Zenith D52WLCD, D52WLCD4 Service Manual

SERVICE MANUAL

Model Series:

Product Type: Rear Projection LCD
Chassis: 094A
Manual Part #: 923-03485R1
Manual Series: PV154
Model Line: E
Product Year: 2002

REVISED EDITION

First revison - Training material added

CONTENTS

General Info ................................................. 1

Service Menu ................................................ 2

Servicing ..................................................... 3

Parts List ..................................................... 4

Diagrams ...................................................... 5

Schematics ................................................... 6

D52WLCD
D52WLCD4

Printed in U.S.A.

Published July 2003

by Technical Publications

LG Electronics of Alabama, Inc.

201 James Record Road

Huntsville, Alabama 35824-1513

Copyright © 2003 LG Electronics Corporation

PRODUCT SAFETY SERVICING GUIDELINES FOR AUDIO-VIDEO PRODUCTS

IMPORTANT SAFETY NOTICE

This manual was prepared for use only by properly trained audio-video service
technicians.

When servicing this product, under no circumstances should the original
design be modified or altered without permission from Zenith Electronics
Corporation. All components should be replaced only with types identical to
those in the original circuit and their physical location, wiring and lead dress
must conform to original layout upon completion of repairs.

Special components are also used to prevent shock and fire hazard. These
components are indicated by the letter “x” included in their component
designators and are required to maintain safe performance. No deviations are
allowed without prior approval by Zenith Electronics Corporation.

Circuit diagrams may occasionally differ from the actual circuit used. This way,
implementation of the latest safety and performance improvement changes into
the set is not delayed until the new service literature is printed.

CAUTION: Do not attempt to modify this product in any way. Never perform
customized installations without manufacturer’s approval. Unauthorized
modifications will not only void the warranty, but may lead to property damage
or user injury.

Service work should be performed only after you are thoroughly familiar with
these safety checks and servicing guidelines.

GRAPHIC SYMBOLS

The exclamation point within an equilateral triangle is intended
to alert the service personnel to important safety information in
the service literature.

The lightning flash with arrowhead symbol within an equilateral
triangle is intended to alert the service personnel to the presence
of noninsulated “dangerous voltage” that may be of sufficient
magnitude to constitute a risk of electric shock.

The pictorial representation of a fuse and its rating within an
equilateral triangle is intended to convey to the service personnel
the following fuse replacement caution notice:
CAUTION: FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,
REPLACE ALL FUSES WITH THE SAME TYPE AND RATING AS MARKED
NEAR EACH FUSE.

SERVICE INFORMATION

While servicing, use an isolation transformer for protection from AC line shock.
After the original service problem has been corrected, make a check of the
following:

FIRE AND SHOCK HAZARD

1. Be sure that all components are positioned to avoid a possibility of
adjacent component shorts. This is especially important on items trans­ported to and from the repair shop.

2. Verify that all protective devices such as insulators, barriers, covers,
shields, strain reliefs, power supply cords, and other hardware have been
reinstalled per the original design. Be sure that the safety purpose of the
polarized line plug has not been defeated.

3. Soldering must be inspected to discover possible cold solder joints, solder
splashes, or sharp solder points. Be certain to remove all loose foreign
particles.

4. Check for physical evidence of damage or deterioration to parts and compo­nents, for frayed leads or damaged insulation (including the AC cord), and
replace if necessary.

5. No lead or component should touch a high current device or a resistor
rated at 1 watt or more. Lead tension around protruding metal surfaces
must be avoided.

6. After reassembly of the set, always perform an AC leakage test on all exposed
metallic parts of the cabinet (the channel selector knobs, antenna terminals,
handle and screws) to be sure that set is safe to operate without danger of
electrical shock. DO NOT USE A LINE ISOLATION TRANSFORMER DURING THIS
TEST. Use an AC voltmeter having 5000 ohms per volt or more sensitivity in
the following manner: Connect a 1500 ohm, 10 watt resistor, paralleled by
a .15 mfd 150V AC type capacitor between a known good earth ground
water pipe, conduit, etc.) and the exposed metallic parts, one at a time.
Measure the AC voltage across the combination of 1500 ohm resistor and
.15 mfd capacitor. Reverse the AC plug by using a non-polarized adaptor
and repeat AC voltage measurements for each exposed metallic part. Voltage
measured must not exceed 0.75 volts RMS. This corresponds to 0.5 milliamp
AC. Any value exceeding this limit constitutes a potential shock hazard and
must be corrected immediately.

TIPS ON PROPER INSTALLATION

1. Never install any receiver in a closed-in recess, cubbyhole, or closely
fitting shelf space over, or close to, a heat duct, or in the path of heated
air flow.

2. Avoid conditions of high humidity such as: outdoor patio installations
where dew is a factor, near steam radiators where steam leakage is a factor,
etc.

3. Avoid placement where draperies may obstruct venting. The customer
should also avoid the use of decorative scarves or other coverings that
might obstruct ventilation.

4. Wall- and shelf-mounted installations using a commercial mounting kit
must follow the factory-approved mounting instructions. A product mounted
to a shelf or platform must retain its original feet (or the equivalent
thickness in spacers) to provide adequate air flow across the bottom. Bolts
or screws used for fasteners must not touch any parts or wiring. Perform
leakage tests on customized installations.

5. Caution customers against mounting a product on a sloping shelf or in a
tilted position, unless the receiver is properly secured.

6. A product on a roll-about cart should be stable in its mounting to the cart.
Caution the customer on the hazards of trying to roll a cart with small
casters across thresholds or deep pile carpets.

7. Caution customers against using a cart or stand that has not been listed
by Underwriters Laboratories, Inc. for use with its specific model of
television receiver or generically approved for use with TVs of the same or
larger screen size.

8. Caution customers against using extension cords. Explain that a forest of
extensions, sprouting from a single outlet, can lead to disastrous
consequences to home and family.

REGULATORY INFORMATION

This equipment has been tested and found to comply with the limits for a Class
B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed
to provide reasonable protection against harmful interference when the equip­ment is operated in a residential installation. This equipment generates, uses
and can radiate radio frequency energy and, if not installed and used in
accordance with the instruction manual, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur
in a particular installation. If this equipment does cause harmful interference to
radio or television reception, which can be determined by turning the equip­ment off and on, the user is encouraged to try to correct the interference by one
or more of the following measures: Reorient or relocate the receiving antenna;
Increase the separation between the equipment and receiver; Connect the equip­ment into an outlet on a circuit different from that to which the receiver is
connected; Consult the dealer or an experienced radio/TV technician for help.

The responsible party for this device’s compliance is:

Zenith Electronics Corporation
201 James Record Road
Huntsville, AL 35824, USA
Digital TV Hotline: [phone]

D52WLCD SAFETY

i

OVERVIEW

OVERVIEW ........................................................ 5

SPECIFICATIONS ............................................. 5

FUNCTION OVERVIEW ...................................... 6

REMOTE CONTROL DESCRIPTIONS ....................... 9

REMOTE CODES ............................................. 11

THEORY .......................................................... 15

OPTICS ENGINE ............................................ 15

LIQUID CRYSTALS ......................................... 18

LIQUID CRYSTAL PANEL ................................. 18

TERMINOLOGY .............................................. 19

CIRCUIT DESCRIPTIONS ..................................... 20

BLOCK DIAGRAMS ............................................. 30

DISASSEMBLY .................................................. 34

LAMP REPLACEMENT ..................................... 34

CABINET DISASSEMBLY .................................. 35

ELECTRICAL DISASSEMBLY .............................. 37

ADJUSTMENTS ................................................. 38

EXPLODED VIEW ............................................... 44

PARTS ............................................................ 46

SCHEMATICS .................................................... 53

MAIN CIRCUIT ............................................. 53

DIGITAL CIRCUIT .......................................... 54

MICROPROCESSOR CIRCUIT ............................. 55

DIGITAL MICROPROCESSOR CIRCUIT ................. 56

DECODER CIRCUIT ......................................... 57

DRIVER CIRCUIT .......................................... 58

LCD DRIVER CIRCUIT - GREEN ......................... 59

LCD DRIVER CIRCUIT - RED ............................ 60

LCD DRIVER CIRCUIT - BLUE .......................... 61

I/O SWITCH CIRCUIT ..................................... 62

KEYBOARD & LED CIRCUIT .............................. 63

POWER SUPPLY CIRCUIT ................................ 64

TUNER CIRCUIT 1/2 ...................................... 65

TUNER CIRCUIT 2/2 ...................................... 66

D52WLCD 3 OVERVIEW

OVERVIEW

OVERVIEW

SPECIFICATIONS

Power requirements 120V, 60 Hz
Number of inputs/outputs

Video (In) 3 1 Vp-p, 75 ohms unbalanced, sync negative
Video (Out) 1

S Video (In) 1 Y: 1 Vp-p, 75 ohms unbalanced, sync negative

Audio (In) 6 500 mVrms (100% modulation), Impedance: 47 kilohms
Center Mode (In) 1

C: 0.280 Vp-p (burst signal), 75 ohms

Audio out 1

1 More than 408 mVrms (fix)

Component input 2 Y: 1.0 Vp-p, 75 ohms w/sync

2 PB: 0.7 Vp-p, 75 ohms
2 PR: 0.7 Vp-p, 75 ohms

PC/DTV Inputs 1 15 pin Sub “D” Female

Speaker output (W) 10W x2

Power consumption (W)

In use (max.) 230W

In standby 8W

TV

Weight (lbs) 121.9

Television system American TV Standard, NTSC, ATSC with STB

Channel coverage VHF: 2 - 13

UHF: 14 - 69
CATV: 1 - 125

Antenna 75 ohm external terminal for VHF/UHF

Screen Size 52” Width

More than 408 mVrms at the maximum volume setting (variable)

Impedance (output): 2 kohms

Supplied accessories Remote control, batteries 2 size AA (Alkaline battery)

Screen Aspect Ratio 16 x 9

LCD Panel Size 0.87 inch

D52WLCD 5 OVERVIEW

OVERVIEW

FUNCTION OVERVIEW

Function Status Indicators

Lamp indicator, operation indicator, and temperature indicator located below the front panel

controls, reveal the operating status of the LCD projection TV.

