VRD-RA2BElOl VRD-RA2BE102J VRD-RA2BE102J VRD-RA2BE102J VRD-RA2EE750J VRD-RA2BE182J VRD-RA2BE182J VRG-RF2EB2R2J VRG-RF2EB2R2JR 2.2

VRD-RA2BE681 JR 680 VRD-RA2BE103JR VRD-RA2BE103J VRD-RA2BE182JR VRD-RA2BE103JR

VRD-RA2BE102J VRG-RF2EB2R2JR 2.2 VRG-RF2EB2R2JR 2.2 VRD-RA2BE222JR 2.2k

VRD-RA2BE561 J VRD-RA2BE123JR VRD-RA2BE223JR 22k VRD-RA2BE223JR 22k VRD-RA2BE123JR VRSKT3LB18OJR 18 VRD-RA2BElOl JR VRD-RA2BEl23JR VRD-RA2BE123JR VRD-RA2BE274JR 270k VRD-RA2BE274JR 270k VRD-RA2BE153J

VRD-RA2BE333J VRD-RA2BE103J VRD-RA2BE103JR VRD-RA2BE153J VRD-RA2BE153J VRD-RA2BE333JR 33k VRD-RA2BE153JR VRD-RA2BE103J

VRD-RA2BE103J

VRD-RA2BE182J

VRD-RA2BE183J VRD-RA2BE123J

VRD-RA2BE822J

VRD-RA2BE123J

VRD-RA2BE272J

VRD-RA2BE562J VRD-RA2BE223J VRD-RA2BE102J VRD-RA2BE102J VRD-RA2BE103J VRD-RA2BElOl VRD-RA2BE822J VRD-RA2BE183J VRD-RA2BE183J

J

jr

R 10k

R 10k R 1.5k

R 10k R

680 100

R

100

R lk R lk R lk R

75

R 1.8k R 1.8k R

2.2

10k

R 10k

1.8k 10k

R lk

R

560

12k

100

12k 12k

R 15k R

33k

R 10k

10k R 15k R 15k

15k R 10k R 10k R 1.8k R 18k R 12k R

8.2k

R 12k R 12k R

2.7k

R

5.6k

R

22k

R lk R lk R 10k R

100

R

8.2k

R 18k R 18k

Description Code

ll8W

Carbon Carbon

1/8W

Carbon

ll8W

Carbon

1/8W

Carbon

ll8W

Carbon

1/8W

Carbon

ll8W

Carbon

ll2W

Carbon

ll8W ll8W

Carbon Carbon

ll8W ll8W

Carbon

ll8W

Carbon

1

l4W

Carbon AA

ll8W

Carbon

ll8W

Carbon

1

l4W

Fuse Resistor

ll4W

Fuse Resistor

ll8W

Carbon Carbon

ll8W ll8W

Carbon

ll8W

Carbon Carbon

ll8W ll8W

Carbon

ll8W

Carbon

1

l4W

Fuse Resistor

ll4W

Fuse Resistor

ll8W

Carbon

ll8W

Carbon

ll8W

Carbon Carbon

ll8W ll8W

Carbon Carbon

ll8W ll8W

Carbon

3w

Metal Oxide AD

ll8W

Carbon

1/8W

Carbon

ll8W

Carbon

ll8W

Carbon

iiaw

Carbon

ll8W

Carbon AA

ll8W

Carbon

ll8W

Carbon

ifaw

Carbon

iiaw

Carbon

ll8W

Carbon

iiaw

Carbon

1 law

Carbon

iiaw

Carbon

ll8W

Carbon

ll8W

Carbon

ll8W

Carbon

iiaw

Carbon

ll8W

Carbon

ll8W

Carbon

iiaw

Carbon

iiaw

Carbon

ll8W

Carbon Carbon

iiaw

Carbon

ll8W

Carbon

iiaw

Carbon

iiaw

Carbon

1 iaw

Carbon

iiaw

Carbon

ll8W

Carbon

ll8W

AA AA AA AA AA AA AA AA

AB AB

AA AA

AA

AB

AA

AB

AA

AB

AA

AA AA

AA

AB

AA AA

AA

Ref. No.

R1501

R1502

R1503 R1504 R1505

R1506

a

R1507 VRG-RF2EB220J R 22

R1508 R1509

R1510

R1511 R1512 R1513

R1514

R1516

R1517

R1518

R1519

R1520

R1601 VRS-KT3LB681 JR 680

R1602 VRS-KT3LB561 JR 560

R1603

A R1604

R1606

R1607 VRD-RA2EE681J R 680

R1608 VRD-RM2HDlOOJ R

R1609 VRW-KQ41C3R3K R

R1611

R1612

R1613

R1614 VRD-RA2BE103J R

R1615

R1616

R1617

R1618

R1619

R1620

R1621

R1622 VRN-VV3LBGR8J R

R1623

R1624

R1625

R1626

R1627 VRD-RA2BE103J R

R1628

R1629

R1630

R1632

R1633

R1634 VRD-RA2EE334J R 330K ll4W

R1635

R1636

R1637

R1638

R1639

R1640

R1641

R1642

R1643

R1644

R1645

R1646

R1648

R1650

A R1701

R1704

R1705

R1706

R1708

R1709

R1710

Part No.

