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ishe

d by

SH

C/S

C 1

367

Qua

lity

Prin

ted

in th

e N

ethe

rland

sSu

bjec

t to

mod

ifica

tion

EN31

22 7

85 1

9452

2013

-Jul

-05

2013

©TP

Vis

ion

Net

herla

nds

B.V.

All r

ight

s re

serv

ed. S

peci

ficat

ions

are

sub

ject

to c

hang

e w

ithou

t not

ice.

Tra

dem

arks

are

the

prop

erty

of K

onin

klijk

e P

hilip

s E

lect

roni

cs N

.V. o

r the

ir re

spec

tive

owne

rs.

TP V

isio

n N

ethe

rland

s B

.V. r

eser

ves

the

right

to c

hang

e pr

oduc

ts a

t any

tim

e w

ithou

t bei

ng o

blig

ed to

adj

ust

earli

er s

uppl

ies

acco

rdin

gly.

PH

ILIP

S a

nd th

e P

HIL

IPS

’ Shi

eld

Em

blem

are

use

d un

der l

icen

se fr

om K

onin

klijk

e P

hilip

s E

lect

roni

cs N

.V.

Col

our T

elev

isio

nC

hass

is

TPS1

0.1A LA

Con

tent

sPa

geC

onte

nts

Page

1.R

evis

ion

List

22.

Tech

nica

l Spe

cs, D

iver

sity

, and

Con

nect

ions

23.

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

54.

Mec

hani

cal I

nstru

ctio

ns9

5.S

ervi

ce M

odes

, Err

or C

odes

, and

Fau

lt Fi

ndin

g14

6.A

lignm

ents

(Opt

ion)

237.

Circ

uit D

escr

iptio

ns25

8.IC

Dat

a S

heet

s31

9.B

lock

Dia

gram

sW

iring

dia

gram

32"

300

8 se

ries

35W

iring

dia

gram

39"

300

8 se

ries

36W

iring

dia

gram

42"

300

8 se

ries

37B

lock

Dia

gram

DVB

T/C

300

0 se

ries

3810

.Circ

uit D

iagr

ams

and

PW

B L

ayou

tsD

raw

ing

PW

BA

01 7

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U fo

r 32

”&39

” 30

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erie

s39

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715

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SU

ser

ies

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4345

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B-T

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SB

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eybo

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cont

rol p

anel

6061

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ion

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2”62

6311

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ling

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ets

3008

ser

ies

32"

6430

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erie

s 39

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3008

ser

ies

42"

66

Rev

isio

n Li

stEN

2TP

S10.

1A L

A1.

2013

-Jul

-05

back

to

div.

tabl

e

1.R

evis

ion

List

Man

ual x

xxx

xxx

xxxx

.0•

Firs

t rel

ease

.

Man

ual x

xxx

xxx

xxxx

.1•

Cha

pter

2: U

pdat

ed ta

ble

2.1

Tech

nica

l Spe

cific

atio

ns.

Man

ual x

xxx

xxx

xxxx

.2•

Cha

pter

5: U

pdat

ed 5

. Ser

vice

Mod

es, E

rror

Cod

es, a

nd

Faul

t Fin

ding

.

2.Te

chni

cal S

pecs

, Div

ersi

ty, a

nd C

onne

ctio

nsIn

dex

of th

is c

hapt

er:

2.1

Tech

nica

l Spe

cific

atio

ns2.

2 D

irect

ions

for U

se2.

3 C

onne

ctio

ns2.

4 C

hass

is O

verv

iew

Not

es:

•Fi

gure

s ca

n de

viat

e du

e to

the

diffe

rent

set

exe

cutio

ns.

•S

peci

ficat

ions

are

indi

cativ

e (s

ubje

ct to

cha

nge)

.

2.1

Tech

nica

l Spe

cific

atio

nsFo

r on-

line

prod

uct s

uppo

rt pl

ease

use

the

links

in T

able

2-1

.H

ere

is p

rodu

ct in

form

atio

n av

aila

ble,

as

wel

l as

getti

ng s

tarte

d,

user

man

uals

, fre

quen

tly a

sked

que

stio

ns a

nd s

oftw

are

&

driv

ers.

Tabl

e 2-

1 D

escr

ibed

Mod

el N

umbe

rs a

nd D

iver

sity

2.2

Dire

ctio

ns fo

r Use

Dire

ctio

ns fo

r use

can

be

dow

nloa

ded

from

the

follo

win

g w

ebsi

tes:

http

://w

ww

.phi

lips.

com

/sup

port

http

://w

ww

.p4c

.phi

lips.

com

CTN

24

910

11

Connection OverviewMec

hani

csB

lock

Dia

gram

sSc

hem

atic

s

Styling

Wire Dressing

Rear Cover Removal

SSB Removal

Wiring Diagram

Block Diagram

Power Supply

SSB

J (IR/LED)

E (Keyboard/Leading Edge)

ALC (AmbiLight control panel)

32P

FL30

08/9

82-

14-

14-

44-

69.

19.

410

.110

.310

.410

.510

.611

.132

PFL

3008

/56

2-1

4-1

4-4

4-6

9.1

9.4

10.1

10.3

10.4

10.5

10.6

11.1

39P

FL30

08/9

82-

14-

24-

44-

69.

29.

410

.110

.310

.410

.5-

11.2

39P

FL30

08/5

62-

14-

24-

44-

69.

29.

410

.110

.310

.410

.5-

11.2

42P

FL30

08/9

82-

14-

34-

44-

69.

39.

410

.210

.310

.410

.5-

11.3

42P

FL30

08/5

62-

14-

34-

44-

69.

39.

410

.210

.310

.410

.5-

11.3

Tech

nica

l Spe

cs, D

iver

sity

, and

Con

nect

ions

EN 3

TPS1

0.1A

LA

2.

2013

-Jul

-05

back

to

div.

tabl

e

2.3

Con

nect

ions

Figu

re 2

-1 C

onne

ctio

n ov

ervi

ew

Not

e: T

he fo

llow

ing

conn

ecto

r col

our a

bbre

viat

ions

are

use

d (a

cc. t

o D

IN/IE

C 7

57):

Bk=

Bla

ck, B

u= B

lue,

Gn=

Gre

en,

Gy=

Gre

y, R

d= R

ed, W

h= W

hite

, Ye=

Yel

low

.

2.3.

1Si

de C

onne

ctio

ns

1 - U

SB2

2.0

Figu

re 2

-2 U

SB (t

ype

A)

1-+

5V

�

2-D

ata

(-)

��

3-D

ata

(+)

��

4-G

roun

d G

nd

�

2 - T

V A

NTE

NN

A -

InS

igna

l inp

ut fr

om a

n an

tenn

a, c

able

or s

atel

lite.

3 - S

ervi

ce /

UA

RT

1-G

roun

d G

nd

�

2-U

AR

T_TX

Tr

ansm

it �

3-U

AR

T_R

X

Rec

eive

�

4 - H

ead

phon

e (O

utpu

t)B

k-H

ead

phon

e 80

- 60

0 W

/ 10

mW

��

5 - H

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l Vid

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ith A

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re 2

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pe A

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nect

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1-D

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182

Tech

nica

l Spe

cs, D

iver

sity

, and

Con

nect

ions

EN 4

TPS1

0.1A

LA

2.

2013

-Jul

-05

back

to

div.

tabl

e

17-G

roun

d G

nd

�

18-+

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�

19-H

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ot P

lug

Det

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und

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onne

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udio

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t / R

ight

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AB

u-A

udio

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in

0.5

VR

MS /

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W

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anne

l �

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trol c

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nnel

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d G

nd

�

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ot P

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ect

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ssis

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efer

to 9

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ckD

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191

182

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 5

TPS1

0.1A

LA

3.

2013

-Jul

-05

back

to

div.

tabl

e

3.Pr

ecau

tions

, Not

es, a

nd A

bbre

viat

ion

List

Inde

x of

this

cha

pter

:3.

1 S

afet

y In

stru

ctio

ns3.

2 W

arni

ngs

3.3

Not

es3.

4 A

bbre

viat

ion

List

3.1

Safe

ty In

stru

ctio

nsS

afet

y re

gula

tions

requ

ire th

e fo

llow

ing

durin

g a

repa

ir:•

Con

nect

the

set t

o th

e M

ains

/AC

Pow

er v

ia a

n is

olat

ion

trans

form

er (>

800

VA

).•

Rep

lace

saf

ety

com

pone

nts,

indi

cate

d by

the

sym

bol �

,on

ly b

y co

mpo

nent

s id

entic

al to

the

orig

inal

one

s. A

ny

othe

r com

pone

nt s

ubst

itutio

n (o

ther

than

orig

inal

type

) may

in

crea

se ri

sk o

f fire

or e

lect

rical

sho

ck h

azar

d.

Saf

ety

regu

latio

ns re

quire

that

afte

r a re

pair,

the

set m

ust b

e re

turn

ed in

its

orig

inal

con

ditio

n. P

ay in

par

ticul

ar a

ttent

ion

to

the

follo

win

g po

ints

: •

Rou

te th

e w

ire tr

ees

corr

ectly

and

fix

them

with

the

mou

nted

cab

le c

lam

ps.

•C

heck

the

insu

latio

n of

the

Mai

ns/A

C P

ower

lead

for

exte

rnal

dam

age.

•

Che

ck th

e st

rain

relie

f of t

he M

ains

/AC

Pow

er c

ord

for

prop

er fu

nctio

n.•

Che

ck th

e el

ectri

cal D

C re

sist

ance

bet

wee

n th

e M

ains

/AC

P

ower

plu

g an

d th

e se

cond

ary

side

(onl

y fo

r set

s th

at h

ave

a M

ains

/AC

Pow

er is

olat

ed p

ower

sup

ply)

: 1.

Unp

lug

the

Mai

ns/A

C P

ower

cor

d an

d co

nnec

t a w

ire

betw

een

the

two

pins

of t

he M

ains

/AC

Pow

er p

lug.

2.

Set

the

Mai

ns/A

C P

ower

sw

itch

to th

e “o

n” p

ositi

on

(kee

p th

e M

ains

/AC

Pow

er c

ord

unpl

ugge

d!).

3.M

easu

re th

e re

sist

ance

val

ue b

etw

een

the

pins

of t

he

Mai

ns/A

C P

ower

plu

g an

d th

e m

etal

shi

eldi

ng o

f the

tu

ner o

r the

aer

ial c

onne

ctio

n on

the

set.

The

read

ing

shou

ld b

e be

twee

n 4.

5 M

and

12

M.

4.Sw

itch

“off”

the

set,

and

rem

ove

the

wire

bet

wee

n th

e tw

o pi

ns o

f the

Mai

ns/A

C P

ower

plu

g.

•C

heck

the

cabi

net f

or d

efec

ts, t

o pr

even

t tou

chin

g of

any

in

ner p

arts

by

the

cust

omer

.

3.2

War

ning

s•

All

ICs

and

man

y ot

her s

emic

ondu

ctor

s ar

e su

scep

tible

to

elec

trost

atic

dis

char

ges

(ES

D

). C

arel

ess

hand

ling

durin

g re

pair

can

redu

ce li

fe d

rast

ical

ly. M

ake

sure

that

, du

ring

repa

ir, y

ou a

re c

onne

cted

with

the

sam

e po

tent

ial a

s th

e m

ass

of th

e se

t by

a w

ristb

and

with

resi

stan

ce. K

eep

com

pone

nts

and

tool

s al

so a

t thi

s sa

me

pote

ntia

l.•

Be

care

ful d

urin

g m

easu

rem

ents

in th

e hi

gh v

olta

ge

sect

ion.

•

Nev

er re

plac

e m

odul

es o

r oth

er c

ompo

nent

s w

hile

the

unit

is s

witc

hed

“on”

. •

Whe

n yo

u al

ign

the

set,

use

plas

tic ra

ther

than

met

al to

ols.

Th

is w

ill p

reve

nt a

ny s

hort

circ

uits

and

the

dang

er o

f a

circ

uit b

ecom

ing

unst

able

.

3.3

Not

es

3.3.

1G

ener

al

•M

easu

re th

e vo

ltage

s an

d w

avef

orm

s w

ith re

gard

to th

e ch

assi

s (=

tune

r) g

roun

d (�

), or

hot

gro

und

(),

depe

ndin

g on

the

test

ed a

rea

of c

ircui

try. T

he v

olta

ges

and

wav

efor

ms

show

n in

the

diag

ram

s ar

e in

dica

tive.

Mea

sure

them

in th

e S

ervi

ce D

efau

lt M

ode

with

a c

olou

r bar

sig

nal a

nd s

tere

o so

und

(L: 3

kH

z, R

: 1 k

Hz

unle

ss s

tate

d ot

herw

ise)

and

pi

ctur

e ca

rrie

r at 4

75.2

5 M

Hz

for P

AL,

or 6

1.25

MH

z fo

r N

TSC

(cha

nnel

3).

•W

here

nec

essa

ry, m

easu

re th

e w

avef

orm

s an

d vo

ltage

s w

ith (�

) and

with

out (�

) aer

ial s

igna

l. M

easu

re th

e vo

ltage

s in

the

pow

er s

uppl

y se

ctio

n bo

th in

nor

mal

op

erat

ion

( ) a

nd in

sta

nd-b

y (�

). Th

ese

valu

es a

re

indi

cate

d by

mea

ns o

f the

app

ropr

iate

sym

bols

.

3.3.

2Sc

hem

atic

Not

es

•A

ll re

sist

or v

alue

s ar

e in

ohm

s, a

nd th

e va

lue

mul

tiplie

r is

ofte

n us

ed to

indi

cate

the

deci

mal

poi

nt lo

catio

n (e

.g. 2

K2

indi

cate

s 2.

2k

).•

Res

isto

r val

ues

with

no

mul

tiplie

r may

be

indi

cate

d w

ith

eith

er a

n “E

” or a

n “R

” (e.

g. 2

20E

or 2

20R

indi

cate

s 22

0).

•A

ll ca

paci

tor v

alue

s ar

e gi

ven

in m

icro

-fara

ds (

10-6

), na

no-fa

rads

(n10

-9),

or p

ico-

fara

ds (p

10-1

2 ).

•C

apac

itor v

alue

s m

ay a

lso

use

the

valu

e m

ultip

lier a

s th

e de

cim

al p

oint

indi

catio

n (e

.g. 2

p2 in

dica

tes

2.2

pF).

•A

n “a

ster

isk”

(*) i

ndic

ates

com

pone

nt u

sage

var

ies.

Ref

er

to th

e di

vers

ity ta

bles

for t

he c

orre

ct v

alue

s.•

The

corr

ect c

ompo

nent

val

ues

are

liste

d on

the

Phili

ps

Spa

re P

arts

Web

Por

tal.

3.3.

3Sp

are

Part

s

For t

he la

test

spa

re p

art o

verv

iew

, con

sult

your

Phi

lips

Spa

re

Par

t web

por

tal.

3.3.

4B

GA

(Bal

l Grid

Arr

ay) I

Cs

Intr

oduc

tion

For m

ore

info

rmat

ion

on h

ow to

han

dle

BG

A de

vice

s, v

isit

this

U

RL:

http

://w

ww

.aty

ours

ervi

ce-m

agaz

ine.

com

. Sel

ect

“Mag

azin

e”, t

hen

go to

“Rep

air d

ownl

oads

”. H

ere

you

will

find

In

form

atio

n on

how

to d

eal w

ith B

GA

-ICs.

BG

A T

empe

ratu

re P

rofil

esFo

r BG

A-IC

s, y

ou m

ust u

se th

e co

rrec

t tem

pera

ture

-pro

file.

W

here

app

licab

le a

nd a

vaila

ble,

this

pro

file

is a

dded

to th

e IC

D

ata

She

et in

form

atio

n se

ctio

n in

this

man

ual.

3.3.

5Le

ad-fr

ee S

olde

ring

Due

to le

ad-fr

ee te

chno

logy

som

e ru

les

have

to b

e re

spec

ted

by th

e w

orks

hop

durin

g a

repa

ir:•

Use

onl

y le

ad-fr

ee s

olde

ring

tin. I

f lea

d-fre

e so

lder

pas

te is

re

quire

d, p

leas

e co

ntac

t the

man

ufac

ture

r of y

our s

olde

ring

equi

pmen

t. In

gen

eral

, use

of s

olde

r pas

te w

ithin

w

orks

hops

sho

uld

be a

void

ed b

ecau

se p

aste

is n

ot e

asy

to

stor

e an

d to

han

dle.

•U

se o

nly

adeq

uate

sol

der t

ools

app

licab

le fo

r lea

d-fre

e so

lder

ing

tin. T

he s

olde

r too

l mus

t be

able

:–

To re

ach

a so

lder

-tip

tem

pera

ture

of a

t lea

st 4

00°C

.–

To s

tabi

lize

the

adju

sted

tem

pera

ture

at t

he s

olde

r-tip

.–

To e

xcha

nge

sold

er-ti

ps fo

r diff

eren

t app

licat

ions

.•

Adj

ust y

our s

olde

r too

l so

that

a te

mpe

ratu

re o

f aro

und

360°

C -

380°

C is

reac

hed

and

stab

ilized

at t

he s

olde

r joi

nt.

Hea

ting

time

of th

e so

lder

-join

t sho

uld

not e

xcee

d ~

4 se

c.

Avo

id te

mpe

ratu

res

abov

e 40

0°C

, oth

erw

ise

wea

r-ou

t of

tips

will

incr

ease

dra

stic

ally

and

flux

-flui

d w

ill b

e de

stro

yed.

To

avo

id w

ear-

out o

f tip

s, s

witc

h “o

ff” u

nuse

d eq

uipm

ent o

r re

duce

hea

t.•

Mix

of l

ead-

free

sold

erin

g tin

/par

ts w

ith le

aded

sol

derin

g tin

/par

ts is

pos

sibl

e bu

t PH

ILIP

S re

com

men

ds s

trong

ly to

av

oid

mix

ed re

gim

es. I

f thi

s ca

nnot

be

avoi

ded,

car

eful

ly

clea

r the

sol

der-

join

t fro

m o

ld ti

n an

d re

-sol

der w

ith n

ew ti

n.

3.3.

6A

ltern

ativ

e B

OM

iden

tific

atio

n

It sh

ould

be

note

d th

at o

n th

e E

urop

ean

Ser

vice

web

site

, “A

ltern

ativ

e B

OM

” is

refe

rred

to a

s “D

esig

n va

riant

”.

The

third

dig

it in

the

seria

l num

ber (

exam

ple:

A

G2B

0335

0000

01) i

ndic

ates

the

num

ber o

f the

alte

rnat

ive

B.O

.M. (

Bill

Of M

ater

ials

) tha

t has

bee

n us

ed fo

r pro

duci

ng th

e sp

ecifi

c TV

set

. In

gene

ral,

it is

pos

sibl

e th

at th

e sa

me

TV

mod

el o

n th

e m

arke

t is

prod

uced

with

e.g

. tw

o di

ffere

nt ty

pes

of d

ispl

ays,

com

ing

from

two

diffe

rent

sup

plie

rs. T

his

will

then

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 6

TPS1

0.1A

LA

3.

2013

-Jul

-05

back

to

div.

tabl

e

resu

lt in

set

s w

hich

hav

e th

e sa

me

CTN

(Com

mer

cial

Typ

e N

umbe

r; e.

g. 2

8PW

9515

/12)

but

whi

ch h

ave

a di

ffere

nt B

.O.M

. nu

mbe

r.B

y lo

okin

g at

the

third

dig

it of

the

seria

l num

ber,

one

can

iden

tify

whi

ch B

.O.M

. is

used

for t

he T

V se

t he

is w

orki

ng w

ith.

If th

e th

ird d

igit

of th

e se

rial n

umbe

r con

tain

s th

e nu

mbe

r “1”

(e

xam

ple:

AG

1B03

3500

001)

, the

n th

e TV

set

has

bee

n m

anuf

actu

red

acco

rdin

g to

B.O

.M. n

umbe

r 1. I

f the

third

dig

it is

a

“2” (

exam

ple:

AG

2B03

3500

0001

), th

en th

e se

t has

bee

n pr

oduc

ed a

ccor

ding

to B

.O.M

. no.

2. T

his

is im

porta

nt fo

r or

derin

g th

e co

rrec

t spa

re p

arts

!Fo

r the

third

dig

it, th

e nu

mbe

rs 1

...9

and

the

char

acte

rs A

...Z

can

be u

sed,

so

in to

tal:

9 pl

us 2

6= 3

5 di

ffere

nt B

.O.M

.s c

an b

e in

dica

ted

by th

e th

ird d

igit

of th

e se

rial n

umbe

r.

Iden

tific

atio

n: T

he b

otto

m li

ne o

f a ty

pe p

late

giv

es a

14-

digi

t se

rial n

umbe

r. D

igits

1 a

nd 2

refe

r to

the

prod

uctio

n ce

ntre

(e.g

. S

N is

Lys

omic

e, R

J is

Kob

ierz

yce)

, dig

it 3

refe

rs to

the

B.O

.M.

code

, dig

it 4

refe

rs to

the

Ser

vice

ver

sion

cha

nge

code

, dig

its 5

an

d 6

refe

r to

the

prod

uctio

n ye

ar, a

nd d

igits

7 a

nd 8

refe

r to

prod

uctio

n w

eek

(in e

xam

ple

belo

w it

is 2

010

wee

k 10

/ 20

10

wee

k 17

). Th

e 6

last

dig

its c

onta

in th

e se

rial n

umbe

r.

Figu

re 3

-1 S

eria

l num

ber (

exam

ple)

3.3.

7B

oard

Lev

el R

epai

r (B

LR) o

r Com

pone

nt L

evel

Rep

air

(CLR

)

If a

boar

d is

def

ectiv

e, c

onsu

lt yo

ur re

pair

proc

edur

e to

dec

ide

if th

e bo

ard

has

to b

e ex

chan

ged

or if

it s

houl

d be

repa

ired

on

com

pone

nt le

vel.

If yo

ur re

pair

proc

edur

e sa

ys th

e bo

ard

shou

ld b

e ex

chan

ged

com

plet

ely,

do

not s

olde

r on

the

defe

ctiv

e bo

ard.

Oth

erw

ise,

it

cann

ot b

e re

turn

ed to

the

O.E

.M. s

uppl

ier f

or b

ack

char

ging

!

3.3.

8Pr

actic

al S

ervi

ce P

reca

utio

ns

•It

mak

es s

ense

to a

void

exp

osur

e to

ele

ctric

al s

hock

.W

hile

som

e so

urce

s ar

e ex

pect

ed to

hav

e a

poss

ible

da

nger

ous

impa

ct, o

ther

s of

qui

te h

igh

pote

ntia

l are

of

limite

d cu

rren

t and

are

som

etim

es h

eld

in le

ss re

gard

.•

Alw

ays

resp

ect v

olta

ges.

Whi

le s

ome

may

not

be

dang

erou

s in

them

selv

es, t

hey

can

caus

e un

expe

cted

re

actio

ns th

at a

re b

est a

void

ed. B

efor

e re

achi

ng in

to a

po

wer

ed T

V s

et, i

t is

best

to te

st th

e hi

gh v

olta

ge in

sula

tion.

It

is e

asy

to d

o, a

nd is

a g

ood

serv

ice

prec

autio

n.

3.4

Abb

revi

atio

n Li

st0/

6/12

SC

AR

T sw

itch

cont

rol s

igna

l on

A/V

bo

ard.

0 =

loop

thro

ugh

(AU

X to

TV)

,

6=

play

16:9

form

at, 1

2=

play

4:3

fo

rmat

AA

RA

Aut

omat

ic A

spec

t Rat

io A

dapt

atio

n:

algo

rithm

that

ada

pts

aspe

ct ra

tio to

re

mov

e ho

rizon

tal b

lack

bar

s; k

eeps

th

e or

igin

al a

spec

t rat

ioA

CI

Aut

omat

ic C

hann

el In

stal

latio

n:

algo

rithm

that

inst

alls

TV

cha

nnel

s di

rect

ly fr

om a

cab

le n

etw

ork

by

mea

ns o

f a p

rede

fined

TX

T pa

geA

DC

Ana

logu

e to

Dig

ital C

onve

rter

AFC

Aut

omat

ic F

requ

ency

Con

trol:

cont

rol

sign

al u

sed

to tu

ne to

the

corr

ect

frequ

ency

AG

CA

utom

atic

Gai

n C

ontro

l: al

gorit

hm th

at

cont

rols

the

vide

o in

put o

f the

feat

ure

box

AM

Am

plitu

de M

odul

atio

nA

PA

sia

Paci

ficA

RA

spec

t Rat

io: 4

by

3 or

16

by 9

AS

FA

uto

Scre

en F

it: a

lgor

ithm

that

ada

pts

aspe

ct ra

tio to

rem

ove

horiz

onta

l bla

ck

bars

with

out d

isca

rdin

g vi

deo

info

rmat

ion

ATS

CA

dvan

ced

Tele

visi

on S

yste

ms

Com

mitt

ee, t

he d

igita

l TV

sta

ndar

d in

th

e U

SA

ATV

See

Aut

o TV

Aut

o TV

A h

ardw

are

and

softw

are

cont

rol

syst

em th

at m

easu

res

pict

ure

cont

ent,

and

adap

ts im

age

para

met

ers

in a

dy

nam

ic w

ayA

VE

xter

nal A

udio

Vid

eoA

VC

Aud

io V

ideo

Con

trolle

rA

VIP

Aud

io V

ideo

Inpu

t Pro

cess

orB

/GM

onoc

hrom

e TV

sys

tem

. Sou

nd

carr

ier d

ista

nce

is 5

.5 M

Hz

BD

SB

usin

ess

Dis

play

Sol

utio

ns (i

TV)

BLR

Boa

rd-L

evel

Rep

air

BTS

CB

road

cast

Tel

evis

ion

Sta

ndar

d C

omm

ittee

. Mul

tiple

x FM

ste

reo

soun

d sy

stem

, orig

inat

ing

from

the

US

A a

nd

used

e.g

. in

LATA

M a

nd A

P-N

TSC

co

untri

esB

-TX

TB

lue

Tele

teX

TC

Cen

tre c

hann

el (a

udio

)C

EC

Con

sum

er E

lect

roni

cs C

ontro

l bus

: re

mot

e co

ntro

l bus

on

HD

MI

conn

ectio

nsC

LC

onst

ant L

evel

: aud

io o

utpu

t to

conn

ect w

ith a

n ex

tern

al a

mpl

ifier

CLR

Com

pone

nt L

evel

Rep

air

Com

Pai

rC

ompu

ter a

ided

reP

air

CP

Con

nect

ed P

lane

t / C

opy

Pro

tect

ion

CS

MC

usto

mer

Ser

vice

Mod

eC

TIC

olor

Tra

nsie

nt Im

prov

emen

t: m

anip

ulat

es s

teep

ness

of c

hrom

a tra

nsie

nts

CV

BS

Com

posi

te V

ideo

Bla

nkin

g an

d S

ynch

roni

zatio

nD

AC

Dig

ital t

o A

nalo

gue

Con

verte

rD

BE

Dyn

amic

Bas

s E

nhan

cem

ent:

extra

lo

w fr

eque

ncy

ampl

ifica

tion

DC

MD

ata

Com

mun

icat

ion

Mod

ule.

Als

o re

ferr

ed to

as

Sys

tem

Car

d or

S

mar

tcar

d (fo

r iTV

). D

DC

See

“E-D

DC

”D

/KM

onoc

hrom

e TV

sys

tem

. Sou

nd

carr

ier d

ista

nce

is 6

.5 M

Hz

DFI

Dyn

amic

Fra

me

Inse

rtion

DFU

Dire

ctio

ns F

or U

se: o

wne

r's m

anua

lD

MR

Dig

ital M

edia

Rea

der:

card

read

erD

MS

DD

igita

l Mul

ti S

tand

ard

Dec

odin

gD

NM

Dig

ital N

atur

al M

otio

nD

NR

Dig

ital N

oise

Red

uctio

n: n

oise

redu

ctio

n fe

atur

e of

the

set

1000

0_05

3_11

0228

.eps

1102

28

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 7

TPS1

0.1A

LA

3.

