Sharp Dv-5465s User manual

UDV-94090

|

DV-5470S

SHARP

_

SERVICE

MANUAL

SEGTDV5465S//

PAL/SECAM

SYSTEM

COLOUR

TELEVISION

4BS-B

Chassis

DV-5465S

mores

DV-5470S_

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.

CONTENS

e

ELECTRICAL

SPECIFICATIONS

.......:ceseeeeseeees

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PRINTED

WIRING

BOARD

ASSEMBLIES

¢

IMPORTANT

SERVICE

NOTES

........cceseeeereees

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SCHEMATIC

DIAGRAM

AND

©

SERVICE

ADJUSTMENT

.......:sssccssssssessscessaaees

WAVEFORMS

eassen

VOU

UORCEOOCOCCOSSCOSST

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¢

SOLID STATE

DEVICE

BASE

DIAGRAM

........

*

BLOCK

DIAGRAM

#

CHASSIS

LAYOUT

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e

REPLACEMENT

PARTS

LIST

POUR

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SHARP

CORPORATION

_

UV-394090

DV-5470S

ELECTRICAL

SPECIFICATIONS

Power

INPUt

.........ceceesessssneanes

220—240

V

AC

50

Hz

Intermediate

Frequencies

Power

COMSUMPTiON

.........ceesesersssssessseresereaes

60

Wh

e

Picture

IF

Frequency

.........cesesessssesessens

38.9

MHz

e

Sound

IF

Carrier

Frequency

.....

33.16/33.4

MHz

Audio

Power

Output

Rating

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

4W

{MPO}

x2

e

Colour

Sub-Carrier

Frequency

.........

34.47

MHz

SPEAKS

ys

oececeeusceceasitsinaavrawecaceen

10

cm

Round

x2

pes

(Nominal)

Voice

Coil

Impedance

............06.

8

ohms

at

600

Hz

Aerial

Input

Impedance

CONVEFGeNCe

.......cserersene

Self

Converging

System

MIME

ceccsecteactseceoncdceteees

75

ohm

Unbalanced

FOCUS

<i

is\ssnasssaciauleoninnttecs

Bi-Potential

Electrostatic

Tuning

Ranges

..........

48.25

MHz

thru

855.25

MHz

Sweep

Deflection

...........ccecsscecsecseesssseee

Magnetic

CATV

Special

Channels

Specifications

are

subject

to

change

without

prior

notice.

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.

VV-o40900

|

DV-5470S

IMPORTANT

SERVICE

NOTES

Maintenance

and

repair

of

this

receiver

should

be

done

by

qualified

service

personnel

only.

SERVICING

OF

HIGH

VOLTAGE

SYSTEM

AND

PICTURE

TUBE

When

servicing

the

high

voltage

system,

remove

static

charge

from

it

by

connecting

a

10

k

ohm

Resistor

in

series

with

an

insulated

wire

(such

as

a

test

probe)

between

picture

tube

ground

tag

and

high

voltage

lead.

(AC

line

cord

should

be

disconnected

from

AC

outlet.)

1.

Picture

tube

in

this

receiver

employs

integral

implosion

protection.

2.

Replace

with

tube

of

the

same

type

number

for

continued

safety.

3.

Do

not

lift

picture

tube

by

the

neck.

4

.

Handle

the

picture

tube

only

when

wearing

shatterproof

goggles

and

after

discharging

the

high

voltage

completely.

X-RAY

This

receiver

is

designed

so

that

any

X-Ray

radiation

is

kept

to

an

absolute

minimum.

Since

certain

malfunctions

or

servicing

may

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

30.0

kV,

(at

beam

0

1A)

for

the

set.

2.

To

keep

the

set

in

a

normal

operation,

be

sure

to

make

it

function

on

25.5

kV

+

1.5

kV

{at

beam

1100

A)

in

the

case

of

the

set.

The

set

has

been

factory

—

Adjusted

to

the

above-

mentioned

high

voltage.

-.

If

there

is

a

possibility

that

the

high

voltage

fluctuates

as

a

result

of

the

repairs,

never

forget

to

check

for

such

high

voltage

after

the

work.

3.

Do

not

substitute

a

picture

tube

with

unauthorized

types

and/or

brands

which

may

cause

excess

X-ray

radiation.

BEFORE

RETURNING

THE

RECEIVER

Before

returning

the

receiver

to

the

user,

perform

the

following

safety

checks.

1.

