Sanyo 28dn1 User manual

SANYO

Colour

Television

Service

Manual

Mascot

No.

28DN1

PRODUCT

CODE:

1113

25302

ORIGINAL

VERSION:

Chassis

No.

EB4-A

Mascot

No.

25DN1

PRODUCT

CODE:

1113

25402

ORIGINAL

VERSION:

Chassis

No.

EB4-A

Common

Specifications

Power

source

AC

220~240V

50Hz

Television

system

System

|

Colour

system

PAL

Receiving

channel

UHF

21~69

Aerial

input

impedance

75ohm

AV

terminal

21

sockets

CENELEC

standard

C28EH65NB

Specifications

Sound

output(Music)

12

watts

X2

Mascot

No.

21DN1

Picture

tube

70cm

diagonal,

110

degree

(Visible

picture

diagonal)

66cm

PRODUCT

CODE:

1113

25502

Dimensions

(WxHxD)

740

x

585

x

494mm

ORIGINAL

VERSION:

Chassis

No.

EB4-A

Weight

31.6

Kg

C25EG65NB

Specifications

Sound

output(Music)

12

watts

X2

Picture

tube

63cm

diagonal,

110

degree

Give

complete

"SERVICE

REF.

NO."

for

parts

order

or

|

(Visible

picture

diagonal)

59cm

servicing,

it

is

shown

on

the

rating

sheet

on

the

|

Dimensions

(WxHxD)

—

680

x

535.5

x

449.5mm

cabinet

back

of

the

TV

set.

Weight

25.5

Kg

C21EF45NB

Specifications

Note

Sound

output(Music)

9

watts

X2

This

TV

receiver

will

not

work

properly

in

foreign

|

Picture

tube

55cm

diagonal,

90

degree

countries

where

the

television

transmission

system

|

(Visible

picture

diagonal)

51cm

and

power

source

differ

from

the

design

specifications.

|

Dimensions

(WxHxD)

596

x

465.5

x

483mm

Refer

to

the

specifications

for

the

design

specifications

Weight

21.5Kg

Part

No.

SKSM0147

F2WCV

SAFETY

PRECAUTION

1:

An

isolation

transformer

should

be

connected

in

the

3:

When

replacing

a

chassis

in

the

cabinet,

always

be

power

line

between

the

receiver

and

the

AC

line

when

certain

that

all

the

protective

devices

are

installed

a

service

is

performed

on

the

primary

of

the

converter

properly,

such

as,

control

knobs,

adjustment

covers

or

transformer

of

the

set.

shields,

barriers,

isolation

resistor-capacitor

networks

2:

Comply

with

all

caution

and

safety-related

notes

etc.Before

returning

any

television

to

the

customer,

provided

on

the

cabinet

back,

inside

the

cabinet,

on

the

service

technician

must

be

sure

that

it

is

the

chassis

or

the

picture

tube.

completely

safe

to

operate

without

danger

of

electrical

shock.

X-RADIATION

PRECAUTION

The

primary

source

of

X-RADIATION

in

the

television

receiver

is

the

picture

tube.

The

picture

tube

is

specially

constructed

to

limit

X-RADIATION

emissions.

For

continued

X-RADIATION

protection,

the

replacement

tube

must

be

the

same

type

as

the

original

including

suffix

letter.

Excessive

high

voltage

may

produce

potentially

hazardous

X-RADIATION.

To

avoid

such

hazards,

the

high

voltage

must

be

maintained

within

specified

limit.

Refer

to

this

service

manual,

high

voltage

adjustment

for

specific

high

voltage

limit.

If

high

voltage

exceeds

specified

limits,

take

necessary

corrective

action.

Carefully

follow

the

instructions

for

+B1

volt

power

supply

adjustment,

and

high

voltage

adjustment

to

maintain

the

high

voltage

within

the

specified

limits.

PRODUCT

SAFETY

NOTICE

Product

safety

should

be

considered

when

a

component

replacement

is

made

in

any

area

of

a

receiver.

Components

indicated

by

mark

/!\

in

the

parts

list

and

the

schematic

diagram

designate

components

in

which

safety

can

be

of

special

significance.

It

is

particularly

recommended

that

only

parts

designated

on

the

parts

list

in

this

manual

be

used

for

component

replacement

designated

by

mark

/!\

.

No

deviations

from

resistance

wattage

or

voltage

ratings

may

be

made

for

replacement

items

designated

by

mark

/!\

.

F2VCV

BLOCK

DIAGRAM

This

is

a

diagram

for

all

models

and

therefore

differs

slightly

from

the

actual

block

diagram.

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F2VCV

CIRCUIT

DESCRIPTION

1.

POWER

SUPPLY

The

power

supply

circuit

of

the

EB4-A

chassis

is

composed

of

a

rectifier

smoothing

circuit,

an

oscillation

circuit,

a

control

circuit

and

an

output

rectifier

circuit.

The

AC

input

voltage

is

full-wave

rectified

by

the

rectifier

smoothing

circuit,

and

an

unstable

DC

voltage

is

generated

at

both

terminals

of

the

smoothing

capacitor

C607.

This

voltage

is

input

to

the

oscillation

circuit.

The

oscillation

circuit

is

provided

with

a

blocking

oscillator

circuit

that

switches

the

switching

transistor

Q613

ON

and

OFF,

and

an

oscillation

frequency

and

a

duty

square

wave

pulse

are

generated

in

the

input

windings

according

to

operation

of

the

control

circuit.

A

square-

wave

pulse

whose

size

is

dependent

on

the

turn

ratio

of

the

input

and

output

windings

is

obtained

in

the

output

winding.

This

is

rectified

in

the

output

rectifier

circuit,

and

the

desired

DC

voltage

is

obtained.

2.

IF

&

DEFLECTION

(TDA8361)

The

IF

output

signal

from

the

tuner

passes

through

the

SAW

filter,

and

it

is

input

to

pin45

and

pin46

of

IC201.

The

signal

input

to

the

IC

passes

through

the

IF

amplifier,

video

detection

and

video

amplifier

circuits

and

is

output

from

pin7

as

a

composite

video

signal.

And

after

this

signal

is

converted

to

impedance

at

Q151,

supplies

to

the

video

and

chroma

amplifier

stages.

The

sync.-separation

circuit

separates

the

video

signals

applied

to

pin13(internal

video

signal)

or

pin15(external

video

signal)

to

vertical-

and

horizontal-sync.

signals

respectively.

The

horizontal

oscillator

requires

no

external

components

and

is

fully

integrated.

The

oscillator

is

always

running

when

the

start-pin36

is

supplied

with

8V.

Horizontal

drive

signal

is

output

from

pin37.

VR361

is

for

adjustment

of

the

horizontal

centring.

The

separated

vertical-sync.

signal

from

sync.

separation

circuit

passes

through

the

vertical-separation

circuit,

and

applied

to

trigger

divider

circuit.

The

horizontal

oscillation

pulse

and

input

vertical

sync.

pulse

are

monitored

by

the

trigger

divider

circuit,

and

switching

50Hz

and

60Hz

system,

the

vertical

amplitude

automatically

adjusted

for

50Hz

and

60Hz.

The

output

signal

from

the

trigger

divider

is

triggered

vertical

oscillation

circuit

consisting

of

C351,

R352

and

pin42,

and

vertical

drive

pulse

is

output

from

pin43.

VR501

is

for

changing

the

amount

of

AC

feedback

applied

to

pin41

and

for

adjustment

of

the

vertical

amplitude.

3.

VIDEO

CHROMA

&

R.G.B.

(TDA8361)

The

composite

video

signal

output

from

the

pin7

of

IC101

passes

through

Q151-Q154,

and

it

is

supplied

to

pini3.

The

external

video

signal

output

from

SCART

is

supplied

to

pini5.

The

video

signal

input

to

pin13

or

pini5

is

separated

to

luminance

(Y)

signal

and

chroma

signal

in

1C201.