VRD-RA2BElOlJ R 100 VRD-RA2BElOlJ R 100 VRD-RM2HD391J R 390 VRD-RM2HD391J R 390 VRD-RA2EE123J R VRD-RA2BElOlJ R 100

VRD-RM2HD391J R 390 VRD-RA2BE124J R 120k VRD-RA2BE683J R VRD-RA2BE102J R 1 k VRD-RA2BE274J R 270k VRD-RA2BE223J R 22k VRD-RM2HD2R7J R 2.7 VRD-RM2HD2R7J R 2.7 VRD-RM2HD2R7J R 2.7 VRD-RA2BE223J R 22k VRD-RA2BE221J R 220 VRD-RA2BE183J R

VRSVV3AB272J R 2.7K

RR-XZ0029CEZZ R 3.3

VRD-RA2EE681J R 680

VRN-VV3LB2R2J R 2.2 VRD-RA2EElOl J R 100

VRD-RA2EElOlJ R 100

VRD-RM2HD102J R 1 k1 l2W VRS-SU2HB102J R

VRD-RA2EE393J R VRD-RM2HD472J R 4.7K

VRD-RA2BE472J R 4.7k VRD-RA2EE472J R 4.7K VRD-RM2HD222J R 2.2K

VRD-RA2BE102J R

VRD-RA2BE153J R

VRD-RA2BE273J R 27k

VRD-RA2BElOlJ R 100

VRD-RA2BE224J R 220k

VRSVV3DB561J R 560

VRD-RA2BE472J R 4.7k

VRD-RA2EE274J R 270K

VRD-RA2EE684J R

VRD-RA2EE564J R 560K

VRD-RA2BE103J R

VRD-RA2BE560J R 56

VRD-RA2BE153J R

VRD-RA2BE124J R

VRD-RA2BE223J R 22k

VRD-RA2BE124J R

VRD-RA2BE123J R

VRD-RA2BE103J R

VRD-RA2BE124J R

VRD-RA2EE125J R

VRD-RA2BElOlJ R 100

VRN-VV3AB2R2J R 2.2 VRC-UA2HG395K R VRW-KQ41CR82K R VRW-KQ41 CR82K R VRSKT3LB822J VRD-RA2BE472J R 4.7k

RR-WZ0170CEZZ R

*

12K ll4W

68k 1/8W

18k ll8W

10

3.3

10k ll8W

lk 39K ll4W

6.8

lk

15k ll8W

10k ll8W

680K 1/4W

10k ll8W 10k ll8W

15k ll8W

120k ll8W

12k ll8W 10k ll8W

120k ll8W

1.2M ll4W

3.9M ll2W

0.82

R 8.2K 3W

0.18

Description

ll8W

Carbon

ll8W

Carbon

1/2W

Carbon

ll2W

Carbon Carbon

ll8W

Carbon

ll4W

Fuse Resistor

ll2W

Carbon

ll8W

Carbon Carbon

1

l8W

Carbon

ll8W

Carbon

ll8W

Carbon AA

ll2W

Carbon

ll2W

Carbon

ll2W

Carbon

ll8W

Carbon

ll8W

Carbon Carbon

3W

Metal Oxide

3W

Metal Oxide

1W

Metal Oxide

ll2W

Fuse Resistor Carbon

ll4W ll4W

Carbon Carbon AA

1/2w

Cement

15W

3W

Metal Film Carbon AA

ll4W

Carbon Carbon Carbon

1

l2W

Metal Oxide Carbon

ll2W

Carbon

ll8W

Carbon

ll4W

Carbon

1/2W

Carbon

3W

Metal Film

1 law

Carbon Carbon

1/8W

Carbon

ll8W

Carbon Carbon

ll8W

Carbon

2W

Metal Oxide

ll8W

Carbon AA

1/4W

Carbon Carbon Carbon

ll4W

Carbon Carbon Carbon

1

l8W

Carbon Carbon Carbon

ll8W

Carbon Carbon Carbon Carbon Carbon Carbon

ll8W

Carbon

1W

Metal Film Solid

15W

Cement

15W

Cement Metal Oxide

ll8W

Carbon

3W

Fuse Resistor

3W

Fuse Resistor

Code

AB AB

AA AA AA

AB AB

AA AA

A4

AA AA

AA AA AA AA AA AA AC

AE

AA

AB

AA AA

AG

AC AA

AA AA AA

AA

AA AA AA

AA AC

AA

AB

AA

AA-

AA

AB

AA AA

AF

AC AA

AE AE

61

CX-80H6

I

Ref. No.

PWB-C

Part No.