Operation Indicator

Lamp Indicator

Temperature Indicator

Operation Indicator

Lamp Indicator

Off Power cord is not connected.
Red Power Cord is connected, TV is in standby mode.
Green On
Orange (flashing) Preparing operation in standby mode.
Orange

Red (flashing) There is a problem with the lamp or around it. Contact
an authorized service center.
Green (flashing) The lamp cover is not closed.
Orange The projection TV is overheating.
Red The projection TV shut down due to overheating.
Red (flashing) The projection TV shut down, check the cooling fan.

Temperature Indicator

Projection lamp is reaching the end of its life and needs to
be replaced with a new lamp.

D52WLCD 6 OVERVIEW

OVERVIEW

10

AM 03:00

Ch. 13

MONO

Ch.6

On-Screen Displays

This page describes your on-screen display and information banner options.

Main Channel Display

Displays current channel number.

Channel Label

If a channel label has been
set, then it will appear here.

Mute

Appears
when sound
is muted.

Volume

Volume level is displayed while
adjusting the sound.

ABC

PIP Display

This display
appears when
PIP is active.

Time

Appears when
pressing the
enter button on
remote control.

D52WLCD 7 OVERVIEW

Front Panel Controls

power menu enter vol ch

OVERVIEW

1
2
3

4

5
6

7

8

Power On / Off

Menu

Enter (Same as ENTER button
on your remote control)

VOLUME UP / DOWN

CHANNEL UP / DOWN

Operation indicator.

Lamp indicator.

Temperature indicator.

D52WLCD 8 OVERVIEW

1

3

4

5

2

6

8

7

1 2 3

4 5 6

7 8 9

0

tv

mode

light

power

antenna

video

front

comp1 rgb

vcr

cable

dvd

sat

mute

swap pipch- pipch+

pip

menu

record stop

pause

rew

play f f

exit

flashbk surf

freeze

vol

ch

ratio

comp2

skip

source

enter

REMOTE CONTROL DESCRIPTIONS

Remote Control Functions in TV Mode

REMOTE CONTROL

Selects the remote operating
mode: TV, VCR, Cable, DVD

and Satellite. Select other oper-

ating modes, for the remote to

Selects the analog TV signal.

Toggles between Video 1 and

Allows you to navigate the on-

screen menus and to adjust the

system settings and preferences,

by moving to an option with

and selecting the highlighted

option with . If is pressed while

you are in normal viewing, the

information banner is displayed.

MODE

control external devices.

ANTENNA

Video 2 input sources.

VIDEO

MUTE

Switch the sound on or off

PIPCH-

Changes to next lower PIP

channel

SWAP

Swap the signal from

your PIP window to

the main screen.

THUMBSTICK

Not functional

D

F G

E

INDICATOR LIGHTS

Show active remote mode
every time any button is
pressed.

LIGHT

Illuminates the remote con­trol keys.

FRONT

Selects the front video sig­nal if a device, such as a
camcorder or game player,
is connected to the front
video input jack.

RATIO

Changes the screen format
or aspect ratio.

PIPCH+

Changes to next higher PIP
channel.

PIP

Toggles between PIP, POP
(Picture-out-of-Picture) and
Split screen.

SURF

Scrolls the Surf channel
list.

EXIT

Clears all on-screen dis­plays and returns to TV
viewing from any menu.

D52WLCD 9 OVERVIEW

REMOTE CONTROL

1 2 3

4 5 6

7 8 9

0

tv

mode

light

power

antenna

video

front

comp1 rgb

vcr

cable

dvd

sat

mute

swap pipch- pipch+

pip

menu

record stop

pause

rew

play f f

exit

flashbk surf

freeze

vol

ch

ratio

comp2

skip

source

enter

Remote Control Functions in TV Mode

Selects component signal sources,

Use to enter a program number for

COMPONENT 1, 2

such as DVD or HD receiver.

NUMBER KEYPAD

For direct channel selection and

programming functions.

“DASH” BUTTON

multiple program channels.

VOLUME UP/DOWN

Increases/decreases the sound

level.

MENU

Brings up the main menu

to the screen.

POWER

Turns your TV or any other
programmed equipment on
or off, depending on mode.

RGB

Selects PC or RGB input
sources.

ENTER

When in the menu system
and other on-screen displays,
selects highlighted options.

CHANNEL UP/DOWN

Scrolls through available
channels in EZ Scan memory.

FLASHBK

Tunes to the last channel
viewed.

FREEZE

Captures and freezes the
currently-viewed screen in
PIP.

RECORD, PAUSE, REW,

FFWD, PLAY, STOP

Control the functions on your VCR.

D52WLCD 10 OVERVIEW

ENTER

When in the menu system
and other on-screen dis­plays, selects high lighted
options.

SKIP

Functions as a song selec­tor in audio mode and a
movie chapter selector in
aux/DVD mode.

