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AgendaAgenda

1. Specification

2. Alignment & Adjustment

3. Block Diagram

4. Wiring Diagram

5. peration !nstruction& !nstallation

". #rou$le S%ooting

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Concept

Relaxation

Pleasure

Affordable

Satisfaction

beyond the space

Value Proposition

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1. Specification

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1.Specification

Product Features

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1.Specification

Key Features

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2. Alignment & Adjustment

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2. Alignment &Adjustment

Factory Mode adjustments

1. How to enter factory mode

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Service adjustments

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Service adjustments

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Software Upgrade (with RS-22!"

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Software Upgrade (with U#R$ %&'"

li dj

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o)tage #djustment

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3 Bl k Di

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3. Block Diagram

*vera)) +)oc, iagram

3 Bl k Di

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3. Block Diagram

#udio.ideo Signa) +)oc, iagram

3 Bl k Di

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3. Block Diagram

/ogic +oard +)oc, iagram

3 Bl k Di

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3. Block Diagram

Power +)oc, iagram

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4. Wiring Diagram

4 Wiring Diagram

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4. Wiring Diagram

*vera)) 0iring(12"

4 Wiring Diagram

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4. Wiring Diagram

*vera)) 0iring(34"

4 Wiring Diagram

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4. Wiring Diagram

*vera)) 0iring

4 Wiring Diagram

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4. Wiring Diagram

PP - SMPS 0iring

4 Wiring Diagram

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4. Wiring Diagram

Main +oard 0iring

4 Wiring Diagram

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4. Wiring Diagram

Main +oard 0iring

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5. peration !nstruction

& !nstallation

5 peration !nstruction & !nstallation

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5. peration !nstruction & !nstallation

Rear Pane)

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". #rou$le s%ooting

" #rou$le s%ooting

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". #rou$le s%ooting

5o Power

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" #rou$le s%ooting

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". #rou$le s%ooting

5o Picture ( 0hen audio is norma)"

" #rou$le s%ooting

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". #rou$le s%ooting

5o Sound

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A##A'()*#

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CONTENTSCONTENTS

&6 0hat is PP 7

&&6 PP Fi)ter

&&&6 0hat is a 8M&7

&6 0hat is a $rusurround9$

6 S! !ode /ist

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What isWhat is

PDP ?PDP ?

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1. Introduction to PDP

2. Panel Structure & Manufacturing

3. PDP Driing C!aracteri"tic"

#. C!aracteri"tic of $oard

Agenda

1 Introduction to PDP1. Introduction to PDP

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1. Introduction to PDP1. Introduction to PDP

FluorescentSubstance

UltravioletRadiation

VisibleLight

Generation

PowerPS

Dri

veCircuit

EnergyTranser

Converted intoVisible Light

%% PDP ConceptPDP Concept

R G B

R G B

Visible Light


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PDP un Operating Efficienc'PDP un Operating Efficienc'

(.)*(.(2*(.+*(.1,*(.+(.)*(.(2*(.+*(.1,*(.+

(.(-(.(-

2%

/oss in rive !ircuit

8eat and &nfrared

Radiation Ray

:mission

#;sorption of

Partitions of !e))

Structure

&nterna) /oss due

to F)uorescentSu;stance

:fficiency 60%

70%

15%

60%

Power Input

Gas Discharge

Absorption by Fluorescent Substance

Visible Light Generation

Visible Light

ltra!iolet "a#iation

%% PDP Operating Efficienc'PDP Operating Efficienc'



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+ Ad,antages -

/ltraSlim 0 Wallmounted #

)as Wide Screen !mplementation

0 or 'ig%er

6ig%t7eig%t 8on t%e $asis of a 429

0 42 :D:0 3kg

; 42 ?9

'ig%

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Panel Structure andPanel Structure and

ManufacturingManufacturing

2. Panel Structure & Manufacturing2. Panel Structure & Manufacturing

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%% Panel Cell StructurePanel Cell Structure

+us :)ectrode

ie)ectric /ayer

&$* :)ectrodeMg* /ayer

Partition F)uorescent

Su;stance

#ddress :)ectrode

Upper Pane)

/ower Pane)

2. Panel Structure & Manufacturingg

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2. Panel Structure & Manufacturing2. Panel Structure & Manufacturing

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%%PDP Cell Co/ponent 0unctionPDP Cell Co/ponent 0unction

Driving Circuit- Switches discharged cells- Processes the video signal

gO Thin FilmEmits secondary electronsGenerates a wall charge

Dielectric Layer- Limits current flow- Transparent for visible light

- ccumulates wall charge

sphor Layernverts "isible Light-#ltraviolet Rays

ses and maintains the dischargeerates ultraviolet rays

Bus Electrode-Provides a path forthe discharge current- Prevents a voltage drop

Transparent Electrode

- Sets a gap between electrodes- Transparent for visible light

Address Electrode- $nputs the %ata Signal

gg

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PDP DriingPDP Driing

C!aracteri"tic"C!aracteri"tic"