DUNTK9357WEW9

POWER UNIT (Continued)

R1711

VRD-RA2BE122J R

R1712

VRD-RA2BE122J R

R1713

VRSVV3DBlOOJ R 10

R1714

VRD-RM2HD332J R 3.3K

R1715

VRSKT3LB823J

R1716 VRW-KP3HClOOJ R R1717

VRD-RM2HD220J R 22

R1718

A R1719 A R1720

VRD-RM2HD104J R

VRCUA2HG825K R 8.2M VRCUA2HG825K R

R1721

VRD-RM2HD391J R 390

R1726

VRSKT3LB682J

R1728

VRSVV3LB220J R 22 3WMetal Oxide

R1729

VRD-RA2BE103J R

R1751

VRD-RA2BE273J R 27k

R1753

VRD-RA2BE332J R 3.3k

R1754

VRD-RA2BE472J R 4.7k

R1756

VRD-RA2BE103J R

R1757

VRD-RA2BE103J R

R1759

VRD-RA2BE102J R 1 k

R1761

VRD-RA2BE103J R

*

1.2k ll8W

R 82K 3W

10 5WCement

100K ll2W

8.2M 1/2W

R 6.8K 3W

10k 1/8W 10k ll8W

10k ll8W

Description Code

Carbon

Metal Oxide

1/2W

ll2W ll2W

10k l/8

1/8W

ll8W 1/8W

2W

Carbon

Metal Oxide

1 l2W Carbon

Carbon

Solid Solid Carbon

Metal Oxide Carbon

Carbon

Carbon Carbon Carbon

1/8W

Carbon

AA

AA AA AA AC AD AA

AA A AA

AA AA AC

AB

AA

AA AA AA AA AA AA AA

Ref. No. Part No.

P1704 QPLGN0207CEZZ R Plug, P1705

QPLGZlOlSCEZZ R Plug, lOpin

RDA1301 PRDAR0262PEFW R RDA1302 PRDAR0189PEFW R RDA1501 PRDAR0213PEFW R RDAl601 PRDAR0252PEFW R RDA1602 PRDAR0257PEFW R RDA1701 PRDAR0220PEFW R RDA1750 PRDAROlGOPEFW R RDA1751 PRDAR0135PEFW R RDA1752 PRDAR0261 PEFW R RMC1201

RY1701

RRMCU0222CEZZ R Remote Receiver

RRLYJ0046CEZZ R Relay

SC1601

QTIPM0083CEZZ R Tip

SLD13Ol

PSLDM0146PEFW R Shield

*

Heat Sink

Heat Sink Heat Sink Heat Sink

Heat Sink Heat Sink

Heat Sink

Description

2pin

Code

AA

AG AQ

AE

AM

AL

AF

AR

AF

AE

AF

AL

AB AE

SWITCHES

S1201

QSW-K0079GEZZ J Switch, CH Up

S1202

QSW-K0079GEZZ J Switch, CH Down

S1203

QSW-K0079GEZZ J Switch, Volume Up

S1204

QSW-K0079GEZZ J Switch, Volume Down

S1205 QSW-K0079GEZZ J Switch, Preset

A S1701

QSW-P0588CEZZ R AC Switch

MISCELLANEOUS PARTS

A F1701

A FH1701 A FH1702

A P1701

QFSC5022CEZZ R Fuse,

FB1501

RBLN-0037CEZZ R Ferrite Bead

FB1601

RBLN-0037CEZZ R Ferrite Bead

FB1602

RBLN-0037CEZZ R Ferrite Bead

FB1603 RBLN-0037CEZZ R Ferrite Bead FB1702

RBLN-0037CEZZ R Ferrite Bead

FB1703 RBLN-0037CEZZ R Ferrite Bead FB1750

RBLN-0037CEZZ R Ferrite Bead

FB1751

RBLN-0037CEZZ R Ferrite Bead

FB1752

RBLN-0037CEZZ R Ferrite Bead

FB1753 RBLN-0037CEZZ R Ferrite Bead FB1754 RBLN-0037CEZZ R Ferrite Bead FB1755

RBLN-0037CEZZ R Ferrite Bead

FB1757 RBLN-0037CEZZ R Ferrite Bead FB1759

RBLN-0037CEZZ R Ferrite Bead

QFSHD1013CEZZ R Fuse Holder

J1201 J1202 QJAKE0145CEZZ R Jack J1203 QJAKE0143CEZZ R Jack J13Ol

Pl7O2 QPLGN0469GEZZ J Plug, 4pin

QFSHD1014CEZZ R Fuse Holder

QJAKE0144CEZZ R Jack

QJAKJ0047CEZZ R Jack

Pl201 QPLGZ1138CEZZ R Pl2O2 QPLGN0261CEZZ R Plug, 2pin Pl301 QPLGN0461CEZZ R Plug, 4pin Pi302

QPLGN0361CEZZ R Plug,

Pt3O3 QPLGN0261CEZZ R Plug, 2pin Pt304

QPLGZ1938CEZZ R Plug,

- .-P1305

QPLGN0361CEZZ R Plug,

P1501

QPLGZ1138CEZZ R Plug,

P1601 QPLGNOl GOFJZZ R P1602

QPLGN0361CEZZ R Plug, QPLGN0269GEZZ J Plug, 2pin

Plug,llpin

Plug, 1 pin

T5A

3pin

19pin

3Pin

llpin

3pin

250V

AB AB AB AB AB

AP

AD

AB AB AB AB AB AB AB AB AB AB AB AB AB AB

AC AC

AF

AF AG

AD

AE AB AB AB AB AF AB AE

AD

AB AB AE

-

End of Power Unit

-

62

I

f

CX-80H6

Ref. No.

