Publ

ishe

d by

ER

/JY

116

4 B

U T

V C

onsu

mer

Car

ePr

inte

d in

the

Net

herla

nds

Subj

ect t

o m

odifi

catio

nEN

3122

785

191

3020

11-A

pr-2

9

©C

opyr

ight

201

1 Ko

nink

lijke

Philip

s El

ectro

nics

N.V

.Al

l rig

hts

rese

rved

. No

part

of th

is p

ublic

atio

n m

ay b

e re

prod

uced

, sto

red

in a

re

triev

al s

yste

m o

r tra

nsm

itted

, in

any

form

or b

y an

y m

eans

, ele

ctro

nic,

mec

hani

cal,

phot

ocop

ying

, or o

ther

wis

e w

ithou

t the

prio

r per

mis

sion

of P

hilip

s.

Col

our T

elev

isio

nC

hass

is

L11M

1.1L LA

1913

0_00

0_11

0421

.eps

1104

21

Con

tent

sPa

ge1.

Rev

isio

n Li

st2

2.Te

chni

cal S

peci

ficat

ions

and

Con

nect

ions

23.

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

44.

Mec

hani

cal I

nstru

ctio

ns8

5.S

ervi

ce M

odes

, Err

or C

odes

, and

Fau

lt Fi

ndin

g12

6.A

lignm

ents

187.

Circ

uit D

escr

iptio

ns20

8.IC

Dat

a S

heet

s26

9.B

lock

Dia

gram

sW

iring

Dia

gram

32"

(Thr

iller

)35

Wiri

ng D

iagr

am 4

0" (T

hrill

er)

36B

lock

Dia

gram

Vid

eo37

Blo

ck D

iagr

am A

udio

38B

lock

Dia

gram

Con

trol &

Clo

ck S

igna

ls39

Blo

ck D

iagr

am I2

C40

Sup

ply

Line

s O

verv

iew

4110

.Circ

uit D

iagr

ams

and

PW

B L

ayou

tsB

01 3

9391

2365

052

42B

02 3

9391

2365

052

43B

03 3

9391

2365

052

45B

04 3

9391

2365

052

46B

05 3

9391

2365

052

50B

06 3

9391

2365

052

52B

07 3

9391

2365

052

5631

3912

3650

52 S

SB

Lay

out

57T0

1 39

3912

3650

7159

3139

1236

5071

TC

ON

Lay

out

6511

.Sty

ling

She

ets

Sty

ling

She

et T

hrill

er 3

2"66

Sty

ling

She

et T

hrill

er 4

0"67

Rev

isio

n Li

stEN

2L1

1M1.

1L L

A1.

2011

-Apr

-29

1.R

evis

ion

List

Man

ual x

xxx

xxx

xxxx

.0•

Firs

t rel

ease

.

2.Te

chni

cal S

peci

ficat

ions

and

Con

nect

ions

Inde

x of

this

cha

pter

:2.

1 Te

chni

cal S

peci

ficat

ions

2.2

Dire

ctio

ns fo

r Use

2.3

Con

nect

ions

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

ns

For o

n-lin

e pr

oduc

t sup

port

plea

se u

se th

e lin

ks in

Tab

le 2

-1.

Her

e is

pro

duct

info

rmat

ion

avai

labl

e, a

s w

ell a

s ge

tting

sta

rted,

us

er m

anua

ls, f

requ

ently

ask

ed q

uest

ions

and

sof

twar

e &

dr

iver

s.

Tabl

e 2-

1 D

escr

ibed

Mod

el n

umbe

rs

2.2

Dire

ctio

ns fo

r Use

You

can

dow

nloa

d th

is in

form

atio

n fro

m th

e fo

llow

ing

web

site

s:ht

tp://

ww

w.p

hilip

s.co

m/s

uppo

rtht

tp://

ww

w.p

4c.p

hilip

s.co

m

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

ccor

ding

to 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.

0

Figu

re 2

-2 U

SB (t

ype

A)

CTN

Styl

ing

Publ

ishe

d in

:32

PFL

3606

D/7

8Th

rille

r31

22 7

85 1

9130

40P

FL36

06D

/78

SROTCE

NN

OC EDIS

SROTCE

NN

OC RAER

DIG

ITAL

AUD

IO O

UT

AUD

IO IN

DVI/V

GA

SERV

.U

RL

PrPb

Y

CVI 1

BOTT

OM

REA

R CO

NN

ECTO

RS

VGA

HDM

I 1(A

RC)

RL

PrPb

Y

CVI 2

ANTE

NN

A

1913

0_00

1_11

0421

.eps

1104

21

1 32

45

67

89

1011

1 2

3 4

1000

0_02

2_09

0121

.eps

0901

21

Tech

nica

l Spe

cific

atio

ns a

nd C

onne

ctio

nsEN

3L1

1M1.

1L L

A2.

2011

-Apr

-29

1-+

5V

�

2-D

ata

(-)

��

3-D

ata

(+)

��

4-G

roun

d G

nd

�

2 - A

V IN

: Cin

ch: V

ideo

CVB

S - I

n, A

udio

- In

Ye

-Vid

eo C

VB

S

1 V

PP /

75 o

hm

��

Wh

-Aud

io L

0.

5 V

RM

S /

10 k

ohm

�

�

Rd

-Aud

io R

0.

5 V

RM

S /

10 k

ohm

�

�

3 - H

DM

I: D

igita

l Vid

eo, D

igita

l Aud

io -

In

Figu

re 2

-3 H

DM

I (ty

pe A

) con

nect

or

1-D

2+

Dat

a ch

anne

l �

2-S

hiel

d G

nd

�

3-D

2-

Dat

a ch

anne

l �

4-D

1+

Dat

a ch

anne

l �

5-S

hiel

d G

nd

�

6-D

1-

Dat

a ch

anne

l �

7-D

0+

Dat

a ch

anne

l �

8-S

hiel

d G

nd

�

9-D

0-

Dat

a ch

anne

l �

10-C

LK+

Dat

a ch

anne

l �

11-S

hiel

d G

nd

�

12-C

LK-

Dat

a ch

anne

l �

13-E

asyl

ink

Con

trol c

hann

el/C

EC

�

�14

-n.c

.

15-D

DC

_SC

L D

DC

clo

ck

�

16-D

DC

_SD

A

DD

C d

ata

��

17-G

roun

d G

nd

�

18-+

5V

�

19-H

PD

H

ot P

lug

Det

ect

�20

-Gro

und

Gnd

�

2.3.

2R

ear C

onne

ctio

ns

4 - C

VI-1

: Cin

ch: V

ideo

YPb

Pr -

In, A

udio

- In

Wh

-Aud

io -

L 0.

5 V

RM

S /

10 k

Ω�

�R

d-A

udio

- R

0.

5 V

RM

S /

10 k

Ω�

�

Rd

-Vid

eo P

r 0.

7 V

PP /

75 Ω

��

Bu

-Vid

eo P

b 0.

7 V

PP /

75 Ω

��

Gn

-Vid

eo Y

1

VP

P /

75 Ω

��

5 - C

inch

: Dig

ital A

udio

- O

utB

k-C

oaxi

al

0.4

- 0.6

VP

P /

75 o

hm

��

6 - S

ervi

ce C

onne

ctor

(UA

RT)

1-G

roun

d G

nd

�

2-U

AR

T_TX

Tr

ansm

it �

3-U

AR

T_R

X

Rec

eive

�

7 - M

ini J

ack:

Aud

io -

In D

VI/V

GA

Bk

-Aud

io

0.5

VR

MS /

10 k

Ω�

�

2.3.

3B

otto

m C

onne

ctio

ns

8 - C

VI-2

: Cin

ch: V

ideo

YPb

Pr -

In, A

udio

- In

Wh

-Aud

io -

L 0.

5 V

RM

S /

10 k

Ω�

�R

d-A

udio

- R

0.

5 V

RM

S /

10 k

Ω�

�

Rd

-Vid

eo P

r 0.

7 V

PP /

75 Ω

��

Bu

-Vid

eo P

b 0.

7 V

PP /

75 Ω

��

Gn

-Vid

eo Y

1

VP

P /

75 Ω

��

9 - H

DM

I1: D

igita

l Vid

eo, D

igita

l Aud

io -

In

Figu

re 2

-4 H

DM

I (ty

pe A

) con

nect

or

1-D

2+

Dat

a ch

anne

l �

2-S

hiel

d G

nd

�

3-D

2-

Dat

a ch

anne

l �

4-D

1+

Dat

a ch

anne

l �

5-S

hiel

d G

nd

�

6-D

1-

Dat

a ch

anne

l �

7-D

0+

Dat

a ch

anne

l �

8-S

hiel

d G

nd

�

9-D

0-

Dat

a ch

anne

l �

10-C

LK+

Dat

a ch

anne

l �

11-S

hiel

d G

nd

�

12-C

LK-

Dat

a ch

anne

l �

13-E

asyl

ink

Con

trol c

hann

el/C

EC

��

14-A

RC

A

udio

Ret

urn

Cha

nnel

�

15-D

DC

_SC

L D

DC

clo

ck

�16

-DD

C_S

DA

DD

C d

ata

��

17-G

roun

d G

nd

�

18-+

5V

�

19-H

PD

H

ot P

lug

Det

ect

�

20-G

roun

d G

nd

�

10 -

Aer

ial -

In-

-F-ty

pe

Coa

x, 7

5Ω

�

11 -

VGA

: Vid

eo R

GB

- In

Figu

re 2

-5 V

GA

Con

nect

or

1-V

ideo

Red

0.

7 V

PP /

75 Ω

�2

-Vid

eo G

reen

0.

7 V

PP /

75 Ω

�

3-V

ideo

Blu

e 0.

7 V

PP /

75 Ω

�

4-n

.c.

5

-Gro

und

Gnd

�

6-G

roun

d R

ed

Gnd

�

7-G

roun

d G

reen

G

nd

�8

-Gro

und

Blu

e G

nd

�

9-+

5VD

C

+5 V

�

10-G

roun

d S

ync

Gnd

�

11-n

.c.

12

-DD

C_S

DA

DD

C d

ata

�

13-H

-syn

c 0

- 5 V

�

14-V

-syn

c 0

- 5 V

�

15-D

DC

_SC

L D

DC

clo

ck

�

1000

0_01

7_09

0121

.eps

0904

28

191

182

1000

0_01

7_09

0121

.eps

0904

28

191

182

1 610

11

5

15

1000

0_00

2_09

0121

.eps

0901

27

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 4

L11M

1.1L

LA

3.

2011

-Apr

-29

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

ns

Saf

ety

regu

latio

ns re

quire

the

follo

win

g du

ring

a re

pair:

•C

onne

ct th

e se

t to

the

Mai

ns/A

C P

ower

via

an

isol

atio

n tra

nsfo

rmer

(> 8

00 V

A).

•R

epla

ce s

afet

y co

mpo

nent

s, in

dica

ted

by th

e sy

mbo

l �,

only

by

com

pone

nts

iden

tical

to th

e or

igin

al o

nes.

Any

ot

her c

ompo

nent

sub

stitu

tion

(oth

er th

an o

rigin

al ty

pe) m

ay

incr

ease

risk

of f

ire o

r ele

ctric

al s

hock

haz

ard.

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

Ω a

nd 1

2 M

Ω.

4.S

witc

h “o

ff” th

e se

t, an

d re

mov

e th

e w

ire b

etw

een

the

two

pins

of t

he M

ains

/AC

Pow

er p

lug.

•

Che

ck th

e ca

bine

t for

def

ects

, to

prev

ent t

ouch

ing

of a

ny

inne

r par

ts b

y th

e cu

stom

er.

3.2

War

ning

s

•A

ll IC

s an

d m

any

othe

r sem

icon

duct

ors

are

susc

eptib

le to

el

ectro

stat

ic d

isch

arge

s (E

SD

).

Car

eles

s ha

ndlin

g du

ring

repa

ir ca

n re

duce

life

dra

stic

ally

. Mak

e su

re th

at,

durin

g re

pair,

you

are

con

nect

ed w

ith th

e sa

me

pote

ntia

l as

the

mas

s of

the

set b

y a

wris

tban

d w

ith re

sist

ance

. Kee

p co

mpo

nent

s an

d to

ols

also

at t

his

sam

e po

tent

ial.

•B

e ca

refu

l dur

ing

mea

sure

men

ts in

the

high

vol

tage

se

ctio

n.•

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 pr

even

t any

sho

rt ci

rcui

ts a

nd th

e da

nger

of a

ci

rcui

t bec

omin

g un

stab

le.

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.

2kΩ

). •

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

0Ω

).•

All

capa

cito

r val

ues

are

give

n in

mic

ro-fa

rads

(μ=

× 10

-6),

nano

-fara

ds (n

=×

10-9

), or

pic

o-fa

rads

(p=

× 10

-12 )

.•

Cap

acito

r val

ues

may

als

o us

e th

e va

lue

mul

tiplie

r as

the

deci

mal

poi

nt in

dica

tion

(e.g

. 2p2

indi

cate

s 2.

2pF

).•

An

“ast

eris

k” (*

) ind

icat

es c

ompo

nent

usa

ge v

arie

s. R

efer

to

the

dive

rsity

tabl

es fo

r the

cor

rect

val

ues.

•Th

e co

rrec

t com

pone

nt v

alue

s ar

e lis

ted

on th

e P

hilip

s S

pare

Par

ts W

eb P

orta

l.

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 d

evic

es, 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

Info

rmat

ion

on h

ow to

dea

l with

BG

A-IC

s.

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.

Whe

re a

pplic

able

and

ava

ilabl

e, th

is p

rofil

e is

add

ed to

the

IC

Dat

a S

heet

info

rmat

ion

sect

ion

in th

is m

anua

l.

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

ilize

d at

the

sold

er jo

int.

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 be

des

troye

d.

To a

void

wea

r-ou

t of t

ips,

sw

itch

“off”

unu

sed

equi

pmen

t or

redu

ce h

eat.

•M

ix o

f lea

d-fre

e so

lder

ing

tin/p

arts

with

lead

ed s

olde

ring

tin/p

arts

is p

ossi

ble

but P

HIL

IPS

reco

mm

ends

stro

ngly

toav

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

”.

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 5

L11M

1.1L

LA

3.

2011

-Apr

-29

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

re

sult

in s

ets

whi

ch h

ave

the

sam

e C

TN (C

omm

erci

al T

ype

Num

ber;

e.g.

28P

W95

15/1

2) b

ut w

hich

hav

e a

diffe

rent

B.O

.M.

num

ber.

By

look

ing

at th

e th

ird d

igit

of th

e se

rial n

umbe

r, on

e ca

n id

entif

y w

hich

B.O

.M. i

s us

ed fo

r the

TV

set

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

pow

ered

TV

set

, it i

s be

st to

test

the

high

vol

tage

insu

latio

n.

It is

eas

y to

do,

and

is a

goo

d se

rvic

e pr

ecau

tion.

3.4

Abb

revi

atio

n Li

st

0/6/

12S

CA

RT

switc

h co

ntro

l sig

nal o

n A

/V

boar

d. 0

= lo

op th

roug

h (A

UX

to T

V),

6=

play

16:9

form

at, 1

2=

play

4:3

fo

rmat

AAR

AA

utom

atic

Asp

ect R

atio

Ada

ptat

ion:

al

gorit

hm th

at a

dapt

s as

pect

ratio

to

rem

ove

horiz

onta

l bla

ck b

ars;

kee

ps

the

orig

inal

asp

ect r

atio

AC

IA

utom

atic

Cha

nnel

Inst

alla

tion:

al

gorit

hm th

at in

stal

ls T

V c

hann

els

dire

ctly

from

a c

able

net

wor

k by

m

eans

of a

pre

defin

ed T

XT

page

AD

CA

nalo

gue

to D

igita

l Con

verte

rA

FCA

utom

atic

Fre

quen

cy C

ontro

l: co

ntro

l si

gnal

use

d to

tune

to th

e co

rrec

t fre

quen

cyA

GC

Aut

omat

ic G

ain

Con

trol:

algo

rithm

that

co

ntro

ls th

e vi

deo

inpu

t of t

he fe

atur

e bo

xA

MA

mpl

itude

Mod

ulat

ion

AP

Asi

a P

acifi

cA

RA

spec

t Rat

io: 4

by

3 or

16

by 9

ASF

Aut

o S

cree

n Fi

t: al

gorit

hm th

at a

dapt

s as

pect

ratio

to re

mov

e ho

rizon

tal b

lack

ba

rs w

ithou

t dis

card

ing

vide

o in

form

atio

nA

TSC

Adv

ance

d Te

levi

sion

Sys

tem

s C

omm

ittee

, the

dig

ital T

V s

tand

ard

in

the

USA

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

VCA

udio

Vid

eo C

ontro

ller

AVI

PA

udio

Vid

eo In

put P

roce

ssor

B/G

Mon

ochr

ome

TV s

yste

m. S

ound

ca

rrie

r dis

tanc

e is

5.5

MH

zB

DS

Bus

ines

s D

ispl

ay S

olut

ions

(iTV

)B

LRB

oard

-Lev

el R

epai

rB

TSC

Bro

adca

st T

elev

isio

n S

tand

ard

Com

mitt

ee. M

ultip

lex

FM st

ereo

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

Prot

ectio

nC

SM

Cus

tom

er S

ervi

ce M

ode

CTI

Col

or T

rans

ient

Impr

ovem

ent:

man

ipul

ates

ste

epne

ss o

f chr

oma

trans

ient

sC

VB

SC

ompo

site

Vid

eo B

lank

ing

and

Syn

chro

niza

tion

DA

CD

igita

l to

Ana

logu

e C

onve

rter

DB

ED

ynam

ic B

ass

Enha

ncem

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

Syst

em C

ard

or

Sm

artc

ard

(for i

TV).

DD

CS

ee “E

-DD

C”

1000

0_05

3_11

0228

.eps

1102

28

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 6

L11M

1.1L

LA

3.

2011

-Apr

-29

D/K

Mon

ochr

ome

TV s

yste

m. S

ound

ca

rrie

r dis

tanc

e is

6.5

MH

zD

FID

ynam

ic F

ram

e In

serti

onD

FUD

irect

ions

For

Use

: ow

ner's

man

ual

DM

RD

igita

l Med

ia R

eade

r: ca

rd re

ader

DM

SD

Dig

ital M

ulti

Sta

ndar

d D

ecod

ing

DN

MD

igita

l Nat

ural

Mot

ion

DN

RD

igita

l Noi

se R

educ

tion:

noi

se

redu

ctio

n fe

atur

e of

the

set

DR

AM

Dyn

amic

RA

MD

RM

Dig

ital R

ight

s M

anag

emen

tD

SP

Dig

ital S

igna

l Pro

cess

ing

DS

TD

eale

r Ser

vice

Too

l: sp

ecia

l rem

ote

cont

rol d

esig

ned

for s

ervi

ce

tech

nici

ans

DTC

PD

igita

l Tra

nsm

issi

on C

onte

nt

Pro

tect

ion;

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

-139

4D

VB-

CD

igita

l Vid

eo B

road

cast

- C

able

DV

B-T

Dig

ital V

ideo

Bro

adca

st -

Terr

estri

alD

VD

Dig

ital V

ersa

tile

Dis

cD

VI(-

d)D

igita

l Vis

ual I

nter

face

(d=

digi

tal o

nly)

E-D

DC

Enh

ance

d D

ispl

ay D

ata

Cha

nnel

(V

ES

A s

tand

ard

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 s

tand

ard)

EE

PR

OM

Ele

ctric

ally

Era

sabl

e an

d P

rogr

amm

able

Rea

d O

nly

Mem

ory

EM

IE

lect

ro M

agne

tic In

terfe

renc

eE

PG

Ele

ctro

nic

Pro

gram

Gui

deE

PLD

Era

sabl

e P

rogr

amm

able

Log

ic D

evic

eE

UE

urop

eE

XT

EX

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

SH

FLA

SH

mem

ory

FMFi

eld

Mem

ory

or F

requ

ency

M

odul

atio

nFP

GA

Fiel

d-P

rogr

amm

able

Gat

e A

rray

FTV

Flat

Tel

eVis

ion

Gb/

sG

iga

bits

per

sec

ond

G-T

XT

Gre

en T

elet

eXT

HH

_syn

c to

the

mod

ule

HD

Hig

h D

efin

ition

HD

DH

ard

Dis

k D

rive

HD

CP

Hig

h-ba

ndw

idth

Dig

ital C

onte

nt

Pro

tect

ion:

A “k

ey” e

ncod

ed in

to th

e H

DM

I/DVI

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

I2 CIn

ter I

C b

usI2 D

Inte

r IC

Dat

a bu

sI2 S

Inte

r IC

Sou

nd b

usIF

Inte

rmed

iate

Fre

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

a st

anda

rds

body

subc

omm

ittee

of t

he In

tern

atio

nal

Tele

com

mun

icat

ion

Uni

on re

latin

g to

ra

dio

com

mun

icat

ion.