3. PDP Driing C!aracteri"tic"3. PDP Driing C!aracteri"tic"

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C!05

"10P#

C!05

"10P#

C!06#

C!12

"5P#

C!0$

"%P#

C!0$

"%P#

C!02

"11P#

C!01"10P#

C!0&"10P#

C!0&"10P#

C!06#

'A0&"&1P#

C201C201 C101C101

C!01C!02C601C111 C101

C102

C10&

C$01 C$02 C$0&

()1 )(1 )*1 *)1

AC

+nlet

AnalogDigital

8& 9ain :&9ain

S9PS

Logic

;Wiring Diagram Schematice the 0a))-o)tage

Issue=*perating Margin=!ontrast=Short Reset $ime

Function=Sets the ischarge !e))

Issue=8igh-Speed Switching=/ow-o)tage

Function=:mission of visi;)e rays

through a !e)) ischarge

Issue

=8igh :fficiency=/ow o)tage=:R! *perating :fficiency

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ising

Ramp

falling

Ramp

scan

Pulse

sustain

Pulse

X sust ain

Pulse

Add ess

Pulse

A1,2..... Address (=Data) Electrode

X Common & Sustain Electrode

Y1,2.... Scan & Sustain Electrode

Vs 85V Ve 11V

Vset !5V Va "!V

Vscan 85V

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T!e pre"et cell" to e turned

on to di"pla' a picture.

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3. PDP Driing C!aracteri"tic"3. PDP Driing C!aracteri"tic"

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SF@ SF2 SF SF1 SF3 SFA SFB SFC

@

66666

2

1C4

@2C$A1$2$@A$C$1$2$@$

@$ fie)d (time"

scan

)ine

address

sustain

su;-fie)d

Reset

Period

#ddress

Period

Sustain

Period

9

D@

D2

Dn

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SF@ SF2 SF SF1 SF3 SFA SFB SFC*rigin

a)&mag

e

@

66666

2

1C4

@2C$A1$2$@A$C$1$2$@$

@$ fie)d (time"

scan

)ine

address

sustain

su;-fie)d

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Operating E8planationOperating E8planation

per $oardper $oard

#. Operating E8planation per $oard#. Operating E8planation per $oard

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P8P Panel

!52 : $!0 P ixels

!5& : & : $!0 Cells

'oic @d 8ispla

8ata

8rier

3i4in

Scan3i4in

+nput

8ata

Processor

Cloc -

27.B

8ata

Controller

Cloc -

60.B

8RA.

8rier

3i4inController

Cloc -

20.B

$0.B

;< .ain @d

Ro

8rier

;< Pulse

*enerator

:< .ain @d

:< Pulse

*enerator

Colu4n 8rier

Poer @d

Poer Suppl

8iital @d Analo @dLVDS

AC P oer

Source

220V

+4ae

(n/ancer

+4ae

Scalerr

A8

Conerterr

3.8S

Receierr

Video

8ecoder

8e Diagra)ed coding to encode C ;its per channe) or 21 ;its tota) per piGe)6

ata &s)and Periods are encoded using a simi)ar transition minimi>ed coding $MS :rror Reduction !oding ($:R!1" which transmits 1 ;its per channe)

or @2 ;its tota) per piGe) c)oc, period6uring !ontro) Periods 2 ;its per channe) or A ;its tota) are encoded per piGe)c)oc, using a transition maGimi>ed encoding6 $hese A ;its are 8SD5! SD5!

!$/4 !$/@ !$/2 and !$/6 5ear the end of every !ontro) Perioda Pream;)e using the !$/G ;its indicates whether the neGt ata Period isa ideo ata Period or a ata &s)and Period6

0hat is 8M&7 #ttachment

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ideo @ormat Support

In order to 9ro3de ma;3mm com9at3033ty 0etween 3deo Sorce5 and S3n5:

59ec3f3c m3n3mm re=3rement5 6ae 0een 59ec3f3ed for Sorce5 and S3n5

:rimar ideo @ormat #imings

F >?;>8?9 ,.>?H@

F 128?;72?9 ,.>?H@

F 12?;1?8?3 ,.>?H@

F 72?;>8?9 ,.>?H@

F 72?+1>>?/;>8?3 ,.>?H@

F 128?;72?9 ,?H@

F 12?;1?8?3 ,?H@

F 72?;,79 ,?H@

F 72?+1>>?/;,73 ,?H@


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Audio Sample >.1H@: >8H@: 88.2H@: H@: 17.>H@ and

12H@ 53n4 e3t6er IEC ?,8 format or IEC 17 format. If an HD)I

S3n 599ort5 ad3o rece9t3on acro55 any 3n9t: t6en 3t 56a 599ortad3o rece9t3on from a HD)I 3n9t5.