These

pins

are

used

in

common

with

H/V-sync.

separation

input.

The

peaking

of

Y

signal

is

adjusted

by

DC

voltage

of

pini4.

(“SHARPNESS”

control)

The

chroma

signal

is

divided

into

R-Y

and B-Y

chroma

signals,

demodulated

in

IC201,

and

output

from

pin30

(R-Y)

and

pin31

(B-Y).

These

chroma

signals

pass

through

the

1H

delay

line

circuit

(1C271),

and

they

are

input

to

pin29

(R-Y)

and

pin28

(B-Y).

These

R-Y/B-Y

signals

pass

through

RGB

matrix

circuit

and

RGB

selector

circuit

of

IC101.

The

internal

RGB

signals

are

generated

in

RGB

matrix

circuit

and

the

RGB

selector,

consisting

linear

amplifiers,

clamps

and

selects

either

the

internal

RGB

signals

or

the

external

RGB

signals

input

from

pin22(R),

pin23(G),

pin24(B).

Selection

is

controlled

by

the

voltage

at

the

RGB

switch

control

(pin21)

and

mixed

RGB

modes

are

possible

since

RGB

switching

is

fast.

The

RGB

switch

also

functions

as

a

fast

blanking

by

blanking

the

RGB

output

stages;

here

internal

and

external

RGB

signals

are

overruled.

The

colour

gain

is

controlled

by

DC

voltage

of

pin26.

(“COLOUR”

control)

The

contrast

control

voltage

present

at

pin25,

and

the

brightness

control

voltage

present

at

pint7

controls

DC

level

of

RGB

signals.

The

RGB

signals

are

finally

buffered

before

being

available

at

the

RGB

output

pins

[pin20

(R),

pint9

(G),

pin18

(R)}.

4.

AUDIO

OUTPUT(TDA7263M)

The

audio

signals

output

from

the

audio

unit

are

input

to

pini(L)

and

5(R)

of

IC171

and

passes

through

the

pre-

amplifier

circuit

and

drive

circuit,

after

which

it

is

input

to

the

audio

amplifier.

The

audio

amplifier

is

an

SEPP

(single-ended,

push-pull)

OTL

type

and

output

to

pin8(R)

and

10(L)

to

directly

drive

the

speakers.

5.

VERTICAL

OUTPUT

(LA7832/LA7832)

An

IC

(LA7832/LA7833)

is

used

for

the

vertical

output

circuit

in

this

chassis.

The

vertical

drive

pulse

from

pin43

of

IC201

is

input

to

pin4

of

1C501.

This

pulse

drives

IC501,

and

vertical

scanning

is

performed.

In

the

first

half

of

scanning

a

deflecting

current

is

output

from

pin2

and

passes

through

the

following

path:

Vcc(B4)

—

D501

—

pin’

—

pin2

—

DY

—

C512

=

VR501/R509.

An

electric

charge

is

then

stored

in

C512.

in

the

last

half

of

scanning

the

current

path

is

C512

—

DY

—

pin2

—

pint

—

VR501/R509

—

C512.

In

this

way,

an

amplifying

sawtooth

waveform

current

flows

directly

to

DY

to

perform

electron

beam

defection.

Next,

in

the

first

half

of

the

banking

period

the

vertical

drive

pulse

suddenly

becomes

OFF,

and

in

order

to

reduce

the

current

flowing

to

DY,

the

current

path

becomes

as

follows

by

the

inductance

of

DY:

DY

—

pin2

—

pint

—

VR501/R509

—

C512

—

DY.

Also,

when

the

charge

of

DY

has

dissipated,

the

current

path

becomes

Vcc24V

—

pin6

—

pin7

—

C502

—

pin3

—

ping

DY

—

C512

—

VR501/R509,

and

when

the

prescribed

current

value

is

reached,

the

vertical

drive

pulse

becomes

ON.

This

completes

one

cycle.

-4-

F2VCV

6.

HORIZONTAL

OUTPUT

A

horizontal

oscillation

signal

is

output

from

pin37

of

1C201

and

switches

the

drive

transistor

Q431.

This

switching

signal

is

current

amplified

by

the

drive

transformer

T7431

and

drives

the

output

transistor

Q432.

When

Q432

becomes

ON,

an

amplifying

current

flows

directly

to

DY

through

C441

—

DY

—

0432

—

GND,

and

defection

is

performed

in

the

last

half

of

the

scanning

period.

Next,

when

Q432

becomes

OFF,

the

charge

that

had

been

stored

in

DY

up

to

that

point

releases

a

resonance

current

to

the

resonant

capacitors

C421/C423

and

charges

them.

The

current

stored

in

C421/C423

is

then

flowed

back

to

DY,

and

an

opposite

charge

is

then

stored

in

DY.

This

opposite

charge

then

switches

the

dumper

diode

in

Q432

ON,

the

resonance

state

is

completed,

and

an

amplifying

current

is

then

flowed

again

directly

to

DY

through

the

dumper

diode.

By

this

means,

deflection

in

the

first

half

of

the

scanning

period

is

performed,

and

when

Q432

becomes

ON

at

the

end

of

the

first

half

of

the

scanning

period,

deflection

during

the

last

half

is

begun,

thus

completing

one

cycle.

In

the

PCC

circuit

consisting

of

Q461

and

Q462,

the

parabola

signal

supplied

from

the

vertical

circuit

is

added

at

the

horizontal

output

stage

and

pincushion

compensation

is

performed

by

varying

the

DC

voltage

bias.

Further,

the

ABL

voltage

is

feedback

to

the

base

of

Q462

to

compensate

for

width

variations

due

to

variations

in

the

beam

current.

7.

CPU

<System

and

Teletext

Control>

description

Pini:

Tuning

voltage

output

Pin2:

Brightness

control

output

(6-bit

DAC)

Pin3:

Contrast

control

output

(6-bit

DAC)

Pin4:

Colour

control

output

(6-bit

DAC)

Pin5:

Sharpness

control

output(6-bit

DAC)

Pin6:

Not

used

(GND)

Pin7:

Not

used

(GND)

Pin8:

Power

ON/OFF

output

(H:ON)

Pin9:

AFT

signal

input

Pin10:

Option

SW1

&

Keyboard

scan

input

(DC)

Pin11:

Option

SW2

Pin12:

50/60Hz

switch

input

(50Hz:

Hi)

Pin13:

GND

Pin14:

TV/AV

switch

output

(TV:

Hi)

Pin15:

S-VHS

switch

output

(S-VHS:

Hi)

Pin16:

Option

SW3

(2AV:

Hi)

Pin17:

Function

signal

input

for

SCART

1

Pin18:

Function

signal

input

for

SCART2

Pin19:

Power

LED

drive

outputt

Pin20:

Option

SW4

&

Power

LED

drive

output2

Pin21:

Ignore

output

Pin22:

GND

Pin23:

CVBS

input0O

(Internal)

Pin24:

CVBS

input1

(Internal/External)

F2VCV

Pin25:

Pin26:

Pin27:

Odd/Even

output

Pin28:

GND

Pin29:

-

Pin30:

V-deflection

stop

output

Pin31:

RGB

REF

Pin32:

Blue

output

for

OSD

Pin33:

Green

output

for

OSD

Pin34:

Red

output

for

OSD

Pin35:

Blanking

output

for

OSD

Pin36:

H-sync.

input

(Horizontal

pulse

for

OSD)

Pin37:

V-sync.

input

(Vertical

pulse

for

OSD)

Pin38~39:

Supply

(+5V)

40:

OSC

GND

41:

Oscillator

input

for

CPU

42:

Oscillator

output

for

CPU

43:

Reset

input

44:

Supply

(+5V)

45:

Protect

signal

input

(L:Power

circuit

defects)

46:

Ident.

signal

input

47:

R/C

signal

input

48:

Mute

output

in

no

picture

49:

|2C

bus

SCL

(Serial

clock)

50:

I2C

bus

SDA

(Serial

date)

51:

Option

SW5

&

Band

select

outputt

52:

Band

select

output2

Black

IREF

SERVICE

CONTROL

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ADJ.