ITU

-656

(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.

The

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

max

imum

dat

a ra

te o

f 270

Mbi

t/s,

with

a m

inim

um b

andw

idth

of 1

35

MH

z.iT

VIn

stitu

tiona

l Tel

eVis

ion;

TV

set

s fo

r ho

tels

, hos

pita

ls e

tc.

LSLa

st S

tatu

s; T

he s

ettin

gs la

st c

hose

n by

the

cust

omer

and

read

and

sto

red

in R

AM

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

Am

eric

aLC

DLi

quid

Cry

stal

Dis

play

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t Em

ittin

g D

iode

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Mon

ochr

ome

TV s

yste

m. S

ound

ca

rrie

r dis

tanc

e is

6.5

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z. L

' is

Ban

d I,

L is

all

band

s ex

cept

for B

and

ILP

LLG

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lips

LCD

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plie

r)LS

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spea

ker

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SLo

w V

olta

ge D

iffer

entia

l Sig

nalli

ngM

bps

Meg

a bi

ts p

er s

econ

dM

/NM

onoc

hrom

e TV

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

by th

e M

ultim

edia

and

Hyp

erm

edia

E

xper

ts G

roup

. It i

s co

mm

only

use

d as

a

lang

uage

to d

escr

ibe

inte

ract

ive

tele

visi

on s

ervi

ces

MIP

SM

icro

proc

esso

r with

out I

nter

lock

ed

Pip

elin

e-S

tage

s; A

RIS

C-b

ased

m

icro

proc

esso

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OP

Mat

rix O

utpu

t Pro

cess

orM

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Met

al O

xide

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con

Fiel

d E

ffect

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stor

, sw

itchi

ng d

evic

eM

PE

GM

otio

n P

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res

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erts

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upM

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ti P

latfo

rm In

terF

ace

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TEM

UTE

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eM

TVM

ains

tream

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: TV

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e w

ith

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sum

er T

V fe

atur

es e

nabl

ed (i

TV)

NC

Not

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nect

edN

ICA

MN

ear I

nsta

ntan

eous

Com

poun

ded

Aud

io M

ultip

lexi

ng. T

his

is a

dig

ital

soun

d sy

stem

, mai

nly

used

in E

urop

e.N

TCN

egat

ive

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pera

ture

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ffici

ent,

non-

linea

r res

isto

rN

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iona

l Tel

evis

ion

Sta

ndar

d C

omm

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. Col

or s

yste

m m

ainl

y us

ed

in N

orth

Am

eric

a an

d Ja

pan.

Col

or

carr

ier N

TSC

M/N

= 3.

5795

45 M

Hz,

N

TSC

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3= 4

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619

MH

z (th

is is

a

VC

R n

orm

, it i

s no

t tra

nsm

itted

off-

air)

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MN

on-V

olat

ile M

emor

y: IC

con

tain

ing

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late

d da

ta s

uch

as a

lignm

ents

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n C

ircui

tO

SDO

n S

cree

n D

ispl

ayO

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ver t

he A

ir D

ownl

oad.

Met

hod

of

softw

are

upgr

ade

via

RF

trans

mis

sion

. U

pgra

de s

oftw

are

is b

road

cast

ed in

TS

with

TV

cha

nnel

s.O

TCO

n sc

reen

dis

play

Tel

etex

t and

C

ontro

l; al

so c

alle

d Ar

tistic

(SA

A58

00)

P50

Pro

ject

50:

com

mun

icat

ion

prot

ocol

be

twee

n TV

and

per

iphe

rals

Pre

caut

ions

, Not

es, a

nd A

bbre

viat

ion

List

EN 7

L11M

1.1L

LA

3.

2011

-Apr

-29

PA

LPh

ase

Alte

rnat

ing

Line

. Col

or s

yste

m

mai

nly

used

in W

est E

urop

e (c

olou

r ca

rrie

r=4.

4336

19M

Hz)

and

Sou

th

Amer

ica

(col

our c

arrie

r PA

LM

=3.

5756

12M

Hz

and

PA

LN

=3.

5820

56M

Hz)

PC

BPr

inte

d C

ircui

t Boa

rd (s

ame

as “P

WB

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CM

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e C

ode

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ulat

ion

PD

PPl

asm

a D

ispl

ay P

anel

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Pow

er F

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r Cor

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nditi

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ctur

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ture

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sed

for e

.g.

FST

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cus

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er

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ctly

the

desi

red

frequ

ency

PO

DPo

int O

f Dep

loym

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mov

able

C

AM

mod

ule,

impl

emen

ting

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sy

stem

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hos

t (e.

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TV-

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et, s

igna

l to

rese

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uP

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back

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pora

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roce

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prim

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y m

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t Mod

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des

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stru

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d'A

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et

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to th

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tand

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ssoc

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GA

640

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0 (4

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VL

Var

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roce

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aud

io

outp

ut to

war

d ex

tern

al a

mpl

ifier

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Ves

tigia

l Sid

e B

and;

mod

ulat

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met

hod

WY

SIW

YR

Wha

t You

See

Is W

hat Y

ou R

ecor

d:

reco

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elec

tion

that

follo

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mai

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d so

und

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ce s

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hrom

inan

ce (C

) si

gnal

YPb

Pr

Com

pone

nt v

ideo

. Lum

inan

ce a

nd

scal

ed c

olor

diff

eren

ce s

igna

ls (B

-Y

and

R-Y

)Y

UV

Com

pone

nt v

ideo

Mec

hani

cal I

nstru

ctio

nsEN

8L1

1M1.

1L L

A4.

2011

-Apr

-29

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

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 32

"

1913

0_00

2_11

0421

.eps

1104

21

Mec

hani

cal I

nstru

ctio

nsEN

9L1

1M1.

1L L

A4.

2011

-Apr

-29

Figu

re 4

-2 C

able

dre

ssin

g 40

"

1913

0_00

3_11

0426

.eps

1104

26

11 m

m s

addl

e ×

115

0 m

m ta

pe ×

370

mm

tape

× 4

Foam

× 2

Mec

hani

cal I

nstru

ctio

nsEN

10

L11M

1.1L

LA

4.

2011

-Apr

-29

4.2

Serv

ice

Posi

tions

For e

asy

serv

icin

g of

a T

V s

et, t

he s

et s

houl

d be

put

face

dow

n on

a s

oft f

lat s

urfa

ce, f

oam

buf

fers

or o

ther

spe

cific

wor

ksho

p to

ols.

Ens

ure

that

a s

tabl

e si

tuat

ion

is c

reat

ed to

per

form

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

ES

D s

afe

mea

sure

s ar

e ta

ken.

4.3

Ass

y/Pa

nel R

emov

al

Inst

ruct

ions

bel

ow a

pply

to th

e 40

PFL

3606

D/7

8, b

ut w

ill b

e si

mila

r for

oth

er m

odel

s.

4.3.

1R

ear C

over

Figu

re 4

-3 R

ear c

over

rem

oval

(40"

)

War

ning

: Dis

conn

ect t

he m

ains

pow

er c

ord

befo

re re

mov

ing

the

rear

cov

er.

See

Fig

ure

4-3.

1.R

emov

e fix

atio

n sc

rew

s [2

] and

[3] t

hat s

ecur

e th

e re

ar

cove

r. It

is n

ot n

eces

sary

to re

mov

e th

e st

and

first

[1].

2.Li

ft th

e re

ar c

over

from

the

TV. M

ake

sure

that

wire

s an

d fla

t foi

ls a

re n

ot d

amag

ed w

hile

lifti

ng th

e re

ar c

over

from

th

e se

t.

3 2 1

1913

0_00

4_11

0426

.eps

1104

26

33

22

32 2

3

3 33

2

11

2 32 3211

3

Mec

hani

cal I

nstru

ctio

nsEN

11

L11M

1.1L

LA

4.

2011

-Apr

-29

4.3.

2LC

D P

anel

Ref

er to

Fig

ure

4-4

for d

etai

ls.

1.R

emov

e th

e S

tand

[A].

2.R

emov

e th

e S

peak

ers/

Sub

woo

fer [

B].

3.R

emov

e th

e P

SU

[C],

SS

B [D

] and

TC

ON

(E).

4.R

emov

e th

e IR

/LE

D b

oard

[F].

5.R

emov

e th

e Lo

cal C

ontro

l boa

rd [G

].6.

Rem

ove

the

clam

ps [1

].7.

Rem

ove

all m

etal

sub

fram

es [2

] tha

t do

not b

elon

g to

the

LCD

dis

play

.

Figu

re 4

-4 L

CD

Pan

el re

mov

al (b

ased

on

40"

mod

el)

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

e 4-

5•

Pay

spe

cial

atte

ntio

n no

t to

dam

age

the

EM

C fo

ams

in th

e se

t. E

nsur

e th

at E

MC

foam

s ar

e m

ount

ed c

orre

ctly

.

Figu

re 4

-5 F

lat F

oil C

able

(FFC

) pre

caut

ions

1913

0_00

6_11

0426

.eps

1104

26

1A

1B

1C12

12

12

12DE

F

11

11

11

G

Pro

per F

FC in

serti

on: S

ilver

line

is n

otvi

sibl

e w

hen

conn

ecto

r loc

k is

clo

sed

Impr

oper

FFC

inse

rtion

: Silv

er li

ne is

visi

ble

whe

n co

nnec

tor l

ock

is c

lose

d

Pan

el

Thin

ner b

lue

FFC

sup

porti

ng

tape

belo

ng to

Pan

el s

ide

Thic

ker b

lue

FFC

sup

porti

ng

tape

belo

ng to

SSB

sideTC

ON

1913

0_00

7_11

0426

.eps

1104

26

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

2L1

1M1.

1L L

A5.

2011

-Apr

-29

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

ervi

ce T

ools

5.4

Err

or C

odes

5.5

The

Blin

king

LE

D P

roce

dure

5.6

Faul

t Fin

ding

and

Rep

air T

ips

5.7

Sof

twar

e U

pgra

ding

5.1

Test

Poi

nts

In th

e ch

assi

s sc

hem

atic

s an

d la

yout

ove

rvie

ws,

the

test

poi

nts

are

men

tione

d. In

the

sche

mat

ics

and

layo

uts,

test

poi

nts

are

indi

cate

d w

ith “F

xxx”

or “

Ixxx

”.A

s m

ost s

igna

ls a

re d

igita

l, it

will

be

diffi

cult

to m

easu

re

wav

efor

ms

with

a s

tand

ard

osci

llosc

ope.

Sev

eral

key

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

es

The

Ser

vice

Mod

e fe

atur

e is

spl

it in

to fo

ur p

arts

: •

Ser

vice

Def

ault

Mod

e (S

DM

).•

Ser

vice

Alig

nmen

t Mod

e (S

AM

).•

Cus

tom

er S

ervi

ce M

ode

(CSM

).•

Com

pute

r Aid

ed R

epai

r Mod

e (C

omP

air)

.

SD

M a

nd S

AM

offe

r fea

ture

s, w

hich

can

be

used

by

the

Ser

vice

en

gine

er to

repa

ir/al

ign

a TV

set

. Som

e fe

atur

es a

re:

•A

pre

-def

ined

situ

atio

n to

ens

ure

mea

sure

men

ts c

an b

e m

ade

unde

r uni

form

con

ditio

ns (S

DM

).•

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

).•

The

poss

ibili

ty to

ove

rrul

e so

ftwar

e pr

otec

tions

whe

n S

DM

is

ent

ered

via

the

Serv

ice

pins

.•

Mak

e al

ignm

ents

(e.g

. Whi

te T

one)

, (de

)sel

ect o

ptio

ns,

ente

r opt

ions

cod

es, r

eset

the

erro

r buf

fer (

SA

M).

•D

ispl

ay in

form

atio

n (“

SD

M” o

r “S

AM

” ind

icat

ion

in u

pper

rig

ht c

orne

r of s

cree

n, e

rror

buf

fer,

softw

are

vers

ion,

op

erat

ing

hour

s, o

ptio

ns a

nd o

ptio

n co

des,

sub

men

us).

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

I2C

/UA

RT

leve

l and

can

be

used

by

a S

ervi

ce

engi

neer

to q

uick

ly d

iagn

ose

the

TV s

et b

y re

adin

g ou

t err

or

code

s, re

ad a

nd w

rite

in N

VM

s, c

omm

unic

ate

with

ICs

and

the

uP (P

WM

, reg

iste

rs, e

tc.),

and

by

mak

ing

use

of a

faul

t fin

ding

da

taba

se. I

t will

als

o be

pos

sibl

e to

up

and

dow

nloa

d th

e so

ftwar

e of

the

TV s

et v

ia I2

C w

ith h

elp

of C

omP

air.

To d

o th

is,

Com

Pai

r has

to b

e co

nnec

ted

to th

e TV

set

via

the

Com

Pai

r co

nnec

tor,

whi

ch w

ill b

e ac

cess

ible

thro

ugh

the

rear

of t

he s

et

(with

out r

emov

ing

the

rear

cov

er).

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. E

very

two

soft-

rese

ts

incr

ease

the

hour

by

+1. S

tand

-by

hour

s ar

e no

t cou

nted

.

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

sho

w: “

AA

AA

AA

B-X

X.YY

”, w

here

: •

AA

AA

AA

is th

e ch

assi

s na

me:

L11

M11

.•

B is

the

regi

on in

dica

tion:

E=

Eur

ope,

A=

AP/

Chi

na, U

= N

AFT

A, L

= LA

TAM

.•

XX is

the

mai

n ve

rsio

n nu

mbe

r: th

is is

upd

ated

with

a m

ajor

ch

ange

of s

peci

ficat

ion

(inco

mpa

tible

with

the

prev

ious

so

ftwar

e ve

rsio

n). N

umbe

ring

will

go

from

01

- 99

and

AA

- ZZ

.–

If th

e 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

the

mai

n ve

rsio

n nu

mbe

r cha

nges

, the

def

ault

setti

ngs

are

load

ed.

•YY

is th

e su

b ve

rsio

n nu

mbe

r: th

is is

upd

ated

with

a m

inor

ch

ange

(bac

kwar

ds c

ompa

tible

with

the

prev

ious

ver

sion

s)

Num

berin

g w

ill g

o fro

m 0

0 - 9

9.–

If th

e su

b ve

rsio

n nu

mbe

r cha

nges

, the

new

ver

sion

nu

mbe

r is

writ

ten

in th

e N

VM

.–

If th

e N

VM

is fr

esh,

the

softw

are

iden

tific

atio

n, v

ersi

on,

and

clus

ter w

ill b

e w

ritte

n to

NV

M.

Dis

play

Opt

ion

Cod

e Se

lect

ion

Whe

n af

ter a

n S

SB

or d

ispl

ay e

xcha

nge,

the

disp

lay

optio

n co

de is

not

set

pro

perly

, it w

ill re

sult

in a

TV

with

“no

disp

lay”

. Th

eref

ore,

it is

requ

ired

to s

et th

is d

ispl

ay o

ptio

n co

de a

fter

such

a re

pair.

To d

o so

, 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

ENU

/HO

ME

and

“xxx

”, w

here

“xxx

” is

a 3

digi

t dec

imal

val

ue o

f the

pan

el ty

pe,

see

stic

ker o

n th

e si

de/b

otto

m o

f the

cab

inet

. Whe

n th

e va

lue

is a

ccep

ted

and

stor

ed in

NV

M, t

he s

et w

ill s

witc

h to

Sta

nd-b

y,

to in

dica

te th

at th

e pr

oces

s ha

s be

en c

ompl

eted

.

Figu

re 5

-1 L

ocat

ion

of D

ispl

ay O

ptio

n C

ode

stic

ker

Dur

ing

this

alg

orith

m, t

he N

VM

-con

tent

mus

t be

filte

red,

be

caus

e se

vera

l item

s in

the

NVM

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” a

nd

“Pro

d. S

/N” d

ata

is c

hang

ed in

to “S

ee T

ype

Pla

te”.

In c

ase

a ca

ll ce

ntre

or c

onsu

mer

read

s “S

ee T

ype

Pla

te” i

n C

SM

mod

e, h

e ne

eds

to lo

ok to

the

side

/bot

tom

stic

ker t

o id

entif

y th

e se

t, fo

r fur

ther

act

ions

.

1000

0_03

8_09

0121

.eps

0908

19

PHIL

IPS

MO

DEL:

32P

F996

8/10

PR

OD

.SE

RIA

L N

O:

AG

1A

0620 0

00001

040

39m

m

27mm

(CT

NS

ticke

r)

Dis

play

Opt

ion

Cod

e

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

3L1

1M1.

1L L

A5.

2011

-Apr

-29

5.2.

2Se

rvic

e D

efau

lt M

ode

(SD

M)

Purp

ose

Set

the

TV in

SD

M m

ode

in o

rder

to b

e ab

le to

cre

ate

a pr

e-de

fined

set

ting

for m

easu

rem

ents

to b

e m

ade.

In th

is p

latfo

rm,

a si

mpl

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.

•S

et S

mar

t Pic

ture

to “G

ame”

.•

Set

Sm

art S

ound

to “S

tand

ard”

.•

Tune

cha

nnel

to:

- for

ana

logu

e S

DM

: cha

nnel

3 (6

1.25

MH

z)- f

or d

igita

l SD

M: c

hann

el 2

6 (5

45.1

43 M

Hz)

.•

For d

igita

l SD

M: s

et P

ID d

efau

lt fro

m th

e st

ream

.•

All s

ervi

ce-u

nfrie

ndly

mod

es (i

f pre

sent

) are

dis

able

d, s

ince

th

ey in

terfe

re w

ith d

iagn

osin

g/re

pairi

ng a

set

. The

se

serv

ice

unfri

endl

y m

odes

are

:–

(Sle

ep) t

imer

.–

Blue

mut

e/W

all p

aper

.–

Auto

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)

.–

Skip

ping

, bla

nkin

g of

“Not

favo

urite

”, “S

kipp

ed” o

r “L

ocke

d” p

rese

ts/c

hann

els.

–Au

tom

atic

sto

ring

of P

erso

nal P

rese

t or L

ast S

tatu

s se

tting

s.–

Auto

mat

ic u

ser m

enu

time-

out (

men

u sw

itche

s ba

ck/

OFF

aut

omat

ical

ly.

–Au

to V

olum

e le

velli

ng (A

VL)

.

How

to A

ctiv

ate

To a

ctiv

ate

anal

ogue

SD

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 R

C tr

ansm

itter

: “0

6259

6” d

irect

ly fo

llow

ed b

y th

e M

ENU

but

ton.

•S

hort

one

of th

e “S

ervi

ce” p

ads

on th

e TV

boa

rd d

urin

g co

ld

star

t (se

e Fi

gure

5-2

). Th

en p

ress

the

mai

ns b

utto

n (r

emov

e th

e sh

ort a

fter s

tart-

up).

Cau

tion:

Whe

n do

ing

this

, the

ser

vice

-tech

nici

an m

ust

know

exa

ctly

wha

t he

is d

oing

, as

it co

uld

dam

age

the

tele

visi

on s

et.

To a

ctiv

ate

digi

tal S

DM

:•

Pre

ss th

e fo

llow

ing

sequ

ence

on

the

RC

tran

smitt

er:

“062

593”

dire

ctly

follo

wed

by

the

MEN

U b

utto

n.