Inspect

all

lead

dress

to

make

certain

that

leads

are

not

pinched

or

that

hardware

is

not

lodged

between

the

chassis

and

other

metal

parts

in

the

receiver.

2.

Inspect

all

protective

devices

such

as

non-metallic

control

knobs,

insulating

fchpapers:

cabinet

backs,

adjustment

and

compartment

covers

or

shields,

isolation

resistor-capacity

networks,

mechanical

insulators

etc.

UDV-34090

DV-5470S

SERVICE

ADJUSTMENT

M@

PIF/SIF/AGC/G2

Adjustment

1.

Trap

Adjustment

Adjusting

Point

O]

11201:

Trap

coil:

(Adj.-P

Trap)

|

1.

Connect

sweep

generator

output

to

IF

in

(FA

(1)).

2.

Connect

response

cable

with

detector

to

collector

line

of

Q1200

(see

diagram).

To

Oscilloscope

GND

3.

Adjust

11201

(Adj.-P

Trap)

so

that

trap

is

(32.4

MHz).

{32.4

MHz)

Trap.

Adj.

P

T1201

2.

VCO

Adjustment

Adjusting

Point

OO

114202:

VCO

adjust

coil

ho

(FA)

in IF

unit.

e

Frequency:

38.9

MHz

(CW)

+

5

kHz

e

Level:

approx.

85

dB

3.

Adjust

T1202

so

that

voltage

at

(7)

(AFT.

output)

of

connector

(FA)

in

IF

unit

is

2.5

+0.2V.

To

Coffector

of

.

7:

Qi200.

.

Apply

DC

2.5V

to

(25)

of

1C1200

(PIF-AGC).

.

Feed

the

following

signal

to

(1)

of

connector

3.

Separation

Adjustment

Adjusting

Point

C1

R1219:

Separation

control

1.

Receive

the

following

signal

from

IGR

stereo

signal

generator.

¢

Video

Signal:

Colour

bar

(875%

mod.)

e

Stereo

Mode:

L

(unmodulated}

‘R

(400

Hz

modulated):

=

Wake

sure

the

unit

is

in

the

stereo

mode

with

OSD

(On-Screen

Display)

on.

2,

Terminate

(3)

(audio

L

output)

of

21-pin

connector

with

10

kQ

impedance.

Adjust

separation

control

(R1219)

until

400

Hz

output

waveform

becomes

minimum.

4.

RF

AGC

Adjustment

Adjusting

Point

{]

R1216:

RF

AGC

contro!

1.

Receive

“COLOUR

BAR”

signal.

*

signal

strength:

53

dB

(terminated

with

75Q)

2.

Connect

DC

voltmeter

to

Test

Point

TP1200

(RF

AGC).

3.

Set

AGC

control

(R1216)

to

maximum

position

(memory).

4.

Adjust

R1216

to

obtain

voltage

of

0.1

V

below

maximum

voltage

(step

3).

_

5,

G2

Adjustment

1.

Receive

“MONOSCOPE

PATTERN”

signal.

2.

Connect

DC

voltmeter

with Test

probe

attenuator

(+

1000)

to

G2

on

PWB-B.

3.

Adjust

Screen

control

to

obtain

700

V

on

G2.

6.

Focus

Adjustment

—

1.

Receive

"MONOSCOPE

PATTERN"

sgnal

2.

Adjust

Focus

control

to

have

best

focus

at

the

central

area

of

CRT

screen.

7.

110

V

Adjustment

1.

Receive

"MONOSCOPE

PATTERN"

signal.

2.

Connect

DC

voltmeter

to

TP700.

3.

Adjust

the

R755

until

the

TP700

voltage

becomes

100V+0.5V.

|

DVv-54708___

M

SERVICE

MODE

FUNCTION

|

This

mode

function

is

provided

to

assist

with

the

settings

of

those

adjustments

that

may

vary

from

one

Picture

Tube

to

another,

or

between

models.

In

order

to

use

the

Service

Mode

ConnectTest

Pattern

signal

to

antenna

terminal.

.

Press

main

switch

to

off.

.

Press

1

V

and

CH

A

buttons

and

main

switch

to

on

simultaneously.

.

—SERVICE

SOFTWARE—

will

appear

on

screen.

RWNo

The

required

adjustments

can

then

be

made

from

the

Remote

Control

Unit.

The

only

buttons

required

are

the

following:

A

CH

V

for

movement

in

adjustment

options

menu;

A

4

V

are

used

to

carry

out

an

adjustment

in

said

menu;

ON/OFF

is

used

to

memorize

a

new

adjustment.