F2VCV

B1

POWER

SUPPLY

ADJUSTMENT

1.

Set

VR641

to

it’s

mechanical

centre

before

pressing

the

mains

switch.

.

Tune

the

receiver

to

a

PAL

circular

pattern.

.

Set

the

brightness

and

contrast

controls

to

normal.

.

Connect

a

digital

V-meter

to

test

point

"TP-B".

.

By

using

VR641,

adjust

the

voltage

to

130

+

0.5

V

(for

21

inch).

By

using

VR641,

adjust

the

voltage

to

150

+

0.5

V

(for

25

and

28

inch).

or

&

G

PN

AFT

ADJUSTMENT

1.

Tune

the

receiver

to

the

clearest

station.

2.

By

using

T141,

adjust

AFT

to

obtain

the

best

picture.

AGC

ADJUSTMENT

NOTE:

Do

not

attempt

this

adjustment

with

a

weak

signal.

1.

Tune

the

receiver

to

the

clearest

station.

2.

Turn

AGC

VR(VR130)

in

direction

which

causes

snow

noise

to

appear,

then

in

the

opposite

direction

until

the

snow

noise

just

disappears.

GREY

SCALE

ADJUSTMENT

[SCREEN

VR

ADJUSTMENT]

1.

Tune

the

receiver

to

the

white

pattern.

2.

Set

the

brightness

and

contrast

controls

to

normal.

3.

Set

VR2601and

VR2611

to

its

mechanical

centre.

4.

Turn

VR2602,

VR2612

and

VR2622

fully

anti-

clockwise.

5.

Set

the

TV

into

service

mode

by

pressing

the

Function

button

FJ

on

the

Remote

control

and

the

Prog

+

Pgon

the

TV

front

panel.

Press

the

Function

button

FE.j

on

the

Remote

control

until

“SCREEN”

is

highlighted.

This

sets

up

a

horizontal

scanning

line.

6.

Set

screen

VR

so

that

one

colour

is

just

visible.

[BIAS

VR

ADJUSTMENT]

7.

By

using

VR2602,

VR2612

or

VR2622,

adjust

line

to

be

white.

8.

Set

screen

mode

OFF,

by

pressing

the

Recall

button

(-]®%)

on

the

Remote

control.

[DRIVE

VR

ADJUSTMENT]

9.

By

using

VR2601

and

VR2611,

adjust

white

balance.

F2VCV

HIGH

VOLTAGE

&

WIDTH

ADJUSTMENT

[HIGH

VOLTAGE

ADJUSTMENT]

1.

Tune

the

receiver

to

circular

pattern.

2.

Set

the

brightness

and

contrast

controls

to

maximum.

3.

Connect

digital

V-meter

to

both

terminals

of

R224,

and

a

high

voltage

meter

to

the

CRT

anode.

4.

Confirm

high

voltage

to

be

25.0

+

1

KV

at

beam

current

1.1,

and

less

than

28.0

KV

at

0

beam

current

(for

21

inch).

Confirm

high

voltage

to

be

26.0

+

1

KV

at

beam

current

1.3,

and

less

than

29.0

KV

at

0

beam

current

(for

25

inch).

Confirm

high

voltage

to

be

26.0

+

1

KV

at

beam

current

1.4,

and

less

than 29.0

KV

at

0

beam

current

(for

28

inch).

[H-WIDTH

ADJUSTMENT]

5.

lf

H-width

is

too

wide

or

narrow,

connect

or

disconnect

a

lead

wire

J213(for

21

inch).

Adjust

VR462

to

obtain

proper

H-

width

(for

25

and

28

inch).

6.

Reconfirm

high

voltage.

H-CENTRE

ADJUSTMENT

1.

Tune

the

receiver

to

circular

pattern.

2.

Adjust

H-centre

by

using

VR361.

V-CENTRE

ADJUSTMENT

1.

Tune

the

receiver

to

circular

pattern.

2.

Adjust

V-centre

by

using

SW501.

V-SIZE

ADJUSTMENT

1.

Tune

the

receiver

to

circular

pattern.

2.

Adjust

V-size

by

using

VR501.

FOCUS

ADJUSTMENT

By

using

FOCUS

VR,

adjust

focus

control

for

good

scanning

lines.

CIRCUIT

ALIGNMENT

10kQ

as

0.

ae

VIF

alignment

Input

probe

Output

probe

ser

a

DC

15.5V

C644

+

By

using

T141,

adjust

"P"

to

AGC

voltage

(4.3-4.5V)

1C201-pin48

be

maximum

amplitude.

Output

probe

1C201-pin45

(Side

b)

Input

probe

1C201-pin7

39.5MHz

20dB

Marker

frequency

Sweep

ATT

OdB=176mVrms/75

Trap

alignment

sera

ee

DC

15.5V

C644

+

By

using

T101,

adjust

"A"

to

Output

probe

Tuner

IF

be

minimum

amplitude.

(Side

a)

Q101-C

Input

probe

Marker

frequency

Sweep

ATT

OdB=176mVrms/75

41.5MHz

11dB

SIF

alignment

SETTING

Adjustment

Waveform

DC

12V

1IC3801-pin11

1.

Adjust

AGC

voltage

to

be

AGC

voltage

1C3801-pin3

"A"

=

0.5Vp-p.

nan

Output

probe

1IC3801-pin1

2.

By

using

T3801,

adjust

"P"

p

(Side

b)

to

be

equal

centre

line.

Input

probe

1IC3801-pin12

Sweep

ATT

10dB

Marker

Frequency

38.5MHz

F2VCV

INITIALISATION

(important

Notice)

When

you

replace

a

memory

IC

(IC802),

it

is

necessary

to

initialise

the

IC

as

following

step.

A.

initialisation

Press

and

hold

the

normalisation

button

>+<

on

the

remote

control

handset

and

press

the

programme

+

button

PA

on

the

TV

set.

The

IC

will

be

initialised

automatically

to

set

the

following

data.

User

control

data

Colour

:

Centre

Brightness

:

Centre

Contrast

:

Maximum

Sharpness

:

Centre

Text.

Bright

:

Centre

Bass

:

Centre

Treble

:

Centre

Balance

:

Centre

Volume

:

Step

12

Service

data

Manual

set

data

K1

:

+000

->

+001

K2

:

+000

->

-001

ST

ID

:

+000

ATT

:

+004

The

initialised

service

data

of

items

K1

and

K2

should

be

modified

to

the

manual

set

data

shown

above.

For

how

to

modify,

refer

to

B.

Service

Mode

1.

To

entre

the

service

mode,

press

and

hold

the

Function

button

F(.)

on

the

remote

control

handset

and

press

the

programme

+

button

PA

onthe

TV

set.

The

following

OSD

appears

on

the

screen.

ADJUST

CPU

Ver

2.

Select

desired

service

item

by

using

the

Function

button

FC.)

onthe

remote

control

handset.

3.

Change

date

by

using

the

Level

+

or

-

button

——a

+

4.

To

return

to

TV

mode

press

the

Recall

button

(-)¥)

on

the

remote

control

handset.

F2VCV

Service

mode

description

K1,

K2

:

For

adjustment

of

stereo

separation

STID_

:

Mode

setting

for

A2

stereo

judgement

+000

:

Fast

mode

+001:

Normal

mode

+002:

Fast

->

normal

mode

ATT

_

:

Attenuation

of

FM

sound

To

equalise

sound

level

between

FM

and

Nicam.

SCREEN:

For

screen

adjustment

To

make

one

horizontal

scanning

line.

NOTE:

The

items

K1,

K2,

ST

ID

and

ATT

are

invalid

adjustments

for

this

model.

The

data

for

K1,K2,ST

ID

and

ATT

can

be

altered,

but

it

but

has

no

effect.