2013

-Jul

-05

back

to

div.

tabl

e

DR

AMD

ynam

ic R

AM

DR

MD

igita

l Rig

hts

Man

agem

ent

DS

PD

igita

l Sig

nal P

roce

ssin

gD

ST

Dea

ler S

ervi

ce T

ool:

spec

ial r

emot

e co

ntro

l des

igne

d fo

r ser

vice

te

chni

cian

sD

TCP

Dig

ital T

rans

mis

sion

Con

tent

Pr

otec

tion;

A p

roto

col f

or p

rote

ctin

g di

gita

l aud

io/v

ideo

con

tent

that

is

trave

rsin

g a

high

spe

ed s

eria

l bus

, su

ch a

s IE

EE-

1394

DV

B-C

Dig

ital V

ideo

Bro

adca

st -

Cab

leD

VB

-TD

igita

l Vid

eo B

road

cast

- Te

rres

trial

DV

DD

igita

l Ver

satil

e D

isc

DV

I(-d)

Dig

ital V

isua

l Int

erfa

ce (d

= di

gita

l onl

y)E

-DD

CE

nhan

ced

Dis

play

Dat

a C

hann

el

(VE

SA

stan

dard

for c

omm

unic

atio

n ch

anne

l and

dis

play

). U

sing

E-D

DC

, th

e vi

deo

sour

ce c

an re

ad th

e E

DID

in

form

atio

n fo

rm th

e di

spla

y.E

DID

Ext

ende

d D

ispl

ay Id

entif

icat

ion

Dat

a (V

ES

A st

anda

rd)

EE

PR

OM

Elec

trica

lly E

rasa

ble

and

Prog

ram

mab

le R

ead

Onl

y M

emor

yE

MI

Elec

tro M

agne

tic In

terfe

renc

eE

PG

Elec

troni

c Pr

ogra

m G

uide

EP

LDEr

asab

le P

rogr

amm

able

Log

ic D

evic

eE

UEu

rope

EX

TEX

Tern

al (s

ourc

e), e

nter

ing

the

set b

y S

CA

RT

or b

y ci

nche

s (ja

cks)

FDS

Full

Dua

l Scr

een

(sam

e as

FD

W)

FDW

Full

Dua

l Win

dow

(sam

e as

FD

S)

FLA

SHFL

AS

H m

emor

yFM

Fiel

d M

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y or

Fre

quen

cy

Mod

ulat

ion

FPG

AFi

eld-

Pro

gram

mab

le G

ate

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yFT

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at T

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nG

b/s

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ts p

er s

econ

dG

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TG

reen

Tel

eteX

TH

H_s

ync

to th

e m

odul

e H

DH

igh

Def

initi

onH

DD

Har

d D

isk

Driv

eH

DC

PH

igh-

band

wid

th D

igita

l Con

tent

Pr

otec

tion:

A “k

ey” e

ncod

ed in

to th

e H

DM

I/DV

I sig

nal t

hat p

reve

nts

vide

o da

ta p

iracy

. If a

sou

rce

is H

DC

P c

oded

an

d co

nnec

ted

via

HD

MI/D

VI w

ithou

t th

e pr

oper

HD

CP

dec

odin

g, th

e pi

ctur

e is

put

into

a “s

now

vis

ion”

mod

e or

cha

nged

to a

low

reso

lutio

n. F

or

norm

al c

onte

nt d

istri

butio

n th

e so

urce

an

d th

e di

spla

y de

vice

mus

t be

enab

led

for H

DC

P “s

oftw

are

key”

de

codi

ng.

HD

MI

Hig

h D

efin

ition

Mul

timed

ia In

terfa

ceH

PH

eadP

hone

IM

onoc

hrom

e TV

sys

tem

. Sou

nd

carr

ier d

ista

nce

is 6

.0 M

Hz

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ter I

C b

usI2 D

Inte

r IC

Dat

a bu

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Inte

r IC

Sou

nd b

usIF

Inte

rmed

iate

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quen

cyIR

Infra

Red

IRQ

Inte

rrup

t Req

uest

ITU

-656

The

ITU

Rad

io c

omm

unic

atio

n S

ecto

r (IT

U-R

) is

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anda

rds

body

su

bcom

mitt

ee o

f the

Inte

rnat

iona

l Te

leco

mm

unic

atio

n U

nion

rela

ting

to

radi

o co

mm

unic

atio

n. IT

U-6

56 (a

.k.a

. SD

I), is

a d

igiti

zed

vide

o fo

rmat

use

d fo

r bro

adca

st g

rade

vid

eo.

Unc

ompr

esse

d di

gita

l com

pone

nt o

r di

gita

l com

posi

te s

igna

ls c

an b

e us

ed.

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SD

I sig

nal i

s se

lf-sy

nchr

oniz

ing,

us

es 8

bit

or 1

0 bi

t dat

a w

ords

, and

has

a m

axim

um d

ata

rate

of 2

70 M

bit/s

, w

ith a

min

imum

ban

dwid

th o

f 135

M

Hz.

iTV

Inst

itutio

nal T

eleV

isio

n; T

V s

ets

for

hote

ls, h

ospi

tals

etc

.LS

Last

Sta

tus;

The

set

tings

last

cho

sen

by th

e cu

stom

er a

nd re

ad a

nd s

tore

d in

RAM

or i

n th

e N

VM

. The

y ar

e ca

lled

at s

tart-

up o

f the

set

to c

onfig

ure

it ac

cord

ing

to th

e cu

stom

er's

pr

efer

ence

sLA

TAM

Latin

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eric

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quid

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play

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t Em

ittin

g D

iode

L/L'

Mon

ochr

ome

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yste

m. S

ound

ca

rrie

r dis

tanc

e is

6.5

MH

z. L

' is

Ban

d I,

L is

all

band

s ex

cept

for B

and

ILP

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lips

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r)LS

Loud

spea

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l Sig

nalli

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a bi

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er s

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/NM

onoc

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sys

tem

. Sou

nd

carr

ier d

ista

nce

is 4

.5 M

Hz

MH

EG

Par

t of a

set

of i

nter

natio

nal s

tand

ards

re

late

d to

the

pres

enta

tion

of

mul

timed

ia in

form

atio

n, s

tand

ardi

sed

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e M

ultim

edia

and

Hyp

erm

edia

E

xper

ts G

roup

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s co

mm

only

use

d as

a

lang

uage

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escr

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inte

ract

ive

tele

visi

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ervi

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icro

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r with

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al O

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ield

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ct

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or, s

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ti P

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e w

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V fe

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TV)

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ear I

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Com

poun

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io M

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his

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urop

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orth

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eric

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d Ja

pan.

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or

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z (th

is is

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VC

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orm

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s no

t tra

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on-V

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emor

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con

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late

d da

ta s

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n C

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SD

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OA

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ver t

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ir D

ownl

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are

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trans

mis

sion

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pgra

de s

oftw

are

is b

road

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ed in

TS

with

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cha

nnel

s.O

TCO

n sc

reen

dis

play

Tel

etex

t and

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l; al

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d A

rtist

ic (S

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ject

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com

mun

icat

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ocol

be

twee

n TV

and

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iphe

rals

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Pha

se A

ltern

atin

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ne. C

olor

sys

tem

m

ainl

y us

ed in

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t Eur

ope

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our

carr

ier=

4.43

3619

MH

z) a

nd S

outh

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mer

ica

(col

our c

arrie

r P

AL

M=

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MH

z an

d P

AL

N=

3.58

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Prin

ted

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uit B

oard

(sam

e as

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B”)

PC

MP

ulse

Cod

e M

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atio

nP

DP

Pla

sma

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play

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el

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

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List

EN 8

TPS1

0.1A

LA

3.

2013

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-05

back

to

div.

tabl

e

PFC

Pow

er F

acto

r Cor

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Pic

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PLL

Pha

se L

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op. U

sed

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.g.

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ng s

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ms.

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cus

tom

er

can

give

dire

ctly

the

desi

red

frequ

ency

PO

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oint

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eplo

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t: a

rem

ovab

le

CA

M m

odul

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plem

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e C

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syst

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r a h

ost (

e.g.

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et)

PO

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t the

uP

PS

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Pow

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Pow

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tegr

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m A

cces

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Red

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prim

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r sig

nals

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y m

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vels

of

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, and

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re

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and

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e ef

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s of

EM

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et T

op B

oxS

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nd-B

YS

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1280

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in F

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iffer

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ith T

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1600

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the

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VE

SA

Vid

eo E

lect

roni

cs S

tand

ards

As

soci

atio

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GA

640

×48

0 (4

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VL

Var

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e Le

vel o

ut: p

roce

ssed

aud

io

outp

ut to

war

d ex

tern

al a

mpl

ifier

VS

BV

estig

ial S

ide

Ban

d; m

odul

atio

n m

etho

dW

YS

IWY

RW

hat Y

ou S

ee Is

Wha

t You

Rec

ord:

re

cord

sel

ectio

n th

at fo

llow

s m

ain

pict

ure

and

soun

dW

XG

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80×

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ryst

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GA

1024

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YLu

min

ance

sig

nal

Y/C

Lum

inan

ce (Y

) and

Chr

omin

ance

(C)

sign

alY

PbP

rC

ompo

nent

vid

eo. L

umin

ance

and

sc

aled

col

or d

iffer

ence

sig

nals

(B-Y

an

d R

-Y)

YU

VC

ompo

nent

vid

eo

Mec

hani

cal I

nstru

ctio

nsEN

9TP

S10.

1A L

A4.

2013

-Jul

-05

back

to

div.

tabl

e

4.M

echa

nica

l Ins

truc

tions

Inde

x of

this

cha

pter

:4.

1 C

able

Dre

ssin

g4.

2 S

ervi

ce P

ositi

ons

4.3

Ass

embl

y/P

anel

Rem

oval

4.4

Set

Re-

asse

mbl

y

Not

es:

•Fi

gure

s be

low

can

dev

iate

slig

htly

from

the

actu

al s

ituat

ion,

du

e to

the

diffe

rent

set

exe

cutio

ns.

4.1

Cab

le D

ress

ing

Figu

re 4

-1 C

able

dre

ssin

g (3

008

serie

s 32

")

1945

0_10

0_13

0112

.eps

1301

12

Mec

hani

cal I

nstru

ctio

nsEN

10

TPS1

0.1A

LA

4.

2013

-Jul

-05

back

to

div.

tabl

e

Figu

re 4

-2 C

able

dre

ssin

g (3

08

serie

s 39

")

Figu

re 4

-3 C

able

dre

ssin

g (3

008

serie

s 42

")

1945

0_10

1_13

0116

.eps

1301

16

1945

0_10

2_13

0116

.eps

1301

16

Mec

hani

cal I

nstru

ctio

nsEN

11

TPS1

0.1A

LA

4.

2013

-Jul

-05

back

to

div.

tabl

e

4.2

Serv

ice

Posi

tions

For e

asy

serv

icin

g of

a T

V se

t, th

e se

t sho

uld

be p

ut fa

ce d

own

on a

sof

t fla

t sur

face

, foa

m b

uffe

rs o

r oth

er s

peci

fic w

orks

hop

tool

s. E

nsur

e th

at a

sta

ble

situ

atio

n is

cre

ated

to p

erfo

rm

mea

sure

men

ts a

nd a

lignm

ents

. Whe

n us

ing

foam

bar

s ta

ke

care

that

thes

e al

way

s su

ppor

t the

cab

inet

and

nev

er o

nly

the

disp

lay.

Cau

tion:

Fai

lure

to fo

llow

thes

e gu

idel

ines

can

se

rious

ly d

amag

e th

e di

spla

y!

Ens

ure

that

ESD

saf

e m

easu

res

are

take

n.

4.3

Ass

embl

y/Pa

nel R

emov

alIn

stru

ctio

ns b

elow

app

ly to

the

32P

FL30

08/9

8, b

ut w

ill be

si

mila

r for

oth

er m

odel

s.

4.3.

1R

ear C

over

Ref

er to

Fig

ure

4-4

for d

etai

ls.

War

ning

: Dis

conn

ect t

he m

ains

pow

er c

ord

befo

re re

mov

ing

the

rear

cov

er.

1.R

emov

e fix

atio

n sc

rew

s [1

] tha

t sec

ure

the

base

ass

y, p

ull

out t

he b

ase

assy

from

the

set.

Then

rem

ove

the

fixat

ion

scre

ws

[2],

[3],

[4] t

hat s

ecur

e th

e re

ar c

over

. Ref

er to

Fi

gure

4-4

for d

etai

ls.

2.Li

ft th

e re

ar c

over

from

the

TV. M

ake

sure

that

wire

s an

d ca

bles

are

not

dam

aged

whi

le lif

ting

the

rear

cov

er fr

om th

e se

t.

Figu

re 4

-4 R

ear c

over

rem

oval

4.3.

2K

eybo

ard

cont

rol p

anel

Ref

er to

Fig

ure

4-5

for d

etai

ls.

1.G

ently

rele

ase

the

tape

s th

at s

ecur

e th

e pa

nel’s

cab

les.

2.G

ently

rele

ase

the

clip

s th

at h

old

the

boar

d an

d ta

ke it

out

fro

m th

e be

zel.

3.U

nplu

g th

e co

nnec

tor[1

] fro

m th

e ke

yboa

rd c

ontro

l pan

el.

1945

0_10

3_13

0112

.eps

1301

12

1

M4

× 12

M3

× 8

111 1

2 222

22

22

2

M3

× 10

3

3Q

3 ×

10

4

4

44

44

4

Mec

hani

cal I

nstru

ctio

nsEN

12

TPS1

0.1A

LA

4.

2013

-Jul

-05

back

to

div.

tabl

e

Figu

re 4

-5 R

ear c

over

rem

oval

4.3.

3Sm

all S

igna

l Boa

rd (S

SB)

Ref

er to

Fig

ure

4-6

for d

etai

ls.

Cau

tion:

it is

man

dato

ry to

rem

ount

all

diffe

rent

scr

ews

at th

eir

orig

inal

pos

ition

dur

ing

re-a

ssem

bly.

Fai

lure

to d

o so

may

resu

lt in

dam

agin

g th

e S

SB.

1.R

elea

se th

e cl

ips

from

the

LVD

S c

onne

ctor

that

con

nect

w

ith th

e S

SB

[1].

Cau

tion:

be

care

ful,

as th

ese

are

very

frag

ile c

onne

ctor

s!

Unp

lug

the

cabl

e/fla

t foi

ls c

onne

ctor

.2.

Unp

lug

all o

ther

con

nect

ors

[2].

3.R

emov

e al

l the

fixa

tion

scre

ws

from

the

SS

B [3

].4.

Take

out

the

SSB

with

I/O

bra

cket

.5.

The

SS

B c

an n

ow b

e sh

ifted

aw

ay fr

om s

ide

conn

ecto

r co

ver,

then

lifte

d an

d ta

ken

out o

f the

I/O

bra

cket

. Ref

er to

Fi

gure

4-6

for d

etai

ls.

Figu

re 4

-6 S

SB re

mov

al

4.3.

4Po

wer

Sup

ply

Uni

t (PS

U)

Cau

tion:

it is

man

dato

ry to

rem

ount

all

diffe

rent

scr

ews

at th

eir

orig

inal

pos

ition

dur

ing

re-a

ssem

bly.

Fai

lure

to d

o so

may

resu

lt in

dam

agin

g th

e P

SU

.1.

Unp

lug

all c

onne

ctor

s fro

m th

e P

SU

.2.

Rem

ove

all f

ixat

ion

scre

ws

from

the

PS

U.

3.Th

e P

SU

can

be

take

n ou

t of t

he s

et n

ow.

1945

0_10

6_13

0112

.eps

1301

12

1

1945

0_10

9_13

0116

.eps

1301

30

3

33

2

1

Mec

hani

cal I

nstru

ctio

nsEN

13

TPS1

0.1A

LA

4.

2013

-Jul

-05

back

to

div.

tabl

e

4.3.

5Sp

eake

rs

1.G

ently

rele

ase

the

tape

s th

at s

ecur

e th

e sp

eake

r cab

les.

2.U

nplu

g th

e sp

eake

r con

nect

or fr

om th

e S

SB

.3.

Take

the

spea

kers

out

.W

hen

defe

ctiv

e, re

plac

e th

e bo

th u

nits

.

4.3.

6St

and

brac

ket r

emov

al

Cau

tion:

it is

man

dato

ry to

rem

ount

all

diffe

rent

scr

ews

at th

eir

orig

inal

pos

ition

dur

ing

re-a

ssem

bly.

Be

sure

to p

ut th

e se

t in

the

Ser

vice

Pos

ition

.1.

Rem

ove

the

fixat

ion

scre

ws.

2.Ta

ke th

e st

and

brac

ket o

ut.

4.3.

7IR

/LED

Boa

rd

1.R

emov

e th

e st

and

brac

ket a

s de

scrib

ed e

arlie

r.2.

Gen

tly re

leas

e th

e cl

ips

that

hol

d th

e bo

ard

and

take

it o

ut

from

the

beze

l.3.

Unp

lug

both

the

conn

ecto

rs fr

om th

e IR

/LE

D b

oard

.W

hen

defe

ctiv

e, re

plac

e th

e w

hole

uni

t.

4.3.

8A

mbi

Ligh

t con

trol

pan

el

1.U

nplu

g th

e co

nnec

tor f

rom

the

Am

biLi

ght c

ontro

l pan

el.

2.G

ently

rele

ase

the

clip

that

hol

ds th

e pa

nel a

nd ta

ke it

out

fro

m th

e se

t.W

hen

defe

ctiv

e, re

plac

e th

e w

hole

uni

t.

4.3.

9LC

D P

anel

1.R

emov

e th

e S

SB

as

desc

ribed

ear

lier.

2.R

elea

se th

e cl

ips

from

the

LVD

S c

onne

ctor

that

con

nect

s w

ith th

e LC

D p

anel

.C

autio

n: b

e ca

refu

l, as

thes

e ar

e ve

ry fr

agile

con

nect

ors!

3.R

emov

e th

e P

SU

as

desc

ribed

ear

lier.

4.R

emov

e th

e sp

eake

rs a

s de

scrib

ed e

arlie

r.5.

Rem

ove

the

keyb

oard

con

trol u

nit a

s de

scrib

ed e

arlie

r.6.

Rem

ove

the

stan

d br

acke

t as

desc

ribed

ear

lier.

7.Li

ft th

e LC

D P

anel

from

the

beze

l.8.

Rem

ove

the

fixat

ion

scre

ws

that

sec

ure

the

pane

l with

the

beze

l.9.

Lift

the

pane

l fro

m th

e be

zel.

Whe

n de

fect

ive,

repl

ace

the

who

le u

nit.

4.4

Set R

e-as

sem

bly

To re

-ass

embl

e th

e w

hole

set

, exe

cute

all p

roce

sses

in re

vers

e or

der.

Not

es:

•W

hile

re-a

ssem

blin

g, m

ake

sure

that

all

cabl

es a

re p

lace

d an

d co

nnec

ted

in th

eir o

rigin

al p

ositi

on. S

ee F

igur

e4-

1 to

Fi

gure

4-6.

•P

ay s

peci

al a

ttent

ion

not t

o da

mag

e th

e E

MC

foam

s on

the

SS

B s

hiel

ds. E

nsur

e th

at E

MC

foam

s ar

e m

ount

ed

corre

ctly

.

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

4TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

5.Se

rvic

e M

odes

, Err

or C

odes

, and

Fau

lt Fi

ndin

gIn

dex

of th

is c

hapt

er:

5.1

Test

Poi

nts

5.2

Ser

vice

Mod

es5.

3 S

tepw

ise

Sta

rt-up

5.4

Ser

vice

Too

ls5.

5 S

oftw

are

Upg

radi

ng5.

6 E

rror

Cod

es(o

ptio

n)5.

7 Th

e B

linki

ng L

ED

Pro

cedu

re5.

8 Fa

ult F

indi

ng a

nd R

epai

r Tip

s

5.1

Test

Poi

nts

As

mos

t sig

nals

are

dig

ital,

it w

ill b

e di

fficu

lt to

mea

sure

w

avef

orm

s w

ith a

sta

ndar

d os

cillo

scop

e. H

owev

er, s

ever

al k

ey

ICs

are

capa

ble

of g

ener

atin

g te

st p

atte

rns,

whi

ch c

an b

e co

ntro

lled

via

Com

Pai

r. In

this

way

it is

pos

sibl

e to

det

erm

ine

whi

ch p

art i

s de

fect

ive.

Per

form

mea

sure

men

ts u

nder

the

follo

win

g co

nditi

ons:

•S

ervi

ce D

efau

lt M

ode.

•V

ideo

: Col

our b

ar s

igna

l.•

Aud

io: 3

kH

z le

ft, 1

kH

z rig

ht.

5.2

Serv

ice

Mod

esTh

e S

ervi

ce M

ode

feat

ure

is s

plit

into

five

par

ts:

•S

ervi

ce D

efau

lt M

ode

(SD

M).(

optio

n)•

Ser

vice

Alig

nmen

t Mod

e (S

AM

).(op

tion)

•Fa

ctor

y M

ode.

•C

usto

mer

Ser

vice

Mod

e (C

SM).

•C

ompu

ter A

ided

Rep

air M

ode

(Com

Pai

r).

SD

M, S

AM

and

the

Fact

ory

mod

e of

fer f

eatu

res,

whi

ch c

an b

e us

ed b

y th

e S

ervi

ce e

ngin

eer t

o re

pair/

alig

n a

TV s

et. S

ome

feat

ures

are

:•

A p

re-d

efin

ed s

ituat

ion

to e

nsur

e m

easu

rem

ents

can

be

mad

e un

der u

nifo

rm c

ondi

tions

(SD

M).(

optio

n)•

Act

ivat

es th

e bl

inki

ng L

ED p

roce

dure

for e

rror

iden

tific

atio

n w

hen

no p

ictu

re is

ava

ilabl

e (S

DM

).(op

tion)

•M

ake

alig

nmen

ts (e

.g. W

hite

Ton

e), r

eset

the

erro

r buf

fer

(SA

M a

nd F

acto

ry M

ode)

.•

Dis

play

info

rmat

ion

(“S

DM

” or “

SA

M” i

ndic

atio

n in

upp

er

right

cor

ner o

f scr

een,

err

or b

uffe

r, so

ftwar

e ve

rsio

n,

oper

atin

g ho

urs,

opt

ions

and

opt

ion

code

s, s

ub

men

us).(

optio

n)

The

CS

M is

a S

ervi

ce M

ode

that

can

be

enab

led

by th

e co

nsum

er. T

he C

SM

dis

play

s di

agno

sis

info

rmat

ion,

whi

ch th

e cu

stom

er c

an fo

rwar

d to

the

deal

er o

r cal

l cen

tre. I

n C

SM

m

ode,

“CS

M”,

is d

ispl

ayed

in th

e to

p rig

ht c

orne

r of t

he s

cree

n.

The

info

rmat

ion

prov

ided

in C

SM

and

the

purp

ose

of C

SM

is to

:•

Incr

ease

the

hom

e re

pair

hit r

ate.

•D

ecre

ase

the

num

ber o

f nui

sanc

e ca

lls.

•S

olve

d cu

stom

ers’

pro

blem

with

out h

ome

visi

t.

Com

Pai

r Mod

e is

use

d fo

r com

mun

icat

ion

betw

een

a co

mpu

ter

and

a TV

on

I2 C /U

AR

T le

vel a

nd c

an b

e us

ed b

y a

Ser

vice

en

gine

er to

qui

ckly

dia

gnos

e th

e TV

set

by

read

ing

out e

rror

co

des,

read

and

writ

e in

NV

Ms,

com

mun

icat

e w

ith IC

s an

d th

e m

icro

pro

cess

or (P

WM

, reg

iste

rs, e

tc.),

and

by

mak

ing

use

of

a fa

ult f

indi

ng d

atab

ase.

It w

ill a

lso

be p

ossi

ble

to u

p an

d do

wnl

oad

the

softw

are

of th

e TV

set

via

I2 C w

ith h

elp

of

Com

Pai

r. To

do

this

, Com

Pai

r has

to b

e co

nnec

ted

to th

e TV

se

t via

the

Com

Pai

r con

nect

or, w

hich

will

be

acce

ssib

le

thro

ugh

the

rear

of t

he s

et (w

ithou

t rem

ovin

g th

e re

ar c

over

).

Not

e: F

or th

e ne

w m

odel

rang

e, a

new

rem

ote

cont

rol (

RC

) is

used

with

som

e re

nam

ed b

utto

ns. T

his

has

an im

pact

on

the

activ

atio

n of

the

Ser

vice

mod

es. F

or in

stan

ce th

e ol

d “M

EN

U”

butto

n is

now

cal

led

“HO

ME”

(or i

s in

dica

ted

by a

“hou

se” i

con)

.

5.2.

1G

ener

al

Nex

t ite

ms

are

appl

icab

le to

all

Serv

ice

Mod

es o

r are

gen

eral

.

Life

Tim

erD

urin

g th

e lif

e tim

e cy

cle

of th

e TV

set

, a ti

mer

is k

ept (

calle

d “O

p. H

our”

). It

coun

ts th

e no

rmal

ope

ratio

n ho

urs

(not

the

Sta

nd-b

y ho

urs)

. The

act

ual v

alue

of t

he ti

mer

is d

ispl

ayed

in

SD

M a

nd S

AM

in a

dec

imal

val

ue.(o

ptio

n) E

very

two

soft-

rese

ts in

crea

se th

e ho

ur b

y +

1. S

tand

-by

hour

s ar

e no

t co

unte

d.

Softw

are

Iden

tific

atio

n, V

ersi

on, a

nd C

lust

erTh

e so

ftwar

e ID

, ver

sion

, and

clu

ster

will

be

show

n in

the

mai

n m

enu

disp

lay

of S

DM

, SA

M, a

nd C

SM

. Th

e sc

reen

will

show

: “A

AA

AB

-X.Y

YY

”, w

here

:•

AA

AA

is th

e ch

assi

s na

me:

TP

S10

11A

x.yy

y.

•B

is th

e re

gion

indi

catio

n: E

= E

urop

e, A

= A

P/C

hina

, U =

N

AFT

A, L

= L

ATA

M.

•X

is th

e m

ain

vers

ion

num

ber:

this

is u

pdat

ed w

ith a

maj

or

chan

ge o

f spe

cific

atio

n (in

com

patib

le w

ith th

e pr

evio

us

softw

are

vers

ion)

. Num

berin

g w

ill g

o fro

m 1

- 99

and

A

A -

ZZ.

- If t

he m

ain

vers

ion

num

ber c

hang

es, t

he n

ew v

ersi

on

num

ber i

s w

ritte

n in

the

NV

M.

- If t

he m

ain

vers

ion

num

ber c

hang

es, t

he d

efau

lt se

tting

s ar

e lo

aded

.•

YY

Y is

the

sub

vers

ion

num

ber:

this

is u

pdat

ed w

ith a

min

or

chan

ge (b

ackw

ards

com

patib

le w

ith th

e pr

evio

us

vers

ions

). N

umbe

ring

will

go fr

om 0

00 -

999.

- If t

he s

ub v

ersi

on n

umbe

r cha

nges

, the

new

ver

sion

nu

mbe

r is

writ

ten

in th

e N

VM

.- I

f the

NV

M is

refre

shed

, the

sof

twar

e id

entif

icat

ion,

ve

rsio

n, a

nd c

lust

er w

ill a

lso

be w

ritte

n to

NV

M.

Dis

play

Opt

ion

Cod

e Se

lect

ion(

optio

n)W

hen

afte

r an

SS

B o

r dis

play

exc

hang

e, th

e di

spla

y op

tion

code

is n

ot s

et p

rope

rly, i

t will

resu

lt in

a T

V w

ith “n

o di

spla

y”.

Ther

efor

e, it

is re

quire

d to

set

this

dis

play

opt

ion

code

afte

r su

ch a

repa

ir.To

do

so, p

ress

the

follo

win

g ke

y se

quen

ce o

n a

stan

dard

RC

tra

nsm

itter

: “06

2598

” dire

ctly

follo

wed

by

MEN

U a

nd “x

xx”,

whe

re “x

xx” i

s a

3 di

git d

ecim

al v

alue

of t

he p

anel

type

: see

co

lum

n “D

ispl

ay C

ode”

in T

able

6-3

. Whe

n th

e va

lue

is

acce

pted

and

sto

red

in N

VM

, the

set

will

sw

itch

to S

tand

-by,

to

indi

cate

that

the

proc

ess

has

been

com

plet

ed.

Dur

ing

this

alg

orith

m, t

he N

VM

-con

tent

mus

t be

filte

red,

be

caus

e se

vera

l ite

ms

in th

e N

VM

are

TV

-rel

ated

and

not

SS

B

rela

ted

(e.g

. Mod

el a

nd P

rod.

S/N

). Th

eref

ore,

“Mod

el”

and

“Pro

d. S

/N” d

ata

is c

hang

ed in

to “S

ee T

ype

Plat

e”. I

n ca

se

a ca

ll ce

ntre

or c

onsu

mer

read

s “S

ee T

ype

Pla

te” i

n C

SM

m

ode.

5.2.

2Se

rvic

e D

efau

lt M

ode

(SD

M)(o

ptio

n)

Purp

ose

Set

the

TV in

SD

M m

ode

in o

rder

to b

e ab

le to

cre

ate

a pr

edef

ined

set

ting

for m

easu

rem

ents

to b

e m

ade.

In th

is

plat

form

, a s

impl

ified

SD

M is

intro

duce

d (w

ithou

t pro

tect

ion

over

ride

and

with

out t

unin

g to

a p

rede

fined

freq

uenc

y).

Spec

ifica

tions

•S

et li

near

vid

eo a

nd a

udio

set

tings

to 5

0%, b

ut v

olum

e to

25

%. S

tore

d us

er s

ettin

gs a

re n

ot a

ffect

ed.

•A

ll ser

vice

-unf

riend

ly m

odes

(if p

rese

nt) a

re d

isab

led,

sin

ce

they

inte

rfere

with

dia

gnos

ing/

repa

iring

a s

et. T

hese

se

rvic

e un

frien

dly

mod

es a

re:

–(S

leep

) tim

er.

–B

lue

mut

e/W

all p

aper

.–

Aut

o sw

itch

“off”

(whe

n th

ere

is n

o “id

ent”

sign

al).

–H

otel

or h

ospi

tal m

ode.

–C

hild

lock

or p

aren

tal l

ock

(man

ual o

r via

V-c

hip)

.

