Sanyo C14EA80D Manuale utente

Service

Manual

Specification

Power

source

Television

system

Colour

system

Receiving

channel

Aerial

input

impedance

AV

terminal

21

socket

Sound

output

Picture

tube

(Visible

picture

diagonal)

Dimensions

Weight

SKSMO0055

Colour

Television

S

O

Model

No.

Ci4EA80D

(GERMANY

ITALY)

Service

Ref.

No.

C14EA80D-00

C14EA80D-01

AC

220~240V

50Hz

System

B/G

PAL

VHF

E2~E12,

A-H,

H1, H2,

UHF

21~69

CATV

S1~S20,

X, Y,

Z

750hm

CENELEC

standard

2

watts

37cm

diagonal,

90

degree

34cm

370(W)

X

331(H)

X

381.5(D)mm

9.0

Kg

PRODUCT

CODE

1113

183

03(C14EA80D)

ORIGINAL

VERSION

Chassis

No.

EC2-A

14

Give

complete

"SERVICE

REF.

NO."

for

parts

order

or

servicing

,

it

is

shown

on

the

rating

sheet

on

the

cabinet

back

of

the

TV

set.

Note:

This

TV

receiver

will

not

work

properly

in

foreign

countries

where

the

television

transmission

system

and

power

source

differ

from

the

design

specifications.

Refer

to

the

specifications

for

the

design

specifications.

SAFETY

PRECAUTION

1:

An

isolation

transformer

should

be

connected

in

the

3:

When

replacing

a

chassis

in

the

cabinet,

always

cv.

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

transformer

of

the

set.

or

shields,

barriers,

isolation

resistor-capacitor

2:

Comply

with

all

caution

and

safety-related

notes

networks

etc.

provided

on

the

cabinet

back,

inside

the

cabinet,

on

the

chassis

or

the

picture

tube.

Before

returning

any

television

to

the

customer,

the

service

technician

must

be

sure

that

it

is

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

voltag

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

A\.

BLOCK

DIAGRAM

Note:

This

is

a

general

diagram

for

all

models

and

therefore

differs

slightly

from

the

actual

block

diagram.

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CIRCUIT

DESCRIPTION

1.POWER

SUPPLY

The

power

supply

circuit

of

the

EC2-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

C307.

This

voltage

is

input

to

the

oscillation

circuit.

The

oscillation

circuit

is

provided

with

a

blocking

oscillator

circuit

that

switches

the

switching

transistor

Q313

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

1C101.

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

Q122,

supplies

to

the

video

and

chroma

amplifier

stages.

The

output

signal

from

pin7

passes

through

the

6.0MH2z(I)/5.5MHz(B/G)

trap

circuit

of

X151,

and

it

is

input

to

pin5

of

1C101.

The

signal

input

to

the

IC

passes

through

the

SIF

amplifier,

FM

detector,

external

audio

switch

and

audio

output

circuit,

and

it

is

then

output

from

pin50

as

audio

drive

signal.

The

sync.-separation

circuit

separates

the

video

signals

applied

to

pint3

or

pin15

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.

VR401

is

for

adjustment

of

the

horizontal

centering.

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

C401,

R402

and

pin42,

and

vertical

drive

pulse

is

output

from

pin43.

VR431

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

Q122/Q124,

and

it

is

supplied

to

pini3.

The

external

video

signal

output

from

SCART

is

supplied

to

piniS.

The

video

signal

input

to

pin13

or

pints

is

separated

to

luminance

(Y)

signal

and

chroma

signal

in

1C101.

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

1C101,

and

output

from

pin30

(R-Y)

and

pin31

(B-Y).

These

chroma

signals

pass

through

the

1H

delay

line

circuit

(IC270),

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

1C101.

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

OSD

signal

from

pin23(G).

In

this

stage,

the

OSD

signal

which

is

switched

by

blanking

signal

from

pin21

is

superimposed

into

internal

RGB

signals.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),

pini9

(G),

pin18

(R)].

4.AUDIO

OUTPUT(AN5265)

The

audio

signal

output

from

pin50

of

IC101

is

input

to

pin2

of

1C171

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

to

directly

drive

the

speaker.

5.VERTICAL

OUTPUT

(LA7832)

An

IC

(LA7832)

is

used

for

the

vertical

output

circuit

in

this

chassis.

The

vertical

drive

pulse

from

pin43

of

10101

is

input

to

pin4

of

1C451.

This

pulse

drives

1C451,

and

vertical

scanning

is

performed.