CABINET

PARTS

LIST

C28EH65NB

Note:

Parts

order

must

contain

Service

Ref.

No.,

Part

No.,

and

descriptions.

Part

No.

Description

Part

No.

Description

CABINET

PARTS

ge

610

2776

ASSY,CABINET

FR-F2WCV

610

6529

ASSY,GRILLE

SP-E7GC

610

1178

CABINET

BACK-E7MC

610

2790

DOOR-F2WCV

610

6118

DEC

BOARD-F2WTM

610

7581

DEC

CONTROL

SHEET-F2WTM

610

2449

HOLDER

AC

CORD-GBR-D4VA

645

9256

BADGE,

SANYO*46.2X13.5L45

610

2505

LATCH

PUSH,7.9X6.9BK

610

7302

COIL

SPRING-D8HA

610

7151

DC

HOLDER

HBZ

OW

MAAN

PW

NH

he

KNOBS

i

610

BUTTON

POWER-E7KC

ACCESSORIES

12

IXTI

RC

TRANSMITTER

A9901A

610

RC-CASE

TOP-JXTA

A9901B

610

RC-CASE

BOTTOM-JXTA

A9901C

610

RC-BATTERY

LID~JXTA

A9901D

610

RC-TRANSPARENT

BOARD-JXTA

AII0I1E

610

DEC

RC

SHEET-JXTJ

610

INSTRUCTIONS

MANUAL-F2WCV

-10-

CABINET

PARTS

LIST

C25EG65NB

Note:

Parts

order

must

contain

Service

Ref.

No.,

Part

No.,

and

descriptions.

Part

No.

Description

Part

No.

Description

CABINET

PARTS

1

610

2424

ASSY,CABINET

FR-F2VCV

610

6529

ASSY,GRILLE

SP-E7GC

610

6836

CABINET

BACK-F2VTM

610

2455

DOOR-F2VCV

610

6125

DEC

BOARD-F2VTM

610

6843

DEC

CONTROL

SHEET-F2VTM

610

2449

HOLDER

AC

CORD-GBR-D4VA

645

9256

BADGE,

SANYO*46.2X13.5L45

610

2505

LATCH

PUSH,7.9X6.9BK

610

7302

COIL

SPRING-D8HA

610

7151

DC

HOLDER

HBZ

OU

WANA

NN

PWN

KB

KNOBS

Ae

610

BUTTON-E7GC

ACCESSORIES

12

JXTI

RC

TRANSMITTER

A9901A

610

6876

RC-CASE

TOP-JXTA

A9901B

610

6883

RC-CASE

BOTTOM-JXTA

A9901C

610

6890

RC-BATTERY

LID-JXTA

A9901D

610

6906

RC-TRANSPARENT

BOARD-JXTA

AYSODLE

610

2479

DEC

RC

SHEET-JXTJ

610

2516

INSTRUCTIONS

MANUAL-F2WCV

CABINET

PARTS

LIST

C21EF45NB

Note:

Parts

order

must

contain

Service

Ref.

No.,

Part

No.,

and

descriptions.

Part

No.

CABINET

PARTS

1

610

262

8760

2

610

256

6512

3

610

261

6798

4

610

261

2455

5

610

261

6125

6

610

260

6843

7

610 253

2449

610

260

0131

610

252

9487

8

610 261

3032

9

645

003

9256

10

610 104

2505

KNOBS

11

610

255

3895

ACCESSORIES

12

JIXTJI

A9S0I1A

610

251

6876

A9901B

610

251

6883

A9901C

610

251

6890

A9901D

610

251

6906

AXYS0DILE

610

261

2479

610

261

2516

Description

ASSY,

CABINET

FR-F2RCV

ASSY,GRILLE

SP-E7RC

CABINET

BACK-~F2RCV

DOOR-F2VCV

DEC

BOARD-F2VTM

DEC

CONTROL

SHEET-F2VTM

HOLDER

AC

CORD-GBR-D4VA

HOLDER

DC

GBR-HBZ

SPACER

CUSHION-E7KC

SPRING-E7GC

BADGE,

SANYO*

46

.2X13

.5L45

LATCH

PUSH,7.9X6.9BK

BUTTON-E7GC

RC

TRANSMITTER

RC-CASE

TOP-JXTA

RC-CASE

BOTTOM-JXTA

RC-BATTERY

LID-JXTA

RC-TRANSPARENT

BOARD-JXTA

DEC

RC

SHEET-JXTJ

INSTRUCTIONS

MANUAL-F2WCV

-10-

080

0%

oO

|

Of

iO

O-

Os

Q-

O-

|

,

at

com)

&

fon)

S

3

Part

No.

Description

CHASSIS

ELECTRICAL

PARTS

LIST

Product

safety

should

be

considered

when

a

component

replacement

is

made

in

any

area

of

a

receiver.

Components

indicated

by

a

A\

mark

in

this

parts

list

and

the

circuit

diagram

show

components

whose

value

have

special

significance

to

product

safety.

It

is

particularly

recommended

that

only

parts

specified

on

the

following

parts

list

be

used

for

components

replacement

pointed

out

by

the

mark.

Note:

Parts

order

must

contain

Service

Ref.

No.,

Part

No.,

and

descriptions.

Read

description

in

the

Capacitor

and

Resistor

as

follows:

C

h

a

S

i

S

co

n

st

r

u

ct

i

Oo

n

CAPACITOR

CERAMIC

100P

K

50V

;

Rated

Voltage

C21

EF45NB

(21

DN1

)

Tolerance

Symbols:

SERVICE

REF.

NO.

C25EF45NB-00

(21

DN1)

Less

than

10PF

Aa

ected

oe

goer

|

ASSY,PWB,MAIN

F2RCV

1AA0B10E21700

(Page

12)

R:+0.25-OPF

S:+0-0.25PF

E:

+0-1PF

ASSY,PWB,SIF

F2RC

1AA0B10E2300A

(Page

35)

More

than

10PE

cone,

|

ASSY,PWB,AUDIO

F2RC

1AA0B10E2300B

(Page

34)

A:

Not

specified

B:

20.1%

©:

20.25%

|

ASSY,PWB,CRT

F2RC

—-

1AA0B10E24500

(Page

34)

H:

+3%

J:

+5%

K:

10%

OUT

OF

CIRCUIT-F2RCV

(Page

12)

L:

+15%

M:

+20%

N:

+30%

F100

OO

#0

oOo”,

|

SERVICE

REF.

NO.

C21EF45NB-01

(21DN1)

X:

+40-20%

Y¥:

+150-10%

Z:

+80-20%

Rated

value:

P=pico

farad,

U=Micro

farad

ASSY,PWB,MAIN

F2RCS

1AA0B10H01800

(Page

19)

ASSY,PWB,SIF

F2RC

1AA0B10E2300A

(Page

35)

acaaaie

ner

ASSY,PWB,AUDIO

F2RC

1AA0B10E2300B

(Page

34)

MT-PAPER

Metallized

Paper

ASSY,PWB,CRT

F2RC

1AA0B1

0E24500

(Page

34)

POLYESTER......

Polyester

OUT

OF

CIRCUIT-F2RCS

(Page

12)

MT-POLYEST....

Metallized

Polyester

POLYPRO

Polypropylene

Soces

fi

compet

a

C25EG65NB

(25DN1)

SERVICE

REF.

NO.

C25EG65NB-00

(25DN1)

Material:

Metallized

Composite

Tantalum

Solid

Aluminium

Solid

Electrolytic

ASSY,PWB,MAIN

F2VCV

1AA0B10E21900

(Page

19)

NP-ELECT

Non-polarized

Electrolytic

ASSY,PWB,SIF

F2RC

1AA0B10E2300A

(Page

35)

OS-SOLID

Aluminium

Solid

with

Organic

Semiconductive

Electrolytic

ASSY,PWB,

AUDIO

F2RC

1AA0B10E23008

(Page

34)

Peters

eta

ev

eemie

e

ASSY,PWB,CRT

F2RC

=

1AA0B10E24500

(Page

34)

RESISTOR

OUT

OF

CIRCUIT-F2VCV

(Page

12)

CARBON

4.7K

J

A

1/4W

—

Rated

Wattage

C28EH65NB

(28DN1)

A:

General

B:

Non

flammable

Z:

Low

noise.

|

SERVICE

REF.