Figu

re 5

-2 S

ervi

ce p

ads

(SSB

com

pone

nt s

ide)

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” i

n th

e up

per r

ight

cor

ner o

f the

scr

een

to in

dica

te th

at th

e te

levi

sion

is in

Ser

vice

Def

ault

Mod

e.M

enu

item

s an

d ex

plan

atio

n:•

xxxx

x: O

pera

ting

hour

s (in

dec

imal

).•

AA

AA

AA

B-X

X.YY

: See

par

agra

ph S

oftw

are

Iden

tific

atio

n, V

ersi

on, a

nd C

lust

er fo

r the

SW

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.

Ten

cod

es (i

n tw

o ro

ws)

are

pos

sibl

e.

How

to N

avig

ate

As

this

mod

e is

read

onl

y, th

ere

is n

ot m

uch

to n

avig

ate.

To

switc

h to

oth

er m

odes

, use

one

of t

he fo

llow

ing

met

hods

:•

Com

man

d M

ENU

from

the

user

rem

ote

will

ent

er th

e no

rmal

use

r men

u (b

right

ness

, con

trast

, col

or, e

tc...

) with

“S

DM

” OS

D re

mai

ning

, and

pre

ssin

g M

EN

U k

ey a

gain

will

re

turn

to th

e la

st s

tatu

s of

SD

M a

gain

.•

To p

reve

nt th

e O

SD

from

inte

rferin

g w

ith m

easu

rem

ents

in

SD

M, c

omm

and

“OS

D” o

r “i+

” (“S

TATU

S” o

r “IN

FO” f

or

NA

FTA

and

LA

TAM

) fro

m th

e us

er re

mot

e w

ill to

ggle

the

OSD

“on/

off”

with

“SD

M” O

SD re

mai

ning

alw

ays

“on”

.•

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 IN

FO[i+

]/OK

butto

n to

sw

itch

to S

AM (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 E

xit

Sw

itch

the

set t

o S

tand

-by

by•

pres

sing

the

stan

dby

butto

n on

the

rem

ote

cont

rol

trans

mitt

er o

r on

the

tele

visi

on s

et, o

r•

via

a st

anda

rd R

C-tr

ansm

itter

by

keyi

ng th

e “0

0” s

eque

nce.

If yo

u sw

itch

the

tele

visi

on s

et “o

ff” b

y re

mov

ing

the

mai

ns (i

.e.,

unpl

uggi

ng th

e te

levi

sion

), th

e te

levi

sion

set

will

rem

ain

in S

DM

w

hen

mai

ns is

re-a

pplie

d, a

nd th

e er

ror b

uffe

r is

not c

lear

ed.

The

erro

r buf

fer w

ill o

nly

be c

lear

ed w

hen

the

“cle

ar” c

omm

and

is u

sed

in th

e S

AM

men

u.

Not

e:•

If th

e TV

is s

witc

hed

“off”

by

a po

wer

inte

rrup

t whi

le in

SD

M,

the

TV w

ill s

how

up

in th

e la

st s

tatu

s of

SD

M m

enu

as s

oon

as th

e po

wer

is s

uppl

ied

agai

n. T

he e

rror

buf

fer w

ill n

ot b

e cl

eare

d.•

In c

ase

the

set i

s ac

cide

ntal

ly in

Fac

tory

mod

e (w

ith a

n “F

” di

spla

yed

on th

e sc

reen

), pr

essi

ng a

nd h

oldi

ng “V

OL-

“ bu

tton

for 5

sec

onds

and

then

follo

wed

by

pres

sing

and

ho

ldin

g th

e “C

H-”

but

ton

for a

noth

er 5

sec

onds

sho

uld

exit

the

Fact

ory

mod

e.

5.2.

3Se

rvic

e A

lignm

ent M

ode

(SA

M)

Purp

ose

•To

cha

nge

optio

n se

tting

s.•

To d

ispl

ay /

clea

r 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)

.•

Set

Sm

art P

ictu

re to

“Gam

e”.

How

to A

ctiv

ate

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

” dire

ctly

follo

wed

by

the

INFO

[i+] /

OK

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,

with

“S

AM

” 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 A

lignm

ent M

ode.

1913

0_00

8_11

0426

.eps

1104

26

SDM

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

4L1

1M1.

1L L

A5.

2011

-Apr

-29

Men

u ite

ms

and

expl

anat

ion:

1.S

yste

m In

form

atio

n.•

Op

Hou

r: T

his

repr

esen

ts th

e lif

e tim

er. T

he ti

mer

co

unts

nor

mal

ope

ratio

n ho

urs,

but

doe

s no

t cou

nt

Sta

nd-b

y ho

urs.

•M

AIN

SW

ID: S

ee p

arag

raph

Sof

twar

e Id

entif

icat

ion,

V

ersi

on, a

nd C

lust

er fo

r the

SW

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.

Fiv

e er

rors

pos

sibl

e.•

OP1

/OP2

: Use

d to

read

-out

the

optio

n by

tes.

See

pa

ragr

aph

6.6

Opt

ion

Set

tings

in th

e A

lignm

ents

se

ctio

n fo

r a d

etai

led

desc

riptio

n. T

en c

odes

are

po

ssib

le.

2.Tu

ner.

•A

GC

Adj

ustm

ent:

See

par

agra

ph 6

.3.1

for

inst

ruct

ions

.•

Stor

e: T

o st

ore

the

data

.3.

Cle

ar. E

rase

s th

e co

nten

ts o

f the

err

or b

uffe

r. S

elec

t thi

s m

enu

item

and

pre

ss th

e M

EN

U R

IGH

T ke

y on

the

rem

ote

cont

rol.

The

cont

ent o

f the

err

or b

uffe

r is

clea

red.

4.O

ptio

ns. T

o se

t the

opt

ion

bits

. See

par

agra

ph 6

.6 O

ptio

n S

ettin

gs in

the

“Alig

nmen

ts” c

hapt

er fo

r a d

etai

led

desc

riptio

n.5.

RG

B A

lign.

To

alig

n th

e W

hite

Ton

e. S

ee W

hite

Ton

e A

lignm

ent:

for a

det

aile

d de

scrip

tion.

6.N

VM E

dito

r. To

cha

nge

the

NV

M d

ata

in th

e te

levi

sion

set

. S

ee a

lso

para

grap

h 5.

6 Fa

ult F

indi

ng a

nd R

epai

r Tip

s.7.

Upl

oad

to U

SB

.8.

Dow

nloa

d fr

om U

SB.

9.In

itial

ise

NVM

. To

initi

aliz

e a

(cor

rupt

ed) N

VM

. Be

care

ful,

this

will

era

se a

ll se

tting

s!10

.Aut

o A

DC

. Ref

er to

cha

pter

6. A

lignm

ents

for d

etai

led

info

rmat

ion.

11.E

DID

Writ

e En

able

. Ena

bles

ED

ID w

ritin

g (n

ot a

pplic

able

to

Ber

linal

e se

ts).

12.S

ervi

ce D

ata.

Virt

ual K

ey b

oard

for c

hara

cter

inpu

t ent

ry.

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

/ pr

evio

us

men

u ite

ms.

•W

ith th

e LE

FT/R

IGH

T ke

ys, i

t is

poss

ible

to:

–A

ctiv

ate

the

sele

cted

men

u ite

m.

–C

hang

e th

e va

lue

of th

e se

lect

ed m

enu

item

.–

Act

ivat

e th

e se

lect

ed s

ub m

enu.

•W

hen

you

pres

s th

e M

EN

U b

utto

n tw

ice

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

SAM

mod

e st

ill a

ctiv

e in

the

back

grou

nd).

To re

turn

to th

e S

AM m

enu

pres

s th

e M

EN

U b

utto

n.•

The

“INFO

[i+]/O

K” k

ey fr

om th

e us

er re

mot

e w

ill to

ggle

the

OS

D “o

n/of

f” w

ith “S

AM

” OS

D re

mai

ning

alw

ays

“on”

.•

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 M

ENU

but

ton

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

OP

TIO

NS

and

RG

B A

LIG

N s

ettin

gs),

leav

e th

e to

p le

vel S

AM

m

enu

by u

sing

the

PO

WE

R b

utto

n on

the

rem

ote

cont

rol

trans

mitt

er o

r the

tele

visi

on s

et. T

he m

entio

ned

exce

ptio

ns

mus

t be

stor

ed s

epar

atel

y vi

a th

e S

TOR

E bu

tton.

How

to E

xit

Sw

itch

the

set t

o S

TAN

DB

Y b

y pr

essi

ng th

e m

ains

but

ton

on

the

rem

ote

cont

rol t

rans

mitt

er o

r the

tele

visi

on s

et, o

r by

keyi

ng-in

the

“00”

seq

uenc

e on

a s

tand

ard

RC

-tran

smitt

er.

Not

e:•

Whe

n th

e TV

is s

witc

hed

“off”

by

a po

wer

inte

rrup

t whi

le in

S

AM, t

he T

V w

ill s

how

up

in “n

orm

al o

pera

tion

mod

e” a

s

soon

as

the

pow

er is

sup

plie

d ag

ain.

The

err

or b

uffe

r will

no

t be

clea

red.

•In

cas

e th

e se

t is

in F

acto

ry m

ode

by a

ccid

ent (

with

“F”

disp

laye

d on

scr

een)

, pre

ssin

g an

d ho

ldin

g “V

OL-

“ but

ton

for 5

sec

onds

and

then

follo

wed

by

pres

sing

and

hol

ding

th

e “C

H-”

but

ton

for a

noth

er 5

sec

onds

sho

uld

exit

the

Fact

ory

mod

e.

5.2.

4C

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. A

cal

l cen

tre c

an

inst

ruct

the

cust

omer

(by

tele

phon

e) to

ent

er C

SM

in o

rder

to

iden

tify

the

stat

us o

f the

set

. Thi

s he

lps

them

to d

iagn

ose

prob

lem

s an

d fa

ilure

s in

the

TV 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

”.•

Set

vol

ume

to 2

5%.

•S

et S

mar

t Pic

ture

to “G

ame”

.•

Set

Sm

art S

ound

to “S

tand

ard”

.•

Line

num

ber f

or e

very

line

(to

mak

e C

SM

lang

uage

in

depe

nden

t).•

Set

the

scre

en m

ode

to fu

ll sc

reen

(all

cont

ents

on

scre

en

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

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: “

1236

54” (

do n

ot a

llow

the

disp

lay

to ti

me

out b

etw

een

entri

es w

hile

key

ing

the

sequ

ence

).

Afte

r ent

erin

g th

e C

usto

mer

Ser

vice

Mod

e, th

e fo

llow

ing

item

s ar

e di

spla

yed:

Men

u Ex

plan

atio

n C

SM1

1.Se

t Typ

e. T

ype

num

ber,

e.g.

32P

FL36

05/7

8. (*

)2.

Prod

uctio

n co

de. P

rodu

ct s

eria

l no.

, e.g

. B

Z1A1

0081

2345

6 (*

). B

Z= P

rodu

ctio

n ce

ntre

, 1=

BO

M

code

, A=

Ser

vice

ver

sion

cha

nge

code

, 10=

Pro

duct

ion

year

, 08=

Pro

duct

ion

wee

k, 1

2345

6= S

eria

l num

ber.

3.In

stal

latio

n da

te. I

ndic

ates

the

date

of t

he fi

rst i

nitia

lizat

ion

of th

e TV

. Th i

s da

te is

acq

uire

d vi

a tim

e ex

tract

ion.

4.a

- Opt

ion

Cod

e 1.

Opt

ion

code

info

rmat

ion

(gro

up 1

).b

- Opt

ion

Cod

e 2.

Opt

ion

code

info

rmat

ion

(gro

up 2

).5.

SSB

. Ind

icat

ion

of th

e S

SB

fact

ory

ID (=

12n

c). (

*)6.

Dis

play

. Ind

icat

ion

of th

e di

spla

y ID

(=12

nc)

. (*)

7.PS

U. I

ndic

atio

n of

the

PS

U fa

ctor

y ID

(= 1

2nc)

.

(*) I

f an

NV

M IC

is re

plac

ed o

r ini

tializ

ed, t

hese

item

s m

ust b

e re

-writ

ten

to it

. Com

Pair

will

fore

see

in a

pos

sibi

lity

to d

o th

is.

Als

o th

e N

VM

edi

tor i

n th

e S

AM

men

u ca

n be

use

d.

Men

u Ex

plan

atio

n C

SM2

1.C

urre

nt M

ain

SW. S

how

s th

e m

ain

softw

are

vers

ion.

2.St

andb

y SW

. Sho

ws

the

Sta

nd-b

y so

ftwar

e ve

rsio

n.3.

Pane

l Cod

e. S

how

s th

e cu

rren

t dis

play

cod

e.4.

Boo

tload

er ID

. Sho

ws

the

Boo

tload

er s

oftw

are

ID.

5.N

VM V

ersi

on. T

he N

VM

sof

twar

e ve

rsio

n no

.6.

Flas

h ID

. Sho

ws

the

flash

ID.

Men

u Ex

plan

atio

n C

SM3

1.Si

gnal

Qua

lity.

Sho

ws

the

sign

al q

ualit

y (N

o Tu

ned/

Poo

r/A

vera

ge/G

ood)

.2.

Chi

ld lo

ck. T

his

is a

com

bine

d ite

m fo

r loc

ks. I

f any

lock

(P

rese

t loc

k, c

hild

lock

, loc

k af

ter,

or P

aren

tal l

ock)

is

activ

e, th

is it

em in

dica

tes

“act

ive”

.

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

5L1

1M1.

1L L

A5.

2011

-Apr

-29

3.H

DC

P K

eys.

Indi

cate

s if

the

HD

MI k

eys

(or H

DC

P k

eys)

ar

e va

lid o

r not

. Not

app

licab

le to

Ber

linal

e se

ries.

4.no

t use

d5.

not u

sed

6.no

t use

d7.

not u

sed.

Cre

ate

a C

SM d

ump

on a

n U

SB s

tick

Ther

e w

ill b

e C

SM

dum

p to

a p

lugg

ed in

USB

-stic

k up

on

ente

ring

CS

M-m

ode.

An

exte

nded

CS

M d

umpw

ill b

e cr

eate

d w

hen

the

“OK

” but

ton

on R

C is

pre

ssed

in C

SM

whi

le a

US

B

stic

k is

plu

gged

in. A

dire

ct C

SM

flas

h du

mp

will

be

crea

ted

whe

n th

e bu

ttons

“red

+ 2

679”

on

the

rem

ote

cont

rol a

re

pres

sed

in C

SM

whi

le a

US

B s

tick

is p

lugg

ed in

.

How

to E

xit

To e

xit C

SM

, use

one

of t

he fo

llow

ing

met

hods

:•

Pre

ss th

e M

EN

U/H

OM

E bu

tton

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

.

5.3

Serv

ice

Tool

s

5.3.

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 y

ou 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. Y

ou d

o no

t ha

ve to

kno

w a

nyth

ing

abou

t I2C

or U

AR

T co

mm

ands

yo

urse

lf, b

ecau

se 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 uP

is

wor

king

) and

all

repa

ir in

form

atio

n is

dire

ctly

ava

ilabl

e.4.

Com

Pai

r fea

ture

s TV

sof

twar

e up

pos

sibi

litie

s.

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

(new

) Com

Pai

r II i

nter

face

box

is c

onne

cted

to th

e PC

via

an

USB

cab

le. F

or th

e TV

cha

ssis

, the

Com

Pai

r int

erfa

ce b

ox

and

the

TV c

omm

unic

ate

via

a bi

-dire

ctio

nal c

able

via

the

serv

ice

conn

ecto

r(s)

.

How

to C

onne

ctTh

is is

des

crib

ed in

the

Com

Pai

r cha

ssis

faul

t fin

ding

dat

abas

e.

Figu

re 5

-3 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 w

ill b

e 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.•

Com

Pai

r UA

RT

inte

rface

cab

le: 3

138

188

7505

1.•

Pro

gram

sof

twar

e ca

n be

dow

nloa

ded

from

the

Phi

lips

Ser

vice

web

por

tal.

Not

e: F

or th

is c

hass

is, “

Pga

mm

ar” a

nd “T

-con

NV

M”

prog

ram

min

g (V

CO

M a

lignm

ent)

are

adde

d to

Com

Pair.

Add

ition

al c

able

s fo

r VC

OM

Alig

nmen

t•

Com

Pai

r/I2 C

inte

rface

cab

le: 3

122

785

9000

4.•

Com

Pai

r/VG

A a

dapt

er c

able

: 996

5 10

0 09

269.

5.4

Erro

r Cod

es

5.4.

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.•

Faili

ng 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 b

e ad

ded

to th

e bu

ffer i

f thi

s er

ror d

iffer

s fro

m a

ny

erro

r in

the

buffe

r. Th

e la

st fo

und

erro

r is

disp

laye

d on

the

left.

An

erro

r with

a d

esig

nate

d er

ror c

ode

neve

r lea

ds to

a

dead

lock

situ

atio

n. It

mus

t alw

ays

be d

iagn

osab

le (e

.g. e

rror

bu

ffer v

ia O

SD

or b

linki

ng L

ED

or v

ia C

omP

air)

.In

cas

e a

failu

re id

entif

ied

by a

n er

ror c

ode

auto

mat

ical

ly

resu

lts in

oth

er e

rror

cod

es (c

ause

and

effe

ct),

only

the

erro

r co

de o

f the

MA

IN fa

ilure

is d

ispl

ayed

.

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 1

6L1

1M1.

1L L

A5.

2011

-Apr

-29

5.4.

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/S

DM

/CS

M (i

f you

hav

e a

pict

ure)

. E

xam

ple:

–ER

RO

R: 0

0 0

0 0

: N

o er

rors

det

ecte

d–

ERR

OR

: 6 0

0 0

0 :

Err

or c

ode

6 is

the

last

and

onl

y de

tect

ed e

rror

–ER

RO

R: 9

6 0

0 0

: E

rror

cod

e 6

was

det

ecte

d fir

st a

nd

erro

r cod

e 9

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

5.5

The

Blin

king

LE

D P

roce

dure

.•

Via

Com

Pair.

5.4.

3Er

ror c

odes

The

“laye

r 1” e

rror

cod

es a

re p

oint

ing

to th

e de

fect

ive

boar

d.

They

are

trig

gere

d by

LE

D b

linki

ng w

hen

CS

M is

act

ivat

ed. I

n th

e LC

10 p

latfo

rm, o

nly

two

boar

ds a

re p

rese

nt: t

he S

SB

and

th

e P

SU

/IPB

, mea

ning

onl

y th

e fo

llow

ing

laye

r 1 e

rror

s ar

e de

fined

:•

2: S

SB

•3:

IPB

/PS

U•

4: D

ispl

ay

Tabl

e 5-

1 Er

ror c

ode

tabl

e

5.4.

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

SAM

men

u:•

By

usin

g th

e fo

llow

ing

key

sequ

ence

on

the

rem

ote

cont

rol

trans

mitt

er: “

0625

99” d

irect

ly fo

llow

ed b

y th

e O

Kbu

tton.

•If

the

cont

ents

of t

he e

rror

buf

fer h

ave

not c

hang

ed fo

r 50

hour

s, th

e er

ror b

uffe

r res

ets

auto

mat

ical

ly.

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

.

5.5

The

Blin

king

LED

Pro

cedu

re

5.5.

1In

trod

uctio

n

The

softw

are

is c

apab

le o

f ide

ntify

ing

diffe

rent

kin

ds o

f erro

rs.

Bec

ause

it is

pos

sibl

e th

at m

ore

than

one

err

or c

an o

ccur

ove

r tim

e, a

n er

ror b

uffe

r is

avai

labl

e, w

hich

is c

apab

le o

f sto

ring

the

last

five

err

ors

that

occ

urre

d. T

his

is u

sefu

l if t

he O

SD

is n

ot

wor

king

pro

perly

.

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 be

“off”

for 1

.5 s

econ

ds. A

ny R

C

com

man

d te

rmin

ates

the

sequ

ence

. Err

or c

ode

LED

blin

king

is

in re

d co

lor.

Exam

ple

(2):

the

cont

ent o

f the

err

or b

uffe

r is

“12

96

00”

Afte

r ent

erin

g S

DM

, the

follo

win

g oc

curs

: •

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

.

5.5.

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.

5.6

Faul

t Fin

ding

and

Rep

air T

ips

Not

es:

•It

is a

ssum

ed th

at th

e co

mpo

nent

s ar

e m

ount

ed c

orre

ctly

w

ith c

orre

ct v

alue

s an

d no

bad

sol

der j

oint

s.