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

5TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

–Sk

ippi

ng, b

lank

ing

of “N

ot fa

vour

ite”,

“Ski

pped

” or

“Loc

ked”

pre

sets

/cha

nnel

s.–

Auto

mat

ic s

torin

g of

Per

sona

l Pre

set o

r Las

t Sta

tus

setti

ngs.

–Au

tom

atic

use

r men

u tim

e-ou

t (m

enu

switc

hes

back

/OFF

aut

omat

ical

ly.

–Au

to V

olum

e le

velli

ng (A

VL)

.

How

to A

ctiv

ate

SDM

To a

ctiv

ate

SD

M, u

se th

e fo

llow

ing

met

hods

:•

Pre

ss th

e fo

llow

ing

key

sequ

ence

on

the

RC

tran

smitt

er:

“062

596”

, dire

ctly

follo

wed

by

the

“Hom

e” b

utto

n.

Afte

r act

ivat

ing

this

mod

e, “S

DM

” will

appe

ar in

the

uppe

r lef

t co

rner

of t

he s

cree

n.

On

Scre

en M

enu

Afte

r act

ivat

ing

SDM

, the

follo

win

g ite

ms

are

disp

laye

d, w

ith

SD

M in

the

uppe

r rig

ht c

orne

r of t

he s

cree

n to

indi

cate

that

the

tele

visi

on is

in S

ervi

ce D

efau

lt M

ode.

Men

u ite

ms

and

expl

anat

ion:

•xx

xxx

Ope

ratin

g ho

urs

(in d

ecim

al).

•A

AA

AB

-X.Y

YY S

ee S

oftw

are

Iden

tific

atio

n, V

ersi

on, a

nd

Clu

ster

for t

he s

oftw

are

nam

e de

finiti

on.

•ER

R S

how

s al

l err

ors

dete

cted

sin

ce th

e la

st ti

me

the

buffe

r was

era

sed

in fo

rmat

<xx

x> <

xxx>

<xx

x> <

xxx>

<x

xx>

(five

err

ors

poss

ible

). •

OP

Use

d to

read

-out

the

optio

n by

tes.

In th

is c

hass

is tw

o tim

es e

ight

opt

ion

code

s ar

e us

ed.

How

to N

avig

ate

As

this

mod

e is

read

onl

y, th

ere

is n

othi

ng to

nav

igat

e. T

o sw

itch

to o

ther

mod

es, u

se o

ne o

f the

follo

win

g m

etho

ds:

•C

omm

and

ME

NU

from

the

user

rem

ote

will

exit

SD

M.

•To

pre

vent

the

OS

D fr

om in

terfe

ring

with

mea

sure

men

ts in

S

DM

, use

the

com

man

d “A

djus

t” or

“Opt

ions

” (“S

TATU

S”

or “I

NFO

” for

NA

FTA

and

LATA

M) f

rom

the

user

rem

ote.

Th

is w

ill s

witc

h th

e O

SD

“off”

whi

le re

mai

ning

in th

e S

DM

m

ode.

The

“SD

M” O

SD

is re

mai

ns v

isib

le in

the

uppe

r rig

ht

corn

er o

f the

scr

een.

To

exit

SD

M s

witc

h to

“Sta

nd-b

y”

mod

e.•

Pre

ss th

e fo

llow

ing

key

sequ

ence

on

the

rem

ote

cont

rol

trans

mitt

er: “

0625

96” d

irect

ly fo

llow

ed b

y th

e O

K b

utto

n to

switc

h to

SA

M (d

o no

t allo

w th

e di

spla

y to

tim

e ou

t bet

wee

n en

tries

whi

le k

eyin

g th

e se

quen

ce).

Rem

arks

: new

rem

ote

cont

rols

will

not h

ave

I+ b

utto

n, b

ut a

n “IN

FO” b

utto

n in

stea

d.

How

to E

xit S

DM

•S

witc

h th

e se

t to

Sta

nd-b

y by

pre

ssin

g th

e st

andb

y bu

tton

on th

e re

mot

e co

ntro

l tra

nsm

itter

or o

n th

e te

levi

sion

set

. •

Via

a s

tand

ard

cust

omer

RC

-tran

smitt

er: k

ey

in “0

0”-s

eque

nce.

Not

e: If

the

TV is

sw

itche

d “o

ff” b

y a

pow

er in

terr

upt w

hile

in

SD

M, t

he T

V w

ill sh

ow u

p in

the

last

sta

tus

of S

DM

men

u as

soo

n as

the

pow

er is

sup

plie

d ag

ain.

The

err

or b

uffe

r will

no

t be

clea

red.

5.2.

3Se

rvic

e A

lignm

ent M

ode

(SA

M)(o

ptio

n)

Purp

ose

•To

mod

ify th

e N

VM

.•

To d

ispl

ay/c

lear

the

erro

r cod

e bu

ffer.

•To

per

form

alig

nmen

ts.

Spec

ifica

tions

•O

pera

tion

hour

s co

unte

r (m

axim

um fi

ve d

igits

dis

play

ed).

•S

oftw

are

vers

ion,

err

or c

odes

, and

opt

ion

setti

ngs

disp

lay.

•E

rror

buf

fer c

lear

ing.

•O

ptio

n se

tting

s.•

Sof

twar

e al

ignm

ents

(Whi

te T

one)

.•

NV

M E

dito

r.•

Set

scr

een

mod

e to

full

scre

en (a

ll co

nten

t is

visi

ble)

.

How

to A

ctiv

ate

SAM

To a

ctiv

ate

SA

M, u

se o

ne o

f the

follo

win

g m

etho

ds:

•P

ress

the

follo

win

g ke

y se

quen

ce o

n th

e re

mot

e co

ntro

l tra

nsm

itter

: “06

2596

”, di

rect

ly fo

llow

ed b

y th

e “IN

FO”

butto

n. D

o no

t allo

w th

e di

spla

y to

tim

e ou

t bet

wee

n en

tries

w

hile

key

ing

the

sequ

ence

.•

Or v

ia C

omP

air.

Afte

r ent

erin

g S

AM, t

he fo

llow

ing

item

s ar

e di

spla

yed,

w

ith “S

AM

” in

the

uppe

r rig

ht c

orne

r of t

he s

cree

n to

indi

cate

th

at th

e te

levi

sion

is in

Ser

vice

Alig

nmen

t Mod

e.

Tabl

e 5-

1 SA

M m

ode

over

view

Mai

n M

enu

Sub-

men

u 1

Sub-

men

u 2

Des

crip

tion

Sys

tem

Info

rmat

ion

Op

Hou

r00

183

This

repr

esen

ts th

e lif

e tim

er. T

he ti

mer

cou

nts

norm

al o

pera

tion

hour

s,

but d

oes

not c

ount

Sta

nd-b

y ho

urs.

Mai

n S

W ID

e.g.

“T91

1E 1

.164

E” o

r “T9

11H

E 1

.178

A”

See

par

agra

ph S

oftw

are

Iden

tific

atio

n, V

ersi

on, a

nd C

lust

er fo

r the

so

ftwar

e na

me

defin

ition

.ER

Re.

g. “0

00 0

00 0

00 0

00 0

00”

Sho

ws

all e

rror

s de

tect

ed s

ince

the

last

tim

e th

e bu

ffer w

as e

rase

d. F

ive

erro

rs p

ossi

ble.

OP

1e.

g. “0

12 0

07 2

08 0

02 0

56 0

32 0

07 0

30”

Use

d to

read

-out

the

optio

n by

tes.

See

par

agra

ph 6

.4 O

ptio

n Se

tting

sin

the

Alig

nmen

ts s

ectio

n fo

r a d

etai

led

desc

riptio

n. T

en c

odes

are

po

ssib

le.

OP

2e.

g. “0

56 0

23 0

00 1

06 0

64 0

00 0

00 1

22”

Cle

arPr

ess

[OK

] to

clea

n th

e E

rror C

odes

im

med

iate

lyE

rase

s th

e co

nten

ts o

f the

err

or b

uffe

r. Se

lect

this

men

u ite

m a

nd p

ress

th

e M

EN

U R

IGH

T ke

y on

the

rem

ote

cont

rol.

The

cont

ent o

f the

err

or

buffe

r is

clea

red.

RG

B A

lign

War

mR

Gai

n To

alig

n th

e W

hite

Ton

e. S

ee

para

grap

h 6.

3 S

oftw

are

Alig

nmen

ts in

the

Alig

nmen

ts s

ectio

n fo

r a

deta

iled

desc

riptio

nG

Gai

nB

Gai

n

Nor

mal

R G

ain

G G

ain

B G

ain

Coo

lR

Gai

n

G G

ain

B G

ain

Stor

eS

tore

the

RG

B va

lue

NVM

edi

tor

Addr

ess

Sel

ect a

nd fi

ll th

e N

VM

add

ress

Valu

eS

elec

t and

fill

the

NV

M v

alue

Stor

eS

tore

the

valu

e in

the

addr

ess

Upl

oad

to U

SB

Cop

y C

hann

el L

ist t

o U

SB

To u

ploa

d se

vera

l set

tings

from

the

TV to

an

US

B st

ick

Cop

y N

VM

to U

SB

Cop

y R

eada

ble

Info

to U

SB

Cop

y ED

ID to

US

B

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

6TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

How

to N

avig

ate

•In

the

SA

M m

enu,

sel

ect m

enu

item

s w

ith th

e U

P/D

OW

N

keys

on

the

rem

ote

cont

rol t

rans

mitt

er. T

he s

elec

ted

item

w

ill b

e in

dica

ted.

Whe

n no

t all m

enu

item

s fit

on

the

scre

en,

use

the

UP

/DO

WN

key

s to

dis

play

the

next

/pre

viou

s m

enu

item

s.•

With

the

“LE

FT/R

IGH

T” k

eys,

it is

pos

sibl

e to

:–

(De)

act

ivat

e th

e se

lect

ed m

enu

item

.–

(De)

act

ivat

e th

e se

lect

ed s

ub m

enu.

–C

hang

e th

e va

lue

of th

e se

lect

ed m

enu

item

.•

Whe

n yo

u pr

ess

the

ME

NU

but

ton

once

whi

le in

top

leve

l S

AM, t

he s

et w

ill s

witc

h to

the

norm

al u

ser m

enu

(with

the

SA

M m

ode

still

act

ive

in th

e ba

ckgr

ound

). •

Pre

ss th

e fo

llow

ing

key

sequ

ence

on

the

rem

ote

cont

rol

trans

mitt

er: “

0625

96” d

irect

ly fo

llow

ed b

y th

e “H

ome”

bu

tton

to s

witc

h to

SD

M (d

o no

t allo

w th

e di

spla

y to

tim

e ou

t be

twee

n en

tries

whi

le k

eyin

g th

e se

quen

ce).

How

to S

tore

SA

M S

ettin

gsTo

sto

re th

e se

tting

s ch

ange

d in

SA

M m

ode

(exc

ept t

he

RG

BA

lign

setti

ngs)

, lea

ve th

e to

p le

vel S

AM

men

u by

usi

ng

the

PO

WE

R b

utto

n on

the

rem

ote

cont

rol t

rans

mitt

er o

r the

te

levi

sion

set

. The

men

tione

d ex

cept

ions

mus

t be

stor

ed

sepa

rate

ly v

ia th

e S

TOR

E b

utto

n.

How

to E

xit S

AM

Use

one

of t

he fo

llow

ing

met

hods

:•

Sw

itch

the

set t

o S

TAN

DB

Y b

y pr

essi

ng th

e m

ains

but

ton

on th

e re

mot

e co

ntro

l tra

nsm

itter

or t

he te

levi

sion

set

.•

Via

a s

tand

ard

RC

-tran

smitt

er, k

ey in

“00”

seq

uenc

e.

Not

e: W

hen

the

TV is

sw

itche

d “o

ff” b

y a

pow

er in

terru

pt w

hile

in

SAM

, the

TV

will

sho

w u

p in

“nor

mal

ope

ratio

n m

ode”

as

soon

as

the

pow

er is

sup

plie

d ag

ain.

The

err

or b

uffe

r will

not b

e cl

eare

d.

5.2.

4C

onte

nts

of th

e Fa

ctor

y m

ode:

Purp

ose

•To

per

form

ext

ende

d al

ignm

ents

.

Spec

ifica

tions

•D

ispl

ayin

g an

d or

cha

ngin

g Pa

nel I

D in

form

atio

n.•

Dis

play

ing

and

or c

hang

ing

Tune

r ID

info

rmat

ion.

•E

rror b

uffe

r cle

arin

g.•

Var

ious

sof

twar

e al

ignm

ent s

ettin

gs.

•Te

stpa

ttern

dis

play

ing.

•P

ublic

Bro

adca

stin

g S

ervi

ce p

assw

ord

Res

et.

•et

c.

How

to A

ctiv

ate

the

Fact

ory

mod

eTo

act

ivat

e th

e Fa

ctor

y m

ode,

use

the

follo

win

g m

etho

d:•

Pre

ss th

e fo

llow

ing

key

sequ

ence

on

the

rem

ote

cont

rol

trans

mitt

er: f

rom

the

“Hom

e sc

reen

” pre

ss “1

999”

, dire

ctly

fo

llow

ed b

y th

e “B

ack”

but

ton.

Do

not a

llow

the

disp

lay

to

time

out b

etw

een

entri

es w

hile

key

ing

the

sequ

ence

.A

fter e

nter

ing

the

Fact

ory

mod

e, th

e fo

llow

ing

item

s ar

e di

spla

yed,

Tabl

e 5-

2 Fa

ctor

y m

ode

over

view

Dow

nloa

d fro

m U

SBC

opy

Cha

nnel

Lis

t fro

m U

SBTo

dow

nloa

d se

vera

l set

tings

from

the

US

B s

tick

to th

e TV

Cop

y N

VM fr

om U

SB

Cop

y R

eada

ble

Info

from

USB

Cop

y E

DID

from

US

BIn

itial

ize

NV

MPr

ess

[OK

] to

Initi

aliz

e N

VM

imm

edia

tely

To in

itial

ize

a (c

orru

pted

) NV

M. B

e ca

refu

l, th

is w

ill er

ase

all s

ettin

gs.

EDID

Writ

e En

able

Pres

s [O

K] to

ena

ble

EDID

writ

able

im

med

iate

lyE

nabl

e E

DID

for w

ritin

g

Serv

ice

Dat

aTy

pe N

umbe

rPr

ess

[OK]

use

key

pad

edi

t typ

e nu

mbe

r im

med

iate

lyEd

it an

d di

spla

y th

e ap

plic

able

ser

vice

dat

a by

usi

ng th

e di

spla

yed

key

pad.

Prod

uctio

n N

umbe

rPr

ess

[OK]

use

key

pad

edi

t pro

duct

ion

num

ber i

mm

edia

tely

12N

C S

SBPr

ess

[OK

] use

key

pad

edi

t SSB

imm

edia

tely

12N

C P

SUPr

ess

[OK]

use

key

pad

edi

t PS

U im

med

iate

ly12

NC

Dis

play

Pres

s [O

K] u

se k

ey p

ad e

dit d

ispl

ay

imm

edia

tely

Cle

ar O

AD V

ersi

onPr

ess

[OK]

to c

lean

OA

D V

ersi

on

imm

edia

tely

Cle

an O

AD

(Ove

r Air

Dow

nloa

d, fi

rmw

are

upda

te m

etho

d) V

ersi

on

Rel

oad

MA

C a

ddre

ssPr

ess

[OK]

to re

load

MAC

add

ress

from

EC

D im

med

iate

lyIf

MA

C a

ddre

ss v

alue

in N

VM is

mis

sing

, you

can

trig

ger t

his

item

in

SAM

mod

e to

relo

ad M

AC a

ddre

ss fr

om fl

ash

ECD

key

to N

VM.

Mai

n M

enu

Sub-

men

u 1

Sub-

men

u 2

Des

crip

tion

Item

Item

val

ueD

efau

lt va

lue

Des

crip

tion

32"

39"

42"

0M

ain-

MC

U V

erTP

S101

1A_2

.01

Mai

n-M

CU

Ver

sion

1B

ootlo

ader

Ver

V0.

01Bo

otlo

ader

Ver

sion

2S

ub-M

CU

Ver

V0.

01SU

B-M

CU

Ver

sion

3E

EPR

OM

Ver

V0.

01EE

PR

OM

Ver

sion

4D

ate

Dec

20

2012

Softw

are

rele

ase

date

5M

odel

Nam

e32

PFL

300

839

PFL

3008

42P

FL30

08M

odel

nam

e

6S

cale

rM

ST6

931X

PSc

aler

mod

el7

Pan

el T

ype

TPT3

15B

5-A

042

TPT3

90J

1_H

J1L

02

TPT4

20H

2_H

VN

01

Dis

play

mod

el

8S

ourc

eTV

Inpu

t sou

rce

9A

uto

Col

orG

OO

nly

need

to d

o au

tom

atic

cor

rect

ion

inpu

t sou

rce

of e

ffect

ive,

othe

rwis

e it

is n

ot a

ctio

n

10W

/B P

atte

rnO

FFW

/B P

atte

rn

11S

SCSS

C

12E

nabl

eO

FFEn

able

on/

off

13LV

DS

Spa

n35

.0K

Hz

LVD

Spa

n

14LV

DS

Ste

p2.

00%

LVD

Ste

p

15A

DC

YPb

Pr(S

D)

ADC

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

7TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

How

to E

xit t

he F

acto

ry m

ode

Use

one

of t

he fo

llow

ing

met

hods

:•

Sel

ect E

XIT

_FA

CTO

RY

from

the

men

u an

d pr

ess

the

“OK

” bu

tton.

Not

e: W

hen

the

TV is

sw

itche

d “o

ff” b

y a

pow

er in

terr

upt,

or

norm

al s

witc

h to

“sta

nd-b

y” w

hile

in th

e fa

ctor

y m

ode,

the

TV

will

sho

w u

p in

“nor

mal

ope

ratio

n m

ode”

as

soon

as

the

pow

er

is s

uppl

ied

agai

n. T

he e

rror

buf

fer w

ill n

ot b

e cl

eare

d.

5.2.

5C

usto

mer

Ser

vice

Mod

e (C

SM)

Purp

ose

The

Cus

tom

er S

ervi

ce M

ode

show

s er

ror c

odes

and

in

form

atio

n on

the

TV’s

ope

ratio

n se

tting

s.Th

e ca

ll ce

ntre

can

in

stru

ct th

e cu

stom

er (b

y te

leph

one)

to e

nter

CS

M in

ord

er to

id

entif

y th

e st

atus

of t

he s

et.T

his

help

s th

e ca

ll ce

ntre

to

diag

nose

pro

blem

s an

d fa

ilure

s in

the

TV s

et b

efor

e m

akin

g a

serv

ice

call.

The

CS

M is

a re

ad-o

nly

mod

e; th

eref

ore,

mod

ifica

tions

are

not

po

ssib

le in

this

mod

e.

Spec

ifica

tions

•Ig

nore

“Ser

vice

unf

riend

ly m

odes

”.•

Line

num

ber f

or e

very

lin

e (to

mak

e C

SM

lang

uage

inde

pend

ent).

•S

et th

e sc

reen

mod

e to

full

scre

en (a

ll co

nten

ts o

n sc

reen

is v

isib

le).

•A

fter l

eavi

ng th

e C

usto

mer

Ser

vice

Mod

e, th

e or

igin

al

setti

ngs

are

rest

ored

.•

Pos

sibi

lity

to u

se “C

H+”

or “

CH

-” fo

r cha

nnel

sur

fing,

or

ente

r the

spe

cific

cha

nnel

num

ber o

n th

e R

C.

How

to A

ctiv

ate

CSM

To a

ctiv

ate

CS

M, p

ress

the

follo

win

g ke

y se

quen

ce o

n a

stan

dard

rem

ote

cont

rol t

rans

mitt

er: “

4569

87” (

do n

ot a

llow

the

disp

lay

to ti

me

out b

etw

een

entri

es w

hile

key

ing

the

sequ

ence

). A

fter e

nter

ing

the

Cus

tom

er S

ervi

ce M

ode,

the

follo

win

g ite

ms

are

disp

laye

d.

Not

e: A

ctiv

atio

n of

the

CS

M is

onl

y po

ssib

le if

ther

e is

no

(use

r)

men

u on

the

scre

en!

Con

tent

s of

CSM

•1.

1 Se

t Typ

e Th

is in

form

atio

n is

ver

y he

lpfu

l for

a

help

desk

/wor

ksho

p as

refe

renc

e fo

r fur

ther

dia

gnos

is. I

n th

is w

ay, i

t is

not n

eces

sary

for t

he c

usto

mer

to lo

ok a

t the

re

ar o

f the

TV

-set

. Not

e th

at if

an

NV

M is

repl

aced

or i

s in

itial

ized

afte

r cor

rupt

ion,

this

set

type

has

to b

e re

-writ

ten

to N

VM

.•

1.2

Prod

uctio

n co

de D

ispl

ays

the

prod

uctio

n co

de (t

he s

eria

l num

ber)

of t

he T

V. N

ote

that

if a

n N

VM

is

repl

aced

or i

s in

itial

ized

afte

r cor

rupt

ion,

this

pro

duct

ion

code

has

to b

e re

-writ

ten

to N

VM

.•

1.3

HD

CP

keys

Indi

cate

s th

e va

lidity

of t

he H

DM

I key

s (o

r H

DC

P k

eys)

. In

case

thes

e ke

ys a

re n

ot v

alid

and

the

cust

omer

wan

ts to

mak

e us

e of

the

HD

MI f

unct

iona

lity,

the

SS

B h

as to

be

repl

aced

.•

1.4

NVM

nam

e D

etec

ts a

nd d

ispl

ays

NV

M n

ame.

•1.

5 So

ftwar

e Ve

rsio

n D

ispl

ays

the

softw

are

vers

ion.

•

1.6

SSB

Giv

es a

n id

entif

icat

ion

of th

e S

SB

as

stor

ed in

N

VM

. Not

e th

at if

an

NV

M is

repl

aced

or i

s in

itial

ized

afte

r co

rrup

tion,

this

iden

tific

atio

n nu

mbe

r has

to b

e re

-writ

ten

to

NV

M. T

his

iden

tific

atio

n nu

mbe

r is

the

12N

C n

umbe

r of t

he

SS

B.

•1.

7 LC

D d

ispl

ay p

anel

12N

C N

VM

read

/writ

e.•

1.8

PSU

12N

C N

VM

read

/writ

e.

How

to N

avig

ate

By

mea

ns o

f the

“CU

RS

OR

-DO

WN

/UP

” kno

b (o

r the

scr

oll

whe

el) o

n th

e R

C-tr

ansm

itter

, can

be

navi

gate

d th

roug

h th

e m

enus

.

How

to E

xit C

SMTo

exi

t CS

M, u

se o

ne o

f the

follo

win

g m

etho

ds.

•P

ress

the

ME

NU

/HO

ME

but

ton

on th

e re

mot

e co

ntro

l tra

nsm

itter

.•

Pre

ss th

e P

OW

ER

but

ton

on th

e re

mot

e co

ntro

l tra

nsm

itter

.•

Pre

ss th

e P

OW

ER

but

ton

on th

e te

levi

sion

set

.

16G

ain

RG

BR

GB

RG

BA

DC

Gai

n

17O

ffset

RG

BR

GB

RG

BO

ffset

RG

B

18C

olor

Tem

pN

orm

alTh

e cu

rren

t set

of c

olor

tem

pera

ture

18Sc

aler

MST

6931

XPS

cale

r mod

el

20G

ain

RG

BR

GB

RG

BA

DC

Gai

n

21O

ffset

RG

BR

GB

RG

BO

ffset

RG

B22

Burn

inO

FFTu

rn o

n or

turn

off

Bur

n in

pat

tern

23EE

PR

OM

Init

Initi

al a

ll E

EPR

OM

exc

ept t

he H

DC

P ke

y an

d pr

oduc

t ser

ial n

umbe

r

24Bc

ak L

IT T

ime

0000

3.4

Hrs

Hrs

0000

0.0H

rs

Hrs

0000

0.6H

rs

Hrs

Bca

klig

ht ti

me

25To

tal T

ime

0000

4.6

Hrs

Hrs

0000

0.0H

rs

Hrs

0000

0.6H

rs

Hrs

Tota

l tim

e

26Ba

ckLi

ght

100

Set

the

brig

htne

ss o

f the

bac

klig

ht

27La

ngua

geEn

glis

hFa

ctor

y La

nugu

age

28Sy

stem

Res

etR

eset

the

EEP

RO

M d

ata

exce

pt th

e H

DC

P,pr

oduc

t ser

ial n

umbe

r,the

fact

ory

men

u AD

C d

ata,

whi

te b

alan

ce s

et

poin

t,Bla

ck li

ght,l

angu

age

and

Ener

gy L

ogo.

29Ex

itE

xit

Item

Item

val

ueD

efau

lt va

lue

Des

crip

tion

32"

39"

42"

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

8TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

5.3

Step

wis

e St

art-u

p

Figu

re 5

-1 S

tepw

ise

Star

t-up

1908

0_20

6_11

0323

.eps

1202

24

Pow

er O

ffS

tand

byS

oft M

ode

Pow

er O

n

Sem

i-S

tand

by

Sta

ndby

Sw

itch

Off(

Mai

nsPo

wer

Plu

g)

Sta

ndby

Sof

t Mod

eC

omm

and

Rec

eive

d,pr

evio

usly

in S

tand

byS

oft M

ode

(Pow

er ta

ctsw

itch)

TV W

akeu

pco

mm

ands

Rec

eive

d(T

V W

akeu

pke

ys)

Dig

ital

back

grou

ndta

sks

star

ted

Dig

ital

back

grou

ndta

sks

com

plet

ed Sw

ith O

n,pr

evio

usly

inS

tand

by/S

emi-

Sta

ndby

(Mai

nsPo

wer

Plu

g)

Sta

ndby

Sof

t Mod

eC

omm

and

Rec

eive

d(P

ower

tact

switc

h)

Sw

itch

Off

(Mai

nsPo

wer

Plu

g)

Sw

itch

Off

(Mai

ns P

ower

P

lug)

Sw

ith O

n,pr

evio

usly

inS

tand

byS

oft M

ode

(Mai

ns P

ower

Plu

g)

Sta

ndby

com

man

ds

Rec

eive

d (R

CS

tand

by k

ey)

Sta

ndby

Sof

t Mod

e C

omm

and

Rec

eive

d,pr

evio

usly

in S

tand

byS

oft M

ode

(Pow

er

tact

switc

h)TV

Wak

eup

com

man

dsR

ecei

ved

(TV

Wak

eup

keys

)

Sw

itch

On,

pre

viou

sly

in P

ower

On

Mod

e(P

ower

tact

switc

h)

Sta

ndby

Sof

t Mod

e C

omm

and

Rec

eive

d,(P

ower

tact

switc

h)

Sw

itch

Off

(Mai

nsPo

wer

Plu

g)S

witc

h O

n,pr

evio

usly

inTV

Ope

ratio

n M

ode

(Mai

ns P

ower

Plu

g)

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

9TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

5.4

Serv

ice

Tool

s

5.4.

1C

omPa

ir

Intr

oduc

tion

Com

Pai

r (C

ompu

ter A

ided

Rep

air)

is a

Ser

vice

tool

for P

hilip

s C

onsu

mer

Ele

ctro

nics

pro

duct

s. a

nd o

ffers

the

follo

win

g:1.

Com

Pai

r hel

ps to

qui

ckly

get

an

unde

rsta

ndin

g on

how

to

repa

ir th

e ch

assi

s in

a s

hort

and

effe

ctiv

e w

ay.

2.C

omP

air a

llow

s ve

ry d

etai

led

diag

nost

ics

and

is th

eref

ore

capa

ble

of a

ccur

atel

y in

dica

ting

prob

lem

are

as. N

o kn

owle

dge

on I2 C

or U

AR

T co

mm

ands

is n

eces

sary

, be

caus

e C

omP

air t

akes

car

e of

this

.3.

Com

Pai

r spe

eds

up th

e re

pair

time

sinc

e it

can

auto

mat

ical

ly c

omm

unic

ate

with

the

chas

sis

(whe

n th

e m

icro

pro

cess

or is

wor

king

) and

all

repa

ir in

form

atio

n is

di

rect

ly a

vaila

ble.

4.C

omP

air f

eatu

res

TV s

oftw

are

up p

ossi

bilit

ies.

Spec

ifica

tions

Com

Pai

r con

sist

s of

a W

indo

ws

base

d fa

ult f

indi

ng p

rogr

am

and

an in

terfa

ce b

ox b

etw

een

PC

and

the

(def

ectiv

e) p

rodu

ct.

The

Com

Pai

r II i

nter

face

box

is c

onne

cted

to th

e PC

via

an

US

B c

able

. For

the

TV c

hass

is, t

he C

omP

air i

nter

face

box

and

th

e TV

com

mun

icat

e vi

a a

bi-d

irect

iona

l cab

le v

ia th

e se

rvic

e co

nnec

tor(

s).

The

Com

Pai

r fau

lt fin

ding

pro

gram

is a

ble

to d

eter

min

e th

e pr

oble

m o

f the

def

ectiv

e te

levi

sion

, by

a co

mbi

natio

n of

au

tom

atic

dia

gnos

tics

and

an in

tera

ctiv

e qu

estio

n/an

swer

pr

oced

ure.