In

the

first

half

of

scanning

a

deflecting

current

is

output

from

pin2

and

passes

through

the

following

path:

Vcec(B4)

—~

D451

—

pin3

>

pin2

—

DY

~

C461

—

VR431/R459.

An

electric

charge

is

then

stored

in

C461.

In

the

last

half

of

scanning

the

current

path

is

C461

—

DY

—

pin2

—

pint

~

VR431/R459

—

C461.

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

—

VR431/R459

—

C461

—

DY.

Also,

when

the

charge

of

DY

has

dissipated,

the

current

path

becomes

Vcc24V

—

pin6

—

pin7

—

C452

-+

pin3

>

pin2-

DY

—

C461

—

VR431/R459,

and

when

the

prescribed

current

value

is

reached,

the

vertical

drive

pulse

becomes

ON.

This

completes

one

cycle.

6.HORIZONTAL

OUTPUT

A

horizontal

oscillation

signal

is

output

from

pin37

of

1C101

and

switches

the

drive

transistor

Q431.

This

switching

signal

is

current

amplified

by

the

drive

transformer

T431

and

drives

the

output

transistor

Q432.

When

Q432

becomes

ON,

an

amplifying

current

flows

directly

to

DY

through

C441/442

-

DY

—

0432

—

GND,

-4-

ar

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

C435,

C444

and

C445

and

charges

them.The

current

stored

in

C435,

C444

and

C445

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.

7.CPU

description

Pint:

H-sync.

input

(Horizontal

pulse

for

OSD)

Pin2:

\V-sync.

input

(Vertical

pulse

for

OSD)

Pin3:

Volume

contro!

output

(6-bit

DAC)

Pin4:

Colour

control

output

(6-bit

DAC)

Pin5:

Brightness

control

output

(6-bit

DAC)

Pin6:

Contrast

control

output

(6-bit

DAC)

Pin7/8:

Not

used

(GND)

Pin9:

TV/AV

output

(L:AV

mode)

Pinti0:

AFT

ON/OFF

output

(L:AFT

ON)

Pini1:

Not

used

(GND)

Pini2:

l2C

bus

SCL

(Serial

clock

for

memory)

Pin13:

12C

bus

SDA

(Serial

date

for

memory)

Pin14:

Tuning

voltage

output

Pini5:

Ident

signal

input

(L:No

signal)

Pin16:

R/C

signal

input

Pini7/18:

Band

select

option

input

Pini9:

Not

used

(Open)

Pin20:

SCART

auto

switch

input

(L:VCR

Play)

Pin21/22:

Band

selector

output

Pin23:

Supply

Ground

Pin24:

Oscillator

input

for

CPU

Pin25:

Oscillator

output

for

CPU

Pin26:

Supply

Ground

Pin27:

Power

supply(+5V)

Pin28:

Oscillator

output

for

OSD

Pin29:

Oscillator

input

for

OSD

Pin30:

Reset

input

Pin31:

Protect

signal

input

(L:Power

circuit

defects)

Pin32:

Sync.

ID

signal

input

Pin33:

AFT

signal

input

Pin34:

Keyboard

scan

2

Pin35:

Keyboard

scan

1

Pin36~45:

Not

used

(GND)

Pin46:

Not

used

Pin47:

Mute

output

in

no

picture(FTZ

mute)

Pin48:

Power

ON/OFF

output

(H:ON)

Pin49:

Blanking

output

for

OSD

Pin50:

Not

used

(Open)

Pin51:

Green

output

for

OSD

Pin52:

Not

used

(Open)

INSTALLATION

AND

SERVICE

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SERVICE

CONTROL

ADJUSTMENT

B1

POWER

SUPPLY

ADJUSTMENT

1.

Set

VR351

to

be

mechanical

center

before

pressing

the

main

switch.

2.

Tune

the

receiver

to

PAL

circular

pattern.

3.

Set

brightness

and

contrast

controls

to

normal.

4,

Connect

digital

V-meter

to

R351.

5.

By

using

VR351,

adjust

voltage

to

130

=

O5V.

TU-AFT

ADJUSTMENT

1.

Tune

the

receiver

to

the

clearest

station.

2.

By

using

L230,

adjust

AFT

to

obtain

the

best

picture.

AGC

ADJUSTMENT

NOTE:

Do

not

attempt

this

adjustment

with

weak

signal.

+.

Tune

the

receiver

to

the

clearest

station.

2.

Set

AGC

VA(VR120)

in

direction

which

causes

snow

noise

to

appear,

then

in

the

opposite

direction

until

snow

noise

just

disappears.

GREY

SCALE

ADJUSTMENT

[SCREEN

VR

ADJUSTMENT]

1.