Ba53c !d3o. 35 def3ned a5 two c6anne "&PC) ad3o at 5am9e rate5 of 2H@: >>.1H@: or >8H@: w3t6 a 5am9e 53@e of at ea5t 1 03t5. (or EI!CE!&81B reference5 to D#% de3ce5: .Ba53c !d3o. 35 def3ned a5 two c6anne "&PC) ad3o at 5am9e rate5 of 2H@: >>.1H@: and >8H@.

#6ere 35 no 5am9e 53@e 5a4e re5tr3ct3on for D#% de3ce5. !n HD)I S3n may o9t3onay acce9t ad3o at 5am9e rate5 of 88.2H@: H@: 17.>H@ andor 12H@ 53n4 e3t6er IEC ?,8 format or IEC 17 format: and 56od 3nd3cate t6e5e ca9a033t3e5 3n t6e E&EDID data 5trctre.


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Co/patiilit' 7it! D:I

! HD)I Sorce5 56a 0e com9at30e w3t6 D%I 1.? com93ant 53n de3ce5 +3.e. mon3tor5J or d359ay5J/ t6ro46 t6e 5e of a 9a553e ca0e conerter. "3ew35e: a HD)I S3n5 56a 0e com9at30e w3t6 D%I 1.? com93ant 5orce5 +3.e. 5y5tem5J or 6o5t5J/ t6ro46 t6e 5e of a 53m3ar ca0e conerter.

*6en commn3cat3n4 w3t6 a D%I de3ce: an HD)I de3ce 56a o9erate accord3n4 to t6e D%I 1.? 59ec3f3cat3on: w3t6 t6e foow3n4 e;ce9t3on & t6e5e de3ce5 are not

re=3red to com9y w3t6 D%I 1.? re5 re4ard3n4KF )on3tor 5ca3n4 re=3rement5F P6y53ca Interconnect 59ec3f3cat3on5F Sy5tem "ow P3;e (ormat S99ort Re=3rement5

(rt6ermore: for HD)I de3ce5 w63c6 do not 6ae a BIOSJ or o9erat3n45y5temJ: t6ere are t6e foow3n4 add3t3ona e;ce9t3on5K

F BIOSJ re=3rement5F O9erat3n4 5y5temJ re=3rement5F Sy5tem ee eentJ re=3rement5F Power mana4ement re=3rement5

0hat is $9$7 #ttachment

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#ruSurround # for irtual Surround Sound

D%D 9ayer5 6ae tran5formed t6e

6o5e6od 3nto an enterta3nment center.

*63e D%D owner5 can now enLoy ,.1

mt3c6anne 5ondtrac5 for mo3e5 and

m53c 3n t6e comfort of t6e3r 33n4 room or

at t6e3r com9ter: mo5t tee353on5 and

com9ter 9ay0ac 5y5tem56ae ony two 59eaer5.

#rSrrond # 0r3d4e5 t635 4a9. It 9roce55e5 any mt3c6anne ad3o 5orce: a5 35

5ay fond on D%D5: and tran5form5 t6e mater3a 3nto 0reat6ta3n4 3rta 5rrond

5ond from L5t two 59eaer5 or 6ead96one5.Ba5ed 9on t6e 9atented #rSrrondM tec6noo4y from SRS "a05: w63c6 35 t6e

e5ta0356ed 5tandard for 3rta 5rrond 5ond: #rSrrond # a5o 3ncde5 t6e n3=e

featre5 of SRS D3ao4 Car3ty and #rBa55 and create5 a 5tnn3n4 D 5ond 3ma4e from

5tandard 5tereo mater3a.

#ruSurround # features

0hat is $9$7 #ttachment

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#ruSurround0 #rSrrond 35 a 9atented SRS tec6noo4y t6at 5oe5 t6e 9ro0em of

9ay3n4 ,.1 mt3c6anne content oer two 59eaer5. #rSrrond de3er5 a com9e3n4:3rta 5rrond 5ond e;9er3ence t6ro46 any two&59eaer 9ay0ac 5y5tem: 3ncd3n4

3nterna tee353on 59eaer5 and 6ead96one5. It 35 fy com9at30e w3t6 a mt3c6anne

format5 9 to .1 c6anne5.

S

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#ruBass0 #rBa55 35 a 9atented SRS tec6noo4y t6at en6ance5 0a55 9erformance t33@3n4

9ro9r3etary 95yc6oaco5t3c tec6n3=e5. #6e5e tec6n3=e5 re5tore t6e 9erce9t3on offndamenta ow fre=ency tone5 0y dynam3cay a4ment3n4 6armon3c5: w63c6 are more

ea53y re9rodced 0y contem9orary od59eaer5.

53n4 #rBa55: #rSrrond # tae5 t6e 0a55 3nformat3on conta3ned w3t63n t6e or343na

ad3o trac and 6e95 t6e 59eaer5 or 6ead96one5 re&create 3t een 3f 3t 35 0eow t6e

59eaer

ps42c91h

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