Adjustment

menu

is

as

follows:

—

SERVICE

SOFTWARE

—

CROMA-LUMA

DELAY

—

VERT.

SHIFT

—

HOR.

SHIFT

—

VERT.

BREATHING

—

VERT.

AMPLITUDE

—

§-CORRECTION

—

RED

REFERENCE

—

GREEN

REFERENCE

—

BLUE

REFERENCE

—

ALTER

NVM

POS

00

—

ALTER

NVM

VAL

00

—

AUTO

INSTALLATION

—

OPC

VALUE

(DV-54705

only)

Having

finalized

adjustments,

to

exit

service

mode,

press

main

switch

to

off.

Adjustment

Note:

The

procedure

for

making

adjustments

to

Vertical

Corrections

is

as

follows:

—

Adjust

S-CORRECTION

—

Adjust

VERT.

SHIFT

—

Adjust

VERT.

AMPLITUDE

DV-5465S

DV:5470S

M@

GEOMETRY

atamiabae

led

PROCEDURE

CHROMA-LUMA

DELAY

a)

Receive

Philips

pattern

signal.

b)

When

volume-up

button

is

pressed,

[uma

phase

delays.

c)

When

volume-down

button

is

pressed,

chroma

phase

delays.

d)

Adjust

the

Chroma-Luma

delay.

.

we

VERT.

SHIFT

a)

Receive

Philips

pattern

signal.

b)

When

volume-down

button

is

pressed,

picture

moves

up.

c)

When

volume-up

button

is

pressed,

picture

moves

down.

d}

Adjust

the

Vertical

location

to

obtain

picture

centering

(fig.

1)...

HOR.

SHIFT

a)

Receive

Philips

pattern

signal.

b)

When

volume-up

button

is

pressed,

picture

moves

to

the

left.

c}

When

volume-down

button

is

pressed,

picture

moves

to

the

right.

d)

Adjust

the

horizontal

location

to

obtain

picture

centering

(fig.

2).

VERT.

AMPLITUDE

a)

Receive

Philips

pattern

signal.

b)

When

volume-up

button

is

pressed,

vertical

size

of

picture

increases.

c)

When

volume-down

button

is

pressed,

vertical

size

of

picture

decreases.

d)

Adjust

the

vertical

size

to

obtain

overscan

(fig.

3).

S-CORRECTION

a)

Receive

Philips

pattern

signal.

b})

When

volume-up

button

is

pressed,

upper

and

lower

scanning

decreases,

and

center

scanning

increases.

c)

When

voiume-down

button

is

pressed,

upper

and

lower

scanning

increases,

and

center

scanning

decreases.

d)

Adjust

the

S-correction

to

obtain

a

balance

between

upper,

lower

and

center

(fig.

4).

Fig.

1

Fig.

2

Fig.

3

Fig.

4

DV-946

The

following

adjustments

are

only

required

when

the

Picture

Tube

is

changed.

RED

REFERENCE

/

GREEN

REFERENCE

/

BLUE

REFERENCE

a)

Adjust

G2.

b)

Tune

in

white

pattern.

c)

Adjust

colour

to

minimum.

d)

Position

colourmeter

in

the

center

of

screen.

e)

Using

brightness

and

contrast

buttons,

select

a

luminance

of

=~

120

NITS.

f)

Operate

again

in

Service

Mode

and

select

location

RED

REFERENCE

/

GREEN

REFERENCE

/

BLUE

REFERENCE

to

obtain

colour

coordinates:

X

=

0.290

+

0.015

Y

=

0.284

+

0.015

g)

Exit

Service

Mode

and

check

colour

coordinates

‘X’

and

“Y’

at

20

and

120-NITS.

It

may

be

necessary

to

repeat

procedure.

NOTE:

Locations:

RED

REFERENCE

alter

‘X’

coordinate;

GREEN

REFERENCE

alter

the

‘Y’

coordinates;

BLUE

REFERENCE

alter

the

‘X’

and

‘Y’

coordinates.

ALTER

NVM

POS

XX XX

Assigned

value

Storage

Location

When

V

-4

A

buttons

are

pressed,

alter

Storage

Location.