•B

efor

e an

y fa

ult f

indi

ng a

ctio

ns, c

heck

if th

e co

rrec

t op

tions

are

set

.

5.6.

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

SA

M m

ode.

With

this

opt

ion,

sin

gle

byte

s ca

n be

cha

nged

.

Cau

tion:

•

Do

not c

hang

e th

ese,

with

out u

nder

stan

ding

the

func

tion

of e

ach

setti

ng, b

ecau

se in

corr

ect N

VM

setti

ngs

may

ser

ious

ly h

ampe

r the

cor

rect

func

tioni

ng

of th

e TV

set

!•

Alw

ays

writ

e do

wn

the

exis

ting

NVM

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.

5.6.

2Lo

ad D

efau

lt N

VM V

alue

s

It is

pos

sibl

e to

dow

nloa

d de

faul

t val

ues

auto

mat

ical

ly in

to th

e N

VM

in c

ase

a bl

ank

NV

M is

pla

ced

or w

hen

the

NV

M fi

rst 2

0 ad

dres

s co

nten

ts a

re “F

F”. A

fter t

he d

efau

lt va

lues

are

do

wnl

oade

d, it

is p

ossi

ble

to s

tart-

up a

nd to

sta

rt al

igni

ng th

e TV

set

. To

initi

ate

a fo

rced

def

ault

dow

nloa

d th

e fo

llow

ing

actio

n ha

s to

be

perfo

rmed

:1.

Sw

itch

“off”

the

TV s

et w

ith th

e m

ains

cor

d di

scon

nect

ed

from

the

wal

l out

let (

it do

es n

ot m

atte

r if t

his

is fr

om “S

tand

-by

” or “

Off”

situ

atio

n).

2.S

hort-

circ

uit t

he S

DM

pad

s on

the

SS

B (k

eep

shor

t ci

rcui

ted,

see

Fig

ure

5-2)

.3.

Pre

ss “P

+” o

r “C

H+”

on

the

loca

l key

boar

d (a

nd k

eep

it pr

esse

d).

4.R

econ

nect

the

mai

ns s

uppl

y to

the

wal

l out

let.

5.R

elea

se th

e “P

+” o

r “C

H+”

whe

n th

e se

t is

star

ted

up a

nd

has

ente

red

SD

M.

Whe

n th

e do

wnl

oadi

ng h

as c

ompl

eted

suc

cess

fully

, the

set

will

pe

rform

a re

star

t. A

fter t

his,

put

the

set t

o S

tand

-by

and

rem

ove

the

shor

t-circ

uit o

n th

e S

DM

pad

s.

Alte

rnat

ive

met

hod:

It is

als

o po

ssib

le 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

EEP

RO

M (o

r with

a d

efec

tive/

no E

EP

RO

M),

defa

ult s

ettin

gs s

houl

d be

use

d to

ena

ble

the

set t

o st

art-u

p an

d al

low

the

Ser

vice

Def

ault

Mod

e an

d S

ervi

ce A

lignm

ent M

ode

to

be a

cces

sed.

Laye

r-1

erro

r cod

e D

efec

tive

boar

dLa

yer-

2 er

ror c

ode

Def

ectiv

e de

vice

2

SSB

11

Spe

aker

DC

pro

tect

ion

activ

e on

SSB

3IP

B/P

SU

16+1

2 m

issi

ng/lo

w, P

SU

def

ectiv

e

3IP

B/P

SU

17P

OK

line

def

ectiv

e

2SS

B35

EE

PRO

M I2

C e

rror

on

SS

B, M

24C

162

SSB

34

Tune

r I2C

err

or o

n S

SB

2SS

B

23H

DM

I Mux

IC I2

C e

rror

on

SS

B - B

erni

nale

m

odel

s w

ith M

ux o

nly

2SS

B27

Cha

nnel

dec

oder

on

SS

B

4D

ispl

ay

(Inve

rter)

18LC

D P

anel

inve

rter e

rror.

INV

_STA

TUS

(fo

r 32”

set

s on

ly)

Ser

vice

Mod

es, E

rror

Cod

es, a

nd F

ault

Find

ing

EN 1

7L1

1M1.

1L L

A5.

2011

-Apr

-29

5.6.

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.

See

Dis

play

Opt

ion

Cod

e S

elec

tion

for t

he in

stru

ctio

ns.

5.6.

4U

nsta

ble

Pict

ure

via

HD

MI i

nput

Che

ck (v

ia C

omP

air)

if H

DM

I ED

ID d

ata

is p

rope

rly

prog

ram

med

.

5.6.

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.

5.6.

6H

DM

I CEC

Not

Fun

ctio

ning

Go

to H

ome/

Men

u ->

Set

up ->

Inst

alla

tion

-> P

refe

renc

e an

d se

t the

Eas

ylin

k op

tion

to “o

n”. A

lso

chec

k if

the

conn

ecte

d de

vice

is C

EC

ena

bled

.

5.6.

7TV

Will

Not

Sta

rt-u

p fr

om S

tand

-by.

Pos

sibl

e S

tand

-by

Con

trolle

r fai

lure

. Ref

lash

the

SW

.

5.7

Softw

are

Upg

radi

ng

5.7.

1In

trod

uctio

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

des

crip

tion

on h

ow to

upg

rade

the

mai

n so

ftwar

e ca

n be

foun

d in

the

DFU

or o

n th

e P

hilip

s w

ebsi

te.

5.7.

2M

ain

Softw

are

Upg

rade

Aut

omat

ic S

oftw

are

Upg

rade

In “n

orm

al” c

ondi

tions

, so

whe

n th

ere

is n

o m

ajor

pro

blem

with

th

e TV

, the

mai

n so

ftwar

e an

d th

e de

faul

t sof

twar

e up

grad

e ap

plic

atio

n ca

n be

upg

rade

d w

ith th

e “a

utor

un.u

pg” (

FUS

par

t in

the

one-

zip

file)

. Thi

s ca

n al

so b

e do

ne b

y th

e co

nsum

ers

them

selv

es, b

ut th

ey w

ill ha

ve to

get

thei

r sof

twar

e fro

m th

e co

mm

erci

al P

hilip

s w

ebsi

te o

r via

the

Sof

twar

e U

pdat

e A

ssis

tant

in th

e us

er m

enu

(see

DFU

). Th

e “a

utor

un.u

pg” f

ile

mus

t be

plac

ed in

the

root

of y

our U

SB

stic

k.

How

to u

pgra

de:

1.C

opy

the

“aut

orun

.upg

” file

to th

e ro

ot o

f an

US

B s

tick.

2.In

sert

the

US

B s

tick

in th

e si

de I/

O w

hile

the

set i

s “o

n”.

The

TV w

ill pr

ompt

an

upgr

ade

mes

sage

. Pre

ss “U

pdat

e”

to c

ontin

ue, a

fter w

hich

the

upgr

adin

g pr

oces

s w

ill st

art.

As

soon

as

the

prog

ram

min

g is

fini

shed

, the

set

mus

t be

rest

arte

d.

In th

e “S

etup

” men

u yo

u ca

n ch

eck

if th

e la

test

sof

twar

e is

ru

nnin

g.

5.7.

3H

ow to

Cop

y N

VM D

ata

to/fr

om U

SB

Writ

e N

VM D

ata

to U

SB1.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

2.E

xecu

te th

e co

mm

and

"NV

M C

opy"

> "N

VM

Cop

y to

USB

", to

cop

y th

e N

VM d

ata

to th

e U

SB

stic

k. T

he N

VM

file

nam

e on

the

US

B s

tick

will

be

nam

ed

"L11

M11

L_N

VM_T

2U.B

IN" (

this

take

s a

coup

le o

f se

cond

s).

Writ

e N

VM D

ata

to T

V1.

Firs

t, en

sure

(via

a P

C) t

hat t

he fi

lena

me

on th

e U

SB

stic

k ha

s th

e co

rrec

t for

mat

: "L1

1M11

L_N

VM

_U2T

.BIN

".2.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

3.E

xecu

te th

e co

mm

and

"NV

M C

opy"

> "N

VM

Cop

y fro

m

US

B" t

o co

py th

e U

SB

dat

a to

NV

M (t

his

take

s ab

out a

m

inut

e to

com

plet

e).

To w

rite

an N

VM

mas

k to

the

TV, e

nsur

e th

at th

e m

ask

has

the

corr

ect f

orm

at: "

L11M

11L_

NV

M_U

2T.M

AK"

(0x0

0 to

writ

e pr

otec

t, 0x

FF to

ove

rwrit

e).

Impo

rtan

t: Th

e fil

e m

ust b

e lo

cate

d in

the

"/R

epai

r" d

irect

ory

of th

e U

SB

stic

k.

5.7.

4H

ow to

Cop

y ED

ID D

ata

to/fr

om U

SB

Writ

e ED

ID D

ata

to U

SB1.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

2.E

xecu

te th

e co

mm

and

"NV

M C

opy"

> "E

DID

Cop

y to

U

SB

", to

cop

y th

e E

DID

dat

a to

the

US

B s

tick.

The

fil

enam

e on

the

US

B s

tick

will

be

nam

ed

"L11

M11

L_E

DID

_T2U

.BIN

" (th

is ta

kes

a co

uple

of

seco

nds)

.

Writ

e ED

ID D

ata

to T

V1.

Firs

t, en

sure

(via

a P

C) t

hat t

he fi

lena

me

on th

e U

SB

stic

k ha

s th

e co

rrec

t for

mat

: "L1

1M11

L_E

DID

_U2T

.BIN

".2.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

3.E

xecu

te th

e co

mm

and

"NV

M C

opy"

> "E

DID

Cop

y fro

m

US

B" t

o co

py th

e U

SB

dat

a to

ED

ID (t

his

take

s ab

out a

m

inut

e to

com

plet

e).

Impo

rtan

t: Th

e fil

e m

ust b

e lo

cate

d in

the

"/R

epai

r" d

irect

ory

of th

e U

SB

stic

k.

5.7.

5H

ow to

Cop

y th

e C

hann

el L

ist t

o/fr

om U

SB

Writ

e C

hann

el L

ist D

ata

to U

SB1.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

2.E

xecu

te th

e co

mm

and

"Cha

nnel

list

Cop

y to

US

B",

to c

opy

the

chan

nel l

ist d

ata

to th

e U

SB

stic

k. T

he fi

lena

me

on th

e U

SB

stic

k w

ill be

nam

ed "L

11M

11L_

CH

TB_T

2U.B

IN" (

this

ta

kes

a co

uple

of s

econ

ds).

Writ

e C

hann

el L

ist D

ata

to T

V1.

Firs

t, en

sure

(via

a P

C) t

hat t

he fi

lena

me

on th

e U

SB

stic

k ha

s th

e co

rrec

t for

mat

: "L1

1M11

L_C

HTB

_U2T

.BIN

".2.

Inse

rt th

e U

SB

stic

k in

to th

e U

SB

slo

t whi

le in

SA

M m

ode.

3.E

xecu

te th

e co

mm

and

"Cha

nel l

ist C

opy

from

US

B" t

o co

py th

e U

SB

dat

a to

the

TV (t

his

take

s ab

out a

min

ute

to

com

plet

e).

Impo

rtan

t: Th

e fil

e m

ust b

e lo

cate

d in

the

"/R

epai

r" d

irect

ory

of th

e U

SB

stic

k.

Alig

nmen

tsEN

18

L11M

1.1L

LA

6.

2011

-Apr

-29

6.A

lignm

ents

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

AD

C g

ain

adju

stm

ent

6.6

Opt

ion

Set

tings

Not

e: F

igur

es b

elow

can

dev

iate

slig

htly

from

the

actu

al

situ

atio

n, d

ue to

the

diffe

rent

set

exe

cutio

ns.

Gen

eral

: The

Ser

vice

Def

ault

Mod

e (S

DM

) and

Ser

vice

A

lignm

ent M

ode

(SAM

) are

des

crib

ed in

cha

pter

5. M

enu

navi

gatio

n is

don

e w

ith th

e C

UR

SO

R U

P, D

OW

N, L

EFT

or

RIG

HT

keys

of t

he re

mot

e co

ntro

l tra

nsm

itter

.

6.1

Gen

eral

Alig

nmen

t Con

ditio

ns

Per

form

all

elec

trica

l adj

ustm

ents

und

er th

e fo

llow

ing

cond

ition

s:•

Pow

er s

uppl

y vo

ltage

(dep

ends

on

regi

on):

–A

P-N

TSC

: 120

VA

C o

r 230

VA

C /

50 H

z (±

10%

).–

AP

-PA

L-m

ulti:

120

- 23

0 V

AC /

50 H

z (±

10%

).–

EU

: 230

VA

C /

50 H

z (±

10%

). –

LATA

M-N

TSC

: 120

- 23

0 V

AC /

50 H

z (±

10%

).–

US

: 120

VA

C /

60 H

z (±

10%

).•

Con

nect

the

set t

o th

e m

ains

via

an

isol

atio

n tra

nsfo

rmer

w

ith lo

w in

tern

al re

sist

ance

.•

Allo

w th

e se

t to

war

m u

p fo

r app

roxi

mat

ely

15 m

inut

es.

•M

easu

re v

olta

ges

and

wav

efor

ms

in re

latio

n to

cor

rect

gr

ound

(e.g

. mea

sure

aud

io s

igna

ls in

rela

tion

to

AU

DIO

_GN

D).

Cau

tion:

It is

not

allo

wed

to u

se h

eats

inks

as

grou

nd.

•Te

st p

robe

: Ri >

10

Moh

m, C

i < 2

0 pF

.•

Use

an

isol

ated

trim

mer

/scr

ewdr

iver

to p

erfo

rm

alig

nmen

ts.

6.2

Har

dwar

e A

lignm

ents

Ther

e ar

e no

har

dwar

e al

ignm

ents

fore

seen

for t

his

chas

sis,

bu

t bel

ow fi

nd a

n ov

ervi

ew o

f the

mos

t im

porta

nt D

C v

olta

ges

on th

e S

SB.

The

se c

an b

e us

ed fo

r che

ckin

g pr

oper

func

tioni

ng

of th

e D

C/D

C c

onve

rters

.

6.3

Softw

are

Alig

nmen

ts

With

the

softw

are

alig

nmen

ts o

f the

Ser

vice

Alig

nmen

t Mod

e (S

AM

) the

Tun

er a

nd R

GB

set

tings

can

be

alig

ned.

6.3.

1Tu

ner A

djus

tmen

t (R

F A

GC

Tak

e O

ver P

oint

)

Purp

ose:

To

keep

the

tune

r out

put s

igna

l con

stan

t as

the

inpu

t si

gnal

am

plitu

de v

arie

s.

No

alig

nmen

t is

nece

ssar

y, a

s th

e A

GC

alig

nmen

t is

done

au

tom

atic

ally

.

6.3.

2R

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).

–A

ll “W

hite

poi

nt” v

alue

s in

itial

to “1

27”.

In c

ase

you

have

a c

olor

ana

lyze

r:•

Mea

sure

with

a c

alib

rate

d (p

hosp

hor-

inde

pend

ent)

colo

r an

alyz

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

.002

, dy:

± 0

.002

.•

Rep

eat t

his

step

for t

he o

ther

col

or T

empe

ratu

res

that

nee

d 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

r ana

lyze

r, yo

u ca

n us

e th

e de

faul

t va

lues

. Thi

s is

the

next

bes

t sol

utio

n. T

he d

efau

lt va

lues

are

av

erag

e va

lues

com

ing

from

pro

duct

ion

(sta

tistic

s).

•S

et th

e R

ED

, GR

EE

N a

nd B

LUE

def

ault

valu

es p

er

tem

pera

ture

acc

ordi

ng to

the

valu

es in

the

“Tin

t set

tings

” ta

ble.

•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

.

Des

crip

tion

Test

Po

int

Spec

ifica

tions

(V)

Dia

gram

Min

.Ty

p.M

ax.

+12V

SF1

1811

.712

.312

.91

B01_

DC

-DC

+3V3

_STB

YF1

133.

23.

33.

4B0

1_D

C-D

C+3

V3_S

WF1

333.

173.

343.

5B0

1_D

C-D

C

+1V2

5_S

WF1

311.

181.

251.

31B0

1_D

C-D

C

+5V_

SW

F132

4.98

5.25

5.51

B01_

DC

-DC

+1V8

_SW

F125

1.74

1.83

1.92

B01_

DC

-DC

+1V1

_SW

F101

0.94

1.1

1.15

B01_

DC

-DC

+5VS

F235

4.94

5.2

5.46

B02A

_Tun

er_I

F+2

V5_S

W

F136

2.38

2.5

2.62

B01_

DC

-DC

+5VT

UN

_DI

GIT

AL

F236

4.75

55.

25B0

2_Tu

ner_

IF

VLS

_15V

6FJ

0114

.82

15.6

16.3

8B0

8C_T

CO

N D

C/D

C

VGH

_35V

FM02

34.0

35.0

36.0

B08F

_MIN

I LVD

SVG

L_-6

VFJ

14-7

.0-6

.0-5

.0B0

8C_T

CO

N D

C/D

C

VCC

_3V

3FJ

133.

143.

33.

47B0

8C_T

CO

N D

C/D

C

VCC

1V8

FJ05

1.71

1.8

1.89

B08C

_TC

ON

DC

/DC

Pict

ure

Setti

ngD

ynam

ic b

ackl

ight

O

ffD

ynam

ic C

ontra

stO

ff

Col

our E

nhan

cem

ent

Off

Pic

ture

For

mat

U

nsca

led

Ligh

t Sen

sor

Off

Brig

htne

ss50

Col

our

0C

ontra

st10

0

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

Alig

nmen

tsEN

19

L11M

1.1L

LA

6.

2011

-Apr

-29

Tabl

e 6-

2 Ti

nt s

ettin

gs 3

2"

Tabl

e 6-

3 Ti

nt s

ettin

gs 4

0"

6.4

AD

C g

ain

adju

stm

ent

Use

a Q

uant

um D

ata

Pat

ters

Gen

erat

or 8

02B

T an

d ap

ply

a “P

gcW

rgb”

imag

e (“

dot,

cros

s an

d co

lor b

ar m

ix p

atte

rn”)

ac

cord

ing

to F

igur

e 6-

1.

Figu

re 6

-1 “

PgcW

rgb”

pat

tern

6.4.

1YP

bPr

Follo

win

g in

stru

ctio

ns re

sult

in c

orre

ct a

lignm

ent o

f AD

C g

ain,

of

fset

and

pha

se, r

elat

ed to

YP

bPr i

nput

sig

nal.

Appl

y a

sign

al

of fo

rmat

“108

0i25

”.•

App

ly fo

llow

ing

sign

als

to th

e Y

PbP

r inp

ut c

onne

ctor

s:–

Pr s

igna

l of 0

.7 V

p-p1

/ 75

ohm

to th

e re

d ci

nch

conn

ecto

r.–

Y si

gnal

of 0

.7 V

b-p2 /

75

ohm

with

a s

ync

puls

e of

0.3

Vp

-p1

to th

e gr

een

cinc

h co

nnec

tor.

–Pb

sig

nal o

f 0.7

Vb-

p1 / 7

5 oh

m to

the

blue

cin

ch

conn

ecto

r.•

Sel

ect t

he in

put s

ourc

e to

YP

bPr i

nput

.•

In S

AM

, ini

tiate

the

“Aut

o A

DC

” cal

ibra

tion

com

man

d.U

pon

appe

aran

ce o

f the

“Aut

o A

DC

Com

plet

ed” m

essa

ge, t

he

alig

nmen

t is

com

plet

ed.

Not

es:

1. P

eak-

to-P

eak

2. B

lack

-to-P

eak.

6.4.

2PC

VG

A

Follo

win

g in

stru

ctio

ns re

sult

in c

orre

ct a

lignm

ent o

f AD

C g

ain,

of

fset

and

pha

se, r

elat

ed to

PC

VG

A in

put s

igna

l. A

pply

a

sign

al o

f for

mat

“DM

T106

0”.

•A

pply

follo

win

g si

gnal

s to

the

PC

VG

A in

put c

onne

ctor

:–

Red

sig

nal o

f 0.7

Vp-

p1 / 7

5 oh

m.