NO.

C28EH65NB-00

(28DN1)

Other:

Temperature

coefficient

biel

AU

en

ae

ASSY,PWB,MAIN

F2WCM_

1AA0B10H015E0

(Page

34)

Dae

Ce

Fe

abe

ASSY.PWB,SIF

F2RC

—-

1AAOB10E2300A

(Page

35)

M:

220%

P:

45-15%

ASSY,PWB,AUDIO

F2RC

1AA0B10E2300B

(Page

34)

Rated

value,

ohms:

ASSY,PWB,CRT

F2RC

1AA0B10E24500

(Page

34)

ate

aera

OUT

OF

CIRCUIT-F2WCM

(Page

12)

een

SERVICE

REF.

NO.

C28EH65NB-01

(28DN1)

Metal

Film

Oxide

Metal

Film

peeareeteel

ASSY,PWB,MAIN

F2WCV

1AA0B10E22500

(rage

26)

WIRE

WOUND...

Wire

Wound

ASSY,PWB,SIF

F2RC

1AA0B10E2300A

(Page

35)

CERAMIC

RES..

Ceramic

ASSY,PWB,AUDIO

F2RC

1AA0B10E2300B

(Page

34)

PUSS

RES

<3

Fusible

ASSY,PWB,CRT

F2RC

1AA0B10E24500

(Page

34)

OUT

OF

CIRCUIT-F2WCV

(Page

12)

Material:

Ate

F2RCV

CS

a

oC

OUT

OF

CIRCUIT

BOARD-F2RCV

COIL

/\L901

645 003

0048

COIL,

DEGAUSSING

645

003

0055

COIL,

DEGAUSSING

PICTURE

TUBE

L\Q901

414

007

9001

CRT

A51EBV13X09

MISCELLANEOUS

K10B-12B

610

261

4015

CORD,ID-CONNECTOR

F2WTM

COIL

SP901

645

002

4313

SPEAKER,

8

/ALIOL

645

002

5624

COIL,DEGAUSSING

SP902

645

002

4313

SPEAKER,

8

645 002

5631

COIL,

DEGAUSSING

W901

645

011

8838

CORD,

POWER

w902

610

252

5601

ASSY,WIRE

GND

CONNECTOR

E

MISCELLANEOUS

K10B-12B

610

261

4015

CORD,

ID-CONNECTOR

F2WTM

SP901

610

232

3986

SPEAKER

a

ae

OUT

OF

CIRCUIT

BOARD-F2WCM

SP902

610

232

3986

SPEAKER

610

228

7202

SPEAKER

PICTURE

TUBE

A\w901

Seer

eeeseooe

“BORD

PE

QWeER

£N9901

414

008

6306

CRT

A66ECF20x05

W902

610

251

5824

ASSY,WIRE

GND

CONNECTOR

E

COIL

/\L901

645

003

0048

COIL,DEGAUSSING

645

003

0055

COIL,DEGAUSSING

OUT

OF

CIRCUIT

BOARD-F2RCS

MISCELLANEOUS

PICTURE

TUBE

K10B-12B

610

261

4015

CORD,

ID-CONNECTOR

F2WTM

/\Q901

414

007

9001

CRT

AS1EBV13X09

a

es

rebe

caer

Q901-1

610

003

1739

CG

PURITY MAGNET

;

Q901-2A

610

117

0154

DT

SPACER-D4AK

Wee

o>:

Eee

CORD

FONE

w902

610

252

5601

ASSY,WIRE

GND

CONNECTOR

E

Q901-2B

610

117

0154

DT

SPACER-D4AK

Q901-2C

610

117

0154

DT

SPACER-D4AK

ASSY,PWB,MAIN

F2RCV

1AA0B10E21700

TRANSISTOR

Q001

406

007

2106

TR

JCS46A

406

007

2007

TR

JC546B

405

019

1909

TR

2SC536-E-NP

405

019

2708

TR

2SC536-F-NP

405

019

3804

TR

2SC536-G-NP

COIL

L\L901

645

002

5624

COIL,

DEGAUSSING

645

002

5631

COIL,

DEGAUSSING

L\L902

645

011

2591

DEFLECTION

YOLK

MISCELLANEOUS

K10B-12B

610

261

4015

CORD,

ID-CONNECTOR

F2WTM

SP901

610

232

3986

SPEAKER

Q1001

eve

ctlE

ae

See

ae

poen

a

me

ame

ae

405

004

4809

TR

2SA608-F-CTV-NP

rn

SUP

Gie

abs.

Bonn.

BOREE

405

028

7909

TR

2SA608-G-CTV-NP

W902

610

251

5824

ASSY,WIRE

GND

CONNECTOR

E

Q1002

206:

00P

2106:

-

TReTCOt08

406

007

2007

TR

JC546B

405

019

1909

TR

2SC536~-E-NP

405

019

2708

TR

2SC536-F-NP

405

019

3804

TR

2SC536-G-NP

Q1003

406

007

2106

TR

JC546A

406

007

2007

TR

JC546B

405

019

1909

TR

2SC536-E-NP

405

019

2708

TR

2SC536-F-NP

405

019

3804

TR

2SC536-G-NP

Q1004

406

007

2106

TR

JC546A

406

007

2007

TR

JC546B

405 019

1909

TR

2SC536-E-NP

405

019

2708

TR

2SC536-F-NP

405

019

3804

TR

2SC536-G-NP

Q1005

406

007

2106

TR

JC546A

OUT

OF

CIRCUIT

BOARD-F2VCV

PICTURE

TUBE

£40901

414

007

1104

CRT

A59ECY13X38

COIL

/KLIO1

645

003

0031

COIL,

DEGAUSSING

645

003

0062

COIL,DEGAUSSING

MISCELLANEOUS

K10B-12B

610 261

4015

CORD,ID-CONNECTOR

F2WTM

SP901

645 002

4313

SPEAKER,

8

406

007

2007

TR

JC546B

SP902

645

002

4313

SPEAKER,

8

Sp.

ee.

a

heee

Coe

NE

/\w901

645

011

8838

CORD,

POWER

Due

Wire

ee

ieee

Ne

w902

610

251

5831

ASSY,WIRE

GND

CONNECTOR

E

OE

eee

Ne

Q1041

406

007

2106

TR

JC546A

406

007

2007

TR

JC546B

405

019

1909

TR

2SC536-E-NP

405

019

2708

TR

2SC536-F-NP

405 019

3804

TR

2SC536-G-NP

01042

406

007

1901

TR

JC556A

406

007

1802

TR

JC556B

405

004

4205

TR

2SA608-E-CTV-NP

405

004

4809

2SA608-F-CTV-NP

OUT

OF

CIRCUIT

BOARD-F2WCV

PICTURE

TUBE

7K0901

414

007

1203

CRT

A66ECY13X38

-12-

F2RCV

2SA608-G-CTV-NP

Be

aceies

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JCS56A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

25C536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC5S46A

Part

No.