Tune

the

receiver

to

black

and

white

pattern.

2.

Set

brightness

control

to

display

centre

and

contrast

control

to

normal.

3.

Set

SW220

to

"SERVICE"

position.

4.

Set

VR6O01and

VR611

to

be

mechanical

center.

5.

Turn

VR602,

VR612

and

VR622

fully

counter-clockwise.

6.

Set

screen

VR

for

one

colour

to

be

just

visible.

[BIAS

VR

ADJUSTMENT]

7.

By

using

VR602,

VR612

or

VR622,

adjust

line

to

be

white.

8.

Set

SW220

to

"NORMAL"

position.

[DRIVE

VR

ADJUSTMENT]

9.

By

using

VR601

and

VR611,

adjust

white

balance.

HIGH

VOLTAGE

&

WIDTH

CONFIRM

[HIGH

VOLTAGE

CONFIRM]

4.

Tune

the

receiver

to

PAL

circular

pattern.

2.

Set

brightness

and

contrast

controls

to

normal.

3.

Connect

digital

V-meter

to

test

point

(+)

“TP-H”

and

{-)

“TP-G",

and

high

voltage

meter

to

CRT

anode.

Confirm

high

voltage

to

be

21.0

+

1

KV

at

beam

current

0.7

+

0.05,

and

less

than

25.0

KV

at

0

beam

current.

4.

[H-WIDTH

CONFIRM]

5.

lf

H-width

is

too

wide

or

narrow,

connect

or

disconnect

AJ1.

6.

Reconfirm

high

voltage.

H-CENTER

ADJUSTMENT

4.

Tune

the

receiver

to

PAL

circular

pattern.

2.

Adjust

H-center

by

using

VR401.

V-SIZE

ADJUSTMENT

1.

Tune

the

receiver

to

PAL

circular

pattern.

2.

Adjust

V-size

by

using

VR431.

FOCUS

ADJUSTMENT

By

using

FOCUS

VR,

adjust

focus

control

for

well

scanning

lines.

CIRCUIT

ALIGNMENT

VIF

ALIGNMENT

SETTING

10kQ

0.002uF

5

75Q

m

b

i

—

Ep

|

Input

probe

Output

probe

Damping

R

DC

15V

AGC

voltage

Output

probe

Input

probe

Tuning

voitage

Band

Damping

R

System

SW

Sweep

ATT

Adjustment

Detector

adjustment

DETECTOR

ADJUSTMENT

1C351-1

1C101-48

p

Tuner

TP

(Side

b)

TP-F

Tuner

TU

By

using

L230,

adjust

"P"

to

be

maximum

amplitude.

&

Tuner

TR

OVERALL

WAVEFORM

1IC351-1

1C101-48

p

Tuner

TP

(Side

b)

TP-F

Tuner

TU

FREE

KV-1

&

KV-2

B/G

30

By

using

Tuner

converter

coil

and

L101,

make

the

marker

positions

‘to

P=35+410%

C=35

+

10%

Tuner

converter

coil

MEMORY

IC

REPLACEMENT:

IMPORTANT

NOTE

When

IC790(X24C01P

or

X24C02P)

is

replaced,

it

is

necessary

to

initialise

the

IC

as

follows.

INITIALISATION

OF

MEMORY

IC

1.

When

you

press

and

hold

the

Function

button

on

the

TV

set

and

press

the

Recall

button

on

the

RC

transmitter,

the

following

picture

will

appear

on

the

screen.

ITEM

-

1

SET—

0

2.

Confirm

SET

number

of

ail

items

is

“O"

by

the

Function

button.

3.

If

it

is

not

"0",

change

to

"0"

by

the

Level

(+/-)

button.

(Changing

the

SET

number,

automatically

memorized.)

4.

Press

the

Recall

button,

to

return

the

normal

TV

mode.

ero

Function

Level

Button

Ee

|

SSE

FE)

|

a+

WS

PoP

Cr.

.C)

Co.

-E

~~

606

o)

Ca)

Cc

om)

Recall

Button

-9-

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

Av

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

Resister

as

follows:

810

248

9613MAIN

PCB

ASSY-E7CE

UE2783B

TRANSISTOR

CAPACITOR

Q101

495

024

2207

TR

2SC25704

CERAMIC

100P

K

50V

Q1ll

406

oo?