ALTER

NVM

VAL

XX

Assigned

value

Storage

Location

When

V

-2

A

buttons

are

pressed,

alter

Assigned

value.

te

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DV-5470S

DNE5465S

DW:5470S

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DEVICE

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——

DV-5465S

DV-54655

DV-5470S

CHASSIS

LAYOUT

851002

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8100)

51004

MAIN

UNIT

DV-5470S

ONLY

VCJI/STEXT

IF/IGR

UNIT

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CFi200

CF1201

CFi202

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@

R1219

SEPARATION

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|

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R1216

CRT—UNIT

9

10

DV-5465S

DV-5470S

PRINTED

WIRING

BOARD

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DV-5470S

DESCRIPTION

OF

SCHEMATIC

DIAGRAM

SAFETY

NOTE:

1.

DISCONNECT

THE

AC

PLUG

FROM

THE

AC

OUTLET

BE-

FORE

REPLACEING

PARTS.

2.

SEMICONDUCTOR

HEAT

SINKS

SHOULD

BE

REGARDEDAS

POTENTIAL

SHOCK

HAZARDS

WHEN

THE

CHASSIS

IS

OPERATING.

IMPORTANT

SAFETY

NOTICE:

PARTS

MARKED

WITH

"A"

(20°

°°

SRN

0)

ARE

IMPORTANT

FOR

MAINTAINING

THE

SAFETY

OF

THE

SET.

BE

SURE

TO

REPLACE

THESE PARTS

WITH

SPECIFIED

ONES

FOR

MAINTAINING

THE

SAFETY

AND

PERFORMANCE

OFTHE

SET.

SERVICE

PRECAUTION:

THE

AREA

ENCLOSED

BY

THIS

LINE

(mm

sam

mmm)

1S

DIRECTLY

CONNECTED

WITH

AC

MAINS

VOLTAGE.

WHEN

SERVICING

THE

AREA,

CONNECT

AN

ISOLATING

TRANSFORMER.

BETWEENTV

RECEIVER

AND

AC

LINETO

ELIMINATE

HAZARD

OF

ELECTRIC

SHOCK.

(1)

6

Vp-p

Q)

520

Vp-p

ff}

)

wor

learen

PERIODE

|

PCreen

rene

NOTE:

1.

The

unit

of

resistance

"ohm"

is

omitted

(K=1000

ohms,

M=Megaohm).

2.

Ali

resistors

are

1/8

watt,

unless

otherwise

noted.

3.

All

capacitors

are

uF

unless

otherwise

noted

4.

The

capacitor

with

Part

No.

RC-FZ9XXXBMNA

is

designed

to

withstand

63V.

WAVEFORM

MEASUREMENT

CONDITIONS:

Colour

bar

generator

signal

of

70

dB

from

RF

input.

CAUTION:

This

circuit

diagram

is

origina!

one,

therefore

there

may

be

a

slight

difference

from

yours.

(4)

1000Vp-p

imal

14

oe

ee

i

oe

DV-5470S

MODEL

DV-5465S

SCHEMATIC

DIAGRAM

Main

Unit

Foo.

go

eh

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col,

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the

same

safety

characteristics

as

the

factory

recommended

replacement

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

2.

REF

NO,

3.

PART

NO.

4.

DESCRIPTION

5.

CODE

6.

QUANTITY

MARK

*

:

SPARE

PARTS-DELIVERY

SECTION

Part

No.

Ref.

No.

Description

Code

PICTURE

TUBE

A

V1

VBS1EAL3011°N

S$

CRT

51cm

{21")

CL

RCiLGO408BMZZ

S$

Degaussing

{ADG)

Coil

AP

—

End

of

PICTURETUBE

——.

PRINTED

WIRING

BOARD

ASSEMBLIES

{

NOT

REPLACEMENT

ITEM

)

PWB-A

DUNTK7150CJV2

-

Main

Unit

=

(DV-5465S)

PWB-A

DUNTK7150CJV1_—

Main

Unit

=

(DV-5470S)

PWB-B

DUNTK7092BMZ3

—

CRT

Socket

Unit

=

.

(DV-5465S}

PWB-B

DUNTK7092BMY7

—

CRT

Socket

Unit

a

(DV-5470S}

PWB-C

DUNTK7148CJV1_—_IF/IGR

Unit

=

|

(DV-5465S)

PWB-C

DUNTK7148CJVO

—

IF/IGR

Unit

=

(DV-5470S)

PWB-D

DUNTK7149BMVO

—

VCJ/TEXT

Unit

=

——

End

of

PW.B.ASS’Y

——

_

ERSATZTEILLISTE

{AL

cl

j

AUSTAUSCH

VON

Ersaizteilte,

die

besondere

Sicherheitseigenschften

haben,

sind

in

dieser

Anleitung

markiert.