Description

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

2SC1627-0

2SC1627~-Y

2SC2274-E

2SC2274-F

2SD1651-CTV-YB

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

2SC3807-R-CTV-YA

2SC3895-T-CTV-YB

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

2SD400-D-MP

2SD400-E-MP

2SD400-F-MP

2SD1913-Q-RA

2SD1913-R-RA

2SD1913-S-RA

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

PH2369

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC556A

JC556B

2SA608-E-CTV-NP

2SA608-F-CTV-NP

2SA608-G-CTV-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

JC546A

JC546B

2SC536-E-NP

2SC536-F-NP

405

019

406

007

406

007

405

019

405

019

405

019

INTEGRATED

CIRCUIT

Icoo1

409

301

Ic1201

409 018

IC1202

409

120

ICc201

409

380

IC271

409

291

409

322

Ic501

409

183

Ic651

409

143

409

365

409

026

409

269

409

366

409 362

409

365

409

285

409

269

409

366

410 248

409 247

409

281

409

333

CAPACITOR

cooi

403

C002

403

co003

403

c004

403

co05

403

C006

403

C007

403

C008

403

C009

403

C010

403

coli

403

C012

403

C013

403

co14

403

C015

403

C016

403

C017

403

co021

403

C023

403

C024

403

C1001

403

C1002

403

C1003

403

C1004

403

C1005

403

C1006

403

C1007

403

C1008

403

c1009

403

C101

403

C102

403

Ci021

403

C1022

403

C1023

403

C1024

403

25C536-G-NP

aoe

JC546B

2SC536-E-NP

2SC536-F-NP

2SC536-G-NP

TDA7263M

LA7016

LA7221

TDA8361/N5

TDA4661/V2

TDA4662/V1

LA7832

AN78M12

LB

BA178M12T

L78M12-RA

L78M12CV

MC78M12CT

AN78M08

LB

BA178M08T

L78M08-RA

L78MO08CV

MC78M08CT

SAA5296ZP/019

ST24CO2AB1

24C02A/P

24LC02B/P

CERAMIC

ELECT

MT-POLYEST

MT

-COMPO

MT-POLYEST

MT-COMPO

MT-POLYEST

MT-COMPO

MT-POLYEST

MT-COMPO

ELECT

CERAMIC

ELECT

NP-ELECT

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

CERAMTC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

BUBRERRBERUORKRAOKORANNBBRENNBBURUCAROAKRUOKAEBEANNANN

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

MT-GLAZE

ELECT

CERAMIC

MT-GLAZE

CERAMIC

ELECT

CERAMIC

ELECT

CERAMIC

ELECT

MT-POLYEST

MT-COMPO

CERAMIC

MT-POLYEST

MT-COMPO

CERAMIC

1000P

10U

100P

10U

180P

47U

10U

1U

5P

82P

10U

100P

1000P

10U

100P

1000P

10U

180P

10P

10U

0.010

0.1U

1000P

0.01U

2.2U

0.1U

470U

0.1U

0.010

56P

0.1U

3900P

33P

56P

100P

0.10

0.1U

10U

0.1U

1000P

0.1U

-1U

.1U

oALU

Oo

ono

0000

OC

DQDURAUKURBRAYUSBUONNSBE

EUR

BURR

NNNEZES

0.000

ZA

NNNNNNNNNAGUCRAONNNNNNNNKOUORBNNGGURNNUNNNEBNN

BNA

50V

16V

50V

16V

50V

16V

50V

16V

50V

16V

50V

16V

50V

0.000

ZA

1/10W

0.000

ZA

1/10W

16V

50V

25V

50V

1/10W

50V

25V

50V

16V

25V

50V

25V

50V

25V

50V

16V

63V

50V

25V

50V

25V

50V

25V

50V

25V

50V

63V

50V

25V

50V

25V

50V

25V

50V

25V

50V

25V

F2RCV

C209

C212

C215

C222

C226

C231

C232

C233

C234

C235

C271

C272

C273

C274

C351

C352

C353

C354

C361

C362

C363

/\C421

/\C425

C430

C432

C433

C434

C437

C438

f\c441

C445

C481

C482

c501

C502

C503

C504

C505

C506

C511

C512

C513

c514

C600

/NC601

/NC602

C603

C604

C605

C606

C607

C613

F2RCV

Ref.