How

to C

onne

ctTh

is is

des

crib

ed in

the

chas

sis

faul

t fin

ding

dat

abas

e in

C

omP

air.

Figu

re 5

-2 C

omPa

ir II

inte

rfac

e co

nnec

tion

Cau

tion:

It is

com

puls

ory

to c

onne

ct th

e TV

to th

e P

C a

s sh

own

in th

e pi

ctur

e ab

ove

(with

the

Com

Pai

r int

erfa

ce in

be

twee

n), a

s th

e C

omP

air i

nter

face

act

s as

a le

vel s

hifte

r. If

one

conn

ects

the

TV d

irect

ly to

the

PC

(via

UA

RT)

, IC

s ca

n be

bl

own!

How

to O

rder

Com

Pai

r II o

rder

cod

es:

•C

omP

air I

I int

erfa

ce: 3

122

785

9102

0.•

Sof

twar

e is

ava

ilabl

e vi

a th

e P

hilip

s S

ervi

ce w

eb p

orta

l.•

Com

Pai

r UA

RT

inte

rface

cab

le fo

r TP

S10

.1x

xx.

(usi

ng D

B9

to 2

mm

pitc

h JS

T co

nnec

tor)

: 312

2 78

5 90

630.

N

ote:

Whe

n yo

u en

coun

ter p

robl

ems,

con

tact

you

r loc

al

supp

ort d

esk.

5.5

Softw

are

Upg

radi

ng

5.5.

1D

escr

iptio

n

It is

pos

sibl

e fo

r the

use

r to

upgr

ade

the

mai

n so

ftwar

e vi

a th

e U

SB

por

t. Th

is a

llow

s re

plac

emen

t of a

sof

twar

e im

age

in a

st

and

alon

e se

t. A

desc

riptio

n on

how

to u

pgra

de th

e m

ain

softw

are

can

be fo

und

in th

e D

FU o

r on

the

Phi

lips

web

site

.

5.5.

2In

trod

uctio

n

Phi

lips

cont

inuo

usly

trie

s to

impr

ove

its p

rodu

cts,

and

it’s

re

com

men

d th

at th

e TV

sof

twar

e is

upd

ated

whe

n up

date

s ar

e av

aila

ble.

Sof

twar

e up

date

file

s ca

n be

obt

aine

d fro

m th

e de

aler

or c

an b

e do

wnl

oade

d fro

m th

e fo

llow

ing

web

site

s:ht

tp://

ww

w.p

hilip

s.co

m/s

uppo

rt

Prep

arin

g a

port

able

mem

ory

for s

oftw

are

upgr

ade

The

follo

win

g re

quire

men

ts h

ave

to b

e m

et:

1.A

per

sona

l com

pute

r con

nect

ed to

the

inte

rnet

.2.

An

arch

ive

utili

ty th

at s

uppo

rts th

e ZI

P-fo

rmat

(e.g

. Win

Zip

for W

indo

ws

or S

tuffl

t for

Mac

OS

).3.

A F

AT

form

atte

d U

SB

mem

ory

stic

k (p

refe

rabl

y em

pty)

.

Not

e:1.

Onl

y FA

T/D

OS-

form

atte

d m

emor

y st

icks

are

sup

porte

d.2.

Onl

y us

e so

ftwar

e up

date

file

s th

at c

an b

e fo

und

on th

e ht

tp://

ww

w.p

hilip

s.co

m/s

uppo

rt w

eb s

ite.

5.5.

3C

heck

the

curr

ent T

V so

ftwar

e ve

rsio

n

Bef

ore

star

ting

the

softw

are

upgr

ade

proc

edur

e, it

is a

dvis

ed to

ch

eck

that

wha

t the

cur

rent

TV

sof

twar

e:1.

Pre

ss th

e “4

5698

7” b

utto

n on

the

rem

ote

cont

rol t

o en

ter

the

CS

M m

ode.

2.U

se th

e up

/dow

n cu

rsor

key

s to

sel

ect “

Cur

rent

Mai

n S

oftw

are”

.If

the

curr

ent s

oftw

are

vers

ion

of th

e TV

is th

e sa

me

as th

e la

test

upd

ate

file

foun

d on

http

://w

ww

.phi

lips.

com

/sup

port,

it is

no

t nec

essa

ry to

upd

ate

the

TV s

oftw

are.

5.5.

4D

ownl

oad

the

late

st s

oftw

are

1.O

pen

the

inte

rnet

pag

e ht

tp://

ww

w.p

hilip

s.co

m/s

uppo

rt .2.

Find

info

rmat

ion

and

softw

are

rela

ted

to th

e TV

.3.

Sel

ect t

he la

test

sof

twar

e up

date

file

and

dow

nloa

d it

to th

e P

C.

4.In

sert

the

US

B m

emor

y st

ick

into

one

of t

he U

SB

por

ts o

f th

e P

C.

5.D

ecom

pres

s th

e do

wnl

oade

d ZI

P fi

le a

nd c

opy

it to

the

root

di

rect

ory

of th

e U

SB fl

ash

driv

e.

5.5.

5U

pdat

e th

e TV

sof

twar

e

1.Tu

rn th

e TV

on

and

wai

t for

it to

boo

t com

plet

ely.

2.In

sert

the

US

B m

emor

y st

ick

that

con

tain

s th

e so

ftwar

e up

date

file

s in

one

of t

he T

V’s

US

B p

orts

.3.

The

TV w

ill d

etec

t the

US

B m

emor

y st

ick

auto

mat

ical

ly.

Then

a w

indo

w ju

mps

out

as

Figu

re5-

3.N

ote:

If th

e U

SB

flas

h dr

ive

is n

ot d

etec

ted

afte

r pow

er u

p,

disc

onne

ct it

and

re-in

sert

it.4.

Sel

ect [

Upd

ate]

and

pre

ss O

K. S

ee F

igur

e5-

3.5.

To p

roce

ed, I

n ne

xt m

enu

sele

ct [S

tart]

and

pre

ss O

K to

st

art s

oftw

are

upda

tes.

See

Fig

ure

5-4.

6.U

pgra

ding

will

now

beg

ins

and

the

stat

us o

f the

upd

atin

g pr

ogre

ss w

ill be

dis

play

ed.

7.W

hen

the

TV s

oftw

are

is u

pdat

ed. R

emov

e yo

ur U

SB

flas

h dr

ive,

then

sel

ect [

Res

tart]

and

pre

ss O

K to

rest

art t

he

TV.S

eeFi

gure

5-5.

1000

0_03

6_09

0121

.eps

0911

18

TO

UA

RT

SE

RV

ICE

CO

NN

EC

TOR

TO

UA

RT

SE

RV

ICE

CO

NN

EC

TOR

TO

I2C

SE

RV

ICE

CO

NN

EC

TOR

TO

TV

PC

HDM

II2 C

only

Opt

iona

l pow

er5V

DC

Com

Pair

II De

velo

ped

by P

hilip

s Br

ugge

RC o

utRC

in Opt

iona

lSw

itch

Powe

rM

ode

Link

/Ac

tivity

I2 C

Com

Pair

IIM

ulti

func

tion

RS23

2 /U

ART

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 2

0TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

Figu

re 5

-3 U

pdat

e th

e TV

sof

twar

e [1

/3]

Figu

re 5

-4 U

pdat

e th

e TV

sof

twar

e [2

/3]

Figu

re 5

-5 U

pdat

e th

e TV

sof

twar

e [3

/3]

Not

e:•

Do

not r

emov

e th

e U

SB

flas

h dr

ive

durin

g th

e so

ftwar

e up

date

.•

If a

pow

er fa

ilure

occ

urs

durin

g th

e up

date

, do

not r

emov

e th

e U

SB

flas

h dr

ive

from

the

TV. T

he T

V w

ill c

ontin

ue th

e so

ftwar

e up

date

as

soon

as

the

pow

er c

omes

up

agai

n.•

If an

err

or o

ccur

s du

ring

the

upda

te re

try th

e pr

oced

ure

or

cont

act t

he d

eale

r.•

We

do n

ot re

com

men

d do

wng

radi

ng to

an

olde

r ver

sion

.•

Onc

e th

e up

grad

e is

fini

shed

, use

the

PC to

rem

ove

the

TV

softw

are

from

the

US

B p

orta

ble

mem

ory.

5.5.

6C

onte

nt a

nd U

sage

of t

he O

ne-Z

ip S

oftw

are

File

Bel

ow y

ou fi

nd a

con

tent

exp

lana

tion

of th

e O

ne-Z

ip fi

le, a

nd

inst

ruct

ions

on

how

and

whe

n to

use

it. O

nly

files

that

are

re

leva

nt fo

r Ser

vice

are

men

tione

d he

re.

•ED

ID_c

lust

erna

me.

zip:

Con

tain

s th

e E

DID

con

tent

of t

he

diffe

rent

ED

ID N

VM

s. S

ee C

omP

air f

or fu

rther

inst

ruct

ions

.

•FU

S_cl

uste

rnam

e_ve

rsio

n.zi

p: C

onta

ins

the

“aut

orun

.bin

” whi

ch is

nee

ded

to u

pgra

de th

e TV

mai

n so

ftwar

e an

d th

e so

ftwar

e do

wnl

oad

appl

icat

ion.

•N

VM_c

lust

erna

me_

vers

ion.

zip:

Def

ault

NVM

con

tent

. M

ust b

e pr

ogra

mm

ed v

ia C

omP

air.

5.5.

7H

ow to

Cop

y N

VM D

ata

to/fr

om U

SB

Whe

n co

pyin

g da

ta to

and

from

a U

SB

mem

ory

stic

k, th

e fo

lder

“r

epai

r” is

use

d. W

hen

inse

rting

an

empt

y U

SB

mem

ory

stic

k,

and

dow

nloa

ding

dat

a to

the

stic

k, th

e TV

will

cre

ate

this

fold

er.

Whe

n se

ndin

g da

ta fr

om a

US

B m

emor

y st

ick

to a

TV,

the

inte

nded

dat

a m

ust b

e av

aila

ble

in th

e “r

epai

r” fo

lder

.N

ote

that

whe

n co

pyin

g ED

ID d

ata

to th

e TV

, all

nece

ssar

y E

DID

file

s m

ust b

e in

this

fold

er.

Ser

vice

mod

e ov

ervi

ew fo

r you

r ref

eren

ce.

Tabl

e 5-

3 Se

rvic

e m

ode

over

view

5.6

Erro

r Cod

es(o

ptio

n)

5.6.

1In

trod

uctio

n

Err

or c

odes

are

requ

ired

to in

dica

te fa

ilure

s in

the

TV s

et. I

n pr

inci

ple

a un

ique

err

or c

ode

is a

vaila

ble

for e

very

:•

Act

ivat

ed (S

W) p

rote

ctio

n.•

Failin

g I2 C

dev

ice.

•G

ener

al I2 C

err

or.

The

last

five

err

ors,

sto

red

in th

e N

VM

, are

sho

wn

in th

e S

ervi

ce m

enu’

s. T

his

is c

alle

d th

e er

ror b

uffe

r.Th

e er

ror c

ode

buffe

r con

tain

s al

l err

ors

dete

cted

sin

ce th

e la

st

time

the

buffe

r was

era

sed.

The

buf

fer i

s w

ritte

n fro

m le

ft to

rig

ht. W

hen

an e

rror

occ

urs

that

is n

ot y

et in

the

erro

r cod

e bu

ffer,

it is

dis

play

ed a

t the

left

side

and

all o

ther

err

ors

shift

one

po

sitio

n to

the

right

.A

n er

ror w

ill be

add

ed to

the

buffe

r if t

his

erro

r diff

ers

from

any

er

ror i

n th

e bu

ffer.

The

last

foun

d er

ror i

s di

spla

yed

on th

e le

ft.A

n er

ror w

ith a

des

igna

ted

erro

r cod

e ne

ver l

eads

to a

de

adlo

ck s

ituat

ion.

It m

ust a

lway

s be

dia

gnos

able

(e.g

. err

or

buffe

r via

OS

D o

r blin

king

LE

D o

r via

Com

Pai

r).

In c

ase

a fa

ilure

iden

tifie

d by

an

erro

r cod

e au

tom

atic

ally

re

sults

in o

ther

err

or c

odes

(cau

se a

nd e

ffect

), on

ly th

e er

ror

code

of t

he M

AIN

failu

re is

dis

play

ed.

5.6.

2H

ow to

Rea

d th

e Er

ror B

uffe

r

You

can

read

the

erro

r buf

fer i

n th

ree

way

s:•

On

scre

en v

ia th

e S

AM

/SD

M/C

SM

(if y

ou h

ave

a pi

ctur

e).

Exa

mpl

e:–

ERR

OR

: 000

000

000

000

000

: No

erro

rs d

etec

ted

–ER

RO

R: 0

13 0

00 0

00 0

00 0

00: E

rror

cod

e 13

is th

e la

st a

nd o

nly

dete

cted

err

or

1908

0_20

7_11

0324

.eps

1103

24

1908

0_20

8_11

0324

.eps

1103

24

1908

0_20

9_11

0324

.eps

1103

24

Serv

ice

Mod

esD

escr

iptio

nS

AM

(opt

ion)

Ser

vice

alig

nmen

t mod

eFa

ctor

y M

ode

Use

d fo

r ext

ende

d al

ignm

ents

SD

M(o

ptio

n)S

ervi

ce d

efau

lt M

ode

CSM

3-pa

ge c

ompa

ct C

SM p

ages

. The

re w

ill be

CSM

dum

p to

U

SB

-stic

k up

on e

nter

ing

CS

M-m

ode

US

B S

W u

pgra

deab

leS

W-u

pgra

ding

of f

lash

mem

orie

sM

ST69

31XP

can

be

done

via

US

B. T

he m

ain

SW

can

be

upgr

aded

via

the

ZIP

fil

e do

wnl

oade

d.

NVM

-Edi

tor i

n S

AM

(opt

ion)

NV

M-e

dito

r will

func

tion

as in

the

past

: Add

ress

and

Val

ue

field

is a

dec

imal

val

ue v

ia d

igit

entry

Serv

ice

Dat

aN

ew S

ervi

ce d

ata

in S

AM fo

r CTN

, Pro

d. n

o., 1

2NC

pr

ogra

mm

ing

with

virt

ual k

ey b

oard

US

B c

opy/

past

e in

S

AM

(opt

ion)

Cha

nnel

list

, NV

M d

ata,

Rea

dabl

e in

fo, E

DID

UAR

T lo

ggin

gTh

ere

will

be p

rinto

ut a

vaila

ble

in U

ART.

No

spec

ifica

tions

of

the

prin

tout

, per

MTK

pro

visi

on/d

efin

ition

.

Blin

d S

AM

(opt

ion)

RC

seq

uenc

e “0

6259

8” +

“Men

u” +

“P

anel

cod

e”

Cle

ar B

uffe

rR

C s

eque

nce

“062

599”

+ “O

K” o

r via

SA

M

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 2

1TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

–ER

RO

R: 0

34 0

13 0

00 0

00 0

00: E

rror

cod

e 13

was

de

tect

ed fi

rst a

nd e

rror

cod

e 34

is th

e la

st d

etec

ted

(new

est)

erro

r•

Via

the

blin

king

LE

D p

roce

dure

(whe

n yo

u ha

ve n

o pi

ctur

e). S

ee p

arag

raph

5.7

The

Blin

king

LE

D P

roce

dure

.•

Via

Com

Pai

r.

5.6.

3Er

ror c

odes

In th

is c

hass

is o

nly

“laye

r 2” e

rror

cod

es a

re a

vaila

ble

and

poin

t to

pro

blem

s on

the

SS

B. T

hey

are

trigg

ered

by

LED

blin

king

w

hen

CS

M is

act

ivat

ed. O

nly

the

follo

win

g la

yer 2

err

ors

are

defin

ed:

Tabl

e 5-

4 Er

ror c

ode

tabl

e

5.6.

4H

ow to

Cle

ar th

e Er

ror B

uffe

r

The

erro

r cod

e bu

ffer i

s cl

eare

d in

the

follo

win

g ca

ses:

•B

y us

ing

the

CLE

AR

com

man

d in

the

SA

M m

enu(

optio

n)•

By

usin

g th

e C

LEA

R c

omm

and

in th

e Fa

ctor

y m

ode:

•B

y us

ing

the

follo

win

g ke

y se

quen

ce o

n th

e re

mot

e co

ntro

l tra

nsm

itter

: “06

2599

” dire

ctly

follo

wed

by

the

OK

butto

n.•

If th

e co

nten

ts o

f the

err

or b

uffe

r hav

e no

t cha

nged

for 5

0 ho

urs,

the

erro

r buf

fer r

eset

s au

tom

atic

ally

.

Not

e: If

you

exi

t SA

M b

y di

scon

nect

ing

the

mai

ns fr

om th

e te

levi

sion

set

, the

err

or b

uffe

r is

not r

eset

.(opt

ion)

5.7

The

Blin

king

LED

Pro

cedu

re

5.7.

1In

trod

uctio

n

The

softw

are

is c

apab

le o

f ide

ntify

ing

diffe

rent

kin

ds o

f err

ors.

B

ecau

se it

is p

ossi

ble

that

mor

e th

an o

ne e

rror

can

occ

ur o

ver

time,

an

erro

r buf

fer i

s av

aila

ble,

whi

ch is

cap

able

of s

torin

g th

e la

st fi

ve e

rror

s th

at o

ccur

red.

Thi

s is

use

ful i

f the

OS

D is

not

w

orki

ng p

rope

rly.

Err

ors

can

also

be

disp

laye

d by

the

blin

king

LE

D p

roce

dure

. Th

e m

etho

d is

to re

peat

edly

let t

he fr

ont L

ED

pul

se w

ith a

s m

any

puls

es a

s th

e er

ror c

ode

num

ber,

follo

wed

by

a pe

riod

of

1.5

seco

nds

in w

hich

the

LED

is “o

ff”. T

hen

this

seq

uenc

e is

re

peat

ed.

Exam

ple

(1):

erro

r cod

e 4

will

resu

lt in

four

tim

es th

e se

quen

ce

LED

“on”

for 0

.25

seco

nds

/ LE

D “o

ff” fo

r 0.2

5 se

cond

s. A

fter

this

seq

uenc

e, th

e LE

D w

ill b

e “o

ff” fo

r 1.5

sec

onds

. Any

RC

co

mm

and

term

inat

es th

e se

quen

ce. E

rror

cod

e LE

D b

linki

ng is

in

red

colo

r.Ex

ampl

e (2

): th

e co

nten

t of t

he e

rror

buf

fer i

s “1

2 9

6 0

0” A

fter

ente

ring

SD

M, t

he fo

llow

ing

occu

rs.(o

ptio

n)•

1 lo

ng b

link

of 5

sec

onds

to s

tart

the

sequ

ence

.•

12 s

hort

blin

ks fo

llow

ed b

y a

paus

e of

1.5

sec

onds

.•

9 sh

ort b

links

follo

wed

by

a pa

use

of 1

.5 s

econ

ds.

•6

shor

t blin

ks fo

llow

ed b

y a

paus

e of

1.5

sec

onds

.•

1 lo

ng b

link

of 1

.5 s

econ

ds to

fini

sh th

e se

quen

ce.

•Th

e se

quen

ce s

tarts

aga

in w

ith 1

2 sh

ort b

links

.

5.7.

2D

ispl

ayin

g th

e En

tire

Erro

r Buf

fer

Add

ition

ally

, the

ent

ire e

rror

buf

fer i

s di

spla

yed

whe

n S

ervi

ce

Mod

e “S

DM

” is

ente

red.

(opt

ion)

5.8

Faul

t Fin

ding

and

Rep

air T

ips

Not

e:•

It is

ass

umed

that

the

com

pone

nts

are

mou

nted

cor

rect

ly

with

cor

rect

val

ues

and

no b

ad s

olde

r joi

nts.

•B

efor

e an

y fa

ult f

indi

ng a

ctio

ns, c

heck

if th

e co

rrec

t opt

ions

ar

e se

t.

5.8.

1N

VM E

dito

r

In s

ome

case

s, it

can

be

conv

enie

nt if

one

dire

ctly

can

cha

nge

the

NV

M c

onte

nts.

Thi

s ca

n be

don

e w

ith th

e “N

VM

Edi

tor”

in

SAM

mod

e. W

ith th

is o

ptio

n, s

ingl

e by

tes

can

be

chan

ged.

(opt

ion)

Cau

tion:

•D

o no

t cha

nge

thes

e, w

ithou

t und

erst

andi

ng th

e fu

nctio

n of

ea

ch s

ettin

g, b

ecau

se in

corr

ect N

VM s

ettin

gs m

ay

serio

usly

ham

per t

he c

orre

ct fu

nctio

ning

of t

he T

V s

et!

•A

lway

s w

rite

dow

n th

e ex

istin

g N

VM

set

tings

, bef

ore

chan

ging

the

setti

ngs.

Thi

s w

ill e

nabl

e yo

u to

retu

rn to

the

orig

inal

set

tings

, if t

he n

ew s

ettin

gs tu

rn o

ut to

be

inco

rrec

t.

5.8.

2Lo

ad D

efau

lt N

VM V

alue

s

It is

pos

sibl

e to

upl

oad

the

defa

ult v

alue

s to

the

NV

M w

ith

Com

Pai

r in

case

the

SW

is c

hang

ed, t

he N

VM

is re

plac

ed w

ith

a ne

w (e

mpt

y) o

ne, o

r whe

n th

e N

VM

con

tent

is c

orru

pted

. A

fter r

epla

cing

an

EE

PR

OM

(or w

ith a

def

ectiv

e/no

EE

PR

OM

), de

faul

t set

tings

sho

uld

be u

sed

to e

nabl

e th

e se

t to

star

t-up

and

allo

w th

e S

ervi

ce D

efau

lt M

ode

and

Ser

vice

Alig

nmen

t Mod

e to

be

acc

esse

d.

5.8.

3N

o Pi

ctur

e

Whe

n yo

u ha

ve n

o pi

ctur

e, fi

rst m

ake

sure

you

hav

e en

tere

d th

e co

rrec

t dis

play

cod

e. S

ee p

arag

raph

6.4

Opt

ion

Set

tings

for

the

inst

ruct

ions

. See

als

o Ta

ble

6-3.

5.8.

4U

nsta

ble

Pict

ure

via

HD

MI i

nput

Che

ck (v

ia C

omP

air o

r fac

tory

mod

e) if

HD

MI E

DID

dat

a is

pr

oper

ly p

rogr

amm

ed.

5.8.

5N

o Pi

ctur

e vi

a H

DM

I inp

ut

Che

ck if

HD

CP

key

is v

alid

. Thi

s ca

n be

don

e in

CS

M.

5.8.

6TV

Will

Not

Sta

rt-u

p fr

om S

tand

-by

Pos

sibl

e S

tand

-by

Con

trolle

r fai

lure

. Re-

flash

the

softw

are.

5.8.

7A

udio

Am

plifi

er

The

Cla

ss D

-IC U

6002

has

a p

ower

pad

for c

oolin

g. W

hen

the

IC is

repl

aced

it m

ust b

e en

sure

d th

at th

e po

wer

pad

is v

ery

wel

l pu

shed

to th

e P

WB

whi

le th

e so

lder

is s

till li

quid

. Thi

s is

nee

ded

to in

sure

that

the

cool

ing

is g

uara

ntee

d, o

ther

wis

e th

e C

lass

D

-IC c

ould

bre

ak d

own

in s

hort

time.

5.8.

8C

SM

Whe

n C

SM

is a

ctiv

ated

and

ther

e is

a U

SB

mem

ory

stic

k co

nnec

ted

to th

e TV

, the

sof

twar

e w

ill d

ump

the

com

plet

e C

SM

co

nten

t to

the

US

B m

emor

y st

ick.

The

file

(Csm

.txt)

will

be

save

d in

the

root

of t

he U

SB m

emor

y st

ick.

5.8.

9Lo

udsp

eake

rs

Mak

e su

re th

at th

e vo

lum

e is

set

to m

inim

um d

urin

g di

scon

nect

ing

the

spea

kers

in th

e O

N-s

tate

of t

he T

V. T

he

Laye

r-2

erro

r cod

e D

efec

tive

devi

ce

13G

ener

al I2 C

bus

erro

r on

the

SSB

16+1

2V

mis

sing

or l

ow, P

SU

def

ectiv

e

27C

hann

el d

ecod

er e

rror

on

the

SS

B

34Tu

ner I

2 C b

us e

rror

on

the

SS

B35

EEP

RO

M I2 C

erro

r on

SSB

, M24

C64

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 2

2TP

S10.

1A L

A5.

2013

-Jul

-05

back

to

div.

tabl

e

audi

o am

plifi

er c

an b

e da

mag

ed b

y di

scon

nect

ing

the

spea

kers

du

ring

ON

-sta

te o

f the

set

!

5.8.

10D

ispl

ay o

ptio

n co

de

Atte

ntio

n: In

cas

e th

e S

SB is

repl

aced

, alw

ays

chec

k th

e P

anel

C

ode

in C

SM

, eve

n w

hen

pict

ure

is a

vaila

ble.

Per

form

ance

w

ith th

e in

corr

ect d

ispl

ay o

ptio

n co

de c

an le

ad to

unw

ante

d si

de-e

ffect

s fo

r cer

tain

con

ditio

ns.

Alig

nmen

ts(O

ptio

n)EN

23

TPS1

0.1A

LA

6.

2013

-Jul

-05

back

to

div.

tabl

e

6.A

lignm

ents

(Opt

ion)

Inde

x of

this

cha

pter

:6.

1 G

ener

al A

lignm

ent C

ondi

tions

6.2

Har

dwar

e A

lignm

ents

6.3

Sof

twar

e A

lignm

ents

6.4

Opt

ion

Set

tings

6.5

Res

et o

f Rep

aire

d S

SB

6.6

Cab

le p

ositi

on n

umbe

rs

6.1

Gen

eral

Alig

nmen

t Con

ditio

nsP

erfo

rm a

ll el

ectri

cal a

djus

tmen

ts u

nder

the

follo

win

g co

nditi

ons:

•P

ower

sup

ply

volta

ge: 9

0 - 2

64 V

AC, 5

0/ 6

0 3

Hz.

•C

onne

ct th

e se

t to

the

mai

ns v

ia a

n is

olat

ion

trans

form

er

with

low

inte

rnal

resi

stan

ce.

•A

llow

the

set t

o w

arm

up

for a

ppro

xim

atel

y 15

min

utes

.•

Mea

sure

vol

tage

s an

d w

avef

orm

s in

rela

tion

to c

orre

ct

grou

nd (e

.g. m

easu

re a

udio

sig

nals

in re

latio

n to

A

UD

IO_G

ND

). C

autio

n: It

is n

ot a

llow

ed to

use

hea

t sin

ks a

s gr

ound

.•

Test

pro

be: R

i > 1

0 M

, Ci <

20

pF.

•U

se a

n is

olat

ed tr

imm

er/s

crew

driv

er to

per

form

al

ignm

ents

.

6.2

Har

dwar

e A

lignm

ents

Not

app

licab

le.

6.3

Softw

are

Alig

nmen

tsP

ut th

e se

t in

SA

M m

ode

(see

Cha

pter

5. S

ervi

ce M

odes

, Err

or

Cod

es, a

nd F

ault

Find

ing)

. The

SA

M m

enu

will

now

app

ear o

n th

e sc

reen

. Sel

ect R

GB

Alig

n an

d go

to o

ne o

f the

sub

men

us.

The

alig

nmen

ts a

re e

xpla

ined

bel

ow.

The

follo

win

g ite

ms

can

be a

ligne

d:•

Whi

te p

oint

To s

tore

the

data

:•

Pre

ss O

K o

n th

e R

C b

efor

e th

e cu

rsor

is m

oved

to th

e le

ft.•

Sel

ect “

Sto

re” a

nd p

ress

OK

on

the

RC

.•

Sw

itch

the

set t

o st

and-

by m

ode.

For t

he n

ext a

lignm

ents

, sup

ply

the

follo

win

g te

st s

igna

ls v

ia a

vi

deo

gene

rato

r to

the

RF

inpu

t:•

EU/A

P-PA

L m

odel

s: a

PAL

B/G

TV

-sig

nal w

ith a

sig

nal

stre

ngth

of a

t lea

st 1

mV

and

a fr

eque

ncy

of 4

75.2

5 M

Hz

•U

S/A

P-N

TSC

mod

els:

an

NTS

C M

/N T

V-si

gnal

with

a

sign

al s

treng

th o

f at l

east

1 m

V a

nd a

freq

uenc

y of

61

.25

MH

z (c

hann

el 3

).•

LATA

M m

odel

s: a

n N

TSC

M T

V-s

igna

l with

a s

igna

l st

reng

th o

f at l

east

1 m

V a

nd a

freq

uenc

y of

61

.25

MH

z (c

hann

el 3

).

6.3.

1R

GB

Alig

nmen

t

Bef

ore

alig

nmen

t, se

t the

pic

ture

as

follo

ws:

Whi

te T

one

Alig

nmen

t:•

Act

ivat

e S

AM

.•

Sel

ect “

RG

B A

lign.

” and

cho

ose

a co

lor t

empe

ratu

re.