Part No.

*

Description

PWB-D DUNTK9358WEVO

DIG. UNIT

INTEGRATED CIRCUITS

lC5461 VHITC9090AN-1

Q5461 VS2SD601 Q5462

VS2SB709All- 1

Q5463 VS2SD601 Q5464 VS2SD601All-1 Q5465 VS2SD601AIl-1 Q5466

VS2SB709AIl- 1

Q5467

VS2SD601

Q5861

VS2SD6OlA//-1

Q5862

VS2SD601 Q5863 Q5864

VS2SD601

D5461

RH-EX0619GEZZ J Zener Diode

D5462

RH-EX0619GEZZ J Zener Diode

05463

VHDl SS119ll-1

L5461

VP-DFl

L5462

VP-DFl

L5463 L5464

L5465 VP-XF330KOOOO

L5466 VP-XF330KOOOO

L5467

L5468 VP-DFl

L5469 L5471

L5472 VP-XF470KOOOO

L5473 L5861 VP-XF6R8KOOOOR Peaking 6.8pH L5862

L5863 VP-DFl

R5467

C5405

C5460 C5461 C5462 C5463 C5464 C5465 C5466 C5467 C5468 C5469 c5470 c5471 VCEAGAl C5472 VCKYCYlHF103Z R 0.01 c5473 c5474 c5475 C5476 c5477 c547a c5479 C5480

VP-DFl VP-DFl

VP-DFl

VP-DFl VP-DFl

VP-XF470KOOOO

VP-XFl

RVR-M4619GEZZ J 680(B), VIDEO LEVEL

VCEAGAlCW106M R 10

VCEAGAOJW477M R VCEAGAOJW477M R VCKYCYlHF103Z R 0.01 VCEAGAlCW107M R VCKYCYlHF103Z R 0.01 vCCCCYlHH150J R 15~ VCcCCYl HH560J R 56~ VCCCCYlHH150J R VCEAGAlCWlOGM R VCEAGAlCW106M R 10 VCKYCYlHF103Z R 0.01

VCKYCYl HF103Z R 0.01 VCEAGAOJW477M R VCKYCYlHF103Z R 0.01 VCKYCYlHF103Z R 0.01 VCKYCYl ‘JCEAGAOJW477M R VCKYCYI VCKYCY 1 HF103z R 0.01

All-l

VS2SB709AJl-1

A//-l

OOKOOOO OOKOOOO

01

KOOOO

01

KOOOO

01

KOOOO

01

KOOOO

01

KOOOO

01

KOOOO

OOKOOOO

01

KOOOO

HW474M R

HF103Z R HF103Z R

R TC9090AN

TRANSISTORS

R

2SD601A

R

2SB709A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SB709A

R

2SD601A

R

2SD601A

R

2SD601A

R

2SB709A

R

2SD601A

DIODES

R lSS119

COILS

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

R

Peaking

CONTROL

CAPACITORS

470 470

100

15~ 10

0.47

470

0.01 470

0.01

10pH 10pH

100pH

100pH 33pH 33pH

1OOpH 100pH

100pH

100pH 47pH 47pH

1OpH 100pH

16V

Electrolytic

6.3V Electrolytic

6.3V 5ov

16V 5ov 5ov 5ov 5ov

16V

16V 5ov 5ov 5ov 5ov

6.3V 5ov 5ov 5ov

6.3V 5ov 5ov

Electrolytic

Ceramic

Electrolytic Ceramic Ceramic Ceramic Ceramic

Electrolytic

Electrolytic Ceramic

Electrolytic Ceramic Ceramic

Electrolytic Ceramic Ceramic Ceramic Electrolytic Ceramic Ceramic

Code

BC

AC AA AC AC AC AA AC AC AC AA AC

AA AA AA

AB

AB AB AB

AB

AB AB

AB

AA

AB

AA

AB

AA AA

AA AA AA AA

AB

AA AA AA

AB

AA AA

Ref. No. Part No.