–G

reen

sig

nal o

f 0.7

Vp-

p1 / 7

5 oh

m.

–Bl

ue s

igna

l of 0

.7 V

p-p1

/ 75

ohm

.•

Sel

ect t

he in

put s

ourc

e to

PC

VG

A in

put.

•In

SA

M, i

nitia

te th

e “A

uto

AD

C” c

alib

ratio

n co

mm

and.

Upo

n ap

pear

ance

of t

he “A

uto

AD

C C

ompl

eted

” mes

sage

, the

al

ignm

ent i

s co

mpl

eted

.

6.5

TCO

N A

lignm

ent (

= VC

OM

alig

nmen

t)

New

requ

irem

ent f

or “T

CO

N o

n S

SB

” pro

ject

:•

The

purp

ose

of V

CO

M a

lignm

ent i

s to

obt

ain

an e

qual

vo

ltage

s fo

r bot

h P

ositi

ve a

nd N

egat

ive

LC p

olar

ity. T

his

is

impo

rtant

to a

void

“Flic

ker”

and

“Im

age

Stic

king

”.•

The

P-G

amm

a +

VC

OM

cal

ibra

tor I

C, I

SL2

4837

is u

sed

for

VC

OM

adj

ustm

ent.

•Th

e ad

just

ed V

CO

M d

ata

will

be

stor

ed in

side

on-

chip

m

emor

y an

d w

ill be

aut

omat

ical

ly re

calle

d du

ring

each

po

wer

-up.

Com

Pai

r (se

e 5.

3.1

Com

Pai

r) w

ill fo

rese

e in

a p

ossi

bilit

y to

do

this

alig

nmen

t.

6.6

Opt

ion

Setti

ngs

6.6.

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/

abse

nce

of th

ese

spec

ific

ICs

(or f

unct

ions

) 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 w

ith th

e S

TOR

E

com

man

d.•

The

new

opt

ion

setti

ng b

ecom

es a

ctiv

e af

ter t

he T

V is

sw

itche

d “o

ff” a

nd “o

n” a

gain

with

the

mai

ns s

witc

h (th

e E

AR

OM

is th

en re

ad a

gain

).

6.6.

2H

ow T

o Se

t Opt

ion

Cod

es

Whe

n th

e N

VM

is re

plac

ed, a

ll opt

ions

will

requ

ire re

setti

ng. T

o be

cer

tain

that

the

fact

ory

setti

ngs

are

repr

oduc

ed e

xact

ly, y

ou

mus

t set

all

optio

n nu

mbe

rs. Y

ou c

an fi

nd th

e co

rrec

t opt

ion

num

bers

see

stic

ker o

n th

e in

side

the

cabi

net.

How

to C

hang

e O

ptio

ns C

odes

An

optio

n co

de (o

r “op

tion

byte

”) re

pres

ents

eig

ht d

iffer

ent

optio

ns (b

its).

All o

ptio

ns a

re c

ontro

lled

via

ten

optio

n by

tes

(OP

#1...

OP

#10)

.A

ctiv

ate

SAM

and

sel

ect “

Opt

ions

”. N

ow y

ou c

an s

elec

t the

op

tion

byte

(OP

#1...

OP#

10) w

ith th

e C

UR

SO

R U

P/ D

OW

N

keys

, and

ent

er th

e ne

w 3

dig

it (d

ecim

al) v

alue

. For

the

corr

ect

fact

ory

defa

ult s

ettin

gs, s

ee th

e st

icke

r ins

ide

the

set.

Col

our T

emp.

RG

BC

ool

t.b.d

.t.b

.d.

t.b.d

.

Nor

mal

t.b.d

.t.b

.d.

t.b.d

.W

arm

t.b.d

.t.b

.d.

t.b.d

.

Col

our T

emp.

RG

BC

ool

t.b.d

.t.b

.d.

t.b.d

.N

orm

alt.b

.d.

t.b.d

.t.b

.d.

War

mt.b

.d.

t.b.d

.t.b

.d.

1892

0_20

0_10

0317

.eps

1003

17

Circ

uit D

escr

iptio

nsEN

20

L11M

1.1L

LA

7.

2011

-Apr

-29

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

Vid

eo7.

3.1

Vid

eo: F

ront

-End

7.4

Aud

io7.

5 In

puts

7.5.

1 In

puts

: HD

MI

7.5.

2 In

puts

: US

B

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

chap

ter 9

. Blo

ckD

iagr

ams

and

10. C

ircui

t Dia

gram

s an

d P

WB

Layo

uts.

Whe

re n

eces

sary

, yo

u w

ill fi

nd a

sep

arat

e dr

awin

g fo

r cla

rific

atio

n.

7.1

Intr

oduc

tion

The

LC11

M1.

1L L

A ch

assi

s is

a d

igita

l cha

ssis

usi

ng a

M

edia

tek

chip

set.

It co

vers

scr

een

size

s of

32"

to 4

0".

The

xxP

FL3x

06D

/xx

sets

com

e w

ith th

e “T

hrill

er” s

tylin

g, a

nd

the

xxP

FL5x

06D

/xx

com

e w

ith th

e “B

erlin

ale”

sty

ling.

Mai

n ke

y co

mpo

nent

s ar

e th

e M

edia

tek

MT5

363

inte

grat

ed

“Sys

tem

On

Chi

p” (S

oC) t

hat s

uppo

rts m

ultim

edia

vid

eo/a

udio

in

put,

and

the

inte

grat

ed T

CO

N (T

imin

g C

ontro

ller)

par

t for

the

LCD

pan

el.

Sys

tem

SoC

is b

ased

on

MT5

363:

•N

AN

D F

lash

– 1

28 M

byte

, Num

Ony

x/H

ynix

.•

DD

R –

128

Mby

te (3

2 ×

16M

, 2 p

cs),

Hyn

ix.

•U

se in

tern

al M

T536

3 S

tand

-by

mic

ro-c

ontro

ller.

Tune

r/Fro

nten

d co

nfig

urat

ion:

•H

alf N

IM tu

ner (

VA1E

1BF2

403)

from

Sha

rp.

•To

shib

a C

hann

el D

ecod

er (T

C90

517)

.

Inte

rface

s fo

r deb

ug a

nd S

W u

pgra

de:

•U

AR

T (3

.5m

m ja

ck).

•U

SB

por

t.•

JTA

G.

Ref

er to

Fig

ure

7-1

for d

etai

ls.

Figu

re 7

-1 L

11M

1.1L

LA

Arc

hite

ctur

e

1913

0_00

9_11

0426

.eps

1104

29

Circ

uit D

escr

iptio

nsEN

21

L11M

1.1L

LA

7.

2011

-Apr

-29

Figu

re 7

-2 S

SB c

ell l

ayou

t

Figu

re 7

-3 S

SB k

ey c

ompo

nent

ove

rvie

w

1913

0_01

0_11

0426

.eps

1104

26

1913

0_04

7_11

0429

.eps

1104

29

Circ

uit D

escr

iptio

nsEN

22

L11M

1.1L

LA

7.

2011

-Apr

-29

Figu

re 7

-4 T

CO

N k

ey c

ompo

nent

ove

rvie

w

7.2

Pow

er S

uppl

y

The

Pow

er S

uppl

y U

nit (

PS

U) i

n th

is c

hass

is is

a b

uy-in

and

is

a bl

ack-

box

for S

ervi

ce. W

hen

defe

ctiv

e, a

new

pan

el m

ust b

e or

dere

d an

d th

e de

fect

ive

pane

l mus

t be

retu

rned

for r

epai

r, un

less

the

mai

n fu

se o

f the

uni

t is

brok

en. A

lway

s re

plac

e th

e fu

se w

ith o

ne w

ith th

e co

rrec

t spe

cific

atio

ns! T

his

part

is

com

mon

ly a

vaila

ble

in th

e re

gula

r mar

ket.

Ref

er to

Fig

ure

7-5

and

Figu

re 7

-6 fo

r det

ails

The

pow

er s

uppl

y sy

stem

con

sist

s of

sta

nd-b

y, s

witc

hed

and

regu

late

d vo

ltage

s. T

he s

tand

-by

volta

ge, +

3V3S

TBY

, will

be

avai

labl

e on

ce A

C s

uppl

y is

pro

vide

d to

the

syst

em. A

s fo

r the

ot

her v

olta

ges,

nam

ely

switc

hed

and

regu

late

d vo

ltage

s, th

ese

are

avai

labl

e on

ce th

e S

TAN

DB

Y s

igna

l is

pulle

d “lo

w” t

o al

low

ot

her s

uppl

ies

from

the

IPB

to tu

rn “o

n”. T

he s

witc

hed

supp

lies

are

gene

rate

d fro

m th

e m

ain

+12V

S su

pply

, whi

le th

e re

gula

ted

supp

lies

are

deriv

ed fr

om th

e sw

itche

d su

pplie

s. T

here

are

a

num

ber o

f det

ectio

n ci

rcui

ts to

det

ect t

he fo

llow

ing

supp

lies:

+1

2VS

, +12

Vdi

sp a

nd +

3V3_

SW

. The

+12

VS

is th

e m

ain

supp

ly v

olta

ge fr

om th

e IP

B th

at e

nabl

es th

e sw

itche

d vo

ltage

s to

be

gene

rate

d. T

he +

12V

disp

is th

e su

pply

to th

e di

spla

y tim

ing

cont

rolle

r, w

hile

the

+3V

3_S

W is

pow

erin

g th

e m

icro

proc

esso

r and

its

flash

mem

ory.

The

mai

ns p

ower

sup

ply

unit

dist

ribut

e th

e fo

llow

ing

volta

ges

to

the

TV s

yste

m: +

3V3S

TBY

, 12V

S, +

24V

audi

o, a

nd +

24V

pane

l fo

r pan

el w

ith in

verte

r (or

) hig

h vo

ltage

(HV

) for

inve

rterle

ss

pane

l. R

equi

rem

ent o

f the

Hig

h V

olta

ge d

epen

d on

the

spec

ifica

tion

of th

e LC

D p

anel

.

Figu

re 7

-5 P

ower

dis

trib

utio

n ov

ervi

ew

Figu

re 7

-6 P

ower

tim

ing

over

view

1913

0_04

8_11

0429

.eps

1104

29

1913

0_01

2_11

0426

.eps

1104

26

MT5

363

Dig

Dem

od

Flas

h

NV

M

DD

R2

× 2

+12

V SD

CD

C

Reg

ulat

or

Reg

ulat

or

EE

PR

OM

USB

Tune

r

+3.3

VST

BY

1.1

V ±0

.05

V

1.8

V ±0

.09

V

3.3

V ±0

.16

V1.

25 V

±0.

06 V

5.25

V ±

0.26

V2.

5 V

±0.1

2 V

5.25

V ±

0.25

V

DC

DC

DC

DC

DC

DC

Reg

ulat

or

1898

0_20

3_10

0402

.eps

1004

02

Circ

uit D

escr

iptio

nsEN

23

L11M

1.1L

LA

7.

2011

-Apr

-29

7.3

Vide

o

7.3.

1Vi

deo:

Fro

nt-E

nd

Key

com

pone

nts

for t

he tu

ner s

ectio

n ar

e:•

Sha

rp H

alf N

IM tu

ner V

A1E

1BF2

403,

•To

shib

a ch

anne

l dec

oder

TC

9051

7 (e

xter

nal I

SD

B-T

ch

anne

l dec

oder

).•

Ana

log

dem

odul

ator

(usi

ng in

tern

al M

T536

3 an

alog

de

mod

ulat

or -

pin

AH

35 V

IP, A

H37

VIN

).

Ref

er to

Fig

ure

7-7

for d

etai

ls.

Figu

re 7

-7 F

ront

-end

func

tiona

l blo

ck d

iagr

am

1913

0_01

3_11

0426

.eps

1104

26

Circ

uit D

escr

iptio

nsEN

24

L11M

1.1L

LA

7.

2011

-Apr

-29

7.4

Aud

io

In th

is c

hass

is, a

udio

pro

cess

ing

is d

one

by th

e fo

llow

ing

key

com

pone

nts:

•M

T536

3 m

icro

-pro

cess

or fo

r inp

ut s

elec

tion

and

audi

o pr

oces

sing

,•

TPA

3123

D2

clas

s-D

pow

er a

mpl

ifier

for 2

x 1

0 W

am

plifi

catio

n.

The

audi

o pr

ofile

(opt

imal

set

ting

per s

cree

n si

ze a

nd s

tylin

g) is

st

ored

at O

ptio

n 10

(bit

0 to

bit

4). P

rofil

e 1

for 3

2-in

ch D

ali a

nd

prof

ile 2

for 4

0-in

ch D

ali.

Tabl

e 7-

1 M

icro

proc

esso

r con

trol

line

s - 1

-

Tabl

e 7-

2 M

icro

proc

esso

r con

trol

line

s - 2

-

Figu

re 7

-8 A

udio

sig

nal f

low

7.5

Inpu

ts

7.5.

1In

puts

: HD

MI

In th

is c

hass

is, t

he m

ain

Med

iate

k M

T536

3 S

oC h

as a

n on

-chi

p H

DM

I mul

tiple

xer.

Ref

er to

Fig

ure

7-9

for t

he im

plem

enta

tion.

From

uP

At c

lass

D

Usa

ge

SW_M

UTE

S

W_M

UTE

W

ill p

ull a

udio

sig

nals

to L

OW

upo

n D

C d

rops

, hel

p to

elim

inat

e pl

op s

ound

.

RE

SET_

AUD

IOA

_STB

Y C

ontro

l SH

UTD

OW

N p

in o

f cla

ss D

am

plifi

er:

ON

/OFF

the

ampl

ifier

MU

TE

MU

TE

Cor

resp

ondi

ng to

the

MU

TE b

utto

n on

Rem

ote

Con

trol,

to m

ute/

unm

ute

spea

kers

DC

_PR

OT

DC

_PR

OT

Det

ectin

g pr

esen

t of D

C a

t spe

aker

s ou

tput

and

fe

edba

ck to

uP

. Thi

s w

ill tr

igge

r TV

into

pro

tect

ion

mod

e. T

his

is im

porta

nt to

pro

tect

spe

aker

s

From

uP

A_S

TBY

to c

lass

D

Cla

ss D

out

puts

S

W_M

UTE

LO

W

-M

UTE

HIG

H

- O

pera

ting

(unm

ute)

RE

SET

_AU

DIO

LO

W

HIG

H

Ope

ratin

g (u

nmut

e)

HIG

H

LOW

C

lass

D s

hutd

own

(mut

e)

MU

TE

LOW

-

Ope

ratin

g (u

nmut

e)

HIG

H

- M

UTE

D

C_P

RO

T LO

W

- D

C d

etec

ted

-> s

et g

oing

to p

rote

ctio

n

HIG

H

- N

o D

C ->

nor

mal

ope

ratin

g

1913

0_01

4_11

0426

.eps

1104

26

Circ

uit D

escr

iptio

nsEN

25

L11M

1.1L

LA

7.

2011

-Apr

-29

Figu

re 7

-9 H

DM

I im

plem

enta

tion

Sig

nal d

escr

iptio

n:•

TMD

S: S

igna

ls th

at c

onta

in a

udio

and

vid

eo in

form

atio

n.•

PW

R5V

: Sig

nal t

o de

tect

the

pres

ence

of a

ny H

DM

I sou

rce

conn

ecte

d to

the

TV’s

HD

MI i

nput

por

t.•

SID

E_H

DM

I_H

PD

1 an

d H

DM

I_H

PD

2: S

igna

l to

initi

ate

read

ing

of th

e TV

ED

ID d

ata

by th

e so

urce

dev

ice.

•I2

C: T

he E

DID

dat

a re

adin

g an

d th

e H

DC

P a

uthe

ntic

atio

n pr

oces

s ru

ns v

ia I2

C.

•C

EC: S

igna

l dire

ct c

onne

cted

bet

wee

n in

puts

and

uP

.•

ED

ID_W

C: S

igna

l use

d to

dis

able

the

writ

e pr

otec

t pin

of

the

EE

PR

OM

. Whe

n up

datin

g, th

e pr

ogra

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IC D

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She

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EN 3

1L1

1M1.

1L L

A8.

2011

-Apr

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Figu

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tern

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1P_S

C2

SY

1P_S

C2

SY

1P

SP

B1P

SP

R1P

SY

1N

AT27

AU26

712 9

PR

1P_S

C2

AP

27P

R1P

Y1P

PB

1P

AR

26Y

1N

SO

Y0-

AV1

Y0P

PB

0P

PR

0P

Y0N

AT29

SO

Y0

2C06 GN

D_C

VB

SA

R36

CV

BS

_0N

2C07

5C05

5C02

5C01

5C00

5C04

5C03

3B08

3B11

3B07

3B09

SO

Y1-

AV2

AP

25S

OY

1

3B02

3B05

3B03

3B01

3B00

CVI

-2

CVI

-1

AVIN

11E

01 2 3 1413

VGA

_RVG

A_G

VGA

_Rp

VGA

_Gp

VGA

_BH

-SY

NC

V-S

YN

C

VGA

_Bp

HS

YN

CV

SY

NC

RP

GP

BP

1

610

11

5

15

VGA

CO

NN

ECTO

R

AU22

AR

22AT

23AU

24AT

25R

P

VS

YN

C

GP

BP

HS

YN

C

SO

G

GN

AP

23S

OG

AR

24C

OM

2E08

2E03

RX

O

RX

E

B04

C

B04

C

+VD

ISP

-INT

49 50 601 47 48

+VD

ISP

-INT

3C24

3C25

3C22

3C203C

23

3C21

EN 3

8L1

1M1.

1L L

A9.