•U

se a

100

% w

hite

scr

een

as in

put s

igna

l and

set

the

follo

win

g va

lues

: –

“Red

BL

Offs

et” a

nd “G

reen

BL

Offs

et” t

o “7

” (if

pres

ent).

–Al

l “W

hite

poi

nt” v

alue

s in

itial

to “1

28”.

In c

ase

you

have

a c

olou

r ana

lyse

r:•

Mea

sure

with

a c

alib

rate

d (p

hosp

hor-

inde

pend

ent)

colo

r an

alys

er (e

.g. M

inol

ta C

A-2

10) i

n th

e ce

ntre

of t

he s

cree

n.

Con

sequ

ently

, the

mea

sure

men

t nee

ds to

be

done

in a

da

rk e

nviro

nmen

t.•

Adj

ust t

he c

orre

ct x

, y c

oord

inat

es (w

hile

hol

ding

one

of t

he

Whi

te p

oint

regi

ster

s R

, G o

r B o

n m

ax. v

alue

) by

mea

ns o

f de

crea

sing

the

valu

e of

one

or t

wo

othe

r whi

te p

oint

s to

the

corr

ect x

, y c

oord

inat

es (s

ee T

able

6-1

Whi

te D

alig

nmen

t va

lues

). To

lera

nce:

dx:

0

.003

, dy:

0

.003

.•

Rep

eat t

his

step

for t

he o

ther

col

our T

empe

ratu

res

that

ne

ed to

be

alig

ned.

•W

hen

finis

hed

retu

rn to

the

SA

M ro

ot m

enu

and

pres

s S

TAN

DB

Y o

n th

e R

C to

sto

re th

e al

igne

d va

lues

to th

e N

VM

.

Tabl

e 6-

1 W

hite

D a

lignm

ent v

alue

s

If yo

u do

not

hav

e a

colo

ur a

naly

ser,

you

can

use

the

defa

ult

valu

es. T

his

is th

e ne

xt b

est s

olut

ion.

The

def

ault

valu

es a

re

aver

age

valu

es c

omin

g fro

m p

rodu

ctio

n (s

tatis

tics)

.

6.3.

2D

ispl

ay A

djus

tmen

t

You

can

use

the

defa

ult v

alue

s. T

he d

efau

lt va

lues

are

ave

rage

va

lues

com

ing

from

pro

duct

ion.

•E

nter

SA

M m

ode.

•S

elec

t a c

olou

r tem

pera

ture

(e.g

. CO

OL,

NO

RM

AL,

or

WA

RM

).•

Set

the

RE

D, G

RE

EN

and

BLU

E de

faul

t val

ues

acco

rdin

g to

the

valu

es in

Tab

le 6

-2.

•W

hen

finis

hed

pres

s O

K o

n th

e R

C, t

hen

pres

s ST

OR

E to

st

ore

the

alig

ned

valu

es to

the

NV

M.

•R

esto

re th

e in

itial

pic

ture

set

tings

afte

r the

alig

nmen

ts.

Tabl

e 6-

2 W

hite

tone

def

ault

setti

ngs

This

gro

up s

ettin

g of

col

our t

empe

ratu

re w

ill be

app

lied

auto

mat

ical

ly to

the

TV /

VG

A /

HD

MI /

AV

sou

rces

.Pi

ctur

e Se

tting

Dyn

amic

bac

klig

ht

Off

Dyn

amic

Con

trast

Off

Col

or E

nhan

cem

ent

Off

Pic

ture

For

mat

U

nsca

led

Ligh

t Sen

sor

Off

Brig

htne

ss50

Col

or0

Con

trast

100

Valu

eC

ool (

1100

0 K

)N

orm

al (9

000

K)

War

m (6

500

K)

x0.

276

0.28

70.

313

y0.

282

0.29

60.

329

Pict

ure

mod

eSc

reen

siz

eC

olou

r tem

pera

ture

Red

Gre

enB

lue

Nor

mal

(900

0K)

32P

FL30

08/9

812

612

812

8

39P

FL30

08/9

812

897

110

42P

FL30

08/9

812

812

511

5

Coo

l (11

000K

)32

PFL

3008

/98

111

123

128

39P

FL30

08/9

811

298

128

42P

FL30

08/9

812

212

412

8

War

m (6

500K

)32

PFL

3008

/98

128

124

86

39P

FL30

08/9

812

884

6742

PFL

3008

/98

128

107

77

Alig

nmen

ts(O

ptio

n)EN

24

TPS1

0.1A

LA

6.

2013

-Jul

-05

back

to

div.

tabl

e

6.4

Opt

ion

Setti

ngs

6.4.

1In

trod

uctio

n

The

mic

ropr

oces

sor c

omm

unic

ates

with

a la

rge

num

ber o

f I2 C

ICs

in th

e se

t. To

ens

ure

good

com

mun

icat

ion

and

to m

ake

digi

tal d

iagn

osis

pos

sibl

e, th

e m

icro

proc

esso

r has

to k

now

w

hich

ICs

to a

ddre

ss. T

he p

rese

nce

/ abs

ence

of t

hese

M

T536

6 IC

s is

mad

e kn

own

by th

e op

tion

code

s.

Not

es:

•A

fter c

hang

ing

the

optio

n(s)

, sav

e th

em b

y pr

essi

ng th

e O

K

butto

n on

the

RC

bef

ore

the

curs

or is

mov

ed to

the

left,

se

lect

STO

RE

and

pre

ss O

K o

n th

e R

C.

•Th

e ne

w o

ptio

n se

tting

is o

nly

activ

e af

ter t

he T

V is

sw

itche

d “o

ff” /

“sta

nd-b

y” a

nd “o

n” a

gain

with

the

mai

ns

switc

h (th

e N

VM

is th

en re

ad a

gain

).

6.4.

2O

ptio

n C

ode

Ove

rvie

w

Ent

er S

AM

mod

e to

che

ck th

e op

tion

code

s. th

ey c

ould

not

be

edite

d in

the

NV

M.

6.4.

3D

ispl

ay C

ode

Ove

rvie

w

Pre

ss th

e fo

llow

ing

key

sequ

ence

on

a st

anda

rd R

C

trans

mitt

er: “

0625

98” d

irect

ly fo

llow

ed b

y M

EN

U a

nd “x

xx”,

whe

re “x

xx” i

s a

3 di

git d

ecim

al v

alue

of t

he p

anel

type

: see

co

lum

n “D

ispl

ay C

ode”

in T

able

6-3

. Afte

r res

ettin

g th

e D

ispl

ay

Cod

e, re

star

t the

set

imm

edia

tely

.

Tabl

e 6-

3 D

ispl

ay c

ode

over

view

6.5

Res

et o

f Rep

aire

d SS

BA

ver

y im

porta

nt is

sue

tow

ards

a re

paire

d S

SB fr

om a

Ser

vice

re

pair

shop

(SS

B re

pair

on c

ompo

nent

leve

l) im

plie

s th

e re

set

of th

e N

VM

on

the

SSB

.A

repa

ired

SS

B in

Ser

vice

sho

uld

get t

he s

ervi

ce S

et ty

pe

“00P

F000

0000

000”

and

Pro

duct

ion

code

“000

0000

0000

000”

.A

lso

the

virg

in b

it is

to b

e se

t. To

set

all

this

, you

can

use

the

Com

Pai

r too

l or u

se th

e “N

VM

edi

tor”

and

“Dea

ler o

ptio

ns”

item

s in

SA

M (d

o no

t for

get t

o “s

tore

”).

Afte

r a re

paire

d S

SB

has

bee

n m

ount

ed in

the

set (

set r

epai

r on

boa

rd le

vel),

the

type

num

ber (

CTN

) and

pro

duct

ion

code

of

the

TV h

as to

be

set a

ccor

ding

to th

e ty

pe p

late

of t

he s

et. F

or

this

, you

can

use

the

NV

M e

dito

r in

SA

M. T

he lo

adin

g of

the

CTN

and

pro

duct

ion

code

can

als

o be

don

e vi

a C

omPa

ir (M

odel

num

ber p

rogr

amm

ing)

.

In c

ase

of a

dis

play

repl

acem

ent,

rese

t the

“Ope

ratio

n ho

urs

disp

lay”

to “0

”, or

to th

e op

erat

ion

hour

s of

the

repl

acem

ent

disp

lay.

6.5.

1R

eset

of R

epai

red

SSB

Inst

ruct

ion:

Afte

r NV

M re

plac

emen

t, re

load

MA

C a

ddre

ss v

ia S

AM

m

enu.

This

ens

ures

the

corr

ect M

AC

add

ress

to b

e av

aila

ble

in

CS

M fo

r fut

ure

repa

ir ac

tions

.

Way

of w

orki

ng:

•A

fter t

he N

VM h

as b

een

repl

aced

, go

to S

AM

and

scr

oll t

o th

e <R

eloa

d M

AC a

ddre

ss>

.•

Sel

ect t

he it

em a

nd p

ress

<O

K>

on th

e R

C.

Not

es:

•O

nly

appl

icab

le to

all

rela

ted

mod

els

that

are

“Sm

art T

V le

vel 0

”ena

bled

(onl

y Y

ouTu

be a

cces

s). F

or m

odel

s w

ithou

t int

erne

t con

nect

ion

feat

ure,

no

actio

n is

nee

ded.

•H

DC

P k

eys

are

loca

ted

in th

e N

VM

. If y

ou a

re lo

adin

g N

VM

w

ith th

e C

omP

air t

ool,

ther

e is

war

ning

mes

sage

dis

play

ed.

New

NV

M E

EP

RO

Ms

are

ship

ped

with

pre

-load

ed H

DC

P k

eys.

6.5.

2SS

B Id

entif

icat

ion

SS

B’s

of t

his

chas

sis

are

iden

tifie

d by

a “7

15” c

ode

on th

e S

SB.

715A

xxxx

-Nnn

-MM

M-O

OO

O•

715

mai

n ca

tego

ry, P

rinte

d W

iring

Boa

rd•

Axx

xx s

ub c

ateg

ory,

seq

uent

ial c

odin

g nu

mbe

r•

Nnn

Ver

sion

cod

e•

N D

evel

opm

ent n

umbe

r•

nn P

rodu

ctio

n nu

mbe

r•

MM

M M

ount

ing

varia

tion

code

•O

OO

O O

ptio

nal v

aria

tion

code

Mak

e su

re w

hen

repl

acin

g an

SS

B th

e S

SB

iden

tific

atio

n co

des

mat

ch th

e re

plac

emen

t boa

rd.

6.6

Cab

le p

ositi

on n

umbe

rsIn

this

cha

ssis

, the

cab

le p

ositi

on n

umbe

rs c

an b

e de

fined

via

th

e ru

le th

at th

e nu

mbe

r is

alw

ays

star

ting

with

an

“E” f

ollo

wed

by

the

conn

ecto

r num

ber o

f the

cur

rent

sou

rcin

g bo

ard.

The

or

der i

s al

way

s se

en fr

om w

here

the

pow

er in

itiat

es fr

om. S

o fro

m P

SU

to S

SB,

from

SS

B to

IR/L

ED

pan

el, f

rom

IR/L

ED

pane

l to

keyb

oard

con

trol p

anel

. For

exa

mpl

e, a

cab

le fr

om th

e P

SU

con

nect

or C

N90

2 to

the

SS

B c

onne

ctor

CN

701,

will

have

th

e po

sitio

n nu

mbe

r EC

N90

2.

CTN

_ALT

BO

M#

Pane

l Typ

eD

ispl

ay C

ode

32P

FL30

08/9

8TP

T315

B5_

A04

217

5

39P

FL30

08/9

8TP

T390

JI_H

J1L0

215

5

42P

FL30

08/9

8TP

T420

H2_

HV

N01

156

Circ

uit D

escr

iptio

nsEN

25

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

7.C

ircui

t Des

crip

tions

Inde

x of

this

cha

pter

:7.

1 In

trodu

ctio

n7.

2 P

ower

Sup

ply

7.3

DC

/DC

Con

verte

rs7.

4 Fr

ont-E

nd A

nalo

gue

ATV

rece

ptio

n7.

5 H

DM

I7.

6 V

ideo

and

Aud

io P

roce

ssin

g - M

ST6

931X

P

Not

es:

•O

nly

new

circ

uits

(circ

uits

that

are

not

pub

lishe

d re

cent

ly)

are

desc

ribed

. •

Figu

res

can

devi

ate

slig

htly

from

the

actu

al s

ituat

ion,

due

to

diff

eren

t set

exe

cutio

ns.

•Fo

r a g

ood

unde

rsta

ndin

g of

the

follo

win

g ci

rcui

t de

scrip

tions

, ple

ase

use

the

wiri

ng, b

lock

(see

cha

pter

9.

Blo

ckD

iagr

ams)

and

circ

uit d

iagr

ams

(see

cha

pter

10

. Circ

uit D

iagr

ams

and

PW

B L

ayou

ts).W

here

nec

essa

ry,

you

will

find

a s

epar

ate

draw

ing

for c

larif

icat

ion.

7.1

Intr

oduc

tion

The

TPS

10.1

A L

A is

a n

ew c

hass

is la

unch

ed in

Asi

a-P

acifi

c in

20

13. T

he w

hole

rang

e is

cov

ered

by

MS

T693

1. T

he m

ajor

de

ltas

vers

us it

s pr

edec

esso

r sup

port

ATV

, with

als

o m

ulti-

med

ia, S

ubtit

le fu

nctio

nalit

y.Th

e TP

S10.

1A L

A c

hass

is c

omes

with

the

follo

win

g st

ylin

gs:

•se

ries

xxPF

L300

8

7.1.

1Im

plem

enta

tion

Key

com

pone

nts

of th

is c

hass

is a

re:

•S

CA

LER

MS

T693

1XP

-Z1-

VB

EPL

QFP

-128

•TU

NE

R C

hina

DT2

1WN

-2-E

•A

UD

IO A

PA

2176

AQ

BITR

G 0

.27W

TQ

FN3X

3-16

AU

DIO

A

mpl

ifier

7.1.

2PH

ILIP

S 30

00 s

erie

s A

rchi

tect

ure

Ove

rvie

w

For d

etai

ls a

bout

the

chas

sis

bloc

k di

agra

ms

refe

r to

chap

ter 9

.B

lock

Dia

gram

s. A

n ov

ervi

ew o

f the

PH

ILIP

S A

P 30

00

arch

itect

ure

can

be fo

und

in F

igur

e9.

4 .

Circ

uit D

escr

iptio

nsEN

26

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

7.1.

3SS

B C

ell L

ayou

t xxP

FL30

08

Figu

re 7

-1 x

xPFL

3008

SSB

layo

ut c

ells

(top

vie

w)

1945

0_20

0_13

0112

.eps

1301

12

DDR

MS

T693

1

US

B

TUNER

AN

ALO

G I/

O

SPD

IF

HD

MI

DC

/DC

Audio amplifier

DD

R

Headphone HDMISERVICECONNECTOR

VID

EO

INVE

DIO

OU

T

AUDIO PC IN

Circ

uit D

escr

iptio

nsEN

27

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

7.1.

4SS

B C

ell L

ayou

t 42P

FL30

08

Figu

re 7

-2 4

2PFL

3008

SSB

layo

ut c

ells

(top

vie

w)

1945

0_20

1_13

0116

.eps

1301

16

DDR

MST

6931

USB

Headphone

TUNER

ANAL

OG

I/O

AUDIO PC IN

VED

IO O

UT

VID

EO IN

HD

MI

HDMI

DC/D

C

Audio amplifier

DD

R

SERVICECONNECTOR

Circ

uit D

escr

iptio

nsEN

28

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

7.2

Pow

er S

uppl

y R

efer

to fi

gure

Fig

ure

7-3

for t

he p

ower

arc

hite

ctur

e of

this

pl

atfo

rm.

Figu

re 7

-3 P

ower

Arc

hite

ctur

e

7.2.

1Po

wer

Sup

ply

Uni

t

All p

ower

sup

plie

s ar

e a

bloc

k bo

x fo

r Ser

vice

. Whe

n de

fect

ive,

a

new

boa

rd m

ust b

e or

dere

d an

d de

fect

ive

one

mus

t be

retu

rned

,unl

ess

the

mai

n fu

se o

f the

boa

rd is

bro

ken.

Alw

ays

repl

ace

a de

fect

ive

fuse

with

one

with

the

corr

ect

spec

ifica

tions

! Thi

s pa

rt is

ava

ilabl

e in

the

regu

lar m

arke

t.C

onsu

lt th

e Ph

ilips

Ser

vice

web

por

tal f

or th

e or

der c

odes

of t

he

boar

ds.

Impo

rtant

del

ta’s

with

the

AP

300

0 se

ries

plat

form

are

:•

New

pow

er a

rchi

tect

ure

for L

ED

bac

klig

ht

•“B

oost

” sig

nal i

s no

w a

PW

M-s

igna

l + c

ontin

uous

var

iabl

e.

The

cont

rol s

igna

ls a

re:

•S

tand

-by

•La

mp

“on/

off”

•D

IM (P

WM

) (no

t for

PS

DL)

In th

is m

anua

l, no

det

aile

d in

form

atio

n is

ava

ilabl

e be

caus

e of

de

sign

pro

tect

ion

issu

es.

The

outp

ut v

olta

ges

to th

e ch

assi

s ar

e:•

+3V3

-STA

ND

BY (S

tand

-by

mod

e on

ly)

•+1

2V (o

n-m

ode)

•+V

snd

(+24

V) (

audi

o po

wer

) (on

-mod

e)•

+24V

(bol

t-on

pow

er) (

on-m

ode)

•O

utpu

t to

the

disp

lay;

in c

ase

of

- IP

B: H

igh

volta

ge to

the

LCD

pan

el- P

SL

and

PS

LS (L

ED

-driv

er o

utpu

ts)

- PS

DL

(hig

h fre

quen

t) A

C-c

urre

nt.

7.2.

2D

iver

sity

The

dive

rsity

in p

ower

sup

ply

units

is m

ainl

y de

term

ined

by

the

dive

rsity

in d

ispl

ays.

The

follo

win

g di

spla

ys c

an b

e di

stin

guis

hed:

•C

CFL

/EE

FL b

ackl

ight

: pow

er b

oard

is c

onve

ntio

nal I

PB

•LE

D b

ackl

ight

: - s

ide-

view

LE

D w

ithou

t sca

nnin

g: P

SL

pow

er b

oard

- sid

e-vi

ew L

ED

with

sca

nnin

g: P

SLS

pow

er b

oard

- dire

ct-v

iew

LE

D w

ithou

t 2D

-dim

min

g: P

SL

pow

er b

oard

- dire

ct-v

iew

LE

D w

ith 2

D-d

imm

ing:

PS

DL

pow

er b

oard

.

PSL

stan

ds fo

r Pow

er S

uppl

y w

ith in

tegr

ated

LE

D-d

river

s.PS

LS s

tand

s fo

r a P

ower

Sup

ply

with

inte

grat

ed L

ED

-driv

ers

with

add

ed S

cann

ing

func

tiona

lity

(add

ed m

icro

cont

rolle

r).

PSD

L st

ands

for a

Pow

er S

uppl

y fo

r Dire

ct-v

iew

LED

bac

klig

ht

with

2D

-dim

min

g.

7.2.

3C

onne

ctor

ove

rvie

w

Tabl

e 7-

1 C

onne

ctor

ove

rvie

w

Dis

play

pow

er

Pla

tform

MS

T693

1

PFC

Pla

tform

pow

er

1 po

wer

- PC

B

AM

PLV

DS

AM

P

Low

stb

ypo

wer

Ac-

inpu

t + M

ains

filte

r

BL-

ON

/OFF

AC INDIM

12V

12V

24V

24V 5V

Dis

play

Inte

rfaci

ng

CN

8901

for 7

15G

5654

CN

8101

for 7

15G

5670

CN

9901

CN

701

1945

0_20

2_13

0128

.eps

1301

28

Con

nect

or32

PFL3

008/

98/3

9PFL

3008

/98

42PF

L300

8/98

no.

CN

8901

CN

9902

CN

8101

CN

9102

Des

cr.

to p

anel

to S

SBto

pan

elto

SSB

Pin

CN

8901

CN

9902

CN

8101

CN

9102

1LE

D-s

ourc

en.

c.VL

ED

+n.

c.

2n.

c.+5

.2V

n.c.

+5V

3LE

D-1

+5.2

VLE

D1

+5V

4n.

c.P

S_O

NLE

D2

PS_

ON

5n.

c.+2

4Vn.

c.+2

4V6

n.c.

+24V

n.c.

+24V

7n.

c.G

ND

n.c.

GN

D

8n.

c.G

ND

n.c.

GN

D9

n.c.

GN

DLE

D4

GN

D

10LE

D-1

+12V

LED

3+1

2V

11n.

c.+1

2Vn.

c.+1

2V12

LED

-sou

rce

DIM

VLE

D+

PD

IM

13-

ON

/OFF

-O

N/O

FF

Circ

uit D

escr

iptio

nsEN

29

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

7.3

DC

/DC

Con

vert

ers

The

on-b

oard

DC

/DC

con

verte

rs d

eliv

er th

e fo

llow

ing

volta

ges

(dep

endi

ng o

n se

t exe

cutio

n):

•+5

V-S

TAN

DB

Y, p

erm

anen

t vol

tage

for t

he S

tand

-by

cont

rolle

r, LE

D/IR

rece

iver

and

con

trols

•+3

V3-

STA

ND

BY

, pow

er s

uppl

y fo

r LE

D/IR

rece

iver

and

co

ntro

ls•

+12V

, inp

ut fr

om th

e po

wer

sup

ply

for t

he p

anel

com

mon

(a

ctiv

e m

ode)

; con

nect

or C

N40

3 pi

ns 2

8, 2

9, 3

0.•

+24V

, inp

ut fr

om th

e po

wer

sup

ply

for a

udio

am

plifi

er;

conn

ecto

r CN

9902

pin

s 5

and

6.•

+1V

2, fr

om th

e po

wer

sup

ply

for t

he s

cale

r IC

MS

T693

1.

•+1

V8,

sup

ply

volta

ge fo

r DD

R2

(dia

gram

B03

B)

•+3

V3,

gen

eral

sup

ply

volta

ge

•+3

.3V

-TU

N, s

uppl

y vo

ltage

for t

uner

•+5

V, s

uppl

y vo

ltage

for H

eadp

hone

AM

P•

+5V

-US

B, i

nput

inte

rmed

iate

sup

ply

volta

ge fo

r US

B

•+3

V3

from

the

pow

er s

uppl

y fo

r the

sca

ler I

C M

ST6

931

Figu

res

give

s a

grap

hica

l rep

rese

ntat

ion

of th

e D

C/D

C

conv

erte

rs w

ith it

s cu

rren

t con

sum

ptio

ns:

Figu

re 7

-4 D

C/D

C c

onve

rter

s

7.4

Fron

t-End

Ana

logu

e A

TV re

cept

ion

7.4.

1Fr

ont-E

nd A

nalo

gue

The

Fron

t-End

for t

he a

nalo

gue

tune

r con

sist

of t

he fo

llow

ing

key

com

pone

nts:

•TU

NE

R C

hina

DT2

1WN

-2-E

•S

CA

LER

MS

T693

1XP

-Z1-

VB

EP

LQFP

-128

Bel

ow fi

nd a

blo

ck d

iagr

am o

f the

fron

t-end

app

licat

ion

for

anal

ogue

.

Figu

re 7

-5 F

ront

-End

ana

logu

e bl

ock

diag

ram

7.5

HD

MI

Ref

er to

figu

re 7

-6 H

DM

I inp

ut c

onfig

urat

ion

for t

he a

pplic

atio

n.

1945

0_20

3_13

0128

.eps

1301

29

FB70

1+5

V_S

tand

by

+3.3

V_S

tand

by

+1.2

V_V

DD

C

+5V

_Sta

ndby

PAN

EL_

VC

C+5V

_Nor

mal

FB70

1P

VD

D

P12

V

P24

V

FB40

1V

DD

C

VD

D33

AVD

D A

DC

AU33

FOR

SP

I Fla

sh

AVD

D D

DR

US

B_5

V

+1.8

V_D

DR

AVD

D33

DE

MO

DV

DD

33 D

MP

LL

FB40

8

FB40

3FB

404

FB40

5FB

406

FB40

7

PV

D

VD

D

U70

2A

Z111

7D

U70

1A

P73

23

U70

310

84P

-AD

J

Ear

phon

eP

re-A

MP

AM

P T

PA31

10D

Q40

1A

0444

9

U70

4A

PL3

511

Q70

134

01

MS

T693

1

I2 CI2 C

IF_A

GC

IF

IF_A

GC

is n

o us

e

RF_

AGC

RF_

AGC

int.

Hi-Z

RF_

AGC

DT2

1WN

-2-E

SAW

less

with

ATV

mod

e

X

X

1945

0_20

4_13

0128

.eps

1301

29

Circ

uit D

escr

iptio

nsEN

30

TPS1

0.1A

LA

7.

2013

-Jul

-05

back

to

div.

tabl

e

Figu

re 7

-6 H

DM

I inp

ut c

onfig

urat

ion

The

HD

MI c

onne

ctor

has

the

follo

win

g sp

ecifi

catio

ns:

•+5

V de

tect

ion

mec

hani

sm•

Sta

ble

cloc

k de

tect

ion

mec

hani

sm•

Inte

grat

ed E

DID

•H

PD

con

trol

•S

ync

dete

ctio

n•

TMD

S o

utpu

t con

trol

•C

EC

con

trol

7.6

Vide

o an

d A

udio

Pro

cess

ing

- MST

6931

XPTh

e M

ST6

931X

P is

the

mai

n au

dio

and

vide

o pr

oces

sor (

or

Sys

tem

-on-

Chi

p) fo

r thi

s pl

atfo

rm. I

t has

the

follo

win

g fe

atur

es:

•M

ulti-

stan

dard

dig

ital v

ideo

dec

oder

(MPE

G-2

, H.2

64,

MP

EG-4

)•

Inte

grat

ed N

TSC

/PA

L/SE

CAM

Vid

eo d

ecod

er•

Inte

grat

ed m

otio

n ac

cura

te p

ictu

re p

roce

ssin

g•

Hig

h de

finiti

on M

E/M

C•

Ext

ende

d co

lour

gam

ut a

nd c

olou

r boo

ster

•In

tegr

ated

US

B2.

0 ho

st c

ontro

ller

•M

ulti-

stan

dard

TV

Sou

nd P

roce

ssor

•H

igh

Per

form

ance

Mic

ro-p

roce

ssor

•R

ealM

edia

Dec

oder

The

MS

T693

1XP

com

bine

s fro

nt-e

nd v

ideo

pro

cess

ing

func

tions

, suc

h as

NE

SC

/PA

L/S

EC

AM

Vid

eo D

ecod

er,

MP

EG

-2/H

.264

dec

odin

g, a

nalo

g vi

deo

deco

de a

nd H

DM

I re

cept

ion,

with

adv

ance

d ba

ck-e

nd v

ideo

pic

ture

im

prov

emen

ts. I

t als

o in

clud

es n

ext g

ener

atio

n M

otio

n A

ccur

ate

Pic

ture

Pro

cess

ong.

Hig

h fla

t pan

el s

cree

n re

solu

tions

and

refre

sh ra

tes

are

supp

orte

d w

ith fo

rmat

s in

clud

ing

1280

× 7

20 @

60H

z an

d 19

20 ×

108

0 @

60H

z. O

n to

p of

that

, opt

iona

l sup

port

is a

vaila

ble

for 2

D d

imm

ing

in

com

bina

tion

with

LE

D b

ackl

ight

s fo

r opt

imum

con

trast

and

po

wer

sav

ings

up

to 5

0%.

1945

0_20

5_13

0128

.eps

1301

28

MS

T693

1

AR

XB

RX CN

501

HD

MI 1

CN

502

HD

MI 2

IC D

ata

She

ets

EN 3

1TP

S10.

1A L

A8.

2013

-Jul

-05

back

to

div.

tabl

e

8.IC

Dat

a Sh

eets

This

cha

pter

sho

ws

the

inte

rnal

blo

ck d

iagr

ams

and

pin

conf

igur

atio

ns o

f IC

s th

at a

re d

raw

n as

“bla

ck b

oxes

” in

the

elec

trica

l dia

gram

s (w

ith th

e ex

cept

ion

of “m

emor

y” a

nd “l

ogic

” IC

s).