REMOTE CODES

TVs

REMOTE CONTROL

Brand Codes

A MARK 112 143

ADMIRAL 072 081 161

AKAI 006 146

AMPRO 073 167

AMSTRAD 052

ANAM 043 054 056

080 104 108

112 115 118

121 131

AOC 004 006 058

112

BLAUPUNKT 088

CANDLE 002 003 004

006

CAPEHART 058

CETRONIC 043

CITIZEN 002 003 004

006 043 101

103 143

CLASSIC 043

CONCERTO 004

CONTEC 039 043 050

051

CORONADO 143

CRAIG 043 054

CROWN 043 143

CURTIS MATHES 004 006 101

116 143

CXC 043

DAEWOO 004 016 017

043 044 055

071 076 103

107 111 114

117 120 123

125 127 128

136 143

DAYTRON 004 116 143

DYNASTY 043

DYNATECH 062

ELECTROHOME 024 077 143

EMERSON 004 005 006

028 043 047

048 050 051

096 116 143

151 153 154

155

FISHER 007 057

FUNAI 028 043

FUTURETECH 043

GE 004 006 008

009 034 056

073 074 091

116 130 144

155 160 161

165

Brand Codes

GOLDSTAR 004 102 106

110 112 113

116 119 122

127 137 143

HALL MARK 004 116

HITACHI 004 006 009

010 011 012

023 041 075

143 158 163

166

INFINITY 164

INKEL 129

JBL 164

JCPENNY 004 006 008

009 024 030

065 101 143

156 160

JENSEN 013

JVC 034 038 070

083 145

KEC 043

KENWOOD 006 070

KLOSS 002 059

KMC 143

KTV 006 043 143

154

LG 255

LODGENET 072

LOGIK 072

LUXMAN 004

LXI 007 015 052

081 160 164

166

MAGNAVOX 003 004 006

022 059 060

061 063 064

127 143 160

164

MARANTZ 006 077 164

MATSUI 164

MEMOREX 004 007 072

116

METZ 088

MGA 004 006 024

028 042 049

077 116

MINERVA 088

MITSUBISHI 004 006 024

028 040 042

109 116 124

146

MTC 004 006 062

101

NAD 015 025

NEC 006 007 016

Brand Codes

019 024 040

056 130 132

134

NIKEI 043

ONKING 043

ONWA 043

OPTONICA 019 081

PANASONIC 034 056 080

092 164

PHILCO 003 004 006

024 043 056

059 060 063

064 127 143

164

PHILIPS 003 004 005

006 038 059

070 093 143

160 164

PIONEER 006 018 023

025 027 116

135 176

PORTLAND 004 143

PROSCAN 144 160 161

165 167

PROTON 004 058 116

131 143 171

173

QUASAR 034 056 092

RADIO SHACK 019 043 047

116 127 143

RCA 004 006 023

024 056 065

074 144 152

156 160 161

165

REALISTIC 007 019 043

047

ROCTEC 186

RUNCO 168 169

SAMPO 004 006 058

116

SAMSUNG 004 050 089

101 105 113

116 127 133

137 143 160

SANYO 007 020 021

033 039 053

057 082 166

SCOTT 004 028 043

048 116 143

SEARS 004 007 015

028 030 057

082 094 101

116 143 160

Brand Codes

Sharp 004 014 019

022 028 029

081 143 170

175

SIEMENS 088

SIGNATURE 072

SONY 041 070 079

085 126 139

147 185

SOUNDESIGN 003 004 028

043 116

SPECTRICON 112

SSS 004 043

SUPRE MACY 002

SYLVANIA 003 004 006

044 059 060

063 064 116

127 140 160

164

TANDY 081

TATUNG 056 062

TECHNICS 034 080 084

TECHWOOD 004

TEKNIKA 002 003 004

006 024 028

031 043 072

077 101 103

143

TELEFUNKEN 037 046 086

087

TELERENT 072

TERA 172

TMK 004 116

TOSHIBA 007 015 030

040 051 062

101 138

TOTEVISION 143

UNIVERSAL 008 009

VIDEO CONCEPTS 146

VIDIKRON 174

VIDTECH 004 116

WARDS 004 008 009

019 028 060

061 063 064

072 074 116

143 164

YAMAHA 004 006

YORK 004 116

YUPITERU 043

ZENITH 001 072 073

095 103 157

ZONDA 112

D52WLCD 11 OVERVIEW

VCRs

REMOTE CONTROL

Brand Codes

AIWA 034

AKAI 016 043 046

124 125 146

AMPRO 072

ANAM 031 033 103

AUDIO DYNAMICS 012 023 039

043

BROKSONIC 035 037 129

CANON 028 031 033

CAPEHART 108

CRAIG 003 040 135

CURTIS MATHES 031 033 041

DAEWOO 005 007 010

064 065 108

110 111 112

116 117 119

DAYTRON 108

DBX 012 023 039

043

DYNATECH 034 053

ELECTROHOME 059

EMERSON 006 017 025

027 029 031

034 035 036

037 046 101

129 131 138

153

FISHER 003 008 009

010

FUNAI 034

GE 031 033 063

072 107 109

144 147

GO VIDEO 132 136

GOLDSTAR 012 013 020

101 106 114

123

HARMAN KARDON 012 045

HITACHI 004 018 026

034 043 063

137 150

INSTANTREPLAY 031 033

JCL 031 033

JCPENNY 012 013 015

033 040 066

101

JENSEN 043

JVC 012 031 033

043 048 050

Brand Codes

055 060 130

150 152

KENWOOD 014 034 039

043 047 048

LG 255

LLOYD 034

LXI 003 009 013

014 017 034

101 106

MAGIN 040

MAGNAVOX 031 033 034

041 067 068

MARANTZ 012 031 033

067 069

MARTA 101

MATSUI 027 030

MEI 031 033

MEMOREX 003 010 014

031 033 034

053 072 101

102 134 139

MGA 045 046 059

MINOLTA 013 020

MITSUBISHI 013 020 045

046 049 051

059 061 151

MTC 034 040

MULTITECH 024 034

NEC 012 023 039

043 048

NORDMENDE 043

OPTONICA 053 054

PANASONIC 066 070 074

083 133 140

145

PENTAX 013 020 031

033 063

PHILCO 031 034 067

PHILIPS 031 033 034

054 067 071

101

PILOT 101

PIONEER 013 021 048

PORTLAND 108

PULSAR 072

QUARTZ 011 014

QUASAR 033 066 075

145

RCA 013 020 033

Brand Codes

034 040 041

062 063 107

109 140 144

145 147

REALISTIC 003 008 010

014 031 033

034 040 053

054 101

RICO 058

RUNCO 148

SALORA 014

SAMSUNG 032 040 102

104 105 107

109 112 113

115 120 122

125

SANSUI 022 043 048

135

SANYO 003 007 010

014 102 134

SCOTT 017 037 112

129 131

SEARS 003 008 009

010 013 014

017 020 031

042 073 081

101

SHARP 031 054 149

SHINTOM 024

SONY 003 009 031

052 056 057

058 076 077

078 149

SOUNDESIGN 034

STS 013

SYLVANIA 031 033 034

059 067

SYMPHONIC 034

TANDY 010 034

TATUNG 039 043

TEAC 034 039 043

TECHNICS 031 033 070

TEKNIKA 019 031 033

034 101

THOMAS 034

TMK 006

TOSHIBA 008 013 042

047 059 082

112 131

Brands Codes

TOTEVISION 040 101

UNITECH 040

VECTOR RESEARCH 012

VICTOR 048

VIDEO CONCEPTS 012 034 046

VIDEOSONIC 040

WARDS 003 013 017

024 031 033

034 040 053

054 131

YAMAHA 012 034 039

043

ZENITH 001 034 048

056 058 072

080 101

D52WLCD 12 OVERVIEW

SAT

REMOTE CONTROL

Brand Codes

ALPHASTAR DSR 123

AMPLICA 050

BIRDVIEW 051 126 129

BSR 053

CAPETRONICS 053

CHANNEL MASTER 013 014 015

018 036 055

CHAPARRAL 008 009 012

077

CITOH 054

CURTIS MATHES 050 145

DRAKE 005 006 007

010 011 052

112 116 141

DX ANTENNA 024 046 056

076

ECHOSTAR 038 040 057

058 093 094

095 096 097

098 099 100

122

ELECTRO HOME 089

EUROPLUS 114

FUJITSU 017 021 022

Brand Codes

GENERAL INSTRUMENT

HITACHI 139 140

HOUSTON TRACKER 033 037 039

HUGHES 068

HYTEK 053

JANIEL 060 147

JERROLD 061

KATHREIN 108

LEGEND 057

LG 255

LUTRON 132

LUXOR 062 144

MACOM 010 059 063

MEMOREX 057

NEXTWAVE 028 124 125

NORSAT 069 070

PACE SKY SATELLITE 143

PANASONIC 060 142

PANSAT 121

027 133 134

003 004 016

029 031 059

101

051 057 104

064 065

Brand Codes

PERSONAL CABLE 117

PHILIPS 071

PICO 105

PRESIDENT 019 102

PRIMESTAR 030 110 111

PROSAT 072

RCA 066 106

REALISTIC 043 074

SAMSUNG 123

SATELLITE SERVICE

SCIENTIFIC ATLANTA 032 138

SONY 103

STARCAST 041

SUPER GUIDE 020 124 125

TEECOM 023 026 075

TOSHIBA 002 127

UNIDEN 016 025 042

CO028 035 047

057 085

087 088 090

107 130 137

043 044 045

048 049 078

079 080 086

101 135 136

Brand Codes

VIEWSTAR 115

WINEGARD 128 146

ZENITH 001 081 082

083 084 091

120

DVD

Brand Codes

APEX DIGITAL 022

DENON 020 014

GE 005 006

GOLDSTAR 010 016 025

HARMAN KARDON 027

JVC 012

LG 001 010 016

D52WLCD 13 OVERVIEW

Brand Codes

025

MAGNAVOX 013

MARANTZ 024

MITSUBISHI 002

NAD 023

ONKYO 008 017

PANASONIC 003 009

Brand Codes

PHILIPS 013

PIONEER 004 026

PROCEED 021

PROSCAN 005 006

RCA 005 006

SAMSUNG 011 015

SONY 007

Brand Codes

THOMPSON 005 006

TOSHIBA 019 008

YAMAHA 009 018

ZENITH 010 016 025

CATV

REMOTE CONTROL

Brand Codes

ABC 003 004 039

042 046 052

053

ANTRONIK 014

ARCHER 005 007 014

024

CABLE STAR 026

CENTURION 092

CENTURY 007

CITIZEN 007

COLOUR VOICE 065 090

COMBANO 080 081

COMTRONICS 019 030

DIAMOND 023

EAGLE 020 030 040

EASTERN 057 062 066

ELECTRICORD 032

GE 072

GEMINI 008 022 025

054

GI 052 074

GOLDEN CHANNEL 030

HAMLIN 049 050 055

HITACHI 052 055

HOSPITALITY 070 077

JERROLD 002 003 004

Brand Codes

008 009 010

052 069 074

LG 255

M-NET 037

MACOM 033

MAGNAVOX 010 012 064

079

MEMOREX 001

MOVIE TIME 028 032

NSC 015 028 038

071 073

OAK 016 031 037

053

PANASONIC 044 047

PARAGON 001

PHILIPS 006 012 013

020 065 085

090

PIONEER 034 051 052

063 076

POST NEWS WEEK 016

PRUCER 059

PTS 011 048 071

072 073 074

PULSAR 001

RCA 047

Brand Codes

REGAL 049 050

REGENCY 057

REMBRANT 025

RK 091

SAMSUNG 030 068

SCIENTIFIC ATLANTA 003 011 041

042 043 045

046

SHERITECH 022

SIGNAL 030

SIGNATURE 052

SL MARX 030

SPRUCER 047 078

STARCOM 002 004 008

009

STARGATE 008 030

SYLVANIA 067

TADIRAN 030

TANDY 017

TEXSCAN 029 067

TOCOM 039 040 056

TOSHIBA 001

UNIKA 007 014 024

UNITED CABLE 004 053

UNIVERSAL 005 007 014

024 026 027

Brand Codes

032 035

VIEWSTAR 012 015 018

086 087 088

089

ZENITH 001 060 093

D52WLCD 14 OVERVIEW

THEORY

chroic

1

Proj

THEORY

Video is generated using an LCD Optical Engine. Light from a high intensity light is split into red, green, and blue
which passes through LCDs before being joined back together with a prism.

OPTICS ENGINE

2nd Fly-eye

Lens

1st Fly-eye

Lens

Lamp

1st Illumination

PBS Array

Lens

Dichroic Prism

LCD (Red)

Dichroic Red Lens

(DRL 60)

Mirror 2

Red Reflection

Mirror 1

Dichroic Red Reflection

LCD (Green)

Dichroic Green Lens

(DGL 60)

Blue Transmission

Di

ectionLens

LCD (Blue)

Blue Polarizer (BP 60)

Blue C-Lens 2

Mirror 5

Blue Reflection

Blue

C-Lens

Mirror 4

Blue Reflection

Mirror 3

D52WLCD 15 OVERVIEW

THEORY

R

r

R

100%

Unpolarized

Light

100%

Unpolarized

Light

FEL: Fly-Eye Lens. Focuses the light and
improves its efficiency and uniformity.