Elektrische

Komponenten

mit

solchen

Eigenshaften

sind

in

den

Ersatzteil

durch

“AA”

gekenn-zeichnet.

Der

Gebrauch

von

Ersatzteilen,

die

nicht

deselben

Sicherheits-

eigenschaften

haben

wie

die

vom

Hersteller

empfohlenen

ud

in

der

Bedienungsanleitung

angegebenen,

kdénnen

zur

Ursache

von

Blitzeinschlagen,

Branden

und

anderen

Gefahren

werden.

“WIE

MAN

ERSATSTEILE

BESTELLT”

Damit

Ihre

Bestellung

promt

und

korrekt

ausgefiihrt

wird,

geben

Sie

bitte

folgende

Informationen.

.

1.

MODELL

NR.

2,

REF

NR.

3.

ERSATZTEIL

NR.

4,

BESCHREIBUNG

5.

KODE

6.

QUANTITAT

MARKIERUNG

*:

ERSATZTEILE-LIEFERUNG

Ref.

No.

Part

No.

*

Description

Code

PWB-A

DUNTK7150CJV2/v1

MAIN

UNIT

TUNER

|

NOTE:

THE

PARTS

HERE

SHOWN

ARE

SUPPLIED

AS

AN

ASSEMBLY

BUT

NOT

INDEPENDENTLY.

=

A

TU201

VTUATEKES9-052

S$

Tuner,

VHF/UHF

BK

INTEGRATED

CIRCUITS

IC20t

RH-iX0037CEZZ

R

Zener

IC

AF

IC301

RH-iX1446BMZZ

S

Sound

Output

AK

C401

VHiILA7016//-1

R

Video

Switch

AH

[C402

VHiLA7016//-1

R

Video

Switch

AH

{(DV-5470S)

:

IC501.

=RH-iX1163BMZZ

~—s§

_

Verticai

Output

AM

IC651

VHIKA7805Pi-1

R

5V

Regulator

AE

A

1C701

RH-iX1424BMZZ

=e

S-:-«iX1424BM

AN

A,

1€702

=

RH-FX0101BMZZ_

=

§_Photo

Coupler

AE

IC751

VHiKA7805Pi-1

R

KA7805Pi

AE

IC1001

RH-iX1481BMZZ

S

Microprocessor

AS

IC1002

CH-iX1456CJT1

S

EEP-ROM

(DV-5465S}

AP

IC1002

CH-iX1456CJTO

S

EEP-ROM

(DV-5470S)

AP

1C1003

CH-iX1412CJSU

S

EP-ROM

(DV-5465S)

AU

1€1003

CH-iX1412CJST

S

EP-ROM

(DV-54708)

_

AU

{C1004

RH-iX1485BMZZ

=

§

Shift

Resistor

AK

1C1005

VHIUPC358C/-1

R

AFT

AD

IC1006

RH-iX1474BMZZ_—S._

Input

AE

IC1007

RH-iX1475BMZZ

S$

Output

AE

C1008

VHIUPC358C/-1

R

UPC358

*

AD

{(DV-5470S)

IC1009

VHiIKiIA7045P-1

R

KiA7045P

AD

26

es

Ref.

No.

Part

No.

*

Description

Code

PWB-A

DUNTK7150CJV2/V1

MAIN

UNIT

(Continued)

TRANSISTORS

Q200

VS2SC2412KO-1

R

28C2412

AA

0301

RH-TX0104BMzZzZ_

$

BCS5S57

AA

0302

RH-TX0106BMZZ

S$

BC547

AB

Q303

VS2SC2412KO-1

R

28C2412

AA

0304

VS2SC2412KO-1

R

28C2412

AA

Q401

RH-TX0106BMZZ_

S$

8C547

AB

0403

RH-TX0106BMZZ

S$

BC547

AB

0404

RH-TX0106BMZZ

S$

BC547

AB

Q405

VS2SC2412KO-1

R

28C2412

AA

Q501

RH-TX0102BMZZ_

S

BC338

AB

A

Q601

VS2SD1554/2E

R

2SD1554

AL

0602

VS2SC2271-D1A

——-R_

28C2271

(D)

AD

Q603

RH-TXO106BMZZ_

S

BC547

AB

\

Q606

RH-TX0104BMZZ

S

BC5S57

AA

:

0607

RH-TX0104BMzZ_

S$

BC557

AA

Q608

RH-TX0106BMZZ

S$

BC547

AB

Q609

RH-TX0104BMZZ_

S_BC557

AA

Q610

VS2SC2412KO-1

R

2SC2412

AA

A.