Blo

ckD

iagr

ams

2011

-Apr

-29

Blo

ck D

iagr

am A

udio

B03

CLA

SS-D

& M

UTI

NG

B06

BA

NA

LOG

I/O

- AU

DIO

B06

BA

NA

LOG

I/O

- AU

DIO

B06

CA

NA

LOG

I/O

- VI

DEO

B02

ATU

NER

B02

BD

IGIT

AL

DEM

OD

B04

MT5

363:

B05

BU

SB

B04

BD

DR

B04

CC

ON

TRO

LLER

B05

AH

DM

I & M

UX

1B02

2

ALI

_ADA

CB

06B

ALI

_DAC

B06

B

MT5

363

1913

0_03

8_11

0427

.eps

1104

27

AUD

IO

1B01

2 3 1

K33

AS

PD

IF

E28

AS

PD

IF

SP

DIF

_OU

T

eHD

MI+

AS

PD

IF_O

UT

AR

C_S

W

DVI_

AUL_

IN

DVI_

AUR

_IN

1C02

AC36

AB

37

AD

33A

IN_A

AD

C_0

_L

AC34

AIN

_AA

DC

_0_R

AB

31A

IN_A

AD

C_1

_L

AC32

AIN

_AA

DC

_1_R

AV I

NAU

DIO

L/R

AV IN

AUD

IOL/

R

AV IN

AUD

IOL/

R

SPD

IFO

UT

AA

36 Y37

AIN

_AA

DC

_6_L

AIN

_AA

DC

_6_R

SAV

_L_I

N

SAV

_R_I

N

1C03

AV

INAU

DIO

L/R

5 85 3

1C01

5 3

V37

u36

AL_

L

AR

_R

AOU

TL

AOU

TR

PR

EA

MP

L

PR

EA

MP

R

LEFT

_SP

EA

KE

R

GN

D-A

UD

IO

RIG

HT_

SP

EA

KE

R

7400

TPA

3123

D2P

WP

CLA

SS D

POW

ERA

MPL

IFIE

R

5 6

2 6

1 7

22 15M

UTE

4

1 2

1735 3 4

DC

-DE

TEC

TIO

N

SW

_MU

TE

RE

SE

T_AU

DIO

A_S

TBY

2

B04

C

B04

C

B04

C

DC

_PR

OT

B04

C

7408

STA

ND

BY

AIN

_AA

DC

_3_L

AIN

_AA

DC

_3_R

AIN

0_R

-AV

1

AIN

0_L-

AV1

AIN

1_R

-AV

2

AIN

1_L-

AV2

AVIN

CVI

-2

CVI

-1

SPEA

KER

LEFT

SPEA

KER

RIG

HT

7700

MT5

363B

HM

G

MAC

-CI

B04

C

CO

NTR

OL

B04

CAG

C_I

F

CI_

MC

LKI

CI_

MD

IO

G34

H33 F3

5

H35

M31

M33

IF_A

GC

RF_

AGC

_SW

+5V

TUN

_DIG

1201

VA1E

1BF2

403

7302

TC90

517F

G

TUN

ERD

IGIT

AL

DEM

OD

ULA

TOR

9IF

_AG

C

CI_

MIV

AL

DIF

_N

DIF

_P

10

958

IF_O

UT+

3R

F_AG

CR

F_AG

C

8+B

5207

SC

L

SD

A76

(I2C

)

AGC

_RF

7218

7217 RF_

AGC

_SW

CI_

MIS

TRT

TSO

_VA

LID

11

29 30IF

_OU

T-AG

CC

NTI

59TS

O_S

YN

C

61TS

O_C

LK

60TS

O_D

ATA

0

B04

C

4321

US

B_D

MU

SB

_DP

USB

2.0

CO

NN

ECTO

R S

IDE

SW U

PLO

AD

JPEG

MP3

AR

10AU

10U

SB

_DP

US

B_D

M

1D01 1 2 43

DR

AM

B04

B

CO

NTR

OL

B04

C

7708

H27

U1G

8F2B

TR

FLA

SH1G

b

RD

Q RA

PD

DN

AN

D_P

DD

(0-7

)

A1

A1

+1V

8_S

W

SDR

AM

512M

b

7601

H5P

S51

62FF

R

SDR

AM

512M

b

7600

H5P

S51

62FF

R

VDD

VDD

RD

Q(0

-31)

RDQ(0-15)

RDQ(16-31)

RA

(0-1

3)

HD

MI

B05

GPI

OB

05

RX

0

RX

1

AP

19AT

19

AR

16AU

16

AR

18AU

18A

P17

AT17

AP

15AT

15

AR

12AU

12

AR

14AU

14A

P13

AT13

191182

119

02 3 4 7 9 10 126

M_R

X2_

2M

_RX

2_2B

M_R

X2_

1M

_RX

2_1B

M_R

X2_

0M

_RX

2_0B

M_R

X2_

CM

_RX

2_C

B

M_R

X1_

2M

_RX

1_2B

M_R

X1_

1M

_RX

1_1B

M_R

X1_

0M

_RX

1_0B

M_R

X1_

CM

_RX

1_C

B

HD

MI 2

CO

NN

ECTO

R

119

01 3 4 7 9 10 126

191182

HD

MI 1

(SID

E)C

ON

NEC

TOR

14

7B01

RE

SE

T_D

EM

OD

42B

04C

2 1 4 5

3 87S09

74LV

C00

&

+3V

3

GP

IO_1

2

Blo

ckD

iagr

ams

EN 3

9L1

1M1.

1L L

A9.

2011

-Apr

-29

Blo

ck D

iagr

am C

ontr

ol &

Clo

ck S

igna

lsC

ON

TRO

L +

CLO

CK

SIG

NA

LS

B06

DU

SB

B04

CC

ON

TRO

LLER

B04

BD

DR

T01B

TCO

N C

ON

TRO

L

T01D

P G

AM

MA

& V

CO

M &

NVM

B04

MT5

363

B04

CFL

ASH

& E

JTAG

& D

ISPL

AY IN

TER

FAC

E

T01E

MPD

CO

NTR

OL

B04

C

DR

AM

B04

B

GPI

OB

04C

TO IR

/LED

PA

NEL

AN

DK

EYB

OA

RD

CO

NTR

OL

+3V

3STB

Y

3 2 45 71M20

MT5

363

7700

MT5

363B

IMG

OP

WR

SB

AT21

AP

21UA

RT

SERV

ICE

CO

NN

ECTO

R

1701

3 2 1 B01

STA

ND

BY

U0_

RX

U0_

TX

AG6

GP

IO_4

2

GP

IO_2

6

GP

IO_2

1

PD

D

H29

RC

LK1#

RC

LK1

AD

3

AD

1

ED

ID_W

CB

06B

07E

A22

LCD

-PW

R-O

Nn

B04

C

AH

3LA

MP

-ON

B01

A

DC

_PR

OT

B03

B29

GP

IO_9

RF_

AGC

_SW

B02

A

B23

GP

IO_3

2B

YPA

SS

_MO

DE

B08

C

G30

B25

A26

GP

IO_5

US

B_P

WR

_EN

B06

DE

30G

PIO

_6U

SB

_OC

PB

06D

A30

GP

IO_3

AN

22O

IRI

RE

SE

T_D

EM

OD

B02

B

AM

35A

DIN

_SR

V_2

OR

ES

ET

KE

YB

OA

RD

RC

1A

L36

AD

IN_S

RV

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GH

T-S

EN

SO

R

HD

MI_

CE

CA

N14

AL2

0

HD

MI_

CE

CB

05A

OP

CTR

L_4

AU20

MU

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03

OP

CTR

L_3

AR

20S

W_M

UTE

B03

B04

CB

04C

OP

CTR

L_0

AM

21P

OW

ER

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WN

B04

C

LED

-2

2701

SDM

2700

PAN

EL

4321

US

B_D

M0

AD

IN_S

RV

_4A

M37

US

B_D

M0

AJ5

US

B_D

P0

AK

5U

SB

_DP

0U

SB 2

.0C

ON

NEC

TOR

SID

E

1D01 3 421

US

B_P

WR

_EN

7D00

TPS

2041

BD

US

B_O

CP

EN

OU

TO

C

1913

0_04

5_11

0428

.eps

1104

29

7710

CLK

CLK

J8J8

K8

K8

TCK

RC

LK0#

RC

LK0

A2B3

CLK

CLK

XTA

L1

XTA

LO

1700

54M

AJ3

4

AJ3

6

RD

Q RA

SD

RA

M51

2Mb

7601

H5P

S51

62FF

RS

DR

AM

512M

b

7H00

H5P

S51

62FF

RTC

ON

CO

NTR

OL

7H01

VP

P15

01B

FG

SD

RA

M51

2Mb

7600

H5P

S51

62FF

RTD

Q(0

-15)

RDQ(0-15)

RDQ(16-31)

RA

(0-1

3)

TA(0

-12)

7708

H27

U1G

8F2B

TR

FLA

SH1G

bN

AN

D_P

DD

(0-7

)

GP

IO_7

E28

AR

C_S

WB

06B

GP

IO_1

2

GP

IO_3

5

GP

IO_4

3AG

4G

PIO

_41

PO

WE

R-O

KB

01A

+3V

3STB

Y

AL2

2O

RE

SE

T

7701

BD

4529

2G

VOU

TV

DD

54

3

OS

C_I

N

OS

C_O

UT

SLO

PE

CS

1H00

27M

B1

A1L2 L1 T9

RS

TR

ES

ET

T01D

U9

T16

RTC

50_6

050

Hz_

60H

zT0

1D

T01C

T01F

T01F

T01F

GS

LOP

TCK

#

PG

AM

MA

7K00

ISL2

4837

IRZ

OU

T12

24T0

1E

T01F

T01F

T01F

CS

_L

OU

T12

26IN

CO

MO

UTC

OM

25O

UTC

OM

VC

OM

VH VL

LLV

(0-7

)

RLV

(0-7

)

VC

OM

BU

FER

7L00

SL2

4016

IRTZ

LEVE

LSH

IFTE

RC

S(1

-12)

AS

IC_C

S

RD

Q(0

-31)

EN 4

0L1

1M1.

1L L

A9.

Blo

ckD

iagr

ams

2011

-Apr

-29

Blo

ck D

iagr

am I2 C

I²C

DIG

ITA

L D

EMO

DB

2B

LVD

S D

ISPL

AYT0

1A

TCO

N C

ON

TRO

LT0

1B

P G

AM

MA

& V

CO

M &

NVM

T01D

VGA

B06

D

TUN

ERB

02A

HD

MI &

MU

XB

05A

CO

NTR

OLL

ERB

04C

CO

NTR

OLL

ERB

04C

DD

RB

4B

1KQ

A

DEB

UG

ON

LY

RES

RES

7700

MT5

363B

IMG O

SD

A_0

OS

CL_

0

GP

IO_4

4

CO

NTR

OL

AH

17

AP

3

AP

1

AP

21

AT21

SY

S_E

EP

RO

M_W

E

SD

A-M

AIN

SC

L-M

AIN

3718

3719

+3V

3_S

W

TUN

ER

_DAT

A

TUN

ER

_CLK

1913

0_01

1_11

0426

.eps

1104

26

56

7702

M24

C64

EE

PR

OM

(NV

M)

3717

3716

N34

N36

3727

3728

3746

3747

+3V

3STB

Y

3746

3747

+3V

3STB

Y

UAR

TSE

RVIC

EC

ON

NEC

TOR

3749

3748

1701

3 2 1

B04

C

ER

R15

7703

1

610

11

5

15

VGA

CO

NN

ECTO

R

SD

A_V

GA

SC

L_VG

A

1E01 12 15

3E21

3E22

DC

_5V

3K40

3K41

VC

C_3

V3

3K54

3K53

VC

C

56

7E00

M24

C02

EE

PR

OM

4E03

4E02

4818

4817

7E

DID

_WC

7E01

B04

CM

T536

3

12

1KQ

B 21

RO

M_S

DA

RO

M_S

CL

U8

T8

4645

7302

TC90

517F

G

DIG

ITA

LD

EM

OD

ULA

TOR

3352

3351

FE_S

DA

FE_S

CL

76

1201

VA1E

1BF2

403

MA

INTU

NE

R

ER

R16

3228

3230

TUN

ER

_SD

A

TUN

ER

_SC

L

1214

7H01

VP

P15

01B

FG

TCO

NC

ON

TRO

L

56

7K04

M24

C64

EE

PR

OM

1213

7K00

ISL2

4837

IRZ

VOLT

AGE

GE

NE

RAT

OR

78

7

7801

PC

A95

40B

DP

I2C

SW

ITC

H

HD

MI 2

CO

NN

ECTO

R

HD

MI 1

(SID

E)C

ON

NEC

TOR

1901

16 15

TOTC

ON

TO SSB

1G51

50 49

3907

3908

AL1

4

AL1

2

1902

16 15

3915

3916

HD

MI_

PLU

GP

WR

2

HD

MI_

PLU

GP

WR

2

AN

18

AM

17

SID

E_H

DM

I_S

DA

1

SID

E_H

DM

I_S

CL1

HD

MI_

SD

A2

HD

MI_

SC

L2

HD

MI_

SC

L2

HD

MI_

SC

L1

HD

MI_

SD

A2

HD

MI_

SD

A1

7900

M24

C02

EE

PR

OM

7901

M24

C02

EE

PR

OM

43W

P_T

CO

N

RE

SE

T

MA

IN N

VMSW

Prog

ram

mab

le v

ia U

SBSW SW

Prog

ram

mab

le v

ia C

omPa

ir

EDID

SW

EDID

SWED

IDSW

3K56

3K55

7708

H27

U1G

8F2B

TR

FLA

SH1G

bP

DD

U0_

RX

U0_

TX

NA

ND

SDR

AM

512M

b

7601

H5P

S51

62FF

R

SDR

AM

512M

b

7600

H5P

S51

62FF

R

RD

Q(0

-31)

RA

(0-1

3)

DR

AM

B04

B

RD

Q RA

56

56

4816

4814

SD

A_V

CO

M

SC

L_V

CO

M

SD

A_V

GA

SC

L_VG

A

SD

A-T

CO

N

SC

L-TC

ON

1N01 2 3

4B

YPA

SS

_MO

DE

B08

A

B04

C

Blo

ckD

iagr

ams

EN 4

1L1

1M1.

1L L

A9.

2011

-Apr

-29

Supp

ly L

ines

Ove

rvie

w

SUPP

LY L

INES

OVE

RVIE

W

MA

INPO

WER

SUPP

LY

B01

DC

- D

C

T01B

TCO

N C

ON

TRO

L

B04

CC

ON

TRO

LLER

B06

AA

NO

LOG

I/O

- H

EAD

PHO

NE

B04

AM

TK P

OW

ER

B04

BD

DR

B05

AH

DM

I & M

UX

B05

BU

SB

T01A

LVD

S D

ISPL

AY

B06

DVG

A

B04

DLV

DS

DIS

PLAY

T01E

MPD

T01F

MIN

I LVD

SB

02A

TUN

ER

B02

BD

IGIT

AL

Dem

od

B03

CLA

SS-D

& M

UTI

NG

T01C

TCO

N D

C/D

CB

06B

AN

ALO

G I/

O -

AUD

IO

T01D

P G

AM

MA

& V

CO

M &

NVM

1M99 1

1

66

77

881M

95+3

V3S

TBY

1913

0_00

5_11

0426

.eps

1104

26

B04

d

B03

,B04

c,B

06b

B03

,B04

a,c,

d,B

05a

B02

b,B

04a,

c,d,

B06

a,B

06b

B02

a

B02

a,B

03.B

04c,

B06

d,B

05a,

b

B02

b

B02

b,B

04a

B04

a,b

B04

a

B03

1M99 1

1

66

77

22

33

44

55

88

LAM

P-O

N

1M99

BAC

KLI

GH

T-B

OO

ST

INV

_STA

TUS

+12V

DIS

P

BAC

KLI

GH

T-P

WM

B04

C

B04

C +12V

S

99

GN

D-A

UD

IO

1010

+3V

3_S

W

+1V

1_S

W

EN

_1

+24V

AUD

IO

CO

NTR

OL

CO

NTR

OL

B04

CC

ON

TRO

LB

06D

CO

NTR

OL

99

PO

WE

R-O

K

22

33

44

55

STA

ND

BY

B04

AC

ON

TRO

L

1111

7122

RT8

283A

HG

SP

Syn

chro

nous

Ste

p-do

wn

Con

verte

r

N.C

.

5117

PW

R5V

_2

+3V

3STB

Y+3

V3S

TBY

1902 18

HD

MI 2

CO

NN

EC

TOR

B01

+5V

_SW

+5V

_SW

HD

MI_

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01

5121

32

32

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W

7124

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HG

SP

Syn

chro

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Ste

p-do

wn

Con

verte

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25R

T828

3AH

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P

5115

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HG

SP 3

2

VC

C_3

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VC

C_3

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C_1

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VC

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2011

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10-1

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9123

6505

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26

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AB

01A 20

11-0

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2

2011

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131

3139

123

650

5P

CB

SB

SS

BTH

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BR

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IG

CO

MOU

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DG

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1M99

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I136

2189

10u

10n

2197

22u

2151

33R

5105

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1%

3112

15K

RE

S

100n

2187

100n

2111

GN

D-A

UD

IO

100n

2110

F123

F125

I106

SS

1_G

ND

I107

100n

2108

I108

3131

4K7

3130

1K0

LD11

17D

T25

7120 1

32

SS

3_G

ND

68R

5127

33R

3129

2142

100n

F122

RES4100

F135

3113

68K1%

RE

S

SS

2_G

ND

F118

5% 100K

3146

33R

5120

470p

2186RES

6122

SS

36

3125

1% 5K1

22u

2130

2157

22n

BZX384-C6V8

6102

2125

100n

2140

SS

1_G

ND

16V

2176

22u6.3V

100n

10u

100n

2123

2177

1X02

RE

F E

MC

HO

LE1X

01R

EF

EM

C H

OLE

F116

2159

6.3V 100u

SS

4_G

ND

2170

100n

100K

3100

I134

+1V

1_S

W

2146

2u22147

100n

15K

3116

100p 2127

3127

RES

470p

68R

+2V

5_S

W

2113

22u

2152

I127

I118

+24V

AU

DIO

10u

2172

100p 2134

F132

3115

1% 27K

I110

3u6

5123

5124

33R

6

7

5

4

9

8

3

102

7124

RT8

283A

HG

SP

1

3153

470R

33R

5115

10u

2169

100n

2148

SS

4_G

ND

5128

33R

2102

10u

I105

16V 10u

2168

F105

7119

LD11

17D

T

1

32

I123

F108

F109

I112

100n

2126

I109

2195

22n

5

4

9

8

3

102

+12V

S

RT8

283A

HG

SP

1 6

7

I138

7122

3105

1%

1R0

100K

5125

33R

3151

1n0

2137RES

SS

1_G

ND

SS

3_G

ND

2185

3n3

RES2180

1n0

3126

68R

100n

2143

RES6.3V

5

4

9

8

3

102

2101

100u

RT8

283A

HG

SP

1 6

7

F106

7125

2154

10u16V

GN

D-A

UD

IO

SS

3_G

ND

10u

2171

10R

3138

RES

I122

RES

3u6

5106

SS

1_G

ND

I139

1R0

3150

2107

22u6.3V

RES

10R

3155

470R

RES

3111

6 7 8 9

470R

3154

1M95

1 10 112 3 4 5

1n0

2141

1-20

4114

5-1

RES

F121

16V 10u

2188

2149

100n

2105

6.3V 100u

RES

RES

22u

2155

22u

2166

2161

22u

5%

DG

ND

F120

470K

3148

10n

2122

I144

I111

1n0

2136

2199

10u

F136

+5V

_SW

SS

1_G

ND

EN

_1

F131

3140

4K71%

I137

2191

22u

+5V

_SW

SS

4_G

ND

F114

+3V

3STB

Y

10u

2164

1n0

2144

100n

SE

NS

E+1

V1_

MT5

363

DG

ND

2139

I142

DG

ND

DG

ND

470p

I140

RES2150

F107

SS

3_G

ND

F117

3K6

3145

3106

12K

100n

1%

SS

2_G

ND

SE

NS

E_1

V8

2124

2178100n

EN

_1

10u

EN

_1

F101

2175

4n7

2167

2 3 4 5 6 7 8 9

2041

145-

9

1M99

1

213510n

I113

5117

33R

SS

3_G

ND

3135

12K

SS

1_G

ND

1R0

3152

6.3V

2106

+5V

5_TU

N

100u

DG

ND

I126

I135

100p 2132

100p 2131

3107

1K51%

I120

2100

10u

100K

3101

100K

3102

2192RES

470p

2179

100n

3128

68R

EN

_1

2181

10u

+1V

8_S

W

GN

D-A

UD

IO

I141

F113

F103

2145

1n0

DG

ND

1% 12K

3118

22u

2165

I125

+1V

25_S

W

SS

3_G

ND

2129

+3V

3_S

W

100K

22u

3103

1X04

EM

C H

OLE

3149

1R0

I132

I143

F102

2153

10u

27K1%

I117

SS

4_G

ND

3109

I119

2112

4n7

I131

2133100p

2128100p

5

4

9

8

3

102

RT8

283A

HG

SP

1 6

7

5121

10u

7123

F119

F115

SS

2_G

ND

GN

D-A

UD

IO

F133

SS

2_G

ND

3n3

2160

12K

3114

22u

2162

RES

2198

10n

3108

10R

SS

4_G

ND

16V 47u

2109

+3V

3_S

W

F104

+12V

DIS

P

SS

2_G

ND

22n

2190

+12V

S

I104

2193

22u

RES3136

10R

1X05

RE

F E

MC

HO

LER

EF

EM

C H

OLE

1X03

10u

5104

2183

22u

SS

2_G

ND

10K

3122

47K

3117

22u

2104 RES

+12V

S

PO

WE

R-O

K

STA

ND

BY

BA

CK

LIG

HT-

PW

MLA

MP

-ON

BA

CK

LIG

HT-

BO

OS

TIN

V_S

TATU

S

Circ

uit D

iagr

ams

and

PW

B L

ayou

tsEN

43

L11M

1.1L

LA

10.