Red

otato

50%

P

S

P

S

S-Polarizer

50%

S-Polarizer

50%

S-Polarizer

50%

S-Polarizer

S

S

Rotator (l/2 Plate): Changes P-wave to S­wave.

P-Polarizer

PBS: Polarizing Beam Splitter.
Improves the light’s efficiency by
about 1.8 times. Transmits P-wave ,
Reflects S-wave.

otator

S-Polarizer

Green

White

Dichroic Red Reflection

Cyan

Cyan

Blue

Dichroic Blue Transmission

Dichroic mirrors are used to separate the light into red, green, and blue. A Dichroic mirror allows a certain wavelength
of light to pass through while refecting another.

Dichroic Red Reflection: Reflects red light and allows all other colors to pass through.

Dichroic Blue Transmission: Allows blue light to pass through and reflects others.

D52WLCD 16 OVERVIEW

THEORY

G

C

l

s

The three light beams pass through Condensing Lenses (C-Lens) which focus the light to match the size of the LCD panel.
Then the three light beams are joined together to form white light, which is then projected to the viewing screen.

WITHOUT C-LENS

WITH C-LENS

LCD Pane

-Lens

Condensing Lens: (C-Lens) focuses the light to match the size of the LCD panel.

Dichroic Prism: The prism consists of two Dichroic Mirrors. One reflects red light forward and the other reflects blue light
forward. Both allow green light to pass through. Once the light is joined, it is projected onto the viewing screen.

BLUE

WHITE

Dichroic Prism

REEN

RED

Black Stripe

Diffusion Plate

Hard Coat
Anti-Static

L

ENTICULAR

S

CREEN

Lenticular Len

RESNEL

F

L

ENS

Fresnel Lens: Mylar screen that condenses/focuses
the light from projection lens.

Lenticular Lens: Focuses the light through the
openings in the Black Stripe layer.

Black Stripe: Improves contrast by blocking outside
light.

Diffusion Plate: Improves viewing angle by diffusing
the light.

Hard Coat: Protects the screen surface and helps
improve contrast.

D52WLCD 17 OVERVIEW

THEORY

LIQUID CRYSTALS

Matter has three distinct states; solid, liquid, and gas
(and what some consider a fourth state beyond gas,
plasma). However, there are states of matter that may
fall between these states. Liquid crystals fall between a
liquid and a solid. Basically they are crystals that hold
their orientation (shape) but can flow similar to liquids.
Their molecules point in the same direction with respect
to each other like in a solid, but they are free to change
position like a liquid. Think of a handful of pencils. They
all point the same direction and hold their shape at
rest, but (collectively) change shape when you squeeze
or let go of them.

There are different phases and types of liquid crystals
that perform differently. Small amounts of pressure, heat,
and/or electricity can cause liquid crystals to change in
some way. Therefore liquid crystals are used in many
different ways, not just for displays. Other uses are
thermometers, window coatings, soap, etc. The types
of liquid crystals used in LCDs are called Twisted Nematics.
As the name implies, they are twisted. By applying an
electrical current to them they will untwist.

LIQUID CRYSTAL PANEL

Below is an exploded view of the Liquid Crystal Panel.
The key to an LCD's operation is the polarizers. The
polarizers only allow a certain wavelength of light to
pass through. The two polarizers are mounted at a 90
degree angle with respect to each other, which prevents
light from passing through. The liquid crystals are used
to twist the light beam 90 degrees and allow light to
pass through that pixel.

Each sub-pixel or cell (a red, green, and blue sub-pixel
equals one pixel) is controlled by a Thin Film Transistor
(TFT). This provides accurate control of each cell and
makes for an accurate picture. Some methods used in
the past that didn't involve a switch and current could
leak to surrounding cells resulting in a blurred image.

TFT Element

Polari zer

Color Filter

Transistor

Gate Line

Data Line

Pixel Electrode

Common Electrode

Liquid Crystal

Polari zer

LIQUID CRYSTAL PANEL CROSS-SECTION

D52WLCD 18 OVERVIEW

Pixel Electrode

(Transparent)

Source

Semi-conductor

Insulator

THIN FILM TRANSISITOR

Gate

Glass Panel

Drain

THEORY

TERMINOLOGY

This section explains some of the terminology used with LCD RPTVs. Viewing angle, IPS (In-Plane Switching), Tuning
Standards, Peak Brightness, Contrast Ratio, Response Time, and DVI (Digital Video Interface).

VIEWING ANGLE

Viewing angle is the angle at which the display’s brightness begins to noticeably diminish. Viewing on the LCD RPTVs
is limited due to the Viewing Screen (see page 21).

IPS (IN-PLANE SWITCHING)

In-Plane Switching provides more control over
the Liquid Crystals in an LCD. It uses an electric
field to line up the Liquid Crystals in an arc
formation. This directs light out at angles which
improves the viewing angle.

Conventional TFT-LCD IPS Mode TFT-LCD

PEAK BRIGHTNESS

Peak brightness is the maximum amount of brightness that a display can produce. It is often measured in candella per
square meter (cd/m2). The D60WLCD is rated at 680 cd/m

2

Liquid Crystal

Electrode

CONTRAST RATIO

Contrast Ratio is the ratio of a display’s
brightest white to its darkest black. One of the
limitations of LCDs has been contrast ratio. The
D60WLCD features a 200:1 contrast ratio.

RESPONSE TIME

The speed at which the pixels can react or change. Slower response times can cause fast moving video to “ghost” or

distort because the scene changes faster than the LCD can display the video (especially with video games). The

response time of new LCDs isn't a factor for most uses, but older models can display noticeable ghosting due to slower

response times.

D52WLCD 19 OVERVIEW

CIRCUIT DESCRIPTIONS

1. Main Part

CIRCUIT DESCRIPTIONS

1.1 CXA2069Q :

Audio/Video Switch

(1) Description

The CXA2069Q is a 7-input, 3-output audio/video switch fea­turing I 2 C bus compatibility for TVs. This IC has input pins
that are compatible with S2 protocol.

(2) Features

• 4 inputs that are compatible with S2 protocol

• Serial control with I 2 C bus

• 7 inputs, 3 outputs

• The desired inputs can be selected independently for each
of the 3 outputs

• Wide band video amplifier (20 MHz, –3 dB)

• Y/C MIX circuit

• Slave address can be changed (90H/92H)

• Audio muting from external pin

• High impedance maintained by I 2 C bus lines (SDA, SCL)
even when power is OFF

• Wide audio dynamic range (3 Vrms typ.)

(3) Description of Operation

The CXA2069Q is a TV I 2 C bus-compatible AV switch IC.
The video system and the stereo audio system
both have 7 inputs and 3 outputs each. 4 of the 7 video sys­tem inputs support S2 and S protocols.
The desired inputs can be independently assigned to each
output (in the audio system, the left and right
channels are processed as one unit) by I 2 C bus control.
However, the same input is assigned to both the
video and audio system output 3.

D52WLCD 20 CIRCUITS

(4) Block Diagram

CIRCUIT DESCRIPTIONS

D52WLCD 21 CIRCUITS

CIRCUIT DESCRIPTIONS

1.2 CXA2151Q :

Video/Sync Selector

(1) Description

The CXA2151Q is a bipolar IC developed for multi scan TVs,
and incorporates a four system video switch (including HV
sync signal processing) and a YCbCr output matrix circuit.

(2) Features

• Supports the I2C bus

• Supports multi scan

• Four system video switch (of which two systems support D3
pins)

• Matrix circuit

• Each YCbCr output can be switched between 0dB, 6dB
(gain adjustable) and mute.

• Sync signal automatic identification circuit (with fixed mode)

• Sync separation circuit (supports HD)

• HD Tri-level sync identification circuit

• Sync signal frequency counter (both H and V)

• Dummy sync output

(3) Description of Operation

1) Programmable Matrix Selector

The CXA2151Q has a built-in four system video switch,
which can be selected by INPUT_SEL (I
YCbCr, HD YPbPr, GBR and the respective HV sync sig­nals can be input to each system.
Horizontal scanning line frequencies from 15 to 45kHz can
be input as the range which supports multi scan.
The selected signals are output from SEL_OUT (Pins 22,
23, 25, 26 and 27), respectively. The output amplitude at
this time can be selected by GAIN_SEL (I
when GAIN_SEL is set to 0, the gain can be adjusted by
YGAIN, CBGAIN and CRGAIN (I
HV sync signal input supports both positive and negative
polarity.

Select MAT_OUT (I

2

C bus) as follows according to the input.

• Select THROUGH mode during YCbCr input.

• When YPbPr or GBR are input, select the mode that con­verts these signals to YCbCr.

The matrix conversion formulas are shown below.