C5481

VCKYCYl

C5482 VCCCCYlHH181J R C5483 VCKYCYl C5484 VCKYCYl C5485 VCCCCYl C5486 VCKYCYl C5487

VCEAGAOJW477M R C5488 VCKYCYl C5489 VCCCCYl C5490 VCCCCYl C5491

VCCCCYl

C5492 VCEAGAlCW106M R 10 C5493 VCKYCYl C5494 VCEAGAlCWlOGM R 10 C5861

VCCCCYl

C5863 VCQYTAlHM104J R 0.1 C5864 VCKYCYl C5865 VCEAGAlCWlOGM R 10 C5866 VCCCCYl

HF103Z R

HF103Z R HF103Z R

HH121

HF103Z R

HH220J R

HF103Z R

HH270J R

HF103Z R

HH560J R 56~ 50V

*

0.01

180~ 50V

0.01

J R

0.01 470

0.01 50V Ceramic 22p

HH560J R 56~ HH220J R 22p50V

0.01 50V Ceramic

27p

0.01

Description Code

50V

Ceramic

50V

Ceramic

50V

120~ 50V

50V

Ceramic

50V

Ceramic

6.3V

Electrolytic

Ceramic

50V

Ceramic Ceramic

16V

Electrolytic

16V

Electrolytic

Ceramic

50V

Mylar

50V

Ceramic

16V

Electrolytic

Ceramic

RESISTORS

R545.5 R5461 R5462 VRS-CY R5463 VRS-CY R5464 VRS-CY 1 JF333JR 33k R5465 VRS-CY 1 JF102JR R5466 VRS-CY R5468 VRS-CY 1 JF102JR R5469 VRS-CY 1 JF102JR R5470 VRS-CYlJFlOlJ R5471 R5472 VRS-CY 1 JF822JR 8.2k R5473 VRS-CY 1 JF123JR R5474 VRD-RA2BE821 R5475 VRS-CY 1 JF102J R5476 VRS-CY 1 JF102JR R5477 VRS-CY 1 JF473JR R5478 VRS-CY 1 JF223JR 22k R5479 VRS-CY 1 JF102JR R5480 VRS-CY R5481 VRS-CY 1 JF102J R5482 VRS-CY 1 JF102JR R5483 VRS-CY 1 JF102JR R5484 VRS-CY 1 JF103JR R5485 VRD-RA2BE103J R 10k ll8W R5486 VRS-CY R5861 VRD-RA2BE821J R R5862 VRS-CY R5864 VRS-CY 1 JF123J R5865 VRS-CY 1 JF332J R5866 VRS-CY R5867 VRS-CY 1 JF102J R5868 VRS-CY 1 JF102JR R5869 VRS-CY 1 JF102J R5870 VRS-CY 1

VRS-CY

1

VRS-CY

1 1 1

1

JF561 JR

VRS-CYl JFl

1

JF561 JR

1

JF821

1

JF561

1

JF561

JF102J

JF103JR JF102JR lkll16W JF102J JF473JR 47k

01 JR 100

10k ll16W

R lk

lk

560

lk lk

R

100

12k ll16W

J R 820

R lk

lk

47k l/l 6W

lk

560

R lk

lk lk

10k l/l 6W

J

R

820

J

R

560

R 12k ll16W R

3.3k

J

R

560

R lk

lk R lk R lk

l/l 6W

ll16W

ll16W ll16W

ll16W ll8W

ll16W

Carbon

l/l 6W

ll8W

ll16W

Metal Oxide

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

1 I1 6W Metal Oxide

Metal Oxide

1/16W

Metal Oxide

ll16W

Metal Oxide Metal Oxide Metal Oxide Metal Oxide

Metal Oxide

Carbon l/l 6W Metal Oxide l/l 6W Metal Oxide

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

Carbon

Metal Oxide

Metal Oxide Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide 1 I1 6WMetal Oxide

l/l 6W

Metal Oxide

MISCELLANEOUS PARTS

P5450

QPLGN0785CEZZ R Plug, ‘/pin

P5451

QPLGN0785CEZZ R Plug,

SLD5451 PSLDM0212PEFW R SLD5452 PSLDM0213PEFW R

-

Shield

7pin

End of DIG. Unit

AA

AA AA

AA

AB

AA AA AA AA AA AA AA AA AA AA

AA

FL4

AA AA AA AA AA AA AA AA AA AA

AA

AA AA

AA

AA AA AA AA AA AA AA AA

A4

AA

AA AA AA AA

AC AC

AE

AD

-

63

[ CX-80H6 ]

Ref. No.

Part No.

*

Description

PWB-F DUNTK9426WEVO

P IN P. UNIT

INTEGRATED

IC4900 VHITDA9141l-1 IC4901 VHISDAg288X-1 lC4902 lC4903

164904 VHIBA7655Ahl

lC4905

lC4906

VHITDA8443A-1

VHITDA466514E VHIKA7808PI-1

VHIKA7805PI-1

TRANSISTORS

Q4900

VS2SD601 All-1

Q4901

VS2SD601A/l-1

Q4902 VS2SD601A/l-1

Q4903 VS2SD601A/l-1

D4900 D4901 D4902 D4903 VHDlSSllSlllE D4904

VHDl SS119lll VHDl SS119lll VHDl SS119lll

VHDl SS119lll E

D4905 VHDlSS119IIlE D4906 VHDl SS119//1 D4907

RH-EX0619GEZZ J Zener Diode

D4908 VHDlSSllS//lE

E

E ER

E

CRYSTALS

x4900

RCRSB0008PEZZ R Crystal

x4901 RCRSB0009PEZZ R Crystal x4902

RCRSB0212GEZZ J Crystal

L4900

VP-DF220KOOOO L4901 VP-DF220KOOOO L4902 L4903 VP-DF120KOOOO L4904

VP-OF220KOOOO VP-DF120KOOOO R

CONTROLS

R4938

RVR-M4269CEZZ R

R4952

RVR-M4270CEZZ R

CIRCUITS

R TDA9141

R

SDA9288X

R

TDA8443A

R

TDA4665

R

BA7655A

R KIA7808PI R KIA7805PI

R

2SD601A

R

2SD601A

R

2SD601A

R

2SD601A

DIODES

R

lSS119

R

lSS119

R

lSS119

R

lSS119

R lSS119 R

lSS119

R

lSS119

COILS

R

Peaking

R

Peaking 22kH

R

Peaking

R

Peaking Peaking

3.3k, P

4.7k(B),

22pH AB 22pH AC

12pH 12pH AB

in P Y-LEVEL

P in P. U/V LEVEL

Code

BB BH

Ax

AT

AG AF AE

AC AC AC

AC

AA

AH

AL

AK

AB

AC AC

Ref. No.