0701

RH-TX0107BMZZ_

$_

BF487

AC

A.

0702

RH-TX0106BMZZ_

$

BC547

AB

A

0703.

-RH-TXO118BMZZ

S$

_BC635

AC

A.

0704

RH-TXOM9BMZZ

$

MJF18006

AL

Q755

RH-TX0102BMZZ

S$

BC338

AB

Q756

RH-TX0106BMZZ

S$

BC547

AB

Q1001

VS2SA1037KO-1

_R

2SA1037

AA

01002

VS2SC2412KO-1

R

28C2412

AA

Q1003

VS2SC2412KQ-1

R

28C2412

AA

(DV-5470S)

Q1004

VS2SC2412KO-1

R

28C2412

AA

01005

VS2SC2412KQ-1

R

28C2412

AA

Q10068

VS2SC2412KQ-1

R

28C2412

AA

01007

VS2SC2412KO-1

R

28C2412

AA

Q1008

VS2SC2412KO-1

R

28C2412

AA

01009

VS2SC2412KO-1_R

2S8C2412

AA

Q1010

VS2SC2412KO-1

R

2$C2412

AA

|

Q1011

VS2SA1037KO-1

RR

2SA1037

AA

01012

VS28C2412KO-1

_R

28C2412

AA

01014

VS2SC2412KO-1

_R

28C2412

AA

Q1015

VS2SA1037KQ-1

RR

2SA1037

AA

|

01017

VS2SC2412KQ-1

_R

28C2412

AA

!

|

DIODES

D200

RH-DX0045BMZZ

A

1N4148

AA

D501

RH-DX0501BMzZzZ

S$

1N4004

AA

D502

RH-DX0501BMZZ

§

1N4004

AA

D503.

RH-EX0437BMZ2Z

SS

Zener

Diode,

12V:

AC

D504

RH-DX0045BMzzZ

S$

iN4148_

~

AA

|

D505

RH-DX0045BMZZ

S

1N4148

AA

|

D506

RH-DX0045BMZz

S$

1N4148

AA

|

D602

RH-DXO511BMZZ

-S

1N4935—

AB

D603

-RH-DX0512BMZZ

S

1N4936

AB

Ref.

No.

PPPPBPBPPRPPRPPBRBPRPRPRE

27

D604

D607

D608

D609

D610

D611

D612

D613

D614

D615

D616

D617

D618

D701

D702

D703

D704

D705

D706

D707

D708

D709

D710

D711

D712

D713

D714

D715

D751

D752

D753

D754

D760

D761

D762

D763

D764

D765

D766

D770

D771

D775

D1001

D1002

D1003

D1004

D1005

D1006

D1007

D1008

01003

D1010

|

__Dv-5470S

Part

No.

*

Description

DIODES

(Continued)

RH-DX0512BMZZ

S

1N4936

RH-DX0045BMZZ

1N4148

RH-DX0045BMZZ

1N4148

RH-DX0045BMZZ

1N4148

RH-DX0045BMZZ.