[MAT_OUT = 1: Y

HD

PbPr $ YCbCr]: CCIR protocol
Y = YHD + 0.094Pb + 0.196Pr
Cb = 0.564 (1.762Pb – 0.196Pr)
Cr = 0.713 (–0.094Pb + 1.379Pr)

[MAT_OUT = 2: Y

HD

PbPr $ YCbCr]: BTA protocol
Y = YHD + 0.068Pb + 0.191Pr
Cb = 0.564 (1.758Pb – 0.191Pr)
Cr = 0.713 (–0.068Pb + 1.385Pr)

[MAT_OUT = 3: GBR $ YCbCr]

Y = 0.3R + 0.59G + 0.11B
Cb = 0.564 (–0.3R – 0.59G + 0.89B)
Cr = 0.713 (0.7R – 0.59G – 0.11B)

2

C bus).

2

C bus).

2

Cbus), but

In addition, the IN1 and IN2 systems support D3 input pins.
This is selected by SELSTB_1 and SELSTB_2 (I

2

C bus).
The control line input voltage of each L1, L2, L3 and SW pin
is returned to the status register by a ternary or binary value.

Next, the HV sync signal processing block is described
below.
Existence distinction is first performed to determine whether
the selected sync signals are input from H and V, and these
results are sent as the existence status to the EV and EH
status registers. On the other hand, polarity-matched H and V
that passed through the polarity identification circuit are input
to the priority ranking circuit.
When inputting composite sync (CS), input to the H input pin
of each input system. After passing through the polarity iden­tification circuit, V sync separation is performed and the sig­nal is input to the priority ranking circuit.
When inputting Sync on Y or Sync on Green, input to the
number 3 pin of each input system.
After passing through HYSW, the signal is amplified by 6dB
and output to YG_OUT (Pin 15). This output is returned to
YG_IN (Pin 16) via a sync tip clamping capacitor, sync sepa­ration is performed, and the signal is input to the priority rank­ing circuit. This route can also be used during CS signal input
by setting HYSW (I

2

C bus) to 1.

In addition, sync identification is performed to determine
whether the input signal from YG_IN (Pin 16) is Tri-level
sync, and these results are returned to the 3STATE status
register.
In this manner, the respective signals are input to the priority
ranking circuit, and the output sync signal is determined by
the EV and EH status.

The priority ranking is as follows. The TV set should be
designed so that one of the following three points is met.

1. When both H and V exist at the H and V pins, these sig-

nals are selected with the highest priority.
$ EH = 1, EV = 1

2. When CS exists at the H pin and there is no input at the V

pin, CS is selected.
$ EH = 1, EV = 0

3. When Y or GREEN exists at the number 3 pin and there is

no input at the H and V pins, Y or GREEN is selected.
$ EH = 0, EV = 0

After the HV output is determined, the H sync signal pulse
width is adjusted by H_WIDTH (I

2

C bus), and then
the H sync signal is output together with the V sync signal to
SEL_OUT.

2) SYNC Counter

The H and V sync signals selected by the HV sync signal
processing block described previously are sent to the SYNC
counter block next.
The SYNC counter block counts the frequency of the input H
and V sync signals.

D52WLCD 22 CIRCUITS

CIRCUIT DESCRIPTIONS

The SYNC counter block counts the H sync signal input dur­ing a certain period (.5ms) based on the clock obtained by
the internal VCO from the 4MHz crystal oscillator or ceramic
oscillator connected to EXTCLK/
XTAL (Pin 20), and returns these results to the H-NUMBER­H/L status registers in 10 bits.
When the H sync signal is not input, H-NUMBER-H/L is 0 or 1.
For the V sync signal, the number of reference clock
(31.25kHz) pulses during 1 V cycle is counted, and these
results are returned to the V-NUMBER-H/L status registers in
10 bits.
When the V sync signal is not input, the count that matches
the frequency selected by VFREQ (I

2

C bus) is returned to V-

NUMBER-H/L.

The SYNC count values and conversion formulas for each H
and V sync signal are shown below.

H sync signal fH [kHz]

15.73

31.5

33.75

45

Count value [HEX]

4F

9D

A8

E1

Count value ([DEC] $ [HEX]) = fH # 5ms

Note that a 4MHz external clock can be input to
EXTCLK/XTAL (Pin 20) via a capacitor by setting CLK_SEL

2

(I

C bus).

A dummy sync can be output by setting SELDUM (I

2

C bus).

Select the dummy sync frequency with HFREQ and VFREQ(

2

I

C bus).
However, note that when the dummy sync is selected, the
SYNC counter does not operate even if H and V sync signals
are input.

3) Notes on Operation

• Processing for unused pins

OPEN : Pins 1 to 3, 7, 8, 33 to 35, 38, 39, 41 to 43, 46 and

47

Connected to GND via a capacitor and resistor: Pins 4, 5,

10, 11, 36, 37, 44 and 45 (See each H and V input and the

Application Circuit.)

This is to prevent SYNC counter misoperation.

• Input the H and V inputs at sufficiently low impedance.

• Internal clamp timing

The internally generated clamp pulse follows the timings T1

and T2 shown below. Input H_IN and Sync on Y/Sync on

Green so that the clamp pulse does not overlap the video

interval to prevent clamping error.

V sync signal fV [kHz]

Count value [HEX]

60

50

Count value ([DEC] $ [HEX]) = 1/(fV # 32ns)

208

271

D52WLCD 23 CIRCUITS

(4) Block Diagram

CIRCUIT DESCRIPTIONS

D52WLCD 24 CIRCUITS

CIRCUIT DESCRIPTIONS

1.3 MSP3440G :

Sound Processor

(1) Introduction

The MSP 3440G family of single-chip Multistandard Sound
Processors covers the sound processing of all analog TV­Standards worldwide. The full TV sound processing, starting
with analog sound IF signal-in, down to pro-cessed analog
AF-out, is performed on a single chip.
Figure shows a simplified functional block diagram of the
MSP 3440G.

Surround sound can be reproduced to a certain extent with
two loudspeakers.

These TV sound processing ICs include versions for process­ing the multichannel television sound (MTS) signal conform­ing to the standard recommended by the Broadcast
Television Systems Committee (BTSC).
The DBX noise reduction, or alternatively, MICRONAS Noise
Reduction (MNR) is performed alignment free.

The MSP 3440G has built-in automatic functions: The IC is
able to detect the actual sound standard automat-ically
(Automatic Standard Detection). Furthermore, pilot levels and
identification signals can be evaluated internally with subse­quent switching between mono/stereo/bilingual; no I
action is necessary (Auto-matic Sound Selection).

2

C inter-

Very high deviation FM-Mono: Detection and robust demodu­lation of one FM carrier with a maximum devi-ation of 540 kHz.

BTSC-Stereo: Detection and FM demodulation of the aural car­rier resulting in the MTS/MPX signal. Detec-tion and evaluation
of the pilot carrier, AM demodula-tion of the (L-R)-carrier and
detection of the SAP sub-carrier.
Processing of DBX noise reduction or MICRONAS Noise
Reduction (MNR).

BTSC-Mono + SAP: Detection and FM demodulation of the
aural carrier resulting in the MTS/MPX signal.
Detection and evaluation of the pilot carrier, detection and FM
demodulation of the SAP subcarrier. Process-ing of DBX noise
reduction or MICRONAS Noise Reduction (MNR).

[

Application Note:

All ground pins should be connected to one low-resis-tive
ground plane. All supply pins should be connected separately
with short and low-resistive lines to the power supply.
Decoupling capacitors from DVSUP to DVSS, AVSUP to
AVSS, and AHVSUP to AHVSS are recommended as closely
as possible to these pins.
Decoupling of DVSUP and DVSS is most important.
We recommend using more than one capacitor. By choosing
different values, the frequency range of active decoupling can
be extended. In our application boards we use: 220 pF, 470
pF, 1.5 nF, and 10 mF. T he capacitor with the lowest value
should be placed near-est to the DVSUP and DVSS pins.

(Fig Simplified functional block diagram of the MSP 3440G)

(2) Sound IF Processing

1) Analog Sound IF Input

The input pins ANA_IN1+, ANA_IN2+, and ANA_IN-offer
the possibility to connect two different sound IF(SIF)
sources to the MSP 3440G. The analog-to-digital conver­sion of the preselected sound IF signal is done by an A/D­converter. An analog automatic gain circuit(AGC) allows a
wide range of input levels. The high-pass filters formed by
the coupling capacitors at pins ANA_IN1+ and ANA_IN2+.

2) Demodulator: Standards and Features

The MSP 3440G is able to demodulate all TV-sound stan­dards worldwide including the digital NICAM system.

D52WLCD 25 CIRCUITS

(3) Block Diagram

CIRCUIT DESCRIPTIONS

Fig Signal flow block diagram of the MSP 3440G(input and output names correspond to pin names)

D52WLCD 26 CIRCUITS

CIRCUIT DESCRIPTIONS

2. Digital Part

2.1 DTV Ready Video Chip

(1) Features

• Integrate format converter and display controller into a single chip

• Input video (2 channels)

- NTSC/PAL

- PC output : VGA/SVGA/XGA

- STB output : 1080I, 720P, 480P, 480I

- Display : any combination of NTSC/PC/STB including 2xNTSC, 2xSTB

• High quality NTSC up-conversion

- Noise reduction : adaptive mean filtering

- Time base correction with frames for non-standard signal (ex: VCR)

- Motion-adaptive 3-D de-interlacing with directional interpolation

• Display format : 1080I/768(720)P/480P/480I both 4:3 and 16:9
Europe 576I 100Hz 4:3 and 16:9

• Display mode : PIP/POP/split-screen/zoom-in/video scaling/multi-PIP(strobe...)