No

403

404

403

404

403

404

403

404

070

069

049

270

256

045

138

068

070

014

068

070

013

008

069

041

270

237

270

225

073

049

072

069

042

046

165

287

232

186

075

076

229

066

057

179

216

049

076

159

054

053

024

069

075

183

256

188

313

148

049

076

047

044

047

044

312

076

312

076

312

076

312

076

047

069

2606

1702

9803

3908

0808

6605

1602

0409

2606

9203

0409

2606

3004

7406

1702

9500

8804

2901

8007

3809

2703

9107

0008

5605

9500

2405

8400

7301

3601

3007

0107

7101

3102

1207

6106

0601

3801

7601

4204

1405

7409

1502

2104

2102

9500

7101

7901

4806

1201

7603

0404

4204

4000

3602

0901

3602

0901

8205

7100

8205

7100

8205

7100

8205

7100

1707

5905

CERAMIC

0.1U

CERAMIC

1000P

ELECT

2.2U

MT-POLYEST

0.47U

MT~COMPO

0.47U

NP-ELECT

2.2U

ELECT

1U

CERAMIC

0.1U

CERAMIC

0.1U

CERAMIC

180P

CERAMIC

0.10

CERAMIC

0.1U

CERAMIC

150P

CERAMIC

10P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

0.01U

ELECT

10U

MT-POLYEST

0.10

MT-COMPO

0.1U

MT-POLYEST

0.047U

MT~COMPO

0.047U

CERAMIC

4700P

ELECT

1U

CERAMIC

2700P

CERAMIC

0.01U

ELECT

100U

MT-POLYPRO

8200P

CERAMIC

330P

CERAMIC

330P

CERAMIC

330P

CERAMIC

330P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

3900P

ELECT

47U

MT-POLYEST

0.47U

POLYESTER

0.01U

POLYESTER

0.01U

POLY

PRO

0.36U

ELECT

10U

CERAMIC

2700P

MT-POLYEST

0.10

ELECT

470U

ELECT

220U

CERAMIC

39P

CERAMIC

0.01U

CERAMIC

1000P

MT-POLYEST

0.1U

MT-COMPO

0.1U

MT-POLYEST

0.15U

MT-COMPO

0.15U

ELECT

1000U

ELECT

10U

ELECT

10U

CERAMIC

4700P

MT-POLYEST

0.1U

MT-COMPO

0.1U

MT-POLYEST

0.1U

MT-COMPO

0.1U

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

CERAMIC

1000P

ELECT

220U

ELECT

220U

POLYESTER

4700P

ASSSANARBABABAS

RS

RASS

SURGCKRANGDCB

EAR

RUA

KRORRARAAARARUCENABRAUAUCARBNAROUUNNUNNEBRURERAN

500V

35V

250V

50V

200V

50V

500V

250V

35V

50V

500V

100V

25V

50V

500V

125V

250V

125V

250V

1K

400V

c614

C615

C616

C617

cé31

C640

C641

C642A

C643

c644

cé45

C651

C652

C653

C655

C661

C681

C682

C683

C684

C802

C812

C814

C816

C818

C841

C861

C871

C872

C873

C874

C875

C878

C879

C881

C882

C883

C884

ROO1

ROO2

R003

ROO4

ROO5

ROO06

R007

R008

ROO9

R010

RO11

R012

R013

R014

RO15

RO16

R017

R100

R1001

-15-

RESISTOR

403

404

403

404

403

401

179

270

237

058

179

165

232

060

179

060

071

060

069

165

262

042

148

158

148

069

043

126

051

190

069

147

050

270

225

049

046

069

138

179

068

070

043

018

068

070

073

068

070

069

041

018

037

019

014

019

014

010

007

037

025

037

038

037

038

1104

2901

8007

2604

3207

8407

2109

8403

1609

6505

4200

6604

8305

9305

4401

4505

2002

0701

1309

0305

9500

9106

4400

0607

4702

9500

9606

6600

3809

2703

0008

9905

9500

5600

0800

0409

2606

9106

0503

0409

2606

9107

0409

2606

9500

8804

0503

5400

9200

5400

9200

9600

4105

9600

4105

1504

7601

6704

7409

5400

6505

5608

5004

7601

POLYESTER

4700P

MT-POLYEST

0.1U

MT-COMPO

0.1U

POLYESTER

0.015U

POLYESTER

0.015U

CERAMIC

680P

CERAMIC

680P

POLYESTER

0.033U

POLYESTER

0.033U

CERAMIC

2200P

CERAMIC

2200P

CERAMIC

2200P

CERAMIC

0.01U

CERAMIC

680P

CERAMIC

680P

ELECT

220U

ELECT

470U

ELECT

2200U

ELECT

2200U

ELECT

470U

CERAMIC

0.010

ELECT

47U

ELECT

100U

ELECT

4.7U

ELECT

1000U

CERAMIC

0.01U

ELECT

1000U

ELECT

3.3U

MT-POLYEST

0.047U

MT-COMPO

0.047U

ELECT

1U

ELECT

1U

ELECT

4.7U

ELECT

4.7U

CERAMIC

0.01U

POLYESTER

5600P

POLYESTER

5600P

CERAMIC

0.1U

CERAMIC

0.1U

ELECT

47U

CERAMIC

22P

CERAMIC

22P

CERAMIC

0.1U

CERAMIC

0.1U

CERAMIC

4700P

CERAMIC

0.1U

CERAMIC

0.1U

CERAMIC

0.01U

ELECT

10U

CERAMIC

22P

CERAMIC

22P

MT-GLAZE

1K

MT-GLAZE

1.8K

MT~-GLAZE

1K

MT-GLAZE

1.8K

CARBON

47

CARBON

1.5K

CARBON

47

CARBON

1.5K

CARBON

4.7

CARBON

4.7

CARBON

150

CARBON

150

MT-GLAZE

1.2K

CARBON

220

MT-GLAZE

1K

MT-GLAZE

47K

MT-GLAZE

10K

MT-GLAZE

0.000

MT-GLAZE

560

Tere

[ooo

atm

Joie

[owen

GUGUERNNNANNGOUENNGUCOGON

ERS

EURBZBZENZ

RES

RENSZB

RSS

REAANESRSEARAAARAROAUURA

JA

ZA

JA

50V

1/10W

1/4W

1/4Ww

1/4W

1/2W

1/2wW

1/2W

1/10W

1/6W

1/10W

Description

MT-GLAZE

CARBON

MT~GLAZE

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

R152

R153

R154

R155

R156

R157

R158

R159

R161

R162

R163

R164

R165

R166

R171

R172

R173

R1900

R1901

R1901A

R1902

R1902A

R1i903

R1903A

R1904

R1905

R1906

R1907

R1908

R1909

R1i911

R1921

R1922

R1924

R1926

R2001

R2002

R2004

R2005

R201

R202

R203

R204

R205

R206

R207

R208

R211

R212

R213

R214

R215

R216

R217

R218

R223

R224

R226

R227

R231

R232

R271

R272

R351

R352

R353

R356

R357

R361

R363

R364

R365

Description

CARBON

MT

-GLAZE

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

MT

-GLAZE

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

MT

-GLAZE

MT-GLAZE

MT~-GLAZE

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

CARBON

MT-GLAZE

F2RCV

R431

MT-GLAZE

330

R824

401

038

MT-GLAZE

R432

MT-GLAZE

330

R825

401 038

MT-GLAZE

R433

CARBON

470

R832

401 038

MT-GLAZE

R434

OXIDE-MT

390

R838

401

037

MT-GLAZE

R435

WIRE

WOUND

8.2

R839

401

026

CARBON

R436

2

CARBON

15K

R840

401

026

CARBON

{\R441

FUSIBLE

RES

1K

R841

401

038

MT~GLAZE

R447

CARBON

4.7K

R842

401

026

CARBON

R448

CARBON

330

R843

401

037

MT-GLAZE

R451

OXIDE-MT

1.8

R844

401

037

MT-GLAZE

R481

CARBON

180K R845

401

037

MT-GLAZE

R482

CARBON

5.6K

R846

401 038

MT-GLAZE

R501

CARBON

4.7K

R847

401

037

MT-GLAZE

R502

FUSIBLE

RES

4.7

R848

401

038

MT~-GLAZE

R504

CARBON

S6K

R851

401

037

MT-GLAZE

R505

CARBON

10K

R852

401

037

MT-GLAZE

R506

CARBON

1.5K

R853

401 038

MT-GLAZE

R507

CARBON

180

R861

401

038

MT-GLAZE

R508

CARBON

2.2K

R862

401 038

MT-GLAZE

R509

OXIDE-MT

1.2

R863

401

038

MT-GLAZE

R511

OXIDE-MT

270

R864

401

039

MT-GLAZE

R513

OXIDE-MT

1.5K

R865

401 038

MT-GLAZE

R602

WIRE

WOUND

3.9

R866

401

038

MT-GLAZE

R611

CARBON

4

R867

401

038

MT-GLAZE

R615

CARBON

R868

401

037

MT-GLAZE

R617

CARBON

3

R869

401

038

MT-GLAZE

R619

CARBON

R870

401

025

CARBON

R620

CARBON

R871

401

038

MT-GLAZE

R621

CARBON

R872

401

038

MT-GLAZE

R622

CARBON

R873

401

038

MT-GLAZE

R623

CARBON

‘

R874

401

037

MT-GLAZE

R624

OXIDE-MT

R875

401

038

MT-GLAZE

R625

OXIDE-MT

R876

401

037

MT-GLAZE

R626

CARBON

z

R877

401

039

MT-GLAZE

/\R631

SOLID

.

R878

401

037

MT-GLAZE

/\R632

SOLID

;

R879

401

037

MT-GLAZE

R641

CARBON

R880

401

038

MT-GLAZE

R642

CARBON

3

R884

401

037

MT-GLAZE

R643

CARBON

R885

401 038

MT-GLAZE

R644

CARBON

R886

401

037

MT-GLAZE

R645

CARBON

R887

401

038

MT-GLAZE

R646

WIRE

WOUND

:

R888

401

037

MT-GLAZE

R651

OXIDE-MT

R889

401

037

MT-GLAZE

R652

OXIDE-MT

.

R892

401

038

MT-GLAZE

R653

OXIDE-MT

R895

401

037

MT-GLAZE

R655

OXIDE-MT

R656

CARBON

R657

th

CARBON

R661

OXIDE-MT

R681

1

CARBON

R682

a

OXIDE-MT

R684

CARBON

R685

CARBON

R800

1

CARBON

R801

MT-GLAZE

R802

;

MT-GLAZE

R803

MT-GLAZE

R804

CARBON

R806

CARBON

R807

CARBON

VARIABLE

RESISTOR

VR131

645 006

VR,SEMI,10K

N

610

239

VR

B-10K

VR361

645 006

VR,SEMI,10K

N

610

239

VR

B-10K

VR501

645

006

VR,SEMI,100

N

610 232

VR,SEMI,100

N

VR641

645

006

VR,SEMI,2.2K

N

610

239

VR

B-2K

TRANSFORMER

T101

610

S

COIL

7141

610

S

COIL

T431

610

DRIVE

TRANS

610

DRIVE

TRANS

ae

cere

f/\T451

645

TRANS,

FLYBACK

Be

eat

;

/\T611

645

TRANS, POWER,

PULSE

R813

CARBON

:

j ;

R815

CARBON

645

TRANS,

POWER,

PULSE

R816

MT-GLAZE

LA\T681

610

POWER TRANS

R817

CARBON

.