41N4148

RH-DX0045BM2ZZ

1N4148

RH-EX0408BMZZ

RH-EX0423BM2ZZ

RH-DX0045BMZZ

VHDDAN202K/-1

RH-DX0045BMZZ

RH-DX0511BM2ZZ

RH-DX0502BMZZ

RH-DX0502BM2ZZ

RH-DX0502BMZZ

RH-EX0419BMZZ

RH-DX0045BMZZ

RH-DX0045BM2ZZ

RH-DX0509BMZZ

RH-DX0045BMZZ

RH-DX0509BMZZ

RH-DX0515BM2ZZ

RH-DX0045BMZZ

RH-DX0510BMZZ

RH-DX0510BM2ZZ

RH-DX0510BMZZ

RH-DX0246CEZZ

RH-DX0512BMZZ

RH-EX0410BMZZ

RH-DX0514BMZZ

RH-DX0045BMZZ

RH-EX0412BM2ZZ

RH-DX0502BMZZ

RH-DX0502BM2ZZ

RH-DX0502BMZZ

RH-DX0045BM2ZZ

RH-DX0045BM2Z2

RH-DX0045BMZZ

RH-DX0514BMZZ

RH-PX0291CEZZ

RH-DX0045BMZZ

|

RH-DX0045BMZZ

VHDDAN202K/-1

S

$

S

R

S

Ss

S

$

S

R

S

Ss

S

R

S

R

Zener

Diode,

5.1V

Zener

Diode,

22V

1N4148

DAN202K

1N4148

1N4935

1N4005

{N4005

Zener

Diode,

15V

1N4148

DX0509BM

1N4148

DX0509BM

1N4148

DX0510BM

1N4936

Zener

Diode

MR852

1N4148

Zener

Diode,

75V

1N4005

1IN4005

1N4148

MR852

ST-BY/POW-IN

STEREO

OPC

(DV-5470S)

1N4148

IN4148

~DAN202K

-

7

(DV-5470S)

>

DAN202K

(DV-54708}_

Code

AB

AA

AB

AA

AB

AA

AB

AA

AB

AA

AB

AA

AB

AA

AB

AD

AB

AC

AA

AB

AA

AC

AA

|

AA

AB

DV547

IS

Ref.

No.

~

Part

No.

*

Deseiption

-

Code

PWB-A

DUNTK7150CJV2/v1

MAIN

UNIT

(Continued)

DIODES

(Continued)

:

D1011

VHDDAN262K/-1

R

DAN202K

AB

“D1012.

VHDDAN202K/-1

R

DAN202K

AB

D1013.

RH-DX0045BMZZ

S

1N4148

AA

D1014

RH-DX0045BMZZ

S

1N4148

AA

D1015

RH-DX0045BMZZ

S

1N4148

AA

°D1016

VHDDAN202K/-1

R

DAN202K

'

AB

DB1021

VHDDAN202K/-1

R

DAN202K

AB

D1022

VHDDAN202K/-1

R

DAN202K

AB

D1023

RH-EX0409BMZZ

S

Zener

Diode,

5.6V

~

AA

D1024

RH-DX0045BM2ZZ

S

1N4148

AA

D1025

RH-DX0045BMZZ

S

1N4148_

AA

PACKAGED

CIRCUITS

4v

PR701

RMPTPOO28CEZZ

R

Positive

Coefficient

AG

Thermistor

X1001

RCRSBO2Z09BMZZ

S§S

Crystal

AG

COILS

AND

TRANSFORMERS

L601

RCiLZO707BMZZ

~

=

§S

Coil

AH

AX

L701

RCiLFO110BMZZ

S

Line

Filter

AL

A,

1703

~=VP-CF120K0000

R

Coil,

12H

‘AB

1704

VP-CF3R3K0000

R

Coil,

3.3H

AB

L705

VP-CF3R3K06000

R

Coil,

3.3uH

AB

L751

RCiLPO213BM2ZZ

Ss

SS

Coil

AF

T601

RTRNZOO26PEZZ

~=R

Trans.

AH

A,

T6002)

RTRNF2026BMZZ_

S

FlybackTrans.

(FBT)

BD

A

7701

RTRNZOS33BMZZ_

S

Trans.

AV

4

1751

RTRNPOOO1BMZZ

S

PowerTrans.

AS

CONTROL

R755

RVR-M4156GEZZ

R

300

(B)

AB

CAPACITORS

C201

VCEAGAITHW105M

R

1

50V

Electrolytic

AC

C202

VCEAGAICW106M

R

10

16V

Electrolytic

AA

C203.

VCKYTV1HF103Z

RK

0.01

5OV

Ceramic

—

AA

C204

VCKYTV1IHFI03Z

FR

0.01

50V

Ceramic

‘AA

C205

VCEAGAICW106M

R

10

16V

=

Electrolytic

AA

C206

VCKYPATHF103Z

Rf

0.01

50V

Ceramic

AA

C207.

VCEAGAIHW106M

R

10

50V

Electrolytic

AC

C208

VCCCTVIHHS60J

R

5ép

50V

Ceramic

AA

C209

VCCCTVIHHS560J

RF

56p

50V

Ceramic

AA

C210

VCEAGATCW106M

R

10

16V—

Electrolytic

AA

'

C211

VCKYTV1HF103Z

R

0.01

5OV

Céramic

‘AA

C214

VCCCTVIHH470J

R

47p

50V

Ceramic

AA

C306

VCEAGAICW476M

R

47

16V

Electrolytic

AB

‘C307

VCEAGA1CW476M

R

47

16V_

Electrolytic

AB

C309

VCCCTVIHHS560J

R

56p

50V

Ceramic

AA

28

Ref.