2011

-Apr

-29

10-2

B02

393

9123

6505

2Tu

ner

1913

0_01

7_11

0426

.eps

1104

26

Tune

rB

02A

B02

A 2011

-01-

312

2011

-01-

131

3139

123

650

5P

CB

SB

SS

BTH

RIL

LER

BR

Z D

IG

CO

MOU

TIN

MTMT

0R

Nea

r Tun

erN

ear M

TK53

63

330n

AG

ND

220n

5230

5228

AG

ND

47n

2293

KTK

5132

E72

18

AG

ND

F246

F208

AG

ND

AG

ND

3270

10K

13

2278

1u0

7216

LD29

150D

T50R

2

2294

47u

AG

ND

AG

ND

AG

ND

AG

ND

F207

F204

F206

A21

4

15p

2225A

213

100p

2262RES

2258

100n

2295

F213

100p

1810R 3271-1

I222

I221

3261

NC

2

3R

F_A

GC

6S

CL

7S

DA

10K

10IF

_OU

T+11

IF_O

UT-

IF_O

UT_

AN

ALO

G12

13

1415

16

NC

12 4

+B81

AN

T_P

WR

5A

S

9IF

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C

F236

1201

VA

1E1B

F240

3

TUNER

2288

33p

75R

3263

75R

3262

F203

3265

1K0

10R

3228

2286

180p

+5V

TUN

_DIG

ITA

L

22u

RES2213

A22

5

AG

ND

AG

ND

AG

ND

2226

100n

2282

15p

RES

10u

2279

7217

BC

847B

W

2280

10n

5222

10u

RES

RES2277

22u

AG

ND

AG

ND

5225

10R

3230

+5V

5_TU

N

AG

ND

2281

22u

+5V

TUN

_DIG

ITA

L

F201

RES

F242

+5V

S

RES

27

83272-210R

3272-110R RES

1

2289

AG

ND

10n

F209

2285

27p

4210RES

2287

10n

F202

22u

2296RES

3264

A21

2

10K

220n

5229

180p

2291

AG

ND

AG

ND

+5V

S+5

V_S

W

AG

ND

2263

47n

3269

1K0

I255

AG

ND

AG

ND

F247

I254

27p

2290

AG

ND

3272-410R RES

45

3272-310R RES

36

30R

I220

RE

S52

07

RES

RES

4209

45

1n0

2297

3610R 3271-4

2710R 3271-3

+5V

TUN

_DIG

ITA

L

10R 3271-2

5208

4u7

F235

2283

22u

10n

2284

F205

5226

220n

5227

220n

RF_

AG

C_S

W

DIF

_P

DIF

_N

VIN

_ATV

VIP

_ATV

RF_

AG

C_E

X

DIF

_N

DIF

_P

FE_S

DA

FE_S

CL

IF_A

GC

RF_

AG

C

EN 4

4L1

1M1.

1L L

A10

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ircui

t Dia

gram

s an

d P

WB

Lay

outs

2011

-Apr

-29

Dig

ital d

emod

ulat

or

1913

0_01

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.eps

1104

26

Dig

ital d

emod

ulat

orB

02B

B02

B 2011

-01-

312

2011

-01-

131

3139

123

650

5P

CB

SB

SS

BTH

RIL

LER

BR

Z D

IG

X XS

EL

AD

I_A

I

AD

Q_A

I

AD

_VR

EF

TSM

D

TN

SLA

DR

S

VS

S

DR2VDD

DR1VDD

VD

DS

AD_DVDD

AD_AVDD

PLLVDD

VD

DC

PB

VA

L

RE

RR

RLO

CK

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SB

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CK

SR

CK

SR

DT

STS

FLG

1

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CC

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AG

CC

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STS

FLG

0

SY

RS

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0 1

SC

LS

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FIL

AD_AVSS

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I O 0 1 P N P N P N AD

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DTC

LK

DTM

B

S_I

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0 1 AG

CI

CK

I

SC

LS

DA

25.4

M

FOR

DE

VE

LOP

ME

NT

US

E

DG

ND

AG

ND

AG

ND

+1V

25_S

W

+2V

5_S

W

+3V

3_S

W

F301

4311

DG

ND

4310

AG

ND

DG

ND

AG

ND

3360

4K7

33R

3354

+2V

5_S

W

1u0

2305 33R

3359

F306

DG

ND

3344

2K7

AG

ND

I303

I338

1u0

2313

F303

2337

100n

F300

DG

ND

1u0

I320

2340

3357

33R

3351

100R

4306

1n5

2335

18p

2334

+3V

3_S

W

DG

ND

100n

2302

DG

ND

DG

ND

DG

ND

DG

ND

+3V

3_S

W

I318

374447505762

19 18 3 2

365663

13354964

41533

61 60 5138 42

8

12 14

1 41

16 17

53 54 55 59

45 46

6 552

7 11

3448

43

39 40

21 58

20

28

22 23

32

31

262524

9 10

7302

TC90

517F

G

2930 27

2317

100n

5304

30R

DG

ND I3

25

2339

1u0

I308

4308

DG

ND

100n

2304

DG

ND

10K

3335

DG

ND

3349

10K

2K7

3343

2321

100n

10n

2322

AG

ND

2332

100n

2320

1u0 100n

2338

3339

20K

1u0

2316

30R

5306

1u0

2318

AG

ND

I304

5302

30R

5307

30R

+1V

25_S

W

DG

ND

39p

2379RES

+3V

3_S

W

I316

I306

I302

2307

100n2308

2309

100n

100n

F302

3332

2K7

DG

ND

+3V

3_S

W

10K

3336

2377

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2549100n

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100n 2515

2532

100n 2542

100n 2531

100n

100n 2519

100n 2544

100n 2540

25504u7

2536100n

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100n 2523

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2504100n2520

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2522100n

100n

5500

30R

J18

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2543100n

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2534100n

100n 2577

2574

100n 2527

100n

100n 2553

2545100n

100n 2566

2559100n

3500

1R0

2595

2530100n

10u

100n 2529

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100n 2573

2516100n

100n

100n 2537

2581

2528100n

100n 2564

2552100n2599

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17A

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2576100n

2501100n

2510100n

2513100n

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100n 2512

100n 2575

100n 2560

100n 2505

100n 2569

2568100n

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47

L11M

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2011

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19 20 21 22 23 24 25 26 27 28 29 30 31 0 1 2 3

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RD

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(0)#

RA

(1)

RA

(11)

RA

(7)

RA

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RA

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RW

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RO

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RA

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RA

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RA

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RA

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RA

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RA

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RD

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(3)#

RD

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(3)

RD

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RD

QS

(2)

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QM

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RD

Q(2

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(23)

RD

Q(2

2)R

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(21)

RD

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0)R

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(19)

RD

Q(1

8)R

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(17)

RD

Q(1

6)

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A(2

)

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Q(3

1)R

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(30)

RD

Q(2

9)R

DQ

(28)

RD

Q(2

7)R

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(26)

RD

Q(2

5)

RD

Q(2

5)R

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(26)

RD

Q(2

7)R

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RD

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1)

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RA

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(6)

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Q(7

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(8)

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Q(9

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1)R

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(12)

RD

Q(1

3)R

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(14)

RD

Q(1

5)R

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(16)

RD

Q(1

7)R

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(18)

RD

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9)R

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(20)

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(22)

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RA

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RD

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RD

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RD

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(3)

RA

(1)

RA

(2)

RA

(3)

RA

(4)

RA

(5)

RA

(6)

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EN 4

8L1

1M1.

1L L

A10

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t Dia

gram

s an

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Lay

outs

2011

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trol

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1913

0_02

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27

Con

trolle

rB

04C

B04

C 2011

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312

2011

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131

3139

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650

5P

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SB

SS

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RIL

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Z D

IG

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76543210

VC

C

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WE

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NC

IO

B

VS

S

ETR

XE

TTX

CI

CI

D0

D1

D2

D3

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CLK

ETM

DC

ETM

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MC

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MD

O0

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VA

L

MO

STR

TM

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T

D0

D1

D2

D3

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ER

CLK

ETP

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CLK

ETC

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ETC

RS

MC

LKI

MD

I0

MIV

AL

GP

IOG

PIO

23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44

18 19 20 21 220 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

SU

B

ER

GN

D

VO

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D

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LA

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0 1 2S

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WM

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RX TX

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MI AG

C

DE

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TAB

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S

BY

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N IF RF3 4 5 6 7 0 1

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RX TX

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SC

L20 1 2

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BC

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L 54

MH

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)

RE

S F

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0

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0

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mod

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mod

e

PW

M D

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FOR

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GG

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P1

TRA

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mod

e +

Ser

ial B

oot

0

I713

3741

1K0

3730

10K

RE

S

+3V

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Y

3781

4700

100R

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Y

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Y

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W

I757

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Y

F758

10K

3729

3717

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847B

W77

03

3754

4K7

F757

+3V

3_S

W

37214K7

2723

RES

1n0

F706

I750

I753

+3V

3_S

W

+3V

3_S

W

10p

2717

10p

2703

F746

2709

4u72716

10p

RES2711

100n3768

6K8

1K0

F743

3798

I744

F705

I727

3732

100R

10K

2

6 1

3733

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7BS

(CO

L)

3711

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100R

RE

S3794

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3770

1K0

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3759

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3702

37774K7

10R

3795

37A6 RES10K

15

8 76

12

37

13

36

18 19

40 45 46 47 483 4 5 10 11 14 25 26 27 28 332 34 35 38 39

41 42 43 44

1 20 21 22 23 24

17 91629 30 31 32

+3V

3_S

W

7708

H27

U1G

8F2B

100R

3744

10K RES37A7

3705

F759

100R

3704

100R

2720

47n

F765

30R

RES

5706

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3_S

W

100K

3790

3712

33R

30R

5701

100n

2730

10K

2710

3763-4 DEB

4u7

4K7

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3_S

W

3756

BZX384-C6V8

6700

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3_S

W

10K 3778

100n

2727

100R

3709

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Y

3748

33R

1700 54

M

F741

I731

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10K

3700

3785

10K

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Y

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10n

RES2705

BZX384-C3V3

6708RES

E32

B31

D31

E34

B33

A36

B35

A34

C34

B37

D35

D33

A32

C32

H37

H33

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F37

G36

G32

C36

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7700

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G MA

C-C

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F35

F33

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6701

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G30

E30

H29

F29

B29

A22

C22

AF5

AG

2A

E6

C30

AF7

AG

4A

G6

AH

3A

H1

H25

B25

D25

C24

G24

A30

E24 J24

B23 F23

D23

H27

F27

B27

D27

G26

J32

E26

A26

C26

J26

F25

K35

K37

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C28

E28

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7700

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3BIM

G

GP

IO

100n

2713

3751

100R

6709

BZX

384-

C8V

2

3791

100R

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3_S

W

4K7 3719

3710

4K7

4708

RE

S

I737

BC

847B

W77

10

3763-210K DEB

RES

1K0

3743

3745

4K7

1u0

1705

2706

9

1213

37AA

4K7

1 10 112 3 4 5 6 7 8

DE

B

1702

5023

82-1

170

3716

+3V

3_S

W+3

V3_

SW

+3V

3_S

W

22R

100R

3787

F747

2722

1n0

I738

100R

RE

S

10K 3763-3

3788

DEB

F718

I747

F719

I755

+3V

3_S

W

10K 3715

I714

4K7

I761

3784

RES 3720

10K

10K

3761

4K7

F748

3746

3753

4K7

2701 RES

100n

4

F701

+3V

3_S

W

Φ1

3

25

I715

BD

4529

2G77

01

2 13

MS

J-03

5-29

D P

PO

1701

4K7

3749

33R

3747

I760

10K

3757

2704

RES

RES

10p

37A9

10K

3726

RE

S

4K7

F766

3737

100R

F738

3703

10K

7705

3701

BC

847B

W

4 5 6 7 8

10K

2041

145-

8

1M20

1 2 3

RE

S

+3V

3_S

W

10K

3731

3742

680R

2700100nRES

F704

F716

3735

100R

100R

373437

39

1R0

100R

3727

100R

3796

F740

3771

1K0

10K

3760DEB

I726

3706

4K7

I735

4K7

3783

1 2 3

6 5

8 4

7(8

K ×

8)

EE

PR

OM

7702

M24

C64

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W6

37A5

4K7

F724

7709

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3 4

220R

BC

847B

S(C

OL)

+5V

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5705

3765

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DE

B

10K

3758

F750

+3V

3_S

W

I739

4K7

3736

10K 3780 DEB

RES3779

4K7

+3V

3STB

Y

F742

F753

F760

I759

F763

100n

2728

100K

I746

3769

F754

2726

100n

3793

RE

S47

07

I733

100R

I743

F739

220n

2721

AP

21R

36 T35

AR

10A

U10

AN

10

T37

AJ3

6

AJ3

4

AN

6

AU

2A

T3

AL1

6A

M15

M33

M19

AP

37

N36

N34

AT2

1

AU

4

AT5

AR

2A

P5

AR

6A

U6

AP

7A

T7A

R8

AU

8

AT1 T3

3

AL2

0

AL2

2

AP

3R

34P

31

AP

1R

32P

33

AR

4

K5

K7

AN

22

AM

21A

M19

AN

20A

R20

AU

20J34

J36

AN

14

AM

17

AL1

2

AN

18

AL1

4

M31

AK

3

AJ2

AH

5

AJ4

AK

1

MT5

363B

IMG

AH

35A

H37

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2A

K33

AM

35A

L34

AM

37A

L36

AM

31

L30

CO

NTR

OL

7700

-1

100R

3728

6707

BAS316

I734

F755

+3V

3_S

W

+3V

3_S

W

I711

F702

F737

DEB10K 3763-1

10K

3713

F707

F751

I700

2702

100n

+3V

3_S

W

F745

I758

I732

3792

2K2

100R

+3V

3_S

W

37A8

I749

100n

2712

F749

30R

5700

F761

2724

1n0

2719

47n

F717

RES37754K74K7 3774

1%

3789

RES

5K1

100R

3738

3764

1K0

371410K

+5V

_SW

F708

3724

1R0

I708

I701

+3V

3STB

Y

+3V

3STB

Y

10K

37ABRES

F725

3762

1K0

DEB

3767

15K

37184K7

I742

3707

4K7

3786

10K

10K

3782

10K

RES

3722

10K

3723

RES

10K

3740

6706

BAS316

37764K7

F736

+3V

3STB

Y

+3V

3_S

W

+3V

3_S

W

RES

+12V

S

1n0

2725

F744

LIG

HT-

SE

NS

OR

RE

SE

T_A

UD

IO

RC

NA

ND

_PD

D(0

)

NA

ND

_PA

RB

NA

ND

_PO

CE

NA

ND

_PO

WE

NA

ND

_PA

LEN

AN

D_P

CLE

SC

L-D

ISP

SD

A-D

ISP

TUN

ER

_SD

ATU

NE

R_S

CL

RF_

AG

C_S

W

NA

ND

_PO

OE

NA

ND

_PD

D(7

)N

AN

D_P

DD

(6)

NA

ND

_PD

D(5

)N

AN

D_P

DD

(4)

NA

ND

_PD

D(3

)N

AN

D_P

DD

(2)

NA

ND

_PD

D(1

)

AR

C_S

W

INV

_STA

TUS

BY

PA

SS

_MO

DE

RE

SE

T_D

EM

OD

VIN

_ATV

VIP

_ATV

IF_A

GC

RF_

AG

C

BA

CK

LIG

HT-

PW

M

LAM

P-O

N

STA

ND

BY

BA

CK

LIG

HT-

BO

OS

T

PO

WE

R-O

K

PO

WE

R_D

OW

N

JTM

S

MU

TE

DC

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SW

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TE

SD

A-M

AIN

SC

L-M

AIN

NA

ND

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CE

SY

S_E

EP

RO

M_W

E

LED

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BO

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T_C

ON

TRO

L

PO

WE

R_D

OW

N

KE

YB

OA

RD

JTD

O

JTD

O

LIG

HT-

SE

NS

OR

LED

-1

OR

ES

ET

JTD

I

LED

-1

KE

YB

OA

RD

JTC

K

JTR

ST

SD

A-L

CD

PW

R5V

_1

HD

MI_

CE

C

BA

CK

LIG

HT_

CO

NTR

OL

US

B_O

CP

US

B_P

WR

_EN

SC

L-LC

D

US

B_D

MU

SB

_DP

PW

R5V

_2S

IDE

_HD

MI_

SC

L1S

IDE

_HD

MI_

SD

A1

HD

MI_

SC

L2H

DM

I_S

DA

2

NA

ND

_PO

WE

NA

ND

_PA

RB

NA

ND

_PO

OE

LED

-2

JTR

ST

VC

OM

_SW

RC

ED

ID_W

C

LCD

-PW

R-O

Nn

SD

A-M

AIN

SC

L-M

AIN

NA

ND

_PA

LEN

AN

D_P

CLE

TSO

_CLK

TSO

_DA

TA0

TSO

_SY

NC

TSO

_VA

LID

JTM

SJT

DI

JTC

K

NA

ND

_PD

D(0

)N

AN

D_P

DD

(1)

NA

ND

_PD

D(2

)N

AN

D_P

DD

(3)

NA

ND

_PD

D(4

)N

AN

D_P

DD

(5)

NA

ND

_PD

D(6

)N

AN

D_P

DD

(7)

Circ

uit D

iagr

ams

and

PW

B L

ayou

tsEN

49

L11M

1.1L

LA

10.

2011

-Apr

-29

LVD

S D

ispl

ay

1913

0_02

4_11

0427

.eps

1104

27

LVD

S D

ispl

ayB

04D

B04

D 2011

-01-

312

2011

-01-

131

3139

123

650

5P

CB

SB

SS

BTH

RIL

LER

BR

Z D

IG

-BU

SC

TRL

FIL

I2

CIN

P

-

Y- YY

PC

A59

40

YY-

-

PC

A95

15 -

(RE

S)

4820

-

4822

4821

-Y

4817

4818

4810

-

4816

4814

YLV

DS

#1

-

Y

Y

4811

-

4819

- -

4813

Y

4815

4812

Y -

Y

Y -

33R

5800

3803

F801

47R

+3V

3STB

Y

F805

4816

100n

2805

61 5354

5556

5758

5960 4849 55051 678952 39 44041424344454647 2829 3303132333435363738 19 22021222324252627 1101112131415161718

FI-R

NE

51S

Z-H

F-R

1500

1G51

3805

47K

F800

4801 RES

I801

5801

33R

RES

RES

4815

4813

4823

RE

S

F813

F812

4800 RES

4804

RE

S48

20

I809

4805

I800

F808

4817

+5V

_SW

RES4822

4810

RES4811

4824

4814

RE

S

4818

678

4

123

SI4

835D

DY

5

100u16V

7800

2804

15K

3806

7803

3807

10K

BC

857B

W

F823

F821

4812

RE

S

F814

4821

RE

S

1u0

2806

1K0

3810

I808

I807

10K

3808

7802

-25

3 4B

C84

7BS

(CO

L)

33R

5802

F809

2

6 1B

C84

7BS

(CO

L)78

02-1

+VD

ISP

-INT

+VD

ISP

-INT

F833

F827

F815

F825

F834

F832

F811

I802

4806

RE

S

I806

220n

2807

BZX

384-

C6V

8

6800

F831

F829

F828

47K

4803 3802

4808

RE

S

F810

+12V

DIS

P

+3V

3_S

W

F807

F806

F822

4802 RES

4807

RE

S

F820

F819

F817

F824

F826

10n

2803

RE

S

2802

100n

1K0

3809

VS

S6

F818

SC

05 8

SC

1

SC

L4

0D

S1

SD

17

SD

A2

VD

D3

PC

A95

40B

7801

F816

4819

SC

L-D

ISP

SD

A-D

ISP

SD

A-V

CO

M

LCD

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R-O

Nn

SD

A_V

GA

VC

OM

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F725

F736

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F738

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F750

F751

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F754 F755

F756

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F760

F761

F763

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F800

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F805 F806

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F809 F810

F811 F812

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F815

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F818

F819

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F821

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F828

F829

F831

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F900

F901

F902

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F904

F905

F906

F907

F908

F909

F911

F912

F913

F914

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FA03

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FB00

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FD00

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I105

I106

I107

I108

I109

I110

I111

I112

I113

I117

I118

I119

I120

I122

I123

I125

I126

I127

I131

I132

I134

I135

I136

I137

I138

I139

I140

I141

I142

I143

I144

I220

I221

I222

I254

I255

I300

I301

I302

I303

I304

I305

I306

I307

I308

I316

I317

I318

I320

I325

I338

I401

I403

I405

I406

I411

I412

I413

I414

I415

I416

I417

I418

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I423

I424

I425

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I430

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I434

I435

I436

I437

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I441

I442

I443

I445

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I506

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I701

I708

I711

I713

I714

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I716

I725

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I754

I755

I756

I757

I758

I759

I760

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I806

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IA01

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IB15

IB16

IB17

IB18

IB19

IB20

IB21

IB22

IB23

IB24

IB25

IB26

IB27

IB29

IB31

IB33 IB

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IB37

IB39

IB41

IB43

IB45

IB47

IB48

IB49

IB50

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IB52

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IB70

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IC01

IC02

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Circ

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Circ

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61

L11M

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10.