C4915

VCEAGAlCW107M R 100

C4916

VCEAGAlCW107M R 100

C4917 VCEAGAl C4918

VCCCCYlHH220J R 22p

C4919 VCCCCYl C4920

VCKYCYl HF103Z R 0.01

C4921

VCEAGAlCW226M R 22

C4922 VCQYTAlHM104J R 0.1 C4923

VCQYl-AlHM104J R 0.1

C4924 VCQYTAI C4925

VCQYTAl

C4926

VCEAGAl

C4927 VCQYTAl C4928

VCKYCYl HF103Z R 0.01

C4929

VCQYTAl

C4930

VCQYTAl

C4931

VCQYTAlHM104J R 0.1

C4932

VCKYCYlHF103Z R 0.01

C4933 VCEAGAlCW226M R 22

C4934

VCEAGAl

C4935

VCEAGAl

C4936

VCEAGAl

C4937

VCKYCYl HF103Z R 0.01

C4938 VCQYTAl C4939

VCEAGAlCW226M R 22

C4940

VCQYTAl

C4941

VCQYTAl

C4942 VCQYTAl C4943

VCEAGAlCW476M R 47

C4944 VCQYTAl C4946

VCKYCYlHF103Z R 0.01

C4947

VCQYTAl

C4948

VCEAGAl

C4949

VCQYTAl

C4950

VCQYTAl

C4951

VCQYTAl

C4952 VCQYTAl C4953 VCQYTAl C4954 VCKYCYl C4955 VCEAGAOJW476M R C4956

VCQYTAl

C4957 VCEAGAlHW105M R 1 C4959

VCCCCYl

C4960

VCCCCYl

C4961

VCCCCYl

C4963 VCCCCYlHH151 J R C4964 VCCCCYl C4965

VCCCCYlHH151J R

C4966 VCCCCYlHHlOl C4967 VCCCCYl

C4968

VCCCCYl

C4969

VCKYCYl

C4999

VCKYD41CY103N R 0.01

Part No.