8.1

Dia

gram

10-

3-2

MST

6931

XP/S

P1 F

LASH

B02

, MST

6931

XP (I

C U

401)

Figu

re 8

-1 p

in c

onfig

urat

ion

1945

0_30

0_13

0116

.eps

1301

16

Pinn

ing

Info

rmat

ion

Pin

1

RXAC

KN1 353433323130292827262524232221201918171615141312111098765432 36 37 38

39

40

67 66 65

63

62

61

60

59

58

57

56

55

48

47

46

45

44

43

42

41

64

81 80 79 78 77 76 75 74 73 72 71 70 69 68102

101

100

99 98 97 95 94 93 92 91 90 89 88 87 86 85 84 83 82

104

103

126

125

124

120

119

118

122

121

110

109

108

107

106

105

112

111

123

117

116

115

114

113

128

127

96

AVDD

_12

ARC

DDC

DA_

CK

RXA

2P

DD

CD

A_D

ARX

A2N

HSY

NC

0

RXA

1P

RXA

0PRX

A0N

RXAC

KP

RXA

1NAV

DD_M

OD

BIN

0PSO

GIN

0

GIN

0MG

IN0P

RIN

0PVS

YN

C0

AVD

D_A

DC3

3BI

N1P

AURE

FMAV

DD_A

U33

CVB

SOU

T1

CVB

S1

HSY

NC

1

CVB

S0

RIN

1PVS

YN

C1

SOG

IN1

GIN

1MG

IN1P

LIN

EIN

_L1

VCO

M

AUVA

G

LIN

EIN

_R1

LIN

EIN

_L3

LINEIN_R3LINEIN_L4

LINEIN_R5

LINEIN_R4LINEIN_L5

LINEOUT_L3

GNDVDDIO_CMD

LINEOUT_R3LINEOUT_L0

TAGC

XIN

LINEOUT_R0XOUT

54

53

52

51

50

49

AVDD_DMPLLAVDD_REF

IPIM

VDDCLVA4P

GPIO[56]AVDD_PLL

GPIO[55]

LVA3PLVA4M

LVA3M

LVAC

KMLV

ACKP

LVB3

M

LVA1

PLV

A1M

LVA0

P

LVA2

PLV

A2M

LVA0

MLV

B4P

LVB4

M

AVD

D_M

OD

LVB3

P

AVD

D_M

OD

LVB

2M

AVD

D_M

OD

PWM

2

DP_P

0

SDO

SDI

TS1_

D[0

]

LVB

0MVD

DC

GP

IO[6

5]

LVB

1MLV

B0P

TS1_

VLD

TS1_

SYN

C

LVB

1P

DP_P

1DM

_P1

TS1_

CLK

DM_P

0CS

Z

SCK

LVBC

KP

LVB

2PLV

BCK

M

RXD0NRXD0P

SAR2IRIN

PWM1

PWM0

DDCA_CK

VDDIO_DATADDCA_DA

GND

SAR1

GNDRESETCEC

HOTPLUGDRXDCKNRXDCKP

GPIO11

SAR0

RXD2PHOTPLUGA

RXD1PDDCDD_CKRXD2N

RXD1NDDCDD_DA

MS

T693

1XP

XXX

XX

XX

XXX

XXX

IC D

ata

She

ets

EN 3

2TP

S10.

1A L

A8.

2013

-Jul

-05

back

to

div.

tabl

e

8.2

Dia

gram

10-

3-6

Earp

hone

pre

am

plifi

er B

06, A

PA21

76A

(IC

U60

2)

Figu

re 8

-2 In

tern

al b

lock

dia

gram

and

pin

con

figur

atio

n

1945

0_30

1_13

0116

.eps

1301

16

Blo

ck d

iagr

am

Pinn

ing

info

rmat

ion

PV

DD

2

NC

3

CP+

4P

GN

D5

CP-

6

CVS

S7

VS

S8

9LO

UT

10V

DD

11 R

OU

T

12 L

IN

13R

SD

14 R

IN

15 G

ND

16LS

DN

C1

APA

2176

Top

Vie

w

Shut

dow

nci

rcui

tPo

wer

and

Dep

op c

ircui

t

RO

UT

RIN

RS

DC

harg

eP

ump

circ

uit

LIN

LOU

T

GN

DV

DD

CP+

CP

-

CVS

SV

SS

PG

ND

PV

DD

LSD

GN

D

AP

A2

17

6A

IC D

ata

She

ets

EN 3

3TP

S10.

1A L

A8.

2013

-Jul

-05

back

to

div.

tabl

e

8.3

Dia

gram

10-

3-8

AU

DIO

Am

plifi

er B

08, A

PA26

14R

I-TR

G (I

C U

601)

Figu

re 8

-3 In

tern

al b

lock

dia

gram

and

pin

con

figur

atio

n

1945

0_30

2_13

0116

.eps

1301

16

Blo

ck d

iagr

am

Pinn

ing

info

rmat

ion

APA

2614

QFN

4x4-

28

LOU

TP1

LBSP

2LP

VDD

3SD

4FL

AG5

LIN

P6

LIN

N7

NC8GAIN09

GAIN110AVDD11AGND12

VCLAMP13PLIMIT14

15R

INN

16R

INP

17N

C18

MO

NO

19R

PVD

D20

RB

SP

21R

OU

TP

22PGND

28PGND

23ROUTN24RBSN25NC26LBSN27LOUTN

AP

A2

61

4

PLIM

ITR

efer

ence

Star

tup

Prot

ectio

n

AVD

D

RAM

PG

EN.

GAI

N1

GAI

N0

PGN

D

GAI

NC

ontro

l

PLIM

IT

VCLA

MP

LIN

P

LIN

N

PLI

MIT

PWM

Logi

c

MO

NO

Sele

ct

Gai

nC

ontro

l

LOU

TP

LBSP

LOU

TP F

B

LBSN

PGN

D

LOU

TN

LOU

TN F

B

PGN

DR

INN

RIN

P

PLI

MIT

PWM

Logi

c

MO

NO

Sele

ct

Gai

nC

ontro

l

RO

UTN

RBS

N

RO

UTN

FB

PGN

D

RO

UTP

RO

UTP

FB

LOU

TP F

B

LOU

TN F

B

RO

UTN

FB

RO

UTP

FB

LDO

Reg

ulat

or

TTL

Buffe

rD

C D

etec

t

UVL

O/O

CLO

Ther

mal

Det

ect

SD D

etec

t

Logi

c

Bias

esan

dR

efer

ence

s

VCLA

MP

TTL

Buf

fer

MO

NO

MO

NO

Sel

ect

AGN

D

Gat

eD

rive

Gat

eD

rive

Gat

eD

rive

Gat

eD

rive

VCLA

MP

VCLA

MP

VCLA

MP

VCLA

MP

LPVD

D

LPVD

D

RPV

DD

RPV

DD

LPVD

D

LPVD

D

RPV

DD

RPV

DD

LPVD

D

RPV

DD

FLAG SD

RBS

P

IC D

ata

She

ets

EN 3

4TP

S10.

1A L

A8.

2013

-Jul

-05

back

to

div.

tabl

e

Pers

onal

Not

es:

1000

0_01

2_09

0121

.eps

1108

04

BlockDiagramsEN 35 TPS10.1A LA9.

2013-Jul-05back to div.table

9.BlockDiagrams9.1Wiring diagram 32" 3008 series

19450_400_130114.eps130114

Board Level RepairSee note in Chapter 6 about cable position numbers

Component Level RepairOnly for authorized workshops

WIRING DIAGRAM 32" (3008series)

LOUDSPEAKER LOUDSPEAKER(1185) (1185)

LOUDSPEAKER(1185)LOUDSPEAKER LOUDSPEAKER

(1185) (1185)LOUDSPEAKER

(1185)

MAIN POWER SUPPLY(1054) A

CN901

L N

IR/LED BOARD(1056) J

KE

YB

OA

RD

CO

NTR

OL

(1057)

E

OPTION BOARD(1058)

O

to panel

12P

CN

8901

CN

9902

13P

CN001

CN

2016P

CN

0163P

AUDIO PC IN

HDMI1

VEDIO OUT

Y/VIEDOPbPrLR

COMPONENT/VEDIO IN VGA

SSB(1053) B

12P

CN701

10P

CN401

HD

MI 2

TV A

NTE

NN

AUSB

SE

RV.U

30P

CN

4034P

CN

601

to panel

CN00238P

30P

EN 36 TPS10.1A LA9. BlockDiagrams

2013-Jul-05back to div.table

9.2Wiring diagram 39" 3008 series

19450_401_130116.eps130116

Board Level RepairSee note in Chapter 6 about cable position numbers

Component Level RepairOnly for authorized workshops

WIRING DIAGRAM 39" (3008series)

LOUDSPEAKER LOUDSPEAKER(1185) (1185)

LOUDSPEAKER(1185)

LOUDSPEAKER LOUDSPEAKER(1185) (1185)

LOUDSPEAKER(1185)

MAIN POWER SUPPLY(1054) A

CN901

L N

IR/LED BOARD(1056) J

KE

YB

OA

RD

CO

NTR

OL

(1057)

E

HD

MI 2

4P

TV A

NTE

NN

AUSB

SE

RV.U

SSB(1053) B

HDMI1VGAAUDIO PC IN VEDIO OUT

Y/VIEDOPbPrLR

COMPONENT/VEDIO IN

12P

CN

8901

to panel

CN

9902

13P

12P

CN701

to panel

30P

CN

403C

N601

CN

0163P

CN

2016P

10P

CN401

BlockDiagramsEN 37 TPS10.1A LA9.

2013-Jul-05back to div.table

9.3Wiring diagram 42" 3008 series

19450_402_130116.eps130116

Board Level RepairSee note in Chapter 6 about cable position numbers

Component Level RepairOnly for authorized workshops

WIRING DIAGRAM 42" (3008series)

LOUDSPEAKER LOUDSPEAKER(1185) (1185)

LOUDSPEAKER(1185)

LOUDSPEAKER LOUDSPEAKER(1185) (1185)

LOUDSPEAKER(1185)

MAIN POWER SUPPLY(1054) A

CN9901

L N

IR/LED BOARD(1056) J

KE

YB

OA

RD

CO

NTR

OL

(1057)

E

HDMI1VGA

AUDIO PC IN VEDIO OUT

Y/VIEDOPbPrLR

COMPONENT/VEDIO IN

HD

MI 2

TV A

NTE

NN

AUSB

SE

RV.U

SSB(1053) B

to panel

12P

CN8101

CN

9102

13P

12P

CN701

to panel

30P

CN

403

CN

0163P

CN

2016P

4P

CN

601

10P

CN401

EN 38 TPS10.1A LA9. BlockDiagrams

2013-Jul-05back to div.table

9.4Block Diagram DVB T/C 3000 series

19450_403_130116.eps130116

HDMI1

HD

MI2

VGAYPbPr

Audio R

Audio L

Video-out

PC-Audio

AP2176Earphone

TPA3110D

ATVDT21WN-2-E

IF+/-

USB

Key&IR

LVD

S Panel

CV

BS

-OU

T

USB DM/DP

SPIFlash

MST6931

Circuit Diagrams and PWB LayoutsEN 39 TPS10.1A LA10.

2013-Jul-05back to div.table

10.Circuit Diagrams and PWB Layouts10.1A01 715G5654 PSU for 32”&39” 3008 series10-1-1Power

19450_500_130111.eps130111

Power A01A01

2012-10-27 C

715G5654 Power

+5.2V

CN9901SOCKET

12

R93196.2K OHM +-1% 1/8W

R9315470R 1%

R93185.6K OHM 1%

PS_ON

!

+

C9122

330UF

35V

RV9901Varistor

Q9401

2SD

1624T-TD-E

T9101POWER X'FMR

6

4

2

7

8

910

11

12

+24 LED

D9301PR1007

HS9102HEAT SINK

12

R91415.1K

t

NR

9901N

TCR

12

+

C9111

330UF

35V

!

C9904470NF305V

R93061M5 1/4W 1%

R93071M5 1/4W 1%

R93081M5 1/4W 1%

R9110470R 1%

IC9103AS431AZTR-E1

R9302100K 1%

R9304100K 1%

IC9102

PS

2561DL1-1

12

43

C9312220NF 50V

C9112

0.1uF 50V

C9123

0.1uF 50V

C9902470PF 250V

C9903470PF 250V

+C9309470UF 25V

R91030R05 1/4W

R9127

22K O

HM

1%

D9302PR1007

R9115

5.1K 1/4W

+12V

C9910680PF 250V

!

IC9401

PS

2561DL1-1

12

43

HS9101HEAT SINK

1234

!

ZD9603

GD

ZJ30B

12

-+

BD9901TS6B06G-01

2

1

3

4

ZD9602

GD

ZJ6.2B1

2

R9131100R 1/4W 5%

D9303PR1007

R912522K 1% 1/8W

R9113100 OHM 1/4W

R9116

5.1K 1/4W

C930310nF50V

+12V

!

R9118100 OHM 1/4W

+36V

+ C940210UF 50V

R9119100 OHM 1/4W

HS9103HEAT SINK

12

R96011K OHM 1%

J905BEAD

1 2

!

Q9601BCR1002N3

1

2

3

C9121470PF

R9117

5.1K 1/4W

R93114.7M 5% 1/8W

R9313100 OHM 1/4W

R9314100 OHM 1/4W

+

C9306

100uF/50V

+

C9115

1000UF 25V

+

C9107330UF 50V

FB9903

BEAD1 2

+12V

R910282KOHM +-5% 2WS

ZD9601

GD

ZJ20B1

2

R9132100R 1/4W 5%

+C9308330UF 16V

L93013.5uH

D93041N4148

L990213MH

1

2

4

3

+

C9119330UF 50V

!

HS9901HEAT SINK

12!

VCC

+5.2V

L91013.5uH

R9135100R 1/8W 5%_NC

+5.2V

D96011N4148

R9402330R 1%

L990113MH

1

2

4

3

T9301POWER X'FMR 1

2

3

4

5

7

9

IC9303AS431AZTR-E1

R9142

5.1K

D9106FMEN-220A 1

2

3

IC9302

PS

2561DL1-1

12

43

+

C9116

680UF 25V

+

C9120330UF 50V

!

R9121

1.5K O

HM

IC9301A6069H

S/OCP1

BR2

GND3

FB/OLP4

VCC5

D/ST7 D/ST8

!

R9122

1.5K O

HM

R9123

1.5K O

HM

Q9402PMBS3904

R913818K 1%

+C930510UF 50V

FB9911

BE

AD

12

SG

9901D

SP

L201M-A

21F_NC

C9113470PF

SG

9902D

SP

L201M-A

21F_NC

IC9901NC

NC1

D12

D13

NC4

NC5 D26 D27 NC8

PS_ON

+24VS

!

L91033.5uH

HV

!

R913918K 1%

R913010K 1% 1/8W

IC9101

LD7523GS

BNO1

COMP2

NC3

CS4

GND5 OUT6 VCC7 OVP8

FB9910

BE

AD

12

R910620K OHM

+5.2V

R91072K 1/8W 1%

C9906150PF 250V

D9105FMXA-2202S

1

2

3

R9143

5.1K

ZD9401

GD

ZJ16B1

2

+24 LED

VCC_ON

+

C9110

1000UF

35V

R940110K 1% 1/8W

+12V

R93010.1R

!

+24Vaduio

C9117

0.1uF 50V

!

R914018K 1%

add @P0F

SG

9903D

SP

L201M-A

21F_NC

SG

9904D

SP

L201M-A

21F_NC

R91120R33 5% 2W

R913430K 1%

R910933 OHM 1/8W

FB9909NC

12

C9912470PF 250V

FB9906BEAD

1 2

C9911NC

B+

C9909NC

R9144

5.1K

C9908NC

!

D9102SS0520

1 2

R910822R 1/8W 1%

+24Vaduio

Q9101STP10NK70ZFP

R9128

51K O

HM

1%

C9103

0.1UF 50V

R9303100K 1%

C9311

0.1UF 50V

+

C98

1015

0uF

450V

!

D9107SR506

!

R911110K 1% 1/8W

R9305100K 1%

VCC_ON

R91263K3 1/8W 1%

VCC

+5.2V

C9304

0.1UF 50V

C91012.2NF

R9901390K +-5% 1/4W

R93124R7 1/4W 5%

+

C98

1222

0uF

450V

_NC

+12V

+

C9102

10UF 50V

C9302

0.47UF 50V

!

D9602BAV70

3

12

C91051N

50V

FB9902BEAD

12

C91040.1UF 50V

R9902390K +-5% 1/4W

R9133

180KR91292K4 +/-1%

!C9901

220NF

R93101R2 5% 2W

R93173.3K 1% 1/8W

R9903390K +-5% 1/4W

R93163.3K 1% 1/8W

!

R913618K 1%

ZD9101

GD

ZJ16B

12

R9904390K +-5% 1/4W

D9101PR1007

ON/OFF

ZD9301

GD

ZJ30B

12

B+

DIM

!

FB9901BEAD

12

C91141NF

R9309

620K 1/8W

1%

R9905390K +-5% 1/4W

R91010R1 5% 2W

C9907NC

J925BEAD

1 2

R940310K 1% 1/8W

R940410K 1% 1/8W

HV

5.2V

C9905NC

5.2V

+36V

!

C9401

0.1UF 50V

C9307470PF

C9106

10nF 50V

R9906390K +-5% 1/4W

+24 LED

!C

98011U

F 450V_N

C

R981347K OHM_NC

L9801300UH_NC

1 2610

PFC_ZCD

PFC_ZCD

CN9904CONN_NC

L1N2

IC9801LD7591GS_NC

INV1

COMP2

RAMP3

CS4

ZCD5GND6OUT7VCC8

+

C9109

1000UF

35V

Q9801STP10NK60ZFP_NC

D9802FMNS-1106S_NC

D9803SS0520_NC

1 2

D98011N5408G-04_NC

R980310K 1% 1/8W_NC

R98040.15R_NC

R980233R 1/8W 5%_NC

R980110 OHM 1/8W_NC

C98022200PF_NC

R9806

4.7K O

HM

_NC

R9805470R 1%_NC

C9808

1NF_N

C

C9803

47PF 50V

_NC

CN9903CONN_NC

123456789

101112

R9807

33K O

HM

_NC

R9114100 OHM 1/4W

R980810K 1% 1/8W_NC

R9810

680K O

HM

1% 1/4W

_NC R

9809

680K O

HM

1% 1/4W

_NC

R9812

13K O

HM

1%_N

C

R9811

680K O

HM

1% 1/4W

_NC

C9809100PF 50V_NC

C98070.1uF 50V_NC

C98060.22uF 50V_NC

+

C9804

10UF 50V

_NC

C9805

100N 50V

_NC

VCC_ON

+24Vaduio

D9305FMEN-2308

1

2

3

!

CN9902CONN

123456789

10111213

+

C9310

270UF 25V

C93011NF

D9104FMX-23S

1

2

3

ON/OFFDIM

+12V

C9108470PF

R913718K 1%

C96011UF 50V

R96021K OHM 1%

!

L91023.5uH

F9901FUSE

12

34

R91241K 1/8W 1%

C91180.47UF 50V

EN 40 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-1-2LED DRIVER

19450_501_130111.eps130111

LED DRIVERA02A02

2012-11-04 C

715G5654 LED DRIVER

LED-SOURCE

R83031K OHM 1%

R83020 OHM 1/8W

ZD8301GDZJ30B

12

C81020.1UF 50V

R82065.1K OHM

R8210100K 1% 1/8W

R810610K 1% 1/8W

C8105470PF 50V

R830410K 1% 1/8W

+C810947UF 100V

R820710K 1% 1/8W

R810310K 1% 1/4W

Q83022N7002

R810433 OHM 1/4W

Q8202

DTC

144WN

3/S

+

C810110UF 50V

R82

0222

R 1

%

R8305

300K O

HM

R8101

30K O

HM

R8102

300K O

HM

R8306300K 1/4W

Q8201DTA144WN3/S

+C810747UF 100V

+12V

R8107

0R1 5%

2W

R8209100K 1% 1/8W

C8301

1nF 50V

R82

0122

R 1

%

D8101SS0520

1 2

R8109470R 1%

+C810847UF 100V

C8103

NC

C8106

1nF 50V

IC8101LD7400GS

FB1

COMP2

RFW3

CS4

DIM5 GND6 DRV7 VCC8

Q8301

BC

R1002N

3

1

2

3

R810533 OHM

LED-SOURCE

DIM

+12V

LED-1

+12V

FB

DIM

R830182K OHM 1%

ON/OFF

+36V

R82124.7K +-1% 1/8W

C8110470PF_NC

L8101

33UH

1

2

R8211100K 1% 1/8W

Q8101AOTF454FL

L81025uH

C8104

0.1UF 50V

CN8901CONN

123456789

101112

LED-1

LED-1

LED-SOURCE

LED-SOURCE

FB

HS8101HEAT SINK

34

12

EN

EN

R821475K 1%

R820882K 1%

Q8203P0420ATF

D8103FME-220B

1

2

3

C83021uF

IC8201AS431AN-E1

R82

0322

R 1

%

R82

0422

R 1

%

R82

0522

R 1

%

R82

1322

R 1

%

Circuit Diagrams and PWB LayoutsEN 41 TPS10.1A LA10.

2013-Jul-05back to div.table

10-1-3Power layout top

19450_502_130111.eps130111

2012-10-27 C

715G5654 Power Layout Top

C8101

C9102

C9305

C9306

C9402

C9804

D9301

D9303

D9304

D9601

D9801

L9101

L9102

L9103

L9301

R8107

R9112

R9804

J928

R9301 R9101

D9302

J913

J929

J923

D9107

R9102

J927

J926

J921

J919

J917

J911

J918

J930

J909

J802

J805

J906

J801

J920

IC9302 IC9102IC9401

J803

J916

J915

J922

J925

J910

J904

J901

C9301

T9301J804

J807

R9310

T9101

J912

J907

J908

J905

J903

J924

C9907

C8110

C9811

C9802

IC9103

IC9303

J902

J914

J931

M7

M8

M9

M10

M11

M12

M13

M14

C1

C2

J1J2J3

M15

C8109

C9110

C9115

C9309

C9801

C9114

C9901

CN9902

D9105

D9106

D9305

D9802

F9901

L8102

L9801

L9902

Q9801

SG9901

SG9902

SG9903

SG9904

L9901 C9904FB9901

FB9902

C9906

D9104

C8107

C8108

CN9904

ZD9301

C9308

C9310

C9111

C9109

C9122

Q8203

ZD8301

Q8101

ZD9603 ZD9602 ZD9601

C9810

C9902 C9903

C9911

C9108

C9113

C9121

C9307

Q9101

D8103

NR9901

IC9301

CN8901

CN9903

L8101

HS8101

HS9801

M1M2

M3M4

M5M6

CN9901

HS9101

FB9903

FB9906

FB9907

FB9908

FB9909

FB9910

FB9911

C9116

ZD9401

C9912

C9905

C9908

D9101

ZD9101

RV9901 BD9901 HS9901

HS9102HS9103

C9101

C9107

C9119C9120

C9812

C9909 C9910

EN 42 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-1-4Power layout bottom

19450_503_130111.eps130111

2012-10-27 C

715G5654 Power Layout Bottom

C8102

C8301

C8103

C8104

C8106

C9103

C9104

C9105

C9106

C9112

C9117

C9118

C9302

C9303 C9304

C9311

C9312

C9401

C9601

C9803

C9805

C9806

C9807

C9808

C9809

D9602

IC9801

IC9901

Q8302

Q9402

R8304

R8101

R8102

R9107

R9108

R9109

R9113

R9114

R9115

R9116

R9117

R9118

R9119

R9121

R9122

R9123

R9129

R9130

R9302

R9303

R9304 R9305

R9306 R9307

R9308

R9309

R9311

R9312

R9313

R9314

R9318

R9319

R9401

R9404

R9602

R9803

R9806

R9807

R9808

R9809

R9810

R9811

R9812

R9901

R9902

R9903

R9317

R9403

R9601

R8106

R8105

C8105

NR10

NR11

NR12

R8204

R8203

IC9101

R9111

R9106

C9123

R9316

R9402

R9813

R9805

R9110

R8303

IC8201

Q8201

R8109

R8103

R8104

R9124

IC8101

R8302

R8212

R8306

R8209

R8206

R9126

R9125

R9127

R9128

R9133

JR903

JR902

JR901

JR802

JR803

R8301

R8305

R8207

R8208

R8211

R8210

C8302

R8205

R8213

R8202

R8201

R9134

JR904

JR905

R9103

R9315

JR906

R9904

R9905

R9906

R8214

R9801

R9802

R9131

R9132

R9135

R8216

R9136

R9137

R9138

R9139

R9140

R9141

R9142

R9143

R9144

D8101

D9102

D9803

Q9401

Q9601

Q8301

Q8202

Circuit Diagrams and PWB LayoutsEN 43 TPS10.1A LA10.

2013-Jul-05back to div.table

10.2A 715G5670 PSU series 42"10-2-1 Power

19450_504_130114.eps130114

PowerA01A01

2012-08-27 3

715G5670 Power

CN9901SOCKET

1 2

IC9351EL817M(X)

1

2 3

4

C9909220PF 250V

R9903390K +-5% 1/4W

C9903330PF 250V

IC9350EL817M(X)

1

2 3

4

D93031N4148H

T5.0AH / 250V

D93051N4148H

!

R98

010.

2OH

M 2

W

R9904390K +-5% 1/4W

CN9102

CONN

123456789

10111213

+5V

+12V

ON/OFF

+24V_audio

DIM

PS_ON

C9904330PF 250V

+C982482UF 450V

FB9913127R

12

+ C93531000UF 16V

BD9901

D9802

R9905390K +-5% 1/4W

Q9801

HOTCOLD

HOT Q9101,Q9102COLD

+C982582UF 450V

FB9914127R

12

+C93351000UF 16V

D9153

HS11HEAT SINK

1

T9301POWER X'FMR 1

2

3

4

5

7

9

R9906390K +-5% 1/4W

D9350

D9151,D9152

C990647PF 250V

!

C9905NC

!

!C9815220PF

R983210R 1/8W 5%

C9159100N 50V

R9306

R911210R 1/8W 5%

Q9352DTA144WKA

+C91551000UF35V

!

D9105UF4007

C9356100N 50V

!

R9123560OHM +-5% 1/8W

R9381100R 1/8W 5%

R9309

IC9103AS431AZTR-E1

R93551K 1/8W

Q93502N7002K

D9335FR107

Q9101AOTF8N60

R9304

RV9901TVR14561KSY

!

ZD9101GDZJ16B

12

C9819220P 50V

R93611K 1/8W

C9109100N 50V

R981347R 1%

R9158

1K OHM +-5% 1/8W

HS22HEAT SINK

1

!

R981810K 1/8W

!

R9819NC

+C9153

470UF35V

D93041N4148H

+C9354

470uF 16V

+

C910810uF/50V

FB9902127R

12

C9308100N 50V

C9818470NF 50V

!

C981110NF 1KV

FB9908127R

12

R98

020.

2OH

M 2

W

IC9352AS431AZTR-E1

C93291NF

R93010.82R

!

R98221MOHM +-1% 1/4W

C9823NC/220PF

t

NR9901

12

F9901FUSE

C9127100N 50V

C9827

100PF

!

FB9901

127R12

!

R911910R 1/8W 5%

R9302100K 1/6W 5%

HS20HEAT SINK

12

C990747pF_NC

Q9304PMBS3906

+

C91511000UF35V

D9156SR506

C91161N 50V

IC9301A6069H

S/OCP1BR2GND3FB/OLP4

VCC5

D/ST7

D/ST8

R9109 13KOHM +-1% 1/8W

C912033P 50V

R91061MOHM +-1% 1/4W

R9152

!

R91051MOHM +-1% 1/4W

RV9906DSPL-501N-A21F

Q9102AOTF8N60

R9815470OHM +-5% 1/8W

L91043.0uH+-10%

Q9321BTC4672M3

C9114470NF 50V

!

ZD9301GDZJ18B

12

R9307

HS12HEAT SINK

12

!

C9816NC

C9124100PF

R93625.1K 1/4W

C9813100N 50V

R9122120OHM +-5% 1/8W

R9154

T9101POWER X'FMR

67

8

910

11

12

13

14

15 23

R981733K 1/8W 5%

C98101UF 450V

R982319K1 +-1% 1/8W

R9160 2KOHM +-1% 1/8W

R915956K 1/8W +/-1%

R9351

R93480.1R

D9804IN5408G-04

R9941NC

R981147K 1/8W 1%

D9151STPS30SM80CFP

1

2

3

RV9905DSPL-501N-A21F

C91181U 25V

L93503.5uH

FB9907BEAD

12

D9330FR107

!

FB9911BEAD

12

+

C91521000UF35V

L91053.5uH

R93821K OHM +-5% 1/8W

R911710K 1/8W

!

D9102SS0520

1 2!

R9305

R911510R 1/8W 5%

!

R9354220R

C9126220PF

C9912470PF 250V

ZD9352GDZJ16B

12

FB9912

127R

12

!

R9359NC

!

R9350

FB9903127R

12

R9153

R93374.7M OHM +-5% 1/4W

C9154100N 50V

FB9905

NC

12

FB9909BEAD

12

D9350FMEN-2308

1

2

3

+

C933710uF/50V

!

R93561K 1/8W

C9355220N 50V

!

C9157100N 50V

R9311560K +-5% 1/8W

R93601K 1/4W

R9810NC

C9908470PF 250V

IC9101SSC9512S-TL

Vsen1

Vcc2

FB3

GND4

Css5

OC6

RC7

Reg8

RV9

COM10 VGL11 NC12 NC13 VB14 VS15 VGH16 NC17 NC18

!

R916120K5 1/8W 1%

L990213mH

1

2

4

3

D9355BAV70

3

1 2

C9910470PF 250V_NC

CN9101

CONN

123456789

101112

IC9901CAP004DG_NC

NC1

D12

D13

NC4

NC5 D26 D27 NC8

+C9156470UF 25V

FB9906NC

12

D9152STPS30SM80CFP

1

2

3

R98201MOHM +-1% 1/4W

R98244K7 1/8W 1%

HS13HEAT SINK

12

R91071MOHM +-1% 1/4W

R9151

R9339 2KOHM +-1% 1/8W

Q9370PMBS3904

C911518NF

C9351

!