2011

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29 8

7J00

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53A

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371615 18

43 44 45

46474849

50

42

515253

54555657

ISL9

7653

AIR

Z7J

00-2

VIA

23

RES

100K

3J05

5678

41

45

RE

S7J

02FD

S94

35A

4J01

-4

20K

3J24

SS24

6J05

2J35

1u0

2J41

22u 16V

VG

L_-6

V

240K

3J26

2

2J40

1u0

RB

550E

A6J

01

1 3

5 4

+VD

ISP

-INT

2J34

220n

SG

ND

1

39K

3J102J

3222

0n

2J03

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10K

3J01

RE

S2

7

VG

H_3

5V

4J00

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18

4J00

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2K2

RES3J21

23

RE

S2J26

120p

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S2S

B17

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04 1

2J31

100n

RES

2J30

4u7

0.5%24K 3J14

VLS

_15V

6

RE

S2J

1610

0n

2J14

2u2

750K

3J18

27K

3J17

2J29

100p

RES2J28

100n

5J00

4u5

2J17

100n

SG

ND

1

2J15

4n7

1%10

K

3J07

2J19

220n

SG

ND

1

VLS_15V6_B

+VDISP

2J21

4n7

3J02RES

VLS

_15V

6_B

39K

2J22

2u2

2J18

100n

2J11

1n0

RES

SG

ND

1

SG

ND

1

3J12

13K

0.5%

VLS

_15V

6

SG

ND

1

RES2J10

2u2

25V

2J38

22u

RES2J08

47u

10u

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2J01

4J01

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6

+VD

ISP

2J00

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27

4J01

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01-2

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10n

2K2

3J27

6J02

1 3

5 42

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550E

A

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S2J

3382

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39K

3J03

2J04

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34

6J06

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5J06

2J20

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FJ59

4J00

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45

4J00

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36

FJ56

5678

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18

7J01

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9435

A

4J02

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3

2u2

2J24RES

KTB

1124

-C7J

03 12

2K2

VC

C_3

V3

3J20RES

VLS

_15V

6

2J13

4u7

RES SG

ND

11n0

2J36 2J37

1n0

3J25

SG

ND

1

RES12K

25V 47u

2J49

2u2

2J44

4J04

-44

5

3.0A

32V

T

1J00

RE

S

1J01

3.0A

32V

TRE

S

5J08

RE

S

30R

5J07

RE

S

30R

1n0

2J12

SG

ND

1

FJ09

RES

FJ07

3K3

3J04

2J23

10n

FJ05

FJ02

FJ03

2J07

10u

3J00

RE

S2K2

+VD

ISP

2J02

100n

FJ06

RES2J47

10u

SG

ND

1

RE

S4J

05

100n

2J50 RES

22u

2J42 RES

10u

2J43

FJ57

FJ58

VC

C1V

8

2J25

22u16V

FJ60

FJ10

3J29

2K2

RES

FJ11

SG

ND

1

FJ00

120p

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RE

S

GS

LOP

GS

LOP

EN 6

2L1

1M1.

1L L

A10

.C

ircui

t Dia

gram

s an

d P

WB

Lay

outs

2011

-Apr

-29

P G

amm

a &

Vco

m &

NVM

1913

0_03

5_11

0427

.eps

1104

27

P G

amm

a &

Vco

m &

NV

MT0

1DT0

1D

2010

-06-

291

3139

123

650

7P

CB

SB

THR

ILLE

R B

RZ

TCO

N

SC

LA

DR

0 1 2S

DAW

C

INP

CO

M|D

VR

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RE

FIN

_IN

N

RE

FIN

SE

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SC

LS

DA

SE

T_C

OM

P

V_T

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RM

BA

NK

SE

L

GN

D_H

S

VIA

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D

OU

T10

OU

T11

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T12

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M

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CO

M

AV

DD

OU

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OU

T2

OU

T3

OU

T4

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T5

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5

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6

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7

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8

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VS

D

SS

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RO

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DE

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4K13

VC

OM

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FFE

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AS

IC O

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ON

S

JUM

PE

RJU

MP

ER

JUM

PE

RJU

MP

ER

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PE

R

4K02

4K03

4K01

NC

40"

32"

ITE

M N

O.

-- - - -

10K

NC

NC

4K18

4K16

JUM

PE

RJU

MP

ER

JUM

PE

R

3K51

----

5K1

NC

-

NC

3K45

FK53

100R

3K62

FK52

FK01

FK03

FK02

10K

VC

C_3

V3

SER SER3K35

10K

3K36

45

6

1KQ

BR

ES

1 2 33 4 5 6 7 8 910

11

5023

82-0

470

5023

82-0

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RE

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10K

3K08RES

7K02

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5330

X

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4540

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01

FK46

FK33

FK44

FK42

FK40

VC

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VC

C

10K

3K61RES3K60

10K

3K56

2K0

3K52

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C_3

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7

100n

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6 5

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EP

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8)

6K8

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3K41

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RES

2K2

3K07

FK24

FK20

FK14

FK19

FK10

VC

C_3

V3

3K10

10K

4K05

RE

S4K

214K

20R

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FK51

4K06-2 27

FK47

FK29

FK28

FK27

FK38

RES

1n0

2K30

RES2K24

1n0

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FK35

FK37

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C_3

V3

3K50

K01 K01

3K46RES

3K54

MSS1P4

6K00

6K8

6K8

3K53

2K0

3K55

3K49

K01 K01

3K44

6K8

3K40

RES

3K12-1

10R

18

27

36

10R

3K12-2

3K12-3

10RFK

08

FK06

4K06-1 18

FK07

FK22

FK23

2K21

100n

2K19

10u

2K18

68p

FK11

VC

C_3

V3

FK18

FK16

FK15

VLS

_15V

6 5% 18K

3K04

5% 22K

3K03

cK01

2K2

3K34

RE

S4K

014K

10

4K09

2K04

VLS

_15V

6

RE

S

100n

45

2K03

100n

364K06-44K06-3

4K18

4K04

RE

S

RES2K26

1n0

RES

1n0

2K25

4K16

RE

S

RE

SR

ES

4K13

4K02

4K12

RE

S4K

11

10K

54K3 15K3

5K10.5%

RES

2K11

100n

100n

2K10

100n

2K12

2K20

22u16V

+VD

ISP

3K15

5R60.5%0.5%

5R6

3K14

5%56

0R

3K16

5K1

3K17

3K13-2

10R

27

0.5%

36

45

10R

3K13-3

3K13-4

10R

100n

2K17

2K02

100n

5%3K

3

3K06

100n

2K06

2K07

100n

100n

2K08

3K11-1

10R

18

4K08

VLS

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6

RE

S

4K19

RE

S

RE

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074K

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4K00

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EF_

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2

4K17

RE

S

4K03

4K15

RE

SR

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4K14

1u0

2K00

2K01

1u0

0.5% 100K

3K00

0.5% 6K2

3K01

0.5% 10K

3K02

30 34 35 36 37 38 39 40 4129 31

16 18 19 25

321 13 1228

26

27

2 22 23 243 4 7 8 10

21

14

620

33

9 11 15 17

5

7K00

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5

10R

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2K13

100n

FK57

FK56

2K14

100n

100n

2K15

2K16

100n

10R

3K13-1 18

27

36

10R

3K11-2

45

3K11-3

10R

10R

3K11-4

2K09

100n

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6

FK54

2K2

3K05

5%

2K05

10u

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A-T

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NS

CL-

TCO

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Hz

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SE

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INN

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M

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5

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5

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3

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63

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27

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127

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47

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127

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OU

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SC

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SD

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127

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255

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91

CS

_L

VH

191

Circ

uit D

iagr

ams

and

PW

B L

ayou

tsEN

63

L11M

1.1L

LA

10.

2011

-Apr

-29

MPD

1913

0_03

6_11

0427

.eps

1104

27

MP

DT0

1ET0

1E

2010

-06-

291

3139

123

650

7P

CB

SB

THR

ILLE

R B

RZ

TCO

N

OU

T2

OU

T3

OU

T4

OU

T5

OU

T6

OU

T7

+

RE

FLR

EFH

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AV

DD

VIA

-

GN

D_H

SG

ND

NC

OU

TB

OU

TA-

INA

+IN

BIN

OU

T1

ITE

M N

O.

3L12

47K

68K

2K2

56K

2K 82K

3L13

3L14

NC FO

R32

" / 4

0"

NC

NC

4L02

-22

7

4L02

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6

RE

S

4L02

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5

RE

S

RE

S

FL13

FL12

4L00

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8

4L00

-22

7

RE

S

4L00

-33

6

RE

S

4L00

-44

5

RE

S

2L13

100n

RE

S

FL08

FL07

FL06

FL05

FL04

2L11

100n

100n

2L10

8 3L02-1

10R

1

3L01-3 36

10R

27

10R

18

3L01-210R

3L01-1

18

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36

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4L02

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10R

3L00-2 27

3L00-1

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18

VR

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18

FL14

27

RE

S

4L01

-1

36

RE

S

4L01

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45

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S

4L01

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ISP

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S

4L01

-4

0.5%

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3L16

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3L17

1R0

100n

2L16

3L12

62K

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11

FL09

FL02

FL03

FL01

2L09

100n

100n

2L08

45

36

10R

3L02-4

27

3L02-3

10R

10R

3L02-236 37 38 39 40 41 42

20 21 22 23 24 18 17

10 11 34 35

91 2 3 4 5 6 7 8 19

31 30 29 27 26 25 13 14 15 16

ISL2

4016

IRTZ

7L00

28

12

33

32

100n

2L07

2L06

100n

100n

2L05

10R

45

2L04

100n

3L01-4

2L03

100n

100n

2L00

3L00-4 45

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10R

1n0

2L12

3L13

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ISP

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4

5 2

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2L14

100n

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5886

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100n

2L02

2L01

100n

VC

OM

AS

IC_C

S9

AS

IC_C

S11

CS

1C

S2

CS

3C

S4

CS

5C

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7C

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9C

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1

CS

2

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3

CS

4

CS

5

CS

6

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7

CS

8

CS

9

CS

10

CS

12

CS

11

AS

IC_C

S1

AS

IC_C

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IC_C

S5

AS

IC_C

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32"

40"

EN 6

4L1

1M1.

1L L

A10

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ircui

t Dia

gram

s an

d P

WB

Lay

outs

2011

-Apr

-29

Min

i LVD

S

1913

0_03

7_11

0427

.eps

1104

27

Min

i LV

DS

T01F

T01F

2010

-06-

291

3139

123

650

7P

CB

SB

THR

ILLE

R B

RZ

TCO

N

FM98

FM97

FM89

FM90

FM87

FM86

FM84

FM85

FM83

FM82

FM71

FM70

FM69

FM53

FM54

FM52

FM67

FM68

FM43

FM42

FM40

FM41

FM38

FM35

FM36

FM34

45

FM00

36

RE

S4M

00-4

27

RE

S4M

00-3

18

RE

S4M

00-2

RE

S4M

00-1

RE

S2M

01

100n

68R

3M10

3M09

3M07

68R

68R

36

68R

3M02 2

74M

04-3

18

4M04

-2

45

4M04

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04-4

FM73

FM72

FM01

FM02 FM

65

FM96

FM94

FM95

FM93

FM91

FM92

3M16

6 8R

68R

3M15

RE

S

RE

S

100n

2M02

FM81

FM79

FM80

FM78

80 98182

717273747576777879 8616263646566676869 770 515253545556575859 660 414243444546474849 550 3233343536373839 440 23242526272829 33031 13141516171819 2202122

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1

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59-8

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FM51

FM50

FM48

FM49

FM47

FM45

FM46

FM44

FM33

FM32

FM30

FM31

3M08

68R

68R

3M03

68R

3M01

68R

3M00

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10u

3M17

20R

68R

3M14

3M13

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45

RE

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36

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FM75

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6869 770717273747576 5859 66061626364656667 4849 55051525354555657 39 44041424344454647 3303132333435363738 220212223242526272829 110111213141516171819

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36

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27

4M08

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4M08

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91

LLV

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RC

K-

Circ

uit D

iagr

ams

and

PW

B L

ayou

tsEN

65

L11M

1.1L

LA

10.

2011

-Apr

-29

10-1

0 31

3912

3650

71 T

CO

N L

ayou

t O

verv

iew

top/

botto

m s

ide

1913

0_04

2_11

0428

.eps

1104

28

2011

-04-

281

3139

123

650

6TC

ON

TH

RIL

LER

1X02

1X01

1H00

1J001J

01

1KA

11K

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1KQA 1KQB

1N01

2H40

2H41

2H54

2J00

2J01

2J02

2J03

2J042J05

2J06

2J07

2J08

2J09

2J10

2J11

2J12

2J13

2J14

2J15

2J16

2J17

2J18

2J19

2J202J21

2J22

2J232J24

2J25

2J26 2J27

2J28

2J29

2J30 2J

31

2J32

2J33

2J34

2J35

2J362J37

2J38

2J39

2J40

2J41

2J422J

43

2J44

2J47

2J49

2J50

2J51

2J52

2K00

2K01

2K02

2K03

2K04

2K05

2K06

2K07

2K08

2K09

2K10

2K11

2K12

2K13

2K14

2K15

2K16 2K

17

2K182K19

2K20

2K21

2K262K28

2K30

2M01

2M02

2M03

2N01

2N02

2N03

3H01

3H02

3H05

3H07

3H08

3H09

3H10

3H11

3H12

3H13

3H14

3H15

3H16

3H17

3H18

3H21

3H22

3H23

3J00 3J01

3J02

3J03

3J04

3J05

3J06

3J07

3J08

3J09

3J10

3J11

3J12

3J13

3J14

3J15 3J16

3J17

3J18

3J193J20

3J21

3J22 3J23

3J243J25

3J26

3J27

3J28

3J29

3K003K01

3K02

3K03

3K04

3K05

3K06

3K07

3K08 3K

10

3K11

3K12

3K13

3K14

3K15

3K16 3K

17

3K34

3K35

3K36

3K40

3K41

3K46

3K50

3K52

3K53

3K54

3K55

3K56

3K60

3K613K62

3M13

3M14

4H05

4J00

4J01

4J02

4J03

4J04

4J05

4K00

4K01

4K02

4K04

4K05

4K06

4K07

4K08

4K09

4K10

4K11

4K12

4K13

4K174K18

4K19

4K21

4K22

4L004L01

4L02

4M00

4M04

4M08

4M13

5J00

5J06

5J07

5J08

6J00

6J01

6J02

6J05

6J06

6J07

6K00

7H00

7H01

7H02

7H03

7H04

7H05

7J00

7J01

7J02

7J03

7J04

7J05

7K00

7K01

7K02

7K04

CK

00

cK01

2H01

2H02

2H03

2H04

2H05

2H06

2H07

2H08

2H09

2H10

2H13

2H25

2H262H27

2H28

2H29

2H30

2H31

2H32

2H33

2H34

2H35

2H36

2H37 2H38

2H39

2H42

2H43

2H44

2H45

2H46

2H47

2H48

2H50

2H51

2H52

2H53

2K24

2K25

2L00

2L01

2L02

2L03

2L04

2L05

2L06

2L07

2L082L09 2L10

2L11

2L12

2L13

2L14

2L15

2L16

2M04

3H00

3H03

3H04

3H06

3H19

3H20

3H25

3H26

3H27

3H28

3K44

3K45

3K49

3K51

3L003L01

3L02

3L12

3L13

3L14

3L15

3L16

3L17

3M00

3M01

3M02

3M03

3M07

3M08

3M09 3M10

3M15

3M16

3M17

3M18

4H04

4K03

4K14

4K15

4K164K20

4M11

5H00

5H01

5H02

5H03

5H04

5H05

5H06

7L00

7L01

7L02

FH00

FH01

FH02

FH03

FH04

FH05

FH06

FH34

FH35

FH36

FH37

FH38

FH39

FH40

FJ00

FJ01

FJ02

FJ03

FJ04

FJ05

FJ06

FJ07

FJ09

FJ10

FJ11

FJ13

FJ14

FJ55

FJ56

FJ57

FJ58

FJ59

FJ60

FK00

FK01

FK02

FK03

FK04

FK05

FK06

FK07

FK08

FK10

FK11

FK14

FK15

FK16

FK18

FK19

FK20

FK22

FK23

FK24

FK27

FK28

FK29

FK33

FK35

FK36

FK37

FK38

FK40

FK42

FK44

FK46

FK47

FK51

FK52

FK53

FK54

FK55

FK56

FK57

FL00

FL01

FL02

FL03

FL04

FL05

FL06

FL07

FL08

FL09

FL10

FL11

FL12

FL13FL

14FL

15

FL16

FM00

FM01

FM02

FM03

FM04

FM05

FM06

FM30

FM31

FM32

FM33

FM34

FM35

FM36

FM38

FM40

FM41

FM42

FM43

FM44

FM45

FM46

FM47

FM48

FM49

FM50

FM51

FM52

FM53

FM54

FM65

FM67

FM6 8

FM69

FM70

FM71

FM72

FM73

FM74

FM75

FM76

FM77

FM78

FM79

FM80

FM81

FM82

FM83

FM84

FM85

FM86

FM87

FM89

FM90

FM91

FM92

FM93

FM94

FM95

FM96

FM97

FM98

FN01

FN05

FN06

FN07

FN08

FN09 FN

10

FN11 FN

12

FN13

FN14

FN15

FN16

FN17

FN18

FN19

FN20

FN21

FN22

FN23

FN24

FN25

FN26

FN27

FN28

FN29

FN31

FN32

FN33

EN 6

6L1

1M1.

1L L

A11

.S

tylin

g S

heet

s

2011

-Apr

-29

11.S

tylin

g Sh

eets

Styl

ing

Shee

t Thr

iller

32"

1913

0_03

9_11

0428

.eps

1104

28

THR

ILLE

R32

"

Pos

No.

Des

crip

tion

Rem

arks

0004

Fr

ont C

abin

et00

12

Bac

k C

over

0021

Sid

e IO

Bra

cket

0024

B

otto

m IO

Bra

cket

0154

Spe

aker

Bra

cket

0260

Sta

nd10

04

Dis

play

pan

el10

05

Pow

er S

uppl

y U

nit

1112

IR

/LE

D11

14

Keyb

oard

+11

50

Boa

rdS

SB

5213

Lo

udsp

eake

r box

8191

M

ains

cord

1.8

m

Not

Dis

play

ed8G

51

Cab

le L

VD

S F

FCN

ot D

ispl

ayed

1085

R

emot

e C

ontro

l N

ot D

ispl

ayed

0004

1004

0012

0260

0021

1150

0024

1005

1114

1112

0154

5213

Sty

ling

She

ets

EN 6

7L1

1M1.

1L L

A11

.

2011

-Apr

-29

Styl

ing

Shee

t Thr

iller

40"

1913

0_04

6_11

0429

.eps

1104

29

THR

ILLE

R 4

0"

Pos

No.

Des

crip

tion

Rem

arks

0004

Fr

ont C

abin

et00

12

Bac

k C

over

0021

Sid

e IO

Bra

cket

0024

B

otto

m IO

Bra

cket

0154

Spe

aker

Bra

cket

0260

Sta

nd10

04

Dis

play

pan

el10

05

Pow

er S

uppl

y U

nit

1112

IR

/LE

D11

14

Keyb

oard

+11

50

Boa

rdS

SB

1157

TC

ON

mod

ule

5213

Lo

udsp

eake

r box

8191

M

ains

cord

1.8

m

Not

Dis

play

ed8G

50

Cab

le L

VD

S F

FCN

ot D

ispl

ayed

8KA

1 C

able

LV

DS

FFC

Not

Dis

play

ed8K

A2

Cab

le L

VD

S F

FCN

ot D

ispl

ayed

1085

R

emot

e C

ontro

l N

ot D

ispl

ayed

0004

1004

0012

0260

0021

1150

1157

0024

1005

0154

1114

1112

5213