2206

TR

veSaGe

4056

0C7

2007

TR

JC5465

Rated

Voltage

405

Ci$

i909

TR

2SC536-E-NP

Toatande

Synibele:

405

O1¢

2708

TR

2SC536-F-NP

Less

than

10PE

405

3304

TR

2SC536-G-NP

A:

Not

specified

8:

+0.1PF

C:

£0.25PF

Q122

406

2108

TR

JC545A4

D:

+0.5PF

F:s1PF

G:

£2PF

406

2007

TR

JCS546B

R:+0.25-0PF

S:+0-0.25PF

E:+0-1PF

405

1909

TR

28C536-F-ND>

More

than

10PF

/

7

405

2708

TR

2SC536-F-NP

H:

£3%

J:

282%

K:

£10%

Q124

405

064

£205

TR

2SA608-E-CTV-NP

L:+15%

M:

+20%

N:

30%

405

004

4309

TR

2SA508-F-CTV-NP

P:

+100-0%

Q:

+30-10%

T:+50-10%

405

023

7303

TR

2S2.508-G-CTV-NP

U:

+75-10%

V:

+20-10%

W:

+100-10%

Q172

406

CO7

2134

TR

JCS46a

X:

+40-20%

Y:

+150-10%

Z:

+80-20%

406

007

2007

TR

GC546B

Rated

value:

P=pico

farad,

U=Micro

farad

405

C25

+303

TR

28C536-E-NP

405

Gi¢$

2703

TR

2SC536-F-NP

Material:

405

Ci

3604

TR

2S5C536-G-N>P

CERAMIC...

.

Ceramic

Q202

406

007

2106

TR

JC546A

MT-PAPER........

Metallized

Paper

406

007

2507

TR

JCS46B

POLYESTER.....

Polyester

405

Ci¢

1309

TR

2SC536-E-NP

MT-POLYEST....

Metallized

Polyester

405

C12

2703

TR

2SC536-F-NP

POLYPRO.......22.

Polypropylene

405

025

3204

TR

2SC536-G-NP

DESHI

OMe

Q311

406

007

1901

TR

JC556A

races

aur

406

007

1802

TR

JCSS6B

ee

ore

405

004

4205

TR

2SA508-E-CTV-NP

sun.

Fantalum

Solid

405

002

4309

TR

2SA608-F-CTV-NP

AL-SOLID..

..

Aluminium

Solid

405

622

7309

TR

2SA608-G-CTV-NP

ELECT.......

..

Electrolytic

Q312

405

05¢

6208

TR

2SC3807-R-CTV-YA

NP-ELECT.

..

Non-polarized

Electrolytic

Q313

405

022

2505

TR

2SD17i0-CTV-YB

OS-SOLID.

..

Aluminium

Solid

with

Organic

Semiconductive

Electrolytic

Q351

405

00%

6897

TR

2SB985-S

OL-ELECT..........

Doble

Layered

Electrolytic

405

60

7003

TR

2$3985-T

RESISTER

Q352

406

007

2105

TR

JCS46A

CARBON

47K

3

A

i/4W

405

007

2907

TR

JC545B

i

TS

a

3

405

019

1309

TR

2SC536-E-NP

patentee

405

01$

2708

TR

2SC536-F-NP

Performance

Symbols:

;

405

019

3304

TR

2SC536-G-NP

A:

General

B:

Non

flammable

Z:

Low

noise

Q353

406

007

2106

TR

JGCS46A

ue

coefficient

406

007

2007

TR

J3CS4é6B

n

mbols:

somes

=

-

A:

#0,05%

Br

#0.

1%

C:#0,25%

D:

0.5%

ee

eee

Fitl%

Git2%

Ji=5%

Ki

210%

0s

Uis

2706.

aa

2eC

3a

ee

PNP

M:

420%

P:

+5-15%

405

019

3804

TR

2SC536~G-NP

Rated

vaive,

ohms:

Q354

405

00€

4805

TR

255764-=£

K:

1,000,

M:

1,000,000

Q431

405

014

2406

TR

25C2383-0(SAN)

.

Material:

405

014

2505

TR

2SC2383-R(SAN)

Q432

405

022

6601

TR

2SD1649-CTV-YB

yeaah

0434

406

007

2106

TR

JCS46A

OXIDE-MT

406

007

2007

TR

JCS46B

SOLID.......

405

019

1909

TR

2SC536-E-NP

ested

405

019

2708

TR

2SC536-F-NP

405

019

3804

TR

2SC536-G-NP

Q436

406

007

2106

TR

JCS46A

406

007

2007

TR

JC546B

405

019

1909

TR

2SC536-E-~N>?

2SC536-F-NP

WIRE

WOUND...

Wire

Wound

CERAMIC

RES..

Ceramic

FUSIBLE

RES....

Fusibie

-10-

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