610

POWER

TRANS

R818

MT-GLAZE

R819

CARBON

:

COIL

R820

MT-GLAZE

LOO1

INDUCTOR,

12U

K

R821

MT-GLAZE

L002

INDUCTOR,

12U

K

R822

MT-GLAZE

L003

CORE,

PIPE

R823

CARBON

3

L1002

CORE,

PIPE

F2RCV

five [ram

[ooowen

me

[one

[omen

L1003

645

001

4567

INDUCTOR,10U

K

407

012

5809

DIODE

1SS176

L1004

645

001

4567

INDUCTOR,10U

K

D201

407

063

8309

ZENER

DIODE

MTZJ11C

L1005

645 001

4567

INDUCTOR,10U

K

407

158

3400

ZENER

DIODE

UZ-11BSC

L1006

645

001

4567

INDUCTOR,10U

K

D202

407

063

8309

ZENER

DIODE

MTZJ11C

L101

645 001

4567

INDUCTOR,10U

K

407

158

3400

ZENER

DIODE

UZ-11BSC

L102

645

008

2863

INDUCTOR,4.7U

K

D203

407

063

8309

ZENER

DIODE

MTZJ11C

L1022

645

002

1787

CORE,

PIPE

407 158

3400

ZENER

DIODE

UZ-11BSC

L1023

645

001

4567

INDUCTOR,10U

K

D210

407

012

4406

DIODE

1SS133

L1024

645

001

4567

INDUCTOR,10U

K

407 012

5809

DIODE

1SS176

L1025

645

001

4567

INDUCTOR,10U

K

D221

407

012

4406

DIODE

1SS133

L1i026

645 001

4567

INDUCTOR,10U

K

407

012

5809

DIODE

1SS176

L1027

645

008

2863

INDUCTOR,4.7U

K

D222

407

005

4505

DIODE

DS442x

Li101

645

001

4567

INDUCTOR,10U

K

407

013

1008

DIODE

181553

L1102

645 001

4567

INDUCTOR,10U

K

407

013

4306

DIODE

1S2076A

L1103

645 008

2863

INDUCTOR,4.7U

K

407

013

6508

DIODE

182471

L151

645

003

9713

INDUCTOR,15U

K

D271

407

053

6407

ZENER DIODE

MTZ5.1¢C

L152

645

003

9782

INDUCTOR,22U

K

407 056

8200

ZENER

DIODE

RD5.1EB3

L201

645

001

4567

INDUCTOR,10U

K

407

163

8209

ZENER

DIODE

UZ-5.1BCC

L202

645 001

4567

INDUCTOR,10U

K

D361

407

063

8309

ZENER

DIODE

MTZJ11C

L203

645

001

4567

INDUCTOR,10U

K

407

158

3400

ZENER DIODE

UZ-11BSC

L231

645 008

2863

INDUCTOR,4.7U

K

D431

407

053

8708

ZENER

DIODE

MTZ9.1A

L232

645

008

2863

INDUCTOR,4.7U

K

407

053

8807

ZENER

DIODE

MTZ9.1B

L432

645 002

1787

CORE,

PIPE

407

057

9602

ZENER

DIODE

RD9.1EB1

L441A

610

000

0605

LINEARITY

COIL

407 057

9701

ZENER

DIODE

RD9.1EB2

610

210

8071

LINEARITY

COIL

407

163

9909

ZENER

DIODE

UZ-9.1BCA

L442

610 000

0278

COIL

407

162

2703

ZENER

DIODE

UZ-9.1BCB

610

205

1117

COIL

D432

407

005

7308

DIODE

EM01Z

L501

645

008

5642

INDUCTOR,3.3U

K

D442

407 005

4505

DIODE

DS442x

/AL601

645 012

3337

LINE

FILTER

407

013

1008

DIODE

1581553

L607

610

237

1000

PIPE

CORE

407

013

4306

DIODE

1S2076A

L608

610

237

1000

PIPE

CORE

407

013

6508

DIODE

182471

L641

645

002

1787

CORE,

PIPE

D445

407 012

4406

DIODE

188133

L642

645

002

1787

CORE,

PIPE

407

012

5809

DIODE

185176

L643

645

002

1787

CORE,

PIPE

D446

407

151

9003

ZENER

DIODE

UZ-7.5BCC

L871

645 008

0203

INDUCTOR,5.6U

K

407

151

9102

ZENER

DIODE

UZ-8.2BCA

L881

645 001

4697

INDUCTOR,1.5U

M

D481

407

007

7405

DIODE

EU1

D482

407

012

4406

DIODE

158133

DIODE

407

012

5809

DIODE

1SS176

D1005

407

063

8309

ZENER

DIODE

MTZJ11C

D501

407 005

7308

DIODE

EM012Z

407

158

3400

ZENER

DIODE

UZ-11BSC

408

009

9008

DIODE

BYD33D

D1007

407

063

8309

ZENER

DIODE

MTZJ11C

D502

407

118

2207

ZENER DIODE

1275

407

158

3400

ZENER

DIODE

UZ-11BSC

D603

407 006

6300

DIODE

ERCO5-10B

D1008

407

063

8309

ZENER

DIODE

MTZJ11C

407

009

6901

DIODE

RM11C

407

158

3400

ZENER

DIODE

UZ-11BSC

pde04

407

006

6300

DIODE

ERCO05-10B

D1010

407

063

8309

ZENER

DIODE

MTZJ11C

407

009

6901

DIODE

RM11C

407

158

3400

ZENER DIODE

UZ-11BSC

D605

407

006

6300

DIODE

ERC0O5-10B

D1011

407

063

8309

ZENER

DIODE

MTZJ11C

407 009

6901

DIODE

RM11C

407 158

3400

ZENER

DIODE

UZ-11BSC

D606

407

006

6300

DIODE

ERCO0O5-10B

D1021

407 063

8309

ZENER

DIODE

MTZJ11C

407

009

6901

DIODE

RM11C

407 158

3400

ZENER DIODE

UZ-11BSC

D614

407 005

4505

DIODE

DS442x

D1022

407

063

8309

ZENER

DIODE

MTZJ11C

407

013

1008

DIODE

181553

407

158

3400

ZENER

DIODE

UZ-11BSC

407

013

4306

DIODE

1S2076A

D1023

407

063

8309

ZENER

DIODE

MTZJ11C

407

013

6508

DIODE

182471

407 158

3400

ZENER

DIODE

UZ-11BSC

/\ND615

407

105

8700

PHOTO

COUPLE

PC113B

D1024

407

063

8309

ZENER

DIODE

MTZJ11C

408

009

8407

PHOTO

COUPLE

CNY17F-30PT6

407

158

3400

ZENER

DIODE

UZ-11BSC

D616

407

005

4505

DIODE

DS442x

D1026

407

063

8309

ZENER

DIODE

MTZJ11C

407

013

1008

DIODE

151553

407

158

3400

ZENER

DIODE

UZ-11BSC

407

013

4306

DIODE

1S2076A

D1027

407

063

8309

ZENER

DIODE

MTZJ11C

407

013

6508

DIODE

182471

407 158

3400

ZENER

DIODE

UZ-11BSC

D617

407

007

6606

DIODE

ES1

D1101

407

063

8309

ZENER

DIODE

MTZJ11C

407

007

6903

DIODE

ES1Z

407 158

3400

ZENER

DIODE

UZ-11BSC

408

009

9008

DIODE

BYD33D

bD1201

407

053

6803

ZENER

DIODE

MTZ5.6C

D618

407 005

4505

DIODE

DS442x

407 057

0104

ZENER

DIODE

RD5.6EB3

407

151

8501

ZENER

DIODE

UZ-5.6BCC

D135

407 063

8309

ZENER

DIODE

MTZJ11C

407

013

1008

DIODE

151553

407

013

4306

DIODE

1S2076A

407

013

6508

DIODE

152471

407

158

3400

ZENER

DIODE

UZ-11BSC

D619

407

053

3000

ZENER

DIODE

MTZ11C

D1901-1

610

255

3956

HOLDER

LED-E7GC

407

054

1807

ZENER

DIODE

RD11EB3

D1901A

407 120

9706

LED

LN28RPL

D641

407

007

7702

DIODE

EU2A

D1903

407

063

8309

ZENER

DIODE

MTZJ11C

D642

407

007

7603

DIODE

EU2

407 158

3400

ZENER

DIODE

UZ-11BSC

407

007

7801

DIODE

EU2Z

D1i905

DIODE

188133

D643

407

166

2303

DIODE

ERC91-02L

-18-

'

F2RCV

Sanyo 28DN1 User manual

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