R91040.1R

D9153MBRF2060CT

1

2

3

ZD9351GDZJ6.2B_NC

12

+ C9160470UF35V R9155

36K 1/8W +/-5%

C9901470NF 275V

R9363330K OHM

C9911NC

R93582K2 1/8W 1%

C93780.1uF 50V

ZD9151GDZJ30B

12

Q9801STF24NM60N

L9801170uH

12456 7

10

C930910nF 50V

+C9128

4.7uF 50V

C9107100N 50V

C91171U 25V

R91625.1K 1/4W

IC9102EL817M(X)

1

2 3

4

R9901390K +-5% 1/4W

D9805SS0520

1 2

R93312.4 OHM 1/4W

C981747N 50V

C982610NF 1KV

R9308

ZD9353GDZJ30B

12

C911910PF3KV

+

C981422uF/50V

CN9902CONN

L1

N2

R981410K 1/8W

R912524K 1/8W

!

-+

BD9901TS10P06G

2

1

3

4

R91564K7 +-5% 1/8W

R93831K 1/8W

R9121470OHM +-5% 1/8W

D9802FMNS-1106S

R911110K 1/8W

C9158470NF 50V

R9940NC

D9103SS0520

1 2

C981256PF 50V

R93851K 1/8W

R911647OHM +-5% 1/8W

C9379100N 50V

FB9910BEAD

12

R911047OHM +-5% 1/8W

IC9801LD7591GS

INV

1

CO

MP

2

RA

MP

3

CS

4ZC

D5

GN

D6

OU

T7

VC

C8

HS10HEAT SINK

1234

D9301

FR107

C980910NF 1KV

+C9331100UF 50V

!

R9310

C9321470NF 50V

R91573K 1/8W

+C933322uF/50V

L990113mH

1

2

4

3

HS21HEAT SINK

1234

!

C9350

R93841K 1/8W

R93572.4K 1% 1/8W

R98211MOHM +-1% 1/4W

Q9107PMBS3906

C9374100N 50V

tNR9902

12

C9902470NF 275V

B+_390V

+5V

Vcc

+24V

B+

+24V

+24V+12V SW_2

VccSW_2

Vcc_1

PS_ON

FB_1

Vcc_1

+5V

FB_1

+12V

+24V

FB

B+

+5VS

+5V

Vcc_1

+5V

FB

+24V_audio

DIMON/OFF

+24V

+12V

D91541N4148H

R9902390K +-5% 1/4W

C931047PF

EN 44 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-2-2LED DRIVER

19450_505_130114.eps130114

LED DRIVERA02A02

2012-06-31 C

715G5670 LED DRIVER

R812015R 1%

R812215R 1%

C8116220pF 50V

Q8101

Q8103BTN8050BA3

R812415R 1%

C8121220pF 50V

R812615R 1%

C9915220pF 50V

R812815R 1%

C9916220pF 50V

GND_LED

R813015R 1%

GND_LED

R813215R 1%

R813310R 1%

R813510R 1%

R813415R 1%

Q8111BTD1805AD3

Q8112BTD1805AD3

Q8105BTD1805AD3

Q8108BTD1805AD3

Q8110BTD1805AD3

Q8106BTD1805AD3

R813615R 1%

+C8103470UF 25V

R813710R 1%

Q8107BTD1805AD3

Q8109BTD1805AD3

Q8104BTD1805AD3

+5V

VBJT

VADJ R8138NC

R812910R 1%

R813110R 1% R8121

10R 1%

R81140R051/8W

R812310R 1%

R812510R 1%

R812710R 1%

D8101

C8105100N 50V

C8114100PF 50V

LED1LED3 LED2LED4

C8122470PF 250V

FB8101BEAD

12

R8106

10K OHM +-5% 1/8W

+C8107330UF35V

R8141100 OHM 1/4W

R8142100 OHM 1/4W

+12V

GND_LED

R814051K 1/4W

R811651K 1/8W 1%

+12V

R8143

100 OHM 1/4W x 2

R8144

R813939R 1/4W

R8103

0R05OHM1/8W

FB9904127R

12

R811539R 1/4W

R811210K OHM +-5% 1/8W

R811339R 1/4W

C8120220pF 50V

R81175.1K OHM 1%

GND_LED

Q8101AOTF454FL

HS23

HEAT SINK

1

HS24

HEAT SINK

1

D8103

BAV99

3

1

2

C8115220pF 50V

CN8101

CONN

123456789

101112

D8107

1N4148

R81052R2 +-5% 1/8W

R81070.05R

R8108

330 OHM

+C8102

100UF 63V

C810810N 50V

R8119150K 1/8W 5%

L810125UH

1 2

C8112NC

R8110100K 1% 1/4W

C81171NF 50V

D8105

BAV99

3

1

2

R81181M 1/6W 5%

IC8501

PF7001S

EN1

DIM2

GM3

VFB4

VSET5

OVP6

RT7

CS8 GND9 VMOS10 VCC11 VBJT12 VADJ13 SLP14

R810410 OHM 1/8W

C8110

1NF 50V

C81191000pF 630V

+C8101330UF35V

+24VD8101MBRF20100CT

1

2

3

C8106

1NF

R811118K 1/8W 5%C8104

100N 50V

D8104

BAV99

3

1

2

C8118

1NF 50V

C8111NC

D8102

RB160M

1 2

C8109100N 50V

GND_LED

R8102220K +-5% 1/8W

D8106

BAV99

3

1

2

R810151K 1% 1/8W

+C8113

100UF 63V

LED2LED1

LED3LED4

VLED+

VLED+

VLED+

VFB

SLP

ON/OFF

DIM

VSET

VBJTVADJ

SLP

VFBVSET

LED4

LED2

LED3

LED1

R810910K 1/4W

Circuit Diagrams and PWB LayoutsEN 45 TPS10.1A LA10.

2013-Jul-05back to div.table

10-2-3Power layout top

19450_506_130116.eps130116

2012-07-27 C

715G5670 Power Layout Top

T9301

C9124C9119

D9330

D9335

D9105

D9301

D9156

D9804

IC9102

IC9350IC9351

C9331

J925

J932

J813

J901

J912

J916

J917

J918

J929

J930

J802

J904

J905

J907

J908

J919

J922

J923

J924

J801

J805

J807

J810

J812

J920

J926

J927

J931

J933

J935

J936

J937

J939

J928

J938

J940

J941

J806

J809

J811

J814

J902

J913

J914

J915

J921

J934

L9105L9350

IC9103

IC9352

H5

H6

H7

H8

H9

H10

H11

J804

J906

J903

R9802

R9801

R9301

J909

J910

J815

J911

J808

PIN5

PIN6

PIN7

PIN

24

PIN23

RV9905

RV9906

T9101

C9310

Q8104

Q8105

Q8106

Q8107

Q8108

Q8109

Q8110

Q8111

Q8112

L9901

L9902

L8101

CN9901

HS12

HS10

HS21

HS13

HS20

CN9902

BD9901

C9907

C8106

C9329

C9809

C9811

C9826

C9905C9906

C9911

C9903

C9904

C9908C9909 C9910

C9912

C9115

C9901

C9902

CN8101CN9101

RV9901

NR9901

NR9902

IC9301

D9802

C9108

C9128

C9333

C9337

C9814

C8101

C8102

C8107

C8113

C9153

C9156

C9160

C9335 C9353

C9354

C9151C9152

C9155

FB9901

FB9903

FB9908

FB9912

FB9905

FB9906

FB9909

FB9907

F9901

FB9910

FB9911

L9104

R9302

R8118

R9104R9348

R8107

GND1

MH1

MH3

GND2

GND4

D8101

D9151

D9152

D9153D9350

Q8101

Q9101 Q9102

Q9801

ZD9101

ZD9352

ZD9353

ZD9151

C9823

FB9902

C8122

FB9904

ZD9351

C9824 C9825

C9827

FB9913

FB9914

L9801

C8103

Q8103

FB8101

D8107

CN9102

ZD9301

FB9915HS11

HS22HS23HS24

C9810

EN 46 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-2-4Power layout bottom

19450_507_130116.eps130116

2012-07-27 C

715G5670 Power Layout Bottom

IC9901

IC9801

C8104

C8105

C8108

C8109

C8110

C8111

C8112

C8114

C8115

C8116

C8117

C8118

C8120

C8121

C9107

C9109

C9114

C9116

C9117

C9118

C9120

C9126

C9127

C9154

C9157

C9158

C9159

C9308

C9309

C9321

C9350

C9351

C9355

C9356

C9374

C9378

C9379

C9812

C9813

C9815

C9816

C9817

C9818

C9819

C8119

R8101

R8102

R8104

R8105

R8111

R8114

R8117

R8119

R8138

R9109

R9110

R9111

R9112

R9115

R9116

R9117

R9119

R9121

R9122

R9123

R9125

R9155

R9156R9157

R9158

R9159

R9160

R9161

R9311

R9339

R9355

R9356

R9357

R9358

R9359

R9361

R9363

R9381

R9382

R9383

R9384

R9385

R9810

R9811

R9813

R9814

R9815

R9817

R9818

R9819

R9823

R9824

R9832

R9940

R9941

R8108

R8110

R8113

R8115

R8120

R8121

R8122

R8123

R8124

R8125

R8126

R8127

R8128

R8129

R8130

R8131

R8132

R8133

R8134

R8135

R8136

R8137

R8139

R9105

R9106R9107

R9151

R9152

R9153

R9154

R9162

R9304

R9305

R9306

R9307

R9308

R9309

R9310

R9331

R9337

R9350

R9351

R9354

R9360

R9362

R9820

R9821

R9822

R9903

JR804

JR901

JR902

JR903

JR904

D9355

Q9107

Q9304 Q9370

Q9350

R8116

R9901

R9902

R8112

R8106

R8109

R8140

C9352

C9357

R9352

R9353

R9904

R9905

R9906

R8103

R8141

R8142

R8143

R8144

C1

C5

C6

S16

S17

IC9101

IC8501

S1

Q9352

D8102

D9102

D9103

D9154

D9303

D9304

D9305

D9805

D8103 D8104 D8105D8106

Q9321

Circuit Diagrams and PWB LayoutsEN 47 TPS10.1A LA10.

2013-Jul-05back to div.table

10.3B 715G5740 DVB-T/C SSB (xxPFL3008)10-3-1 Power

19450_508_130110.eps130110

PowerB01B01

2012-09-24 A

715G5740 Power

R715

7.5K 1%

R71712.4K 1%

P24V

R730NC

PW_CTL

U701

APW7323AKAI-TRG

VCC1

POK2

GND3

FB4

EN5 PGND6 LX7 VIN8 E-Pad9

R72947K

BL_EN

PW_CTL

R72610K+-5%1/16W

C710

10UF 10V

R706NC/10K

R7211K 1%

+C713

100UF 16V

ZD701

NC/BZT52-C5V6 12

NC/4.7UF 10VC706

R702

1K

R71410K

R7104.7K

R724NC/100K

R72515KOHM 1/16W

R720

100K

R7182.2R

C7251UF 16V

C709

4.7uF 10V

R708

NC/10K

+C722

100UF 16V

C719

22UF 10V

U703

G1084PT43U

VIN3

VOUT2

GN

D/A

DJ

1

Q704

MMBT3904

C714

100NF 16V

CN701

CONN

12345678910111213

C720

NC.10N 50V

R719

2.4K 1%

R7111K

U704

APL3511CBI-TRG

VOUT1

GND2

OCB3

EN4

VIN5

R701

0.05R

Q701

LP3401LT1G

C712

1UF16V

C701

100NF 16V

R704

1K

R712

1K

Q702

MMBT3904

R7091K

Q705

MMBT3904

+C704

10UF 25V

U702AZ1117D

VI3

VO2

GN

D1

C715

100N 16V

+C708

100UF 16V

Q703MMBT3904

C71722UF 10V

R7071K

R713

10K

C702

NC/10N 50V

C716

100N 16V

R7164.7K

L701

2.2uH

Q706

MMBT3904

FB701

300R12

+C711

100UF 16V

R703

NC/10K

R72210K

R7234.7K

C723

NC/10uF

+C721

100UF 16V

C703

100NF 16V

R705100R

C724

100NF 16V

C707

100NF 16V

C7050.1uF 50V

C718

1UF16V

P24V

+5V_Standby

P12V

+5V_Standby

+5V_Standby

+5V_Normal

+5V_Normal

+5V_Normal+1.8V_DDR

+5V_Standby

+1.2V_VDDC

+5V_Normal

USB_5V

+5V_Normal

+3.3V_Standby

+3.3V_Standby +5V_Normal

+5V_Normal

BRI_ADJ-PWM02,3

VBL_CTRL2

PW_CTL 2

PW_CTL 2

P12V

12V

SMT

FromPowerBoard

R1

R2

SMT

SMT

C

R1

B

SMT

R2

073G253S 68 H

DDR Power

E

24V

0402

04020402SMT

SMT

5V

Standby Power

USB Power

+1.2V Core Power

Backlight Control

BL_EN

Q707

MMBT3904

VBL_CTRL

P24V

PS_ON

R7274.7K

BL_PWM

+5V_Normal

R72810K

P12V

BL_PWM

PS_ON

6-12

EN 48 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-3-2MST6931XP/SP1 FLASH

19450_509_130110.eps130110

MST6931XP/SPI FLASHB02B02

2012-09-24 A

715G5740 MST6931XP/SPI FLASH

AUDIO-EN

LEDG

HDMI-ARC

HDMI_HP0HDMI0-SCL

HDMI0-RX1NHDMI0-RX1P

HDMI0-RX2NHDMI0-RX2P

HDMI0-RX0NHDMI0-RX0PHDMI0-CLKNHDMI0-CLKPHDMI0-SDA

AV_AUOUTL3

AV_AUOUTR3

XTALO

KEY0-SAR0KEY1-SAR1

VGA_BIN

PW_CTL

LEDR

LEDRLEDG

System-RST

HP_DET

HP_DET

FLASH_WP0N

3D_enable

3D_enable

AV2-CVBS0P

AUVAGAUVRM

CVBS_OUT0

AV1-CVBS0PAV2-CVBS0P

VGA-AUL1

VGA

-AUR

1

AV-AUO

UTL3

CO

MP

_AUL4

CO

MP

_AUR

4

AV-AUO

UTR

3

VIFP

VIFM

AM

P-AU

OU

TR0

AM

P-AU

OU

TL0

TAGC

XTA

LIX

TALO

X401

24MHz

12

R431

4.7K

R41568OHM 1/16W

R422

4.7K

FB40760 OHM12

R41068OHM 1/16W

R424

4.7K

R0402

C412

100N 16V

C410

47nF 16V

C418

100N 16V

C417

100N 16V

C43110UF

C416

100N 16V

C422

100N 16V

C42610UF

C406180PF 50V

R413

100K 1/16W

R421

4.7K

R4031M 1/16W

FB404

60 OHM12

R41268OHM 1/16W

R418

100K 1/16W

R4194.7KR0402

C414180PF 50V

C432

NC/100N 16V

HDMI1-SCL

HDMI1-SDA

D401BAV99

3

1 2

R436

10K

C404

1NF 50V

R409

100K 1/16W

FB403

60 OHM12

CN402

NC/CONN

1234

HDMI_ARC

C420

100N 16V

R4270R05 OHM

C43622PF 50V

R423

4.7K

R0402

R428

1M 1/16W

C411180PF 50V

HDMI1-RX1N

HDMI1-CLKNHDMI1-CLKP

C421

100N 16V

C423

100N 16V

C413

10UF

R4341K

HDMI1-RX0N

HDMI1-RX2NHDMI1-RX2P

HDMI1-RX1P

HDMI1-RX0P

C409180PF 50V

R401100OHM1/16W

C424

100N 16V

VGA_HS

VGA_VS

C419

100N 16V

FB402

60 OHM

12

FB405

60 OHM12

R43551R

FB406

60 OHM12

C40747nF 16V

C43027PF 50V

C40847nF 16V

C4051uF 10V

Pr+

SOY

C42527PF 50V

R4204.7KR0402

R406

22K 1/16W

R404

4.7K 1/16W

FB401120R/3000mA12

C433

4.7UF 6.3V

R416

100K 1/16W

C402

2.2UF 16V

C435100N 16V

C427

100N 16V

HS401

HeatSink

11

22

R40751R 1/16W 5%

R4051K 1/16W

MST6931XP MST6931XP

U401

MST6931XP

LVA2M69

SOGIN123BIN1P22

GIN1M25GIN1P24

GN

D55

HSYNC128

AUL136

GIN0P17

RFAG

C54

LVA3P

63

VIFM

53V

IFP52

AVDD_335

RIN1P26LVB2P

80

LVACKM66

LVA1P70

SA

R2/G

PIO

73112

SA

R1/G

PIO

74111

GIN0M18

PWM2/GPIO2493

GPIO092

GPIO191

GPIO290

GPIO389

LVA4P

61

LVA4M

62

LVA3M

64

LVACKP65

SCZ97

LVA0M73 LVB4P74 LVB4M75 LVB3P76 LVB3M77

LVB1P83

LVA0P72

SDO96

IRIN

113C

EC

114H

WR

ES

ET

115

HO

TPLU

GA

128

SOGIN016

AUO

UTL1

46

AUO

UTR

147

AUO

UTL0

44

AUO

UTR

045

XIN

49X

OU

T48

AVD

D_D

MP

LL50

RXCKN_A1

RXCKP_A2

RX0N_A3

RX0P_A4

RX1N_A6

RX1P_A7

DDCDA_DA8

RX2N_A9

RX2P_A10

DDCDA_CK11

ARC12

AVDD1P2_DVI_A13

HSYNC014

BIN0P15

RIN0P19

VSYNC020

AVDD3P3_ADC21

CVBS129

CVBS030

VCOM31

CVBSOUT32

AUR137

AUREF34

AUVAG35

AUL4

40

AUR

441

AVD

D3P

3_DA

DC

51

GP

IO56

58

VD

DP

59

VD

DC

60

GP

IO55

57

LVA2P68

LVA1M71

AVDD_MOD67

LVBCKP78 LVBCKM79

LVB2M81

LVB1M84 LVB0P85 LVB0M86

AVDD_MOD82

INT/GPIO6588

PW

M0/G

PIO

26105

PW

M1/G

PIO

25106

USB0_DM98

TES

TPIN

104

USB0_DP99 AVDD_MOD100

AVD

D_D

DR

109

SCK94

GN

D_E

FUS

E116

SDI95

SA

R0/G

PIO

75110

DD

CA

_CK

107D

DC

A_D

A108

E-Pad

129

VSYNC127

AU3333

AUR

543

AUL5

42

AVD

D_D

DR

56

VDDC87

HO

TPLU

GD

117R

XC

KN

_D118

RX

CK

P_D

119R

X0N

_D120

RX

0P_D

121R

X1N

_D123

RX

1P_D

124

DD

CD

D_D

A122

RX

2N_D

126R

X2P

_D127

DD

CD

D_C

K125

AUL338

AUR

339

USB1_DP102

USB1_DM101

GP

IO64

103

FB4080R05 1/10W

U402

W25Q64FVSSIG

CS#1

SO/SIO12

WP#3

GND4

SI/SIO05 SCLK6 HOLD#7 VCC8

C434100N 16V

C428

100N 16V

C403

2.2UF 16V

C429

100N 16V

Q402MMBT3906

VDDC

VDD33

C41510UF

VDD33

VDD33

VDDC

AVDD_ADC

VDD33

AVD

D_D

DR

AU33 AVDD33_DEMOD

+3.3V_StandbyVDD33

+3.3V_Standby

VDDC +1.2V_VDDC

+3.3V_Standby

AVDD_DDR

VD

D33

AVD

D_D

DR

VD

DC

+3.3V_Standby

DGND

+3.3V_Standby

DGND

+3.3V_Standby

+1.8V_DDR

+5V_Standby

+5V_Standby

DGND

DGND

DGNDAGND

VDD33_DMPLL +3.3V_Standby

AVDD_ADC +3.3V_Standby

AU33

VD

D33_D

MP

LLAV

DD

33_DE

MO

D

HDMI_CEC 5HDMI-ARC 5

CVBS_OUT0 4

USB0_DP 4USB0_DM 4

VIFM 7

HDMI_ARC

VIFP 7

TAGC 7

ON_PANEL3VBL_CTRL1

AUDIO_EN8PW_CTL1

BRI_ADJ-PWM01,3

TUNER_SCL7

AMP_AUOUTR08

AMP_AUOUTL08

AV_AUOUTR36

AV_AUOUTL36

HDMI1_D0- 5HDMI1_D0+ 5

HDMI1_D1- 5HDMI1_D1+ 5

XTALI

HDMI1_D2- 5HDMI1_D2+ 5

HDMI1_CLK+ 5HDMI1_CLK- 5

HDMI1_DDC_SDA 5HDMI1_DDC_SCL 5HOTPLUG1 5

HDMI0_D0- 5HDMI0_D0+ 5

HDMI0_D1- 5HDMI0_D1+ 5

HDMI0_D2- 5HDMI0_D2+ 5

HDMI0_CLK+ 5HDMI0_CLK- 5

HDMI0_DDC_SDA 5HDMI0_DDC_SCL 5HOTPLUG0 5

RXO3+3RXO3-3RXOC+3RXOC-3

RXO2-3RXO2+3

RXO1-3RXO0+3

RXO1+3

RXO0-3

RXEC-3RXEC+3RXE3-3RXE3+3

RXE1-3

RXE2+3RXE2-3

RXE0-3

RXE1+3

RXE0+3

VGA_HS 4VGA_VS 4VGA_BIN 4VGA_GIN 4

VGA_RIN 4

Pb+ 4Pr+ 4

Y+ 4

AV1-CVBS0P 4

VGA-AUL1 4VGA-AUR1 4

COMP_AUR4 4COMP_AUL4 4

TUNER_SDA7

SOG0 4

SOY 4

KEY0-SAR0 9KEY1-SAR1 9

IRIN 9

UART-TX 4,9UART-RX 4,9

LEDG 9LEDR 9

HP_DET 4,6

3D_enable3

AV2-CVBS0P 4

System XTAL

Debug & ISP port

Power 1.2V

Power 3.3V

DDR Power

SERIAL FLASH

H/W Reset

USB0_DPUSB0_DM

UART-TXUART-RX

RXE0-

RXE1-RXE1+

RXE2+

RXE0+

RXE2-

RXE3+

RXEC+RXE3-

RXEC-

RXO1+

RXO0-

RXOC+

RXO2-

RXOC-

RXO3+

RXO2+

RXO3-

RXO0+RXO1-

HD

MI_H

P1

PAN

EL-O

N/O

FF

BR

I_AD

J-PW

M0

HD

MI0-S

CL

HD

MI0-S

DA

HD

MI_H

P0

HD

MI0-R

X1N

HD

MI0-C

LKN

HD

MI0-C

LKP

HD

MI0-R

X0N

HD

MI0-R

X2N

TUN

ER

_SC

LTU

NE

R_S

DA

HD

MI0-R

X2P

HD

MI0-R

X1P

HD

MI0-R

X0P

UA

RT-R

X

RX

E3+

RX

E3-

UA

RT-TX

GN

D-E

FUS

ES

ystem-R

ST

HD

MI-C

EC

IRIN

KE

Y0-S

AR

0K

EY

1-SA

R1

SOG0AMP-AUOUTR0VGA_RIN

AV-AUOUTR3

SPI-SDI

SPI_CS0N

SPI-SCKSPI-SDO

VGA-AUL1VGA-AUR1

SPI_WP0N

Y+

Pb+

RXE0+

RXOC-RXO2+

RXO3-RXOC+

RXO3+

RXE0-

RXO2-

RXO0+RXO0-

RXO1+RXO1-

RXEC-

RXE1-

RXE2-

RXEC+

RXE1+

RXE2+

AV1-CVBS0P

UART-RX

VIFMVIFP

TAGC

VB

L-CTR

L

AUDIO-ENAUDIO_EN

VBL-CTRLVBL_CTRLON_PANEL PANEL-ON/OFF

TUNER_SDATUNER_SCL

BRI_ADJ-PWM0

COMP_AUR4COMP_AUL4

SOY

PW

R-O

N/O

FF

IRIN

PWR-ON/OFF

UART-TX

VGA_GIN

AV-AUOUTL3

HDMI_HP1

VGA_GIN

VGA_HSVGA_VS

VGA_BIN

CVBS_OUT0

HDMI1-SCL

AMP-AUOUTL0

HDMI-CEC

HDMI1-RX1NHDMI1-RX1P

HDMI1-RX2NHDMI1-RX2P

HDMI1-RX0NHDMI1-RX0PHDMI1-CLKNHDMI1-CLKP

BRI_ADJ-PWM0 VBL-CTRL

HDMI1-SDA

VGA_RINPr+

SOG0Y+

Pb+

SPI_WP0N

USB0_DMUSB0_DP

SPI-SCK

SPI_CS0N

SPI-SDISPI-SDO

Circuit Diagrams and PWB LayoutsEN 49 TPS10.1A LA10.

2013-Jul-05back to div.table

10-3-3LVDS

19450_510_130110.eps130110

LVDSB03B03

2012-09-24 A

715G5740 LVDS

SELLVDS

RXEC- R4490R05 OHMRXE3-

RXEC1-

RXE1-RXE0-

RXE2-

3D_EN

BLPWM

R4480R05 OHM

RXEC1+RXE2+RXE1+

RXEC+

RXE0+

RXE3+

3D_EN

R471

NC/4.7K

RXOC+RXOC1+ R4540R05 OHM

RXO2+RXO1+RXO0+

RXO3+

+3.3V_Standby

R472

0.05R

3D_enable2

Panel Power

BLPWM

R450

NC/4.7K

R447NC/360R 1/10W 5%

R452NC/220 OHM 1/10W

R453NC/220 OHM 1/10W

D402NC/RB501V-40

1 2

R438

NC/0oHM

Q403MMBT3904

C401

220N 25V

R44110K

R451NC/390 OHM 1/10W

C439NC/100N 50V

R446NC/0R05 OHM

R4370oHM

CN403

CONN

2468

1012141618202224262830

1357911131517192123252729

R445

NC/4.7K

R443

10K

+C438

100UF 16V

R4424.7K

R444NC/360R 1/10W 5%

R4402.2K 1/4W

RXO2+

U403NC/AZ809ANSTR-E1

GND1

RESET2

Vcc3

RXOC+

C437

100NF 16V

R439100K

RXEC-

Q401AO4449 -7A/-30V

S1

S2

S3

G4

D8

D7

D6

D5

P12V

RXO3+

RXE2+

PANEL_VCC

+5V_Standby

PANEL_VCC

DGND

DGND

RXE3-

RXE1-

DGND

DGND

DGND

RXO3-

P12V

DGND

RXE2-

+5V_Standby

RXO1-

DGND+3.3V_Standby

RXE0-

RXEC+

RXO3- 2

ON_PANEL 2

RXO1+

RXO0+

RXOC- 2RXOC-

RXOC+ 2

RXE3+

RXO0- 2RXO0+ 2

RXO0-

RXO2-

RXE2- 2

RXE1+

RXE0+

RXE2+ 2

RXO2+ 2

RXO1- 2

RXO3+ 2

RXE3- 2RXE3+ 2

RXE0+ 2

RXO1+ 2

RXEC+ 2

RXE1- 2

RXEC- 2

RXE1+ 2

RXO2- 2

RXE0- 2

BRI_ADJ-PWM01,2

R47347K

RXO0-

R4550R05 OHM

RXO2-

RXO3-

RXO1-

RXOC1-RXOC-

EN 50 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-3-4Video/Audio Interface/USB2.0

19450_511_130110.eps130110

Video/Audio Interfac/USB2.0B04B04

2012-09-24 A

715G5740 Video/Audio Interfac/USB2.0

AV2-CVBS0P2

VGA_SDA

VGA_HSYNC

VGA_VSYNC

VGA_SCL

VGA-AUR1

VGA_SDA

YPBPR1_IN_R1

Y1

YPBPR1_IN_L1

HeadPhone

VGA-AUL1

PB1

PR1

YPBPR Video/Audio IN

0.5pF

VGA_R

HP_D

Q102MMBT3906

R12633R

R13268R

R106

33 OHM 1/16W

R105

47K

VGA_VSYNC

VGA_HSYNC

ZD105MLVG0402

12

R136

10K

R110

75 OHM

R11610K 1/16W 5%

C1122.2uF 10V

C1211N50V

C103

100N 16V

C12247nF 16V

ZD106

MLVG0402

12

C1071N50V

12

34

CN106USB CONN

1234

65

R113

33 OHM 1/16W

ZD101MLVG0402

12

NC/100N 16V

C124

C104

1uF 10V

R10875 OHM

ZD113MLVG0402

12

R115

75 OHM

R11710K 1/16W 5%

470pF 50V

C119

R12733R

USB IN

R10775 OHM

USB0_DPUSB0_DM

R123

12K 1/16W

R111

33 OHM 1/16W

Q101

MMBT3904

CN101

CONN

1762345

ZD104MLVG0402

12

C1162.2uF 10V

NC/100N 16V

C123

R13333R

R128

75R

C125100N 16V

R13110K 1/16W 5%

CN104

CONN

12

3

ZD110MLVG0402

12

ZD108 MLVG0402

12

R13468R

R137

10K

VGA_G

E

A

B

C

D

CN102

RCA JACK

1

234

6

78

910

11

12

13

5

R118

12K 1/16W

ZD111MLVG0402

12

R10975 OHM

C11047nF 16V

R13533R

C10647nF 16V

R125

75R

ZD116MLVG0402

12

ZD102

MLVG0402

12

C108

22pF 50V

ZD115MLVG0402

12

SOY

CN105

CONN

1728394105

11

12

13

14

15

1716

6

Pr+

ZD118

MLVG0402

12

Y+

R12412K 1/16W

AV1-CVBS0P

Pb+

ZD112MLVG0402

12

ZD114MLVG0402

12

CN103

CONN

3

1

2

R112

75 OHM

R102

33 OHM 1/16W

+C126100UF 16V

ZD109MLVG0402

12

R12933R

ZD103MLVG0402

12

C10247nF 16V

330pF 50V

C114

R1384.99ohm 1/16W +/-1%

R119

12K 1/16W

R130

75R

C10547nF 16V

R104

33 OHM 1/16W

470pF 50V

C118

R12110K 1/16W 5%

R103

220R 1/16W

C12047nF 16V

FB102

300R12

330pF 50V

C113

C1112.2uF 10V

ZD119

NC/MLVG0402

12

C1152.2uF 10V

R114

33K 1/16W 5%

R12233R

R12010K 1/16W 5%

ZD117

MLVG0402

12

ZD107MLVG0402

12

C11747nF 16V

C10910UF 10V

ZD120

NC/MLVG0402

12

R1394.99ohm 1/16W +/-1%

AGND AGND

AGND

AGND

AGND

AGND

AGND

AGNDAGND

AGND

AGND

AGND

AGND AGND

AGND

AGNDAGND

+5V_Normal

AGND

VGA IN

AGNDAGND

DGND DGNDDGND

USB_Shield_GND

USB_Shield_GND DGND

USB_5V

USB_Shield_GND

AGND AGND

DGND

AGND AGND

AGND

AGND

AGND

+3.3V_Standby

DGND AGND

COMP_AUR42

CVBS_OUT02

COMP_AUL42

SOY2

AV1-CVBS0P2

Pr+2

Y+2

CVBS_OUT1

Pb+2

VGA-AUR12

VGA-AUL12

VGA_HS2

COMP_AUR4

VGA_RIN2

VGA_VS2

VGA_GIN2

SOG02

VGA_BIN2

USB0_DM 2USB0_DP 2

HP_OUT_R6

HP_DET2,6HP_OUT_L6

UART-RX2,9

UART-TX2,9

Rg

VGA_SCL

CVBS Out

Rf

0402

0402

0402

COMP_AUL4

0402

0402

0603

0603

HP_OUT_LHP_OUT_R

0603

PC AUDIO IN

VGA_HS

R147

33 OHM 1/16W

VGA_VS

VGA_B

VGA_SOG

C44947nF 16V

Circuit Diagrams and PWB LayoutsEN 51 TPS10.1A LA10.