HW105M R

HH220J R 22p 50V

HM104J R HM104J R

CW106M R

HM103J R HM104J R

HM104J R

CW107M R CW107M R

CW106M R HM103J R HM104J R

HM103J R

HM104J R

HM104J R HMl04J R

AW107M R HM104J R HM104J R

HM104J R

HM104J R HM104J R

HF103Z R

HM104J R

HH560J R 56~ 50V HH560J R 56~ 50V

HH560J R 56~ 50V

HH151

HHlOl HHlOl

HB681

*

0.1

0.1 50V Mylar

0.01

0.1

0.01

0.1

0.01 50V Mylar

0.1

0.01

47 6.3V Electrolytic

0.1

J R

K R

Description

16V

Electrolytic

16V

Electrolytic

50V

1

10

100

10

100

150~ 50V

150~

100~

100~ 50V 100~ 50V 680~ 50V

Electrolytic

50V

Ceramic

50V

Ceramic AA

16V

Electrolytic

50V

Mylar

50V

Mylar

50V

Mylar

16V

Electrolytic

50V

Mylar

50V

Ceramic

50V

Mylar

50V

Mylar

50V Mylar

50V

Ceramic

16V

Electrolytic

16V

Electrolytic

16V

Electrolytic

16V

Electrolytic AA

50V

Ceramic

50V

Mylar

16V

Electrolytic

50V

Mylar

50V

Mylar AA

16V

Electrolytic

50V

Mylar

50V

Ceramic AA

50V

Mylar

1 OV Electrolytic

50V

Mylar

50V

Mylar

50V

Mylar

50V

Mylar

50V

Mylar AA

50V

Ceramic

50V

Mylar

50V

Electrolytic Ceramic Ceramic Ceramic

Ceramic

50V Ceramic

Ceramic Ceramic

Ceramic

16V

Ceramic

Code

AB AB

AC AA AA

AB

AA AA

PA

AA AA AA AA AA AA AA AA

AB AB AB

AA AA

AB

AA

AJ4 AB

AA AA

AB

AA AA AA AA

AA AB

AA AC AA AA AA AA AA AA AA AA AA AA AA

CAPACITORS

C4900

VCEAGAlCW107M R 100

C4901

VCKYCYlHF103Z R 0.01

C4902

VCEAGAlCW476M R 47

C4903

VCQYT?AlHM104J R C4904 VCCCCYl C4905

VCQYTAl

C4906

VCCCCYlHH180J R

C4907 VCCCCYlHH180J R C4908

VCQYTAiHM223J R 0.022

C4909 VCQYTAiHM472J R C4910

VCQYTAlHM104J R 0.1

C4911

VCFYFAlHA224J R 0.22

C4912 VCKYCYl EF104Z R 0.1 C4913 VCEAGAlHWlOSM R 1 c4914

VCQYTAlHM332J R

HH330J R 33p 50V

HM104J R

0.1

18p 18p

4700~ 50V

3300~ 50V

16V

Electrolytic

50V

Ceramic

16V

Electrolytic

50V

Mylar Ceramic

50V

Mylar

50V

Ceramic

50V

Ceramic

50V

Mylar

50V

Mylar

50V

25V

Ceramic

50V

Electrolytic AC

Mylar

AB

AA

AB

AA AA AA AA AA AA

AB

AA

M.Polypro

AA AA

VRS-CY

R4900 R4901 VRS-CYlJFlOlJ

VRS-CY

R4902

VRS-CY 1 JF102J

R4904

VRS-CY 1 JF153J

R4906

VRS-CY 1 JF103J

R4907 R4908 VRS-CY 1 JF472J

VRS-CY 1 JF392J

R4909

VRS-CY 1 JF473J

R4910 R4911

VRS-CYlJF471J

R4912 VRSCYlJF391J

AB

R4913 VRS-CYlJFlOlJ R4914

VRD-RM2HD220J R 22

R4917

VRS-CYlJF561J

R4918 VRSCYlJF561J

64

RESISTORS

1

JFl

01 J

1 JF103J

R

100 l/l 6W Metal Oxide

R

100

1/16W

Metal Oxide

l/l 6W l/l 6W

Metal Oxide

ll16W

Metal Oxide

1/16W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

1/2W

Carbon

ll16W

Metal Oxide

Metal Oxide Metal Oxide

R

1 Ok

R lk R 15k ll16W R

1 Ok

R

4.7k

R

3.9k

R

47k

ll16W

R

470

R

390

R

100

R

560

R 560 ll16W

AA AA AA AA AA AA

AA AA AA

AA

AA AA AA

AA

CX-80H6

Ref. No.

Part No.

*

Description

PWB-F DUNTK9426WEVO

P IN P. UNIT (Continued)

R

560

l/l 6W

R4919 VRSCYlJF561J R4920 VRS-CY 1 JF103J R4921 R4922 VRS-CY 1 JF103J R4924 VRS-CY 1 JF272J R4925 VRS-CY 1 JF393J

R4927 VRS-CY 1 JF272J

VRS-CYl

R4926 VRS-CY 1 JF103J

R4928 VRS-CY 1 JF393J R4929 VRS-CYlJFlOlJ R4930 R4931 VRD-RM2HD2R2J R4933 VRD-RA2BE153J R4934 VRS-CY 1 JF563J R4935 VRD-RA2BE681 R4936 VRS-CY 1 JF563J R4937 VRS-CY 1 JF272J R4939 VRS-CYlJFlOlJ R4940 VRS-CY R4941 R4942 VRS-CYlJFlOlJ R4943 VRS-CYlJFlOlJ R4945 VRS-CY 1 JF122J R4946 VRS-CY 1 JF122J R4947 VRS-CY 1 JF122J R4948 VRS-CY 1 R4949 VRS-CY 1 JF392J R4950 VRD-RA2BE182J

VRS-CYl JFl

VRS-CY

R4951

VRS-CY 1 JF392J R4953 VRS-CY 1 JF182J R4954 VRD-RA2BE331 R4955 VRS-CY 1 JF392J R4956 VRD-RA2BE472J R4957 VRS-CY R4961 VRD-RA2BE102J R4962 VRD-RA2BE102J R4963 R4964 VRS-CY 1 JF103J R4965 R4966 VRS-CY R4967 VRS-CYlJFlOlJ R4968 VRS-CYlJFlOlJ R4990 R4991 VRS-CYlJFlOlJ R4992 VRS-CY 1 R4993 VRS-CYlJFlOlJ R4994 VRS-CYlJFlOlJ R4995 VRS-CYlJFlOlJ R4996 VRS-CY 1 JF102J R4997 VRS-CY 1 JF102J R4998 VRS-CY 1 JF102J

VRS-CYl JFl

VRD-RA2BE103J

VRS-CYl JFl OOJ

JF331 J

01 J

1

JFl

1

JFl

JFl83J

1

JF331

1

JFl

JFl OOJ

J

01 J 01 J

J

01 J

R

1 Ok

R

330

R

1 Ok

R

2.7k l/l 6W Metal Oxide

R

39k

R

1 Ok

R

2.7k

R

39k

R

100

R

100

R

2.2

R 15k ll8W R

56k

R

680

R

56k

R

2.7k

R

100

R

100

R

100

R

100

R

100

R 1.2k ll16W R 1.2k R 1.2k l/l 6W R 18k ll16W R

3.9k

R 1.8k ll8W R

3.9k

R 1.8k l/l 6W R

330

R

3.9k

R

4.7k

R

330

J

R lk R lk R

100

R 10k ll16W R 10k ll8W R

100

R

100

R

100

R

10

R

100

R

10

R

100

R

100

R

100

R lk R lk R lk

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll2W

Carbon

ll16W

Metal Oxide

ll8W

Carbon

ll16W

Metal Oxide

1/16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

l/l 6W

Metal Oxide

l/l 6W Metal Oxide

Metal Oxide

ll16W

Metal Oxide

Carbon

l/l 6W

Metal Oxide Metal Oxide

ll8W

Carbon

ll16W

Metal Oxide

ll8W

Carbon

l/l 6W

Metal Oxide

ll8W

Carbon

1 l8W Carbon

ll16W

Metal Oxide

Carbon

l/l 6W

Metal Oxide

ll16W

Metal Oxide

l/l 6W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W

Metal Oxide

ll16W ll16W

Metal Oxide

Code

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AA AA AA AA AA AA AA AA AA AA AA AA AA AA