• Aspect ratio conversion : wide, zoom, spectacle, text, crop (16:9 display)

pan & scan, letterbox, squeeze (4:3 display)

• Brightness correction (around corner) for PJTV

• Miscellany : internal color space conversion(x3), 3xDAC, various pattern generation

• Applications : DTV ready, high-end analog TV(480p)

• CPU interface - 16 bit (ARM,...)

• Memory : 8M (16Mbitx4) SDRAM, 4M (16Mbitx2) SDRAM

(2) Typical Input Video

NTSC

PAL

PC output

Set-Top Box

Output

Resolution (H x V)

768 X 480

720 X 480

640 X 480

720 X 576

1024 X 768

800 X 600

640 X 480

640 X 350

1920 X 1080

1280 X 720

852 X 480

720 X 480

640 X 480

Aspect Ratio

4 : 3

4 : 3

4 : 3

4 : 3

4 : 3

4 : 3

16 : 9

16 : 9

16 : 9

16 : 9

4 : 3

4 : 3

Scan Type

Interlaced

Interlaced

Progressive

Progressive

Progressive

Progressive

Progressive

Interlaced

Progressive

Progressive

Interlaced

Progressive

Interlaced

Progressive

Interlaced

Frame Rate

29.97, 30

25

60

60 ~ 75

60 ~ 75

70

23.98, 24, 29.97, 30

29.97, 30

23.98, 24, 29.97, 30, 59.94, 60

23.98, 24, 29.97, 30, 59.94, 60

29.97, 30

23.98, 24, 29.97, 30, 59.94, 60

29.97, 30

23.98, 24, 29.97, 30, 59.94, 60

29.97, 30

D52WLCD 27 CIRCUITS

(3) Block Diagram

CIRCUIT DESCRIPTIONS

Composite 1

S- Video 1

VGA

(RGB)

STB

( YPbPr)

Composite 2

S- Video 2

STB2

( YPbPr)

NTSC

decoder

NTSC

decoder

S/W

A

/

D

A

/

D

RGB or

YIQ or

YUV or

YCbCr

(24)

YIQ or

YUV or

YCbCr

(16)

Display PLL

SDRAM

8(4) Mbytes

DTV ready video chip

NTSC/PC/STB

PIP/POP/split - screen/zoom

60/50Hz display

2-D graphic with OSD

Color space conversion

NTSC up - conversion

3xDAC, PLL

CPU

1080 I/

768(720)P/

480P(I)/

576P(I),

16:9 or 4:3,

analog or digital

(4) Architecture

Input A
RGB or
YIQ or
YUV or
YCbCr
(24)

Input B
YIQ or
YUV or
YCbCr
(16)

(1080 I, 720P,

480P, 480I,

VGA)

CSC

CSC

CSC

CSC

4MB Memory : 4.419MB
Graphic Memory : 0.526MB

4 M mode

External

External

Intf .

Intf .

External

External

Intf .

Intf .

Converter

Converter

(>540x960x1=0.518MB)

Format

Format

Converter

Converter

Format

Format

SDRAM

SDRAM

Interface

Interface

4 MB or 8MB

SDRAM

Y

Y

Enhance

Enhance

Sw itch

Host I/F

Host I/F

Generator

Generator

8 M mode
8MB Memory : 8.389MB
Graphic Memory : 1.503MB

CSC

CSC

MUX

/LUT

/LUT

Sync

Sync

(>540x1920x1=1.037MB)

Grap .

Grap .

Proc.

Proc.

DAC

DAC

YPbPr /RGB

(1080I, 768P,

720P, 480P)

D52WLCD 28 CIRCUITS

CIRCUIT DESCRIPTIONS

(5) External Interface

• Frame size detection

- NTSC/PAL

- PC output : VGA/SVGA/XGA

- STB output : 1080I, 720P, 480P, 480I

• Field detection

• Frame rate detection

- Clock selection : 59.94/60Hz detection

- VGA frame rate detection : 60/70/75 Hz etc.

• Time base correction with frames for non-standard signal
(ex: VCR)

• Color space conversion

- VGA : RGB => YCbCr

- NTSC/PAL : YUV/YIQ/YCbCr/YDbDr => YCbCr

- STB : YCbCr => YCbCr

• Chrominance Format Conversion : 4:4:4 => 4:2:2, 4:2:2 =>
4:2:2

• Active image generation using external input offset value

• Noise reduction : Luminance/chrominance

- Adaptive mean filter

- Horizontal : 9 tap

• Histogram Calculation

• Caption decoding for NTSC input

• CGMS decoding for HD/480P input

D52WLCD 29 CIRCUITS

BLOCK DIAGRAMS

BLOCK DIAGRAMS

D52WLCD 30 DIAGRAMS

BLOCK DIAGRAMS

D52WLCD 31 DIAGRAMS

BLOCK DIAGRAMS

D52WLCD 32 DIAGRAMS

BLOCK DIAGRAMS

D52WLCD 33 DIAGRAMS

DISASSEMBLY

LAMP REPLACEMENT

WHEN TO REPLACE THE LAMP

¯ The projector image gets darker or starts to dete-

riorate.

¯ The lamp indicator is red (red, flashing alternately).

¯ The message “LAMP REPLACE” appears on the screen

when turning the projector on.

REPLACING THE LAMP

1. Turn the projector off and unplug the power cable.
(Let the lamp cool for more than 1 hour.)

2. Remove the four retaing screws on the lamp cover
and remove the lamp cover.

3. Remove the two retaing screws on the lamp case
(refer to fig 2).

4. Lift the wire handle of the lamp (refer to fig 3).

5. Pull out the handle slowly and remove the lamp
case.

6. Insert the new lamp gently into the correct posi­tion. Make sure it is inserted correctly.

7. Tighten the two retaing screws on the lamp case.

8. Replace the lamp cover and tighten the cover
screws. (Make sure the lamp cover is securely fas­tened. If lamp cover is open, the lamp indicator
flashes green and the projector will not turn on.)

DISASSEMBLY

< Fig. 1>

< Fig. 2>

RESETTING THE LAMP TIME

Reset the lamp time to zero by pressing the “?” key on
the remote control while in Stand-By mode. Then press
“9”, “8”, “7”, “6”, and the “OK” button. The three LEDs
in the front will flash for a moment.

LAMP LIFE TIME CONFIRMATION

Using the customer’s remote control, press and hold
the menu button. When the OSD menu disappears, press
numbers 9, 8, 7, 6 and press the OK button to enter
the ADJ mode. The display will show “Lamp Life Time
XX Hrs”.

D52WLCD 34 DISASSEMBLY

DISASSEMBLY

CABINET DISASSEMBLY

To gain access to the circuit boards and the Optics Engine, the cabinet must be disassembled (This process requires two
people). Use caution when removing and installing screws, use a low torque setting on powered screwdrivers. When
removing the lower back cabinet piece, be careful not to break a switch that is located in the middle. This switch
prevents the TV from operating when the back cover is off, it must be closed or the TV will not turn on.

The main PCB can be removed without disassembling the cabinet. Remove the back cover and the two screws below the
jackpack. Then, the Main PCB assembly can be pulled out.

1. Remove the bottom decorative piece by prying one
end out slightly using a paint scraper or large screw
driver (Care should be taken not to damage any of the
decorative pieces). Then grip and pull forward (A
substantial amount for force is needed to remove this
piece).

2. Now remove the upper decorative piece in a similar
fashion. Carefully loosen one end and pull this piece
forward. Do not bend this piece excessively. Note: the
double-sided tape across the top must remain intact.

4. Now remove the screen assembly. It is held on with
screws on the front at the bottom and along the back.

5. Once the screws are removed, carefully pull the screen
a short distance away from the cabinet.

6. Remove the speaker and connections.

7. Now the screen can be removed.

3. Remove the lower back piece which is held on by
screws. Be careful not to break a switch that is lo­cated in the middle. This switch prevents the TV from
operation when the back cover is off, it must be closed
or the TV will not turn on.

D52WLCD 35 DISASSEMBLY

DISASSEMBLY

8. Unscrew the front jackpack located on the left.

9. Then remove the screws holding the cover on.

10. Once the screws have been removed, move the cover
slightly forward and then up.

12. Remove the metal support bracket that is mounted
around the lens.

13. Remove the screws along the sides and across the
top.

14. Lift up and back slightly to remove the cover to
gain access to electrical components of the TV.

D52WLCD 36 DISASSEMBLY

DISASSEMBLY

ELECTRICAL DISASSEMBLY

This LCD Projo has four removable circuit board sections and an optics engine section. The optics engine houses the
lamp, LCDs, lenses, and mirrors. Removing the optics engine is the most involved procedure. Do not open the optics
engine, remove it intact when returning it for exchange. The lamp and ballast are the only serviceable parts of the optics
engine.

Lens

Lamp Ballast

(Part of Optics)

Power Supply

Lamp

(Part of Optics)

DIGITAL BOARD

To remove the digital board, remove the two screws from the back and and disconnect the cables.

POWER SUPPLY

To remove the Power Supply, first remove the speaker. Then remove the two screws from the front and disconnect the
cables.