2013-Jul-05back to div.table

10-3-5Input_HDMI

19450_512_130110.eps130110

Input_HDMIB05B05

2012-09-24 A

715G5740 Input_HDMI

HOTPLUG1

HDMI1_DDC_SCL#

R5224.99ohm 1/16W +/-1%

HDMI-ARC

HDMI1_D2+

HDMI1_D0+

HDMI1_D2-

HDMI1_CLK-

HDMI1_CLK+

HDMI1_D1-

HDMI1_D0-

HDMI0_D2+

CN501

HDMI0

SHLD020

SHLD121

TMDSD2+1

DSHLD02

TMDSD2-3

TMDSD1+4

DSHLD15

TMDSD1-6

TMDSD0+7

DSHLD28

TMDSD0-9

TMDSC+10

CSHLD011

TMDSC-12

CEC13

NC14

SCL15

SDA16

DDC_GND17

VCC518

HPD19

SHLD222

SHLD323

ZD503

MLVG0402

12

HDMI1_D1+

D503MMBT3904

R5031K 1/10W

CN502

HDMI1

SHLD020

SHLD121

TMDSD2+1

DSHLD02

TMDSD2-3

TMDSD1+4

DSHLD15

TMDSD1-6

TMDSD0+7

DSHLD28

TMDSD0-9

TMDSC+10

CSHLD011

TMDSC-12

CEC13

NC14

SCL15

SDA16

DDC_GND17

VCC518

HPD19

SHLD222

SHLD323

R510100R

ZD501MLVG0402

12

R513100R

R50947K

ZD502MLVG0402

12

R50447K

R50847K

R514100R

R50247K

U503NC/RClamp0524P.TCT

IN11

IN22

GN

D3

IN34

IN45

OUT46 OUT37

GN

D8

OUT29 OUT110

U504NC/RClamp0524P.TCT

IN11

IN22

GN

D3

IN34

IN45

OUT46 OUT37

GN

D8

OUT29 OUT110

R50610K 1/16W 5%

U502NC/RClamp0524P.TCT

IN11

IN22

GN

D3

IN34

IN45

OUT46 OUT37

GN

D8

OUT29 OUT110

U501NC/RClamp0524P.TCT

IN11

IN22

GN

D3

IN34

IN45

OUT46 OUT37

GN

D8

OUT29 OUT110

R50710K 1/16W 5%

R5051K 1/10W

R5234.99ohm 1/16W +/-1%

R51147K

R501100R

ZD504

MLVG0402

12

D502MMBT3904

R51247K

DGND

DGND

DGND

DGND

DGNDDGNDDGND

DGND

DGND

DGND

DGND

DGND

DGND

DGNDHDMI0_CON5V

HDMI1_CON5V

HOTPLUG0 2

HDMI0_D2- 2HDMI0_D2+ 2

HDMI0_D2-HDMI0_D1- 2HDMI0_D1+ 2

HDMI0_D1+HDMI0_D0- 2HDMI0_D0+ 2

HDMI0_CLK+ 2

HDMI0_DDC_SCL 2HDMI0_CLK- 2

HDMI_CEC 2

HDMI0_DDC_SDA 2

HDMI1_D1- 2

HDMI1_DDC_SDA 2

HDMI1_D0+ 2

HDMI1_CLK+ 2HDMI1_D0- 2

HDMI1_CLK- 2

HDMI1_D2+ 2

HOTPLUG1 2

R5244.99ohm 1/16W +/-1%

HDMI1_DDC_SCL 2

HDMI1_D2- 2

HDMI-ARC 2

HDMI1_D1+ 2

HDMI1_D1+

HDMI1_D2+HDMI1_D2-

HDMI1_D1+

HDMI1_D2+HDMI1_D2-

HDMI1_D1-

HDMI1_CLK-

HDMI1_D0-HDMI1_D0+

HDMI1_D1-

HDMI1_CLK+HDMI1_CLK-

HDMI1_D0-HDMI1_D0+

HDMI1_CLK+

R5254.99ohm 1/16W +/-1%

HDMI-CEC

R5264.99ohm 1/16W +/-1%R5274.99ohm 1/16W +/-1%

R5284.99ohm 1/16W +/-1%

HDMI1_DDC_SDA#HDMI1_DDC_SCL#

R531200R 1/16W

HDMI1_DDC_SCLHDMI1_DDC_SDA

R5294.99ohm 1/16W +/-1%

HDMI0_D0+HDMI0_D1-

R5304.99ohm 1/16W +/-1%

HDMI1-RX1P

HDMI1-RX0NHDMI1-RX0P

HDMI1-RX2N

HDMI1-SDAHDMI1-SCLHDMI1-CLKNHDMI1-CLKP

HDMI1-RX1N

HDMI1-RX2P

HDMI_HP1

HDMI0_CLK+HDMI0_D0-

HDMI0-SDAHDMI0-SCL

HDMI0-RX2P

HDMI0-RX1P

HDMI0-RX0NHDMI0-RX0P

HDMI0-RX2N

HDMI_HP0

HDMI-CEC

HDMI0-CLKNHDMI0-CLKP

HDMI0-RX1N

HDMI0_D2-

From Main Chip

HDMI0_D0-HDMI0_D0+

HDMI0_CLK-HDMI0_CLK+

HDMI0_D2+

HDMI0_D1+

HDMI0_D2-

HDMI0_D1-

HDMI0_D2+

HDMI0_D0-HDMI0_D0+

HDMI0_CLK+HDMI0_CLK-

ZD505MLVG0402

12

HDMI1_CON5V

R5214.99ohm 1/16W +/-1%R5204.99ohm 1/16W +/-1%

HDMI_CEC1

HDMI_CEC1

HDMI0_D1-

HOTPLUG0

HDMI0_DDC_SCL#HDMI0_DDC_SDAHDMI0_DDC_SCL

HDMI0_DDC_SDA#

HDMI0_CON5V

DGND

HDMI0_DDC_SCL#

DGND

HDMI0_D1+

HDMI0_CLK-

DGND

HDMI0_DDC_SDA#

R5154.99ohm 1/16W +/-1%

R5164.99ohm 1/16W +/-1%

HDMI-ARC

R5174.99ohm 1/16W +/-1%

R5184.99ohm 1/16W +/-1%R5194.99ohm 1/16W +/-1%

ZD507

MLVG0402

12

ZD506

MLVG0402

12

DGND DGND

HDMI1_DDC_SDA#

HDMI_CEC1

EN 52 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-3-6Earphone pre amplifier

19450_513_130110.eps130110

Earphone pre amplifierB06B06

2012-09-24 A

715G5740 Earphone pre amplifier

AV_AUOUTL3

AV_AUOUTR3

AV_AUOUTL3

HP_SD APA2176A

U602

NC

13

PV

DD

16

NC4

CP+1

PGND2

CP-3

CV

SS

5

VS

S6

LOU

T7

VD

D8

ROUT9

LIN10

/RSD11

RIN12

GN

D14

/LSD

15C6051.5nF 50V

R607100 OHM 1/10W

C611

10UF 10V

C6061UF16V

C6102.2UF 16V

R6050R05 OHM

C601

100NF 16V

C602

10UF 10V

R603200OHM1/16W

FB602

300R12

R604100OHM1/16W

R6020R05 OHM

C607

1UF16VC6091.5nF 50V

C6041UF16V

R606200OHM1/16W

C603NC/1.5nF 50V

C608NC/1.5nF 50V

HP_OUT_RR608100 OHM 1/10W

FB601

300R12

+5V_Normal

+3.3V_Standby

AV_AUOUTL3 2

AV_AUOUTR3 2HP_OUT_L4

HP_OUT_R4

HP_DET2,4

HP_OUT_L

Headphone Amp

HP_OUT_L

AV_AUOUTR3

HP_OUT_R

Circuit Diagrams and PWB LayoutsEN 53 TPS10.1A LA10.

2013-Jul-05back to div.table

10-3-7Tuner

19450_514_130110.eps130110

TunerB07B07

2012-09-24 A

715G5740 Tuner

Silicon Tuner

AIF-

TUNER_SCL

TUNER_SCL

TAGC

IF_AGC

TUNER_SDA

Tuner Power3.3V_TUNER

L need Q>15

To tuner

IF_AGC Control Circuit

TAGC 2IF_AGC

TUN_IF+

TUN_IF-

TUN_I2C_SDATUN_I2C_SCL

R143

100OHM

TUN_IF-TUN_IF+

Main Chip <-->

I2C for Tuner

C128100N 16V

C136

33PF 50V

C141100NF 16V

L1011UH

R145

100OHM

L103

2.2uH

C138NC/100pF 50V

C127

10uF 10V

C137

100N 16V

C1331N 50V

C134

100N 16V

22NF 25VC140

C101100N 16V

FB101

1000OHM12

C1321N 50V

L1042.2uH

R1414.7K

R101

100R

L102

1UH

C1311uF 10V

R140510R

R14410K

TU101TUNER

ANT1

3.3V2

SCL3

SDA4

GND5

Xout6

IF_N7

TH1

10TH

211

TH3

12TH

413

IF_P8

IF_AGC9

C130

2.2UF 16V

U101

VIN3

VOUT2

GN

D1

44

C13556pF 50V

R146

0R05 OHM

+C129

100UF 16V

C139NC/100pF 50V

R1424.7K

AGND

3.3V_TUNER

AGND

SCL_CAN

SDA_CAN

DGNDDGND

AGND

3.3V_TUNER

AGND

AGND

DGND DGND

3.3V_TUNER

+5V_Normal

AGND AGND

SCL_CAN

DGND

3.3V_TUNER

AGNDDGND

VIFM 2VIFP 2

TUNER_SCL 2

TUNER_SDA2

TUNER_SDA 2

TUNER_SCL2

SDA_CAN

AIF+

AIF-

Tuner3.3V

AIF+

TUNER_SDA

BPF_IN

EN 54 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-3-8AUDIO Amplifier

19450_515_130110.eps130110

AUDIO AmplifierB08B08

2012-09-24 A

715G5740 AUDIO Amplifier

AV_L_OUT#

AV_R_OUT#

Q602MMBT3906

R62910K

R+

AMP_MUTE

POP

+C450

100UF 16V

AMP_MUTE

L+

C630330pF 50V

R62010 OHM 1/4W

C634330nF

R614

NC/100K 1/16W

C638100N 50V

C6391NF 50V

C6200.22uF 50V

R615NC/100K 1/16W

POP

C626330pF 50V

C617

NC/1NF 50V

C6311UF 50V

R601

0.05RC628

0.22uF 50V

R622

10K+-5%1/16W

R626

10OHM1/16W

R624

33K 1/16W 5%

R621

10OHM1/16W

C621330nF

C6360.22uF 50V

L60147UH

C6191NF 50V

R618

10K

FB603

120R12

R61010OHM1/16W

C622

220NF 25V

C6271UF 50V

C624330nF

R619

NC

/0.05R

U601

APA2614RI-TRG

SDZ1

FAULTZ2

LINP3

LINN4

GAIN05

GAIN16

AVCC7

AGND8

GVDD9

PLIMIT10

RINN11

RINP12

NC13

PBTL14

PVCCL28

PVCCL27

BSPL26

OUTPL25

PGND24

OUTNL23

BSNL22

BSNR21

OUTNR20

PGND19

OUTPR18

BSPR17

PVCC16

PVCC15

Thermal Pad29

+C640100UF35V

AC OFF POPO

C6250.22uF 50V

R612

10K

R617

NC

/10K

C618100N 50V

C629330nF

C623330pF 50V

C616220NF 25V

R616

10OHM1/16W

L60247UH

L60447UH

+C614100UF35V

+C615100UF35V

R625

100OHM

CN601

CONN

1234

56

R60910OHM1/16W

C633220NF 25V

C6321UF 50V

C635220NF 25V

R613

100OHM

R623

10OHM1/16W

C613100N 50V

C637330pF 50V

R61110K

Q601MMBT3904

L60347UH

C612

NC/1NF 50V

+5V_Normal

+5V_Normal

P24VPVDD

PVDD

PVDD

PVDD

AMP_AUOUTR0 2

AMP_AUOUTL0 2

AUDIO_EN 2

R-

R62710K

L-

AV_L_OUT#

AV_R_OUT#

R62810K

+5V_Standby

AMP_STB

Circuit Diagrams and PWB LayoutsEN 55 TPS10.1A LA10.

2013-Jul-05back to div.table

10-3-9Keypad/IR

19450_516_130110.eps130110

Keypad/IRB09B09

2012-09-24 A

715G5740 Keypad/IR

+3.3V_Standby

IRIN

UART-TXUART-RX

R475NC/3.3K

IRIN

LEDG

KEY1-SAR1KEY0-SAR0

POWER

LEDR

LED-RLED-G

KEY_ADC1LED-G

LEDR

IRRX1

POWER_KEY

LED-R

KEY1-SAR1

POWER

LED-RLED-G

IRIN

POWER_KEYKEY_ADC1

KEY0-SAR0 IRRX1

R476NC/0R05 OHM

R4743.3K

LEDG

ZD404MLVG0402

12

R46610K 1/16W 5%

R467NC 100R 1/16W 5%

Q405MMBT3906

C444

100NF 16V

ZD403MLVG0402

12

FB409

120R 12

R470100R 1/16W 5%

C441

1N 50V

R462200OHM1/16W

R477NC/0R05 OHM

C442

100NF 16V

ZD406

MLVG0402

12

Q407

2N3906S-RTK/PS

1

23

R469100R 1/16W 5%

R4594.7K

ZD402MLVG0402

12

CN404CONN

12345

67

R468

100R 1/16W 5%

C445

1N 50V

ZD405MLVG0402

12

C440

1N 50V

R46510K 1/16W 5%

R461200OHM1/16W

R460100OHM

R4574K7 1/16W 1%

R4564K7 1/16W 1%

ZD401MLVG0402

12

Q4062N7002

ZD407MLVG0402

12

C447100nF 50V

DGND

C446

1N 50V

CN401

CONN

12345678910

R464

100OHM

tTH4010R4

12

R4634.7K

R458100OHM

C4431UF16V

Q404MMBT3906

DGND

DGND

+3.3V_Standby

DGND DGND

+3.3V_Standby

+3.3V_Standby

+3.3V_Standby

DGND

DGND

DGND

DGND DGND DGND

+3.3V_Standby

DGND

+5V_Standby

AGND

KEY0-SAR0 2

+5V_Standby

IRIN 2

KEY1-SAR1 2

LEDR 2

LEDG 2

UART-RX 2,4

UART-TX 2,4

+3.3V_Standby

CN405

NC CONN

123

45

EN 56 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10-3-10SSB layout top

19450_517_130111.eps130111

2012-10-27 C

715G5740 SSB Layout TopC

109

C11

1

C11

2

C11

5

C11

6

C12

7

C13

0

C40

2

C40

3

C41

3

C415

C42

6

C43

1

C438

C43

9

C44

3

C44

7

C60

2

C60

4

C60

6

C60

7

C610

C611

C613

C614C615

C616

C618

C62

1

C622

C62

4

C627

C62

9

C631

C632

C633

C63

4

C635

C638

C640

C70

2

C70

5

C70

6

C708

C70

9

C710

C711

C71

2

C713

C718

C721

C722

C72

3

D402

FB10

2

FB40

2

FB403

FB40

4

FB405

FB406

FB40

7

FB40

8

FB60

1

FB602

R10

7

R10

8

R10

9

R11

0R

112

R11

5

R12

5

R12

8

R13

0

R43

7

R43

8

R44

0

R44

4

R44

7

R45

1

R45

2

R45

3

R503

R505

R607

R608

R620

R71

8

C725

C620

C62

5C

628

C636

C40

1

C450

C126

C129

C71

9

C71

7

ZD4

ZD5

TP1

TP8

TP11

TP12

TP13

U2

C101

C10

2

C10

3

C10

4

C10

5

C10

6

C10

7

C10

8

C11

0

C11

3

C11

4

C11

7

C11

8

C11

9

C12

0

C12

1

C12

2

C12

3C

124

C12

5

C12

8

C13

1

C13

2

C13

3

C134

C13

5

C13

6

C137

C13

8

C13

9

C14

0

C14

1

C404

C40

5

C40

6

C40

7

C40

8

C40

9

C41

0

C41

1

C41

2

C41

4

C41

6

C417

C41

8

C41

9

C42

0

C42

1

C422

C423

C42

4

C425

C42

7

C42

8

C429

C430

C432C433

C43

4

C43

5

C43

6

C44

0

C44

1

C44

2

C44

4

C44

5

C44

6

C44

9

C60

3

C60

5

C60

8

C60

9

C612

C617

C62

3

C62

6C

630

C63

7

C704

C71

5

C716

C72

0

D401

D50

2

D503

FB10

1

FB40

1

FB40

9

FB603

FB70

1 HS401

L101

L102L103

L104

L701

Q101 Q102

Q401

Q402

Q403Q404 Q405

Q406 Q407

Q60

1

Q701 Q702Q703Q704 Q705 Q706

R10

2

R10

3

R10

4

R10

5

R10

6

R11

1

R11

3

R11

4

R12

0

R12

1

R12

2

R12

3

R12

4

R12

6

R12

7

R12

9

R13

1

R13

2

R133

R13

4

R135

R138

R139

R14

0

R14

1

R14

2

R14

3

R14

5

R401

R40

3

R40

4

R405

R406

R40

7

R40

9

R41

0

R41

2

R41

3

R41

5

R41

6

R41

8

R419

R42

0

R423

R42

4

R427

R428

R43

1

R43

4

R43

5

R43

6

R439

R44

1

R44

2

R44

3

R44

5

R446

R44

8

R44

9

R45

0

R45

4

R45

5

R45

8

R45

9

R46

0

R46

1

R46

2R463

R46

4

R46

5

R46

6R

467

R46

8

R46

9R

470

R502

R504

R506

R507

R50

8

R50

9

R511

R512

R60

2

R60

3

R60

4

R60

5

R60

6

R61

6

R62

1R

623

R62

6

R70

2

R71

0

TH401

U101

U402U403

U501

U502

U503

U504

U601

U602

U702

U703

X401

ZD10

1

ZD10

2

ZD10

3

ZD10

4

ZD10

5

ZD10

6

ZD10

7

ZD10

8

ZD10

9

ZD11

0

ZD11

1

ZD11

2

ZD11

3

ZD11

4

ZD11

5

ZD11

6ZD

117

ZD11

8ZD

119

ZD12

0

ZD40

1

ZD40

2

ZD40

3

ZD40

4ZD

405

ZD40

6

ZD40

7

ZD501

ZD502

ZD70

1

R47

1

R47

2

U704

R51

5

R51

6

R51

7

R51

8

R51

9

R52

0

R52

1

R52

2

R523

R524

R525

R526

R527

R528

R529

R530

C43

7

C60

1

C619

C639

C70

1

C70

3

C70

7

C71

4

C72

4

R10

1

R11

6

R11

7

R11

8

R11

9

R13

6

R13

7

R14

4

R14

6

R421

R422

R45

6

R45

7

R50

1

R51

0 R513

R514

R601

R609

R610

R611

R61

2

R613

R614

R615

R617

R618R619

R622

R624

R625

R701

R70

3

R70

4

R70

5

R70

6

R70

7

R70

8

R70

9

R711

R71

2

R71

3

R714

R71

5

R71

6

R71

7

R71

9

R72

0

R72

1

R72

2

R72

3

R724R72

5R

726

ZD50

3

ZD50

4

ZD50

5

ZD506

ZD507

R53

1

U401

ZD2

ZD3

ZD1

R473

R627 R628

R62

9

R727R72

8R729

R73

0

Q602

Q70

7

U701

R474

R47

5

CN405

R14

7

CN106

TU101

CN404

CN101

CN104

CN103CN102CN105

CN501

CN502

CN402

CN701CN401

CN403

CN601

R47

6

R477

L601

L602

L603

L604

Circuit Diagrams and PWB LayoutsEN 57 TPS10.1A LA10.

2013-Jul-05back to div.table

10-3-11SSB layout bottom

19450_518_130111.eps130111

2012-10-27 C

715G5740 SSB Layout Buttom

EN 58 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10.4J 715G5471 IR/LED 3008 series10-4-1IR/LED Panel

19450_519_130111.eps130117

JJ

2012-01-18 A

IR/LED Panel

IR/LED Panel715G5471

U201

IRM-H636M3/TR2

GND1

GND2

OUT3

VCC4

IR

C201

0.1uF 50V

VCC

R20115K 1/10W

R203220 OHM 1/10W LED_BCN201

CONN

12345

67

LED_R

RED

BLUE

LED201

LED

1

2 3

4

R202220 OHM 1/10W

Circuit Diagrams and PWB LayoutsEN 59 TPS10.1A LA10.

2013-Jul-05back to div.table

10-4-2IR/LED board layout

19450_520_130111.eps130111

2012-01-18 A

715G5471 IR/LEDboardlayout top/bottom

C201

R201

R202

R203

R1

R2R3

R4

CN201LED201

U201

Layout IR/LED Board (Top Side)

Layout IR/LED Board (Bottom Side)

EN 60 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10.5E 715G5711 Keyboard control panel10-5-1Key Panel

19450_521_130111.eps130117

EE

2012-04-27 A

Key Panel

Key Panel715G5711

FUNC_KEYPWR-SW

R05

750OHM +-1% 1/8W

R04

1K 1/8W 1%

R01

7K5 1/8W +/-1%

R03

1K8 +/-1% 1/8W

R06750OHM +-1% 1/8W

R02

2K7 1/8W 1%

R07750OHM +-1% 1/8W

SW01

TACT SW FWRD H1.5MM

CN01

CONN

1234

65

FUNC_KEY

PWR-SW

SW02

TACT SW FWRD H1.5MM

SW03

TACT SW FWRD H1.5MM

SW04

TACT SW FWRD H1.5MM

SW05

TACT SW FWRD H1.5MM

SW06

TACT SW FWRD H1.5MM

SW07

TACT SW FWRD H1.5MM

Circuit Diagrams and PWB LayoutsEN 61 TPS10.1A LA10.

2013-Jul-05back to div.table

10-5-2Key board layout

19450_522_130111.eps130111

2012-04-27 A

715G5711 Keyboard control panellayout top/bottom

C016

C017

C018

C019

C020

C021

C023

C024

R016

R017

R018

R020

R021

R022

R023

R024

R025

SW

11S

W12

SW

13

SW

14

SW

15

SW

16

SW

17

SW

18

SW

20

CN016

SW016SW017 SW019SW020 SW021SW022SW1

SW2

Layout Keyboard control panel (top side)

Layout Keyboard control panel (bottomside)

EN 62 TPS10.1A LA10. Circuit Diagrams and PWB Layouts

2013-Jul-05back to div.table

10.6O 715G5912 Option Board 32”10-6-1Apter

19450_523_130111.eps130117

ALCALC

2012-10-12 A

715G5912

Apater

Apater

CN001CONN 1357911131517192123252729313335

37

24681012141618202224262830323436

38

PAN

EL_V

CC

PAN

EL_V

CC

PAN

EL_V

CC

PAN

EL_V

CC

PAN

EL_V

CC

GN

DG

ND

GN

D9 10 G

ND

TOD

P_1

TOD

N_1

GN

DTO

CLK

P_1

TOC

LKN

_1G

ND

TOC

P_1

TOC

N_1

GN

DTO

BP

_1TO

BN

_1G

ND

TOA

P_1

GN

D3 2 111 TO

AN

_113

TOA

N_1

GN

DTO

BP

_1TO

CN

_1G

ND

TOC

LKP

_1TO

DN

_1G

ND10

GN

DG

ND

PAN

EL_V

CC

PAN

EL_V

CC

PAN

EL_V

CC

GN

D

CN002

CONN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

31 32

2G

ND

TOA

P_1

TOB

N_1

GN

DTO

CP

_1TO

CLK

N_1

GN

DTO

DP

_1119

GN

DPA

NE

L_VC

CPA

NE

L_VC

CPA

NE

L_VC

C

Circuit Diagrams and PWB LayoutsEN 63 TPS10.1A LA10.

2013-Jul-05back to div.table

10-6-2Option Boaard layout top/bottom

19450_524_130112.eps130112

2012-10-19 A

715G5912 AmbiLight controllayout top/bottom

CN001

CN002

ZD2

ZD3

ZD4 ZD7

ZD5

ZD16ZD17

Layout AmbiLight control (top side)

LayoutAmbiLight control (bottomside)

EN 64 TPS10.1A LA11. StylingSheets

2013-Jul-05back to div.table

11.StylingSheets11.13008 series 32"

19450_800_130123.eps130123

32PFL3008

Pos No.DescriptionRemarks0031 Bezel 0032 Deco bezel0041 Rear cover0051 Base1050 Display panel1053 PanelSSB1054 Power Supply Unit1056 IR/LED panel1057 Keyboard panel control1176 Remote control Not displayed1185Speakers

FOR ELECTRICAL PARTS/ASSEMBLIESSEE WIRING DIAGRAM CHAPTER 9

0031

1056

1185

0041

1185

1050

0032

1054

1057

0051

1053

StylingSheetsEN 65 TPS10.1A LA11.

2013-Jul-05back to div.table

11.23008 series 39"

19450_801_130123.eps130123

39PFL3008

Pos No.DescriptionRemarks0031 Bezel 0032 Deco bezel0041 Rear cover0051 Base1050 Display panel1053 PanelSSB1054 Power Supply Unit1056 IR/LED panel1057 Keyboard panel control1176 Remote control Not displayed1185Speakers

FOR ELECTRICAL PARTS/ASSEMBLIESSEE WIRING DIAGRAM CHAPTER 9

0031

1056

1185

0041

1185

10500032

1054

1057

0051

1053

EN 66 TPS10.1A LA11. StylingSheets

2013-Jul-05back to div.table

11.33008 series 42"

19450_802_130123.eps130123

42PFL3008

Pos No.DescriptionRemarks0031 Bezel 0032 Deco bezel0041 Rear cover0051 Base1050 Display panel1053 PanelSSB1054 Power Supply Unit1056 IR/LED panel1057 Keyboard panel control1176 Remote control Not displayed1185Speakers

FOR ELECTRICAL PARTS/ASSEMBLIESSEE WIRING DIAGRAM CHAPTER 9

0031

1056

1185

0041

1185

10500032

1054

1057

0051

1053