AA AA

AA

AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA

Ref. No.

Part No.

*

PWB-H DUNTK9645DEOl

SUB POWER Unit

TRANSISTORS

Q7001

VS2SC4418ll-1

D7001

RH-DX0336CEZZ J Diode

D7002 RH-DX0055TAZZ

A D7003 RH-DX0055TAZZ

D7004 RH-DX0055TAZZ D7005 RH-DX0055TAZZ D7006

RH-EX0607GEZZ J Zener Diode

A L7001

RCILF0138CEZZ J Coil

TRANSFORMER

A T7001 RTRNP0531 CEZZ

C7002 RCFZ008SCEZZ J Capacitor C7003

VCEAOAl HW107M

C7004 VCEAOAlHW477M J 470

R7001

VRW-KQ41Cl

R7002 VRW-KP4ACR39K R7003 VRD-RA2EE271J J 270 R7004 VRSVV3DB330J J 33

R7005

VRSVV3DB220J J 22 2WMetal Oxide

MISCELLANEOUS PARTS

P7001

QPLGN0369GEZZ J Plug,

P7002

QPLGN0269GEZZ J Plug,

P7003 QPLGN0304CEZZ J Plug, RDA7001 PRDAR5164CEFW RDA7002 PRDAR1326CEFW

J 2SC4418

DIODES

J Diode

J Diode J Diode J Diode

COIL

J Power Transformer

CAPACITORS

J 100

RESISTORS

ROK

J 1 J 0.39

J Heat Sink

ll4W

2pin 3pin

Description

50V

Electrolytic

50V

Electrolytic

15W

Cement

1OW

Cement

Carbon

Metal Oxide

2W

3pin

Code

AH

AH AD AD AD AD

AA

AQ

AE AB

AF AF

AA AA AA

AB AB AB

AD

AE

MISCELLANEOUS PARTS

P4900

QPLGN0275FJZZ R Plug,

SLD4901 PSLDM0207PEFW R SLD4902 PSLDM0208PEFW R TP4900

QLUGP0102PEZZ R Lug

TP4901

QLUGP0102PEZZ R Lug

TP4902

QLUGP0102PEZZ R Lug

-

Shield

2pin

Shield

End of P IN P. Unit

AF

AM AH AA AA AA

-

End of Sub Power Unit

-

65

CX-80H6

I

Ref. No.

A

Part No.

*

Description

MISCELLANEOUS PARTS

QACCL3025CESA J AC Cord

RSP-Z0095CEZZ R Speaker VSP9050PB12WA R Speaker VSPOOl OPBS98A R LHLDK0005PEOOR AC Cord Holder

-

End of Miscellaneous Parts

SUPPLIED ACCESSORIES

ACCESSORIES

RRMCG1350PESA R infrared R/C Unit TiNS6426CEZZ

Speaker

J Operation Manual

Code Ref. No. Part No.

CABINET PARTS

AR

BG AP

AV

AC

l-l 1-2

l-3

1-4

l-5

1-6

l-7 l-8 l-9

2 2-1 2-2

-

AV

AH

CCABA2315CEOl J Front Cabinet Ass’y

Not Available

HDECQ0695CESA R LED Cover GCOVA1730CEZZ R Cover, In Door GDORF201 SCESA R HBDGB3120CESA R Badge, “SHARP’ HiNDP5020CEZZR indication Plate, In JBTN-1968CESA R Power Button MSPRC0061 CEFW R PKAi-1085CEOO CCABB2214CEOl R Rear Cabinet Ass’y

Not Available

HINDP4924CEZZ J AV Indication Plate

*

-

Front Cabinet

Door

Spring, Power Button

R

Latch, for Door

-

Rear Cabinet

Description

Doo

Code

BT

-

AE AF AE AG

r

AD

AE AA

AD

BT

-

AE

ACCESSORIES (NOT REPLACEMENT ITEM)

TGAN-0068PEZZ- Guarantee Card TCAUA3030CEZZ - Caution Card

-

End of Accessories

-

PACKING PARTS

c NOT REPLACEMENT ITEM

SPAKC5210CEZZ - Packing Case SPAKX2793CEZZ - Buffer Material SSAKAO17OCEZZ SPAKP0575CEZZ

-

Polyethylene Bag

-

Wrapping Paper

>

-

2-l

2-2

8

-

End of Packing Parts

-

End of Cabinet Parts

-

66