(Part of Optics)

Optics Engine

(Underneath the LCD Driver)

LCDs

(Part of Optics)

LCD Driver

Digital Board

includes Tuner/AV Switch,
Chroma, Digital, and Jackpack

Jackpack

(Part of Digital)

OPTICS ENGINE

1. To remove the Optics Engine, The LCD driver board must be removed first.

2. Unscrew the cable holders attached to the cage.

3. Then remove the the 4 screws holding the top and bottom of the cage together.

4. De-solder the three ground connections.

5. Remove the screws from the PCB and remove it from the cage.

6. Remove the bottom of the cage and that will provide access to the Optics Engine.

7. Before removing the optics engine, use hot glue below the control knobs to lock them in place. This will help prevent
the keystone and tilt settings from changing.

D52WLCD 37 DISASSEMBLY

ADJUSTMENTS

ADJUSTMENTS

1. Application Object

This instruction is for the application to the LCD projection TV.

2. Notes

(1) The power supply for this unit is not to be used as an iso-

lation transformer.

(2) The adjustment must be performed under the correct

sequence.

(3) The adjustment must be performed an environment

25!5°C of temperature and 65!10% of relative humidity if
there is no specific designation.

(4) The input voltage of the receiver must keep 100V, 60Hz in

adjusting.

(5) The set must be operated for 5 minutes preliminarily

before adjustment if there is no specific designation.
The preliminary operation must be performed after receiv­ing 100% white pattern, but reception of the moving pic­ture may also be possible in unavoidable case.

3. Composition of Adjustment Mode

(1) All adjustment mode are entered by pressing the IN-

START key on the SVC remote control, after adjustment
press the IN-START key to exit.

(2) Composition of adjustment mode: The first screen compo-

sition of pressing IN-START key on the SVC remote con­trol.

EZ ADJUST V*.**

1. RGB Alignment

2. 62352

3. Gamma Adjust

4. Uniformity Adj

5. AD9883 Adjust

6. Lamp Replace

2) Step123 : Step selection when changing data.
ex) Step123:1 --> Change one by one when changing

data with Volume key
Step123:10 --> Change ten by ten when changing data
with Volume key
You can select 1 by press number key ‘1’, 10 by press
‘12’, 100 by press ‘123’. And you can change data by
1, 10, 100.

3) 10. H_position 315/315/315 : Actual adjusting menu.

4) Micom : V0.50 : Main Micom Version display of Digital
board.

5) SubMicom : V01.31 : Micom Version display of Tuner
board.

6) LCDMicom : V01.31 : Micom Version display of Drive
board.

7) Lamp : 16 : Lamp time display.

4. LCD Adjustment

4-1. NRS Adjustment

[ When the LCD panel load data on regular pixel using high

speed charge/discharge with sample & holder, the drain
width of TFT gradually decreases and the non-resistance
increases, and comes out regular noise on screen(shows
vertical line by 12 pixel)

This NRS signal is enforced charge/discharge signal so
that the ON/OFF time of TFT mode quickly before starting
active video signal, H/L level adjustment is possible to
each R, G, B.

(1) Required Test Equipments

1) PC Pattern Generator : 16 Step Gray Pattern

2) Fixation Stand

3) Remote Control for Adjustment

4) Circuit Jig for Adjustment(Except Driver Board Assy)

(fig. 1) The first screen of adjustment mode

(3) Select menu to adjust(turn to yellow) with using CH D, E

key above screen and press the enter key to adjust on the
wanting menu.

(4) After being inputed for SUB menu, select the SUB menu

with using CH D, E key and adjust the value of adjust­ment with using the volume F, G key.

(5) Press the IN-START key to exit after adjustment, when

(fig.1) appears, press again to exit the final adjustment
mode.

(6) SUB menu composition of each adjustment mode

Adjust Mode : RGB Alignment Step 123:1

10. H_Position 315/315/315

Micom:V0.50 SubMicom:V01.31 LCDMicom:V01.31 Lamp:16

1) Adjust Mode : Sub adjustment menu selected by IN­START key.
RGB alignment is selected in this case.

D52WLCD 38 ADJUSTMENTS

(2) Equipment Composition : Follow Fig. 2

(3) Preparation for Adjustment

1) Connect PC Pattern Generator with adjustment Jig like
Fig. 2. (Except Drive part of a circuit block)

2) Select a PC Pattern Generator, 16 Gray.

(4) Adjustment Sequence

1) Turn on adjustment Jig.

2) Select a RGB_PC by pressing Input Select button on
Remote Control.

3) Enter adjustment mode by pressing IN-START button on
SVC Remote Control.

4) Select No. 6(62352), adjust No. 6(RNRSH), No.
9(GNRSH) and No. 11(BNRSH).

5) Decrease vertical line by using Volume button.
(Input a R, G, B input signal, then adjust it individually)

6) When finishing the adjustment, exit adjustment mode by
pressing IN-START button on SVC remote control.

ADJUSTMENTS

4-2. VCOM Adjustment

(1) Required Test Equipments

1) PC PATTERN GENERATOR : Pattern Generator which
can generate each R,G,B signal and can observe the
FLICKER best(ex: me Character Pattern).

2) (Fig. 2) Equipment compositon

3) Remote Control

4) Circuit thing for Adjustment(Except Driver Board Assy of
adjustment model)

(2) Equipment Composition

Equipment to measure

Optics

SCREEN

(Fig. 2-1) Using Adjustment of Circuit thing for Adjustment

Equipment to measure

Optics

Adjustment Jig

SET

Stand

Circuit thing

for Adjustment

PC Pattern

Generator

Adj.

Jig

5. Assembling Adjustment

5-1. Screen Tilt & Keystone Adjustment

(1) Required Test Equipments

1) Six angles wrench and spanner for knob adjustment or fix­ation

2) XGA output PC

3) Remote Control

(2) Preparation for Adjustment

1) Do not assemble the front pannel equipment so that you
can adjust the adjustment knob(Fig. 3).

2) Turn the TV ON and select input mode to RGB_PC.

3) Connect XGA output terminal to PC input of TV.

4) Select window screen.

(3) Adjustment Sequence

PC

1) Stick the Engine(Fig. 3) to the knob poll for adjustment and
check the key stone & tilt watching TV screen.

2) Rotate left/right adjustment knob below and adjust engine
angle.

3) Adjustment knob of both sides so that the tilt and keystone
are to be under the spec. (The gap between max and min
: under 4mm)

4) After adjusting like 3), fix the engine with screw for fixation
(2EA. adjustment knob and engine fixing screw)

Adjustment Connecctor

(Fig. 2-2) TV Set status Adjustment

(3) Preparation for Adjustment

1) Connect the PC Pattern Generator with circuit thing for
adjustment(circuit block except driver part) and adjustment
Jig. shown upper Fig. 2.

2) Set the PC Pattern generator with displayable format and
turn on it.

(4) Adjustment Sequence

1) Turn on the adjustment Jig.

2) Select a RGB_PC by pressing Input Select Key on
Remote Control.

3) Enter to adjustment mode by pressing IN-START button on
Remote Control.

4) Select No. 6(62352), adjust No. 4(62352 RVCOM), No.
7(62352 GVCOM) and No. 10(62352 BVCOM).

5) Decrease flicker by using Volume button.
(Input a R, G, B input signal, then adjust it individually)

6) When finishing the adjustment, get out of adjustment mode
by pressing IN-START button on SVC Remote Control.

(Fig. 3)

5-2. Screen Position Adjustment

(1) Required Test Equipment

A remote control for adjustment

(2) Preparation for Adjustment

1) Connect a power source with TV Set and turn TV Set on.

2) Do heat run for 5 min and over before adjustment.

3) Receive the main/sub signal of company through 13CH by
split screen.

D52WLCD 39 ADJUSTMENTS

ADJUSTMENTS

(3) Horizontal Position Adjustment

1) Press In-START key on the SVC remote control to enter
the adjustment mode.

2) Select 1. RGB Alignment.

3) Select 1. H_position with channel key in adjust mode.

4) Adjust data with using the left/right key on the remote con­trol in order to be left/right semmetry screen. (Three blocks
of the most outer block must be located the most outer
block.)

(4) Adjustment for Vertical Position

1) Select 2. V_position with channel key in adjust mode.

2) Change the data to symmetrized top and bottom of
screen(refer to Fig. 4) and then press the IN-START but­ton on SVC Remote Control to get out of adjustment
mode.

US13CH

(Fig. 4) Adjustment for Horizontal/Vertical Position on Screen

5-3. Component2 Offset Adjustment

(1) Required Test Equipment

A remote control for adjustment, 801GF

(2) Preparation for Adjustment

1) Connect a power source with TV Set and turn TV Set on.

2) Do heat run for 5 min and over before adjustment.

3) Receive the Component2.

4) Receive the 720P and HozTVBar Pattern of 801GF.

(4) Component & RGB Mode White Balance Adjustment

Do this adjustment when it is needed.(When there is severe
white balance gap in low level of AV input contrast.

1) Observe the white balance condition of low level(2-6 Gray
Level) after inputting 16 Gray pattern with RGB or compo­nent input. - Do adjustment when there is difference with
High level white balance in AV contrast or 16 Gray.

2) Press the ADJ key on R/C for adjustment to select 4.
AD9883A.

5. Red Offset and 7. Blue Offset are adjustable.

3) Adjust 5. Red Offset/7. Blue Offset value while watching
the screen and then make manual white balance correc­tion in Low level.
(5. Red Offset -- Adjustment range !2step, 7. Blue Offset -

- Adjustment range !4step)

Note: 1 step change on R/C corresponds to 2 changs of data

while adjusting Offset.