No.

Part

No.

*

Description

Code

CAPACITORS

(Continued)

C310

VCCCTVIHH560J

R

56p

SOV

Ceramic

AA

C311

VCCCTV1HH560J

R

56p

50V

Ceramic

AA

C312.

VCCCTVIHH560J

R

56p

50V.

Ceramic

AA

C315

VCEAGAICW107M

R

100

16V

Electrolytic

AB

C316

VCEAGAICW107M

R

100

16V

Electrolytic

AB

C317.

VCEAGAIHW475M

R

4.7

50V

Electrolytic

AB

C318

VCEAGATHW226M

R

22

50V

Electrolytic

AB

C319

VCEAGA1CW227M

R

220 16V

Electrolytic

AC

C320

VCEAGAICW227M

R

220

16V

Electrolytic

AC

C321

VCEAGA1CW108M

R

1000

16V

Electrolytic

AD

C322

VCEAGAICW108M

R

1000

16V_

Electrolytic

AD

‘C323.

~VCEAGAIEW477M

R

470

25V

Electrolytic

AD

324

VCEAGA1HW475M

R

4.7

50V

Electrolytic

AB

C325

VCKYTV1HB102K

R

1000p

50V

Ceramic

AA

(DV-5470S)

C326

VCKYTVIHB102K

R

1000p

50¥V

Ceramic

AA

“

,

(DV-5470S)

C332

VCKYPA2HB102K

R

1000p

500V

Ceramic

AA

‘i€333.

RC-FZ9104BMNJ

S

0.1

50V.

Mylar

AB

C334

RC-FZ9104BMNJ

S

0.1

50V

Mylar

AB

C337

VCEAGAICW107M

R

100

16V

Electrolytic

AB

-(DV-5470S)

C338

VCEAGAICW107M

R

100

16V

Electrolytic

AB

.

(DV-5470S}

C339

VCEAGAICW476M

R

47

16V

Electrolytic

AB

C340

VCEAGAiCW107M

R

100

16V

Electrolytic

AB

C341

VCEAGA1CW107M

R

100

16V_

Electrolytic

AB

C344

VCEAGA1CW107M

R

100

16V

Electrolytic

AB

C345

VCEAGAICW107M

R

100

16V

Electrolytic

AB

C346

VCKYTV1HB102K

R

1000p

50V_

Ceramic

AA

C347

VCKYTV1HB102K

R

1000p

50V

Ceramic

AA

C401

VCEAGA1CW476M

R

47

16V

Electrolytic

AB

C402

VCCCTV1IHH471J

R

470p

50V

Ceramic

AA

C403.

VCEAGAICW476M

R

47

16V

Electrolytic

AB

C404

VCEAGAICW476M

R

47

16V

Electrolytic

AB

°C405

VCEAGA1ICW107M

R

100

16V

Electrolytic

AB

C406

VCKYTV1HF103Z

R

0.01

50V

Ceramic

AA

C407.

VCEAGAICW476M

R

47

16V

Electrolytic

AB

(DV-5470S)

C410

VCEAGA1CW337M

R

330

16V

Electrolytic

AC

(DV-5470S)

C411

VCEAGAICW476M

R

47

16V

Electrolytic

AB

C412

VCEAGAICW107M

R

100

16V_

Electrolytic

AB

C416

VCKYTV1HB103K-

R

0.01

50V

Ceramic

AA

C417.

VCCCTV1HH471J

R

470p

50V_

Ceramic

AA

(DV-5470S)

C501

VCKYPA2HB102K

R

1000p

500V

Ceramic

AA

C503.

VCEAGAIEW108M

R

1000.

25V

Electrolytic

AD

C505

VCEAGA1VW477M

R

470

35V—s

Electrolytic

AD

C506

RC-FZ9333BMNJ

S

0.033

63V

Mylar

AB

‘C507

+

VCEAGAIVW107M

R

100

35V

Electrolytic

AC

C508

RC-FZ9684BMNJ

S

0.68

63V

Mylar

AD

C509

VCEAGAICW107M

R

100

16V

Electrolytic

AB

C511

-RC-FZ9105BMNJ

=

§:

1

63V.

Mylar

AD

C512)

=

VCCSTV1HL471J

R

470p

50V

Ceramic

AA

Sharp DV-5465S User manual

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