5-4. Adjustment of White Balance and Gamma

(1) Required Test Equipments

1) Illuminometer (name of model : CA-100) 1EA —>
Measure color of projecting screen center

[ CA-110(name of model) is possible to measure White

Balance and Gamma —- leave it 20Cm from screen
center
Follow a measurement machine manual to set CA-100
and CA-110 measurement machine.

2) Pattern Generator 1EA —> 16 step Gray Pattern, 64 step
Gray Pattern

3) Set Fixation Stand 1EA

4) Remote Control 1EA

5) Circuit thing Jig for adjustment(Except Drive Board Assy of
adjustment model)

--- Programmed Digital Board so that the VDP Test Pattern
can output white signal by 1 level form 0 to 255 level.

(2) A equipment composition

Adjust at the same condition of equipment composition diagram.

HozTVBar Pattern

(3) Offset Adjustment

1) Press IN-START key on the SVC Remote Control to enter
the adjustment mode after more than 10 seconds of
receiving the signals.

2) Press 5. AD9883 adjust to adjust .

3) When the AD9883 Gain Adjust has appeared after AD9883
Offset Adjust, the adjustment is completed.

D52WLCD 40 ADJUSTMENTS

(3) Preparation for Adjustment

Connect the equipment follow Fig. 2 and place the set on the
fixation stand.

1) Select the VDP Test Pattern signal to R1, G1, B1.

2) Press the IN-START key on SVC remote control to select

2.62352 and then select 5.RVREF, 8.GVREF, 12.BVREF
in adjust mode.

3) Adjust the luminance of CA100 below 0.75Cd. (The adjust­ment range is 196~202)

4) Exit adjustment mode by pressing IN-START button on
SVC Remote Control.

5) Press the IN-START key on SVC remote control and select

3.7050 RGB Set.

6) Check the data 1.RContrast, 8.GContrast, 15.BContrast is

515. Otherwise set the data 515 by using volume button.

ADJUSTMENTS

(4) Adjustment Sequence

Gamma Adjust Mode

100

100

80

1

234

2

453

3

724

16

RGB 456 Step123

216
411

740

216
387

780

1) Output the 255,255,255 signal of VDP Test Pattern, then
display the maximum white pattern on screen.

2) Gamma Adjust Mode is display as below when select

8.Gamma Data by selecting IN-START key on SVC
remote control.

3) Change the 16 Step RGB Data to select white balance
x=283, y=294.

[ The color coordinates are set to x:283, y:297 in actual

video signal, when the color coordinates are x:293, y:294
in VDP Pattern.

4) Measure the luminace with changed data.

5) Set the Gamma data of 16 step to 2.5 on the basis of
measured luminance data in 3).
(Max luminance *(n1/16)**2.5) — Max luminance : mea­sured luminance data n1 = every step unit when separat­ing signal level to 16 step)

6) Output the 240, 240, 240(15th data in max white output
signal level) in the VDP Test Pattern, change the 15th
RGB Data value to show white balance x=283, y=294 and
measured step luminance in 5).

7) Output the 224, 224, 224(14th data in max white output
signal level) in the VDP Test Pattern, change the 14th
RGB Data value to show white balance x=283, y=294 and
measured step luminance in 5).

8) As shown above, output the VDP Test Pattern sig­nal(208/192/176/160/144/128/112/96/80/64/48/32/16) and
change the RGB Data value of each step to show white bal­ance x=283, y=294 and measured lumincance in 3).

* 1st Column : 16 Step Level

* 2nd Column : R Adjustment

Data

* 3rd Column : G Adjustment

Data

* 4th Column : B Adjustment

Data

(5) Gamma adjustment manually

This adjustment(after finish the 3-4) is to check whether
Gamma/White Balance adjustment are well adjusted and
make correction manually.

1) Prepare the PC Pattern Generator to output R/G/B of 16
step and 64 step Gray Pattern.

2) Equipment composition : Follow Fig. 2.

3) Turn on the Jig for adjustment.

4) Select the RGB_PC by pressing the input select button on
Remote Control.

5) Output the 16 Gray Pattern in PC Pattern Generator.
Check it with the naked eye whether Screen Gamma and
W/B is right about each Gray.
If it’s not, press the IN-START button on SVC Remote
Control and then adjust the level data of each step manu­ally in sub menu of No. 8.Gamma Data.

6) Output the 64 Gray Pattern in PC Pattern Generator.
Check it with the naked eye whether Screen Gamma and
W/B is right about each Gray or whether there is Gamma
noise.
If there’s any problem, adjust in 5).

7) After finishing adjustment, exit adjustment mode by using
IN-START button on SVC Remote Control.

5-5. White Uniformity Adjustment

(1) Required Test Equipments

1) Uniformity measurement equipment : Equipment which can
measure chromaticity in the whole screen

2) Set Stand 1EA

3) Remote Control for Adjustment

4) Circuit thing Jig for Adjustment(Except Driver Board Assy
of adjustment model)

--- Programmed Digital Board so that the VDP Test Pattern
can output white signal by 1 level form 0 to 255 level.

(2) A equipment composition

Compose the equipment follow Fig. 2 and place the set on
the fixation stand.

(3) Preparation for Adjustment

1) Composite the equipment as shown Fig 2, and place the
set on fixation stand.

2) After inputting company channel 13, adjust color uniformity
like Horizontal/Vertical position adjustment of input signal
part adjustment by using Remote Control for adjustment.

3) After pressing IN-START key on SVC Remote Control for
adjustment, select the adjustment mode 5.7050 Uniformity.
Refer to register value and correct register value if need.

<Resister Explanation about uniformity adjustment>

1. RamCtrl : s/w saving uniformity write order(Do not adjust)

2. CSHP : Horizontal start point designation ---adjustable

3. CSVP : Vertical start point designation ---adjustable

4. CEHP : Horizontal END point designation ---adjustable

5. CEVP : Vertical END point designation ---adjustable

6. Mode : uniformity mode select --- adjustable if need
*** 0 : 221point & 3level ---- defalut value
*** 1 : 221point & 4level
*** 2 : 825point & 3level
*** 3 : 825point & 4level

7. KHH : Upper 2byte of horizontal line correction coefficient -

- Change according to CSHP, CEHP value.

8. KHL : Upper 2byte of vertical line correction coefficient -­Change according to CSHP, CEHP value.

** How to calculate KHH, KHL value

LCD panel size = 1280 x 720
Correction Point = 221 point

--> 17 horizontal points x 13 vertical points

(16 horizontal segments x 12 vertical poins)

O

H Coefficient(KHH, KHL)

--> Calculation method (CEHP-CSHP=1280, Horizontal

segment value =16)

D52WLCD 41 ADJUSTMENTS

ADJUSTMENTS

H coefficient = 1/(number of pixel intervals between setting in the horizontal
direction)

Hcoeff = 1/((1280/16)-1) = 0.012658227

hex(0.012658227 x 2

16

) = 0 x 033D, Hcoeff(hex) = 0 x 033D + 1 = 0 X 33E

9. KVH : Upper 2byte of vertical line correction coefficient -­Change according to CSVP, CEVP value.

10. KVL : Upper 2byte of vertical line correction coefficient -­Change according to CSVP, CEVP value.

O

V Coefficient(KVH, KVL)

--> Calculation method (CEVP-CSVP=720, Vertical seg-

ment value =12)

V coefficient = 1/(number of pixel intervals between setting in the horizontal
direction)

Vcoeff = 1/((720/12)-1) = 0.016949152

hex(0.016949152 x 2

16

) = 0 x 0456, Vcoeff(hex) = 0 x 0456 + 1 = 0 X 0457

11. RL1H : Upper 9bit of MID2 brightness correction coeffi­cient in R MIN.

--- Change according to RMIN and RMID2 value.

12. RL1L : Lower 9bit of MID2 brightness correction coeffi­cient in R MIN.

--- Change according to RMIN and RMID2 value.

13. RL2H : Upper 9bit of MID1 brightness correction coeffi­cient in R MID2.

--- Change according to RMID2 and RMID1 value.

14. RL2L : Lower 9bit of MID1 brightness correction coeffi­cient in R MID2.

--- Change according to RMID2 and RMID1 value.

15. RL3H : Upper 9bit of MAX brightness correction coeffi­cient in R MID1.

--- Change according to RMID1 and RMAX value.

(use it while adjusting 4 coefficient)

16. RL3L : Lower 9bit of MAX brightness correction coeffi­cient in R MID1.

--- Change according to RMID1 and RMAX value.

(use it while adjusting 4 coefficient)

<L Coefficient Calculation Method>
Using 3coefficient Level
Assume that the value of R/G/B MIN, MID2,MID1 is 192, 448,

704.
R/G/B MIN = 192
R/G/B MID2 = 448
R/G/B MID1 = 704

O

L Coefficient(RL1H~BL3L)

--> Calculation method (L1)

L1 coefficient = 1 / (brightness level(MID2) - brightness level(MIN)

L1coeff = 1 / (448-192) = 1 / 256 = 0.00390625

L1coeff(hex) = hex(0.00390625 x 2

--> L1H(high 9bit) = b’000000010 L1L(low 9bit) = b’000000000

18

) = 0 x 0400

- calcuate L2, L3 same with L1

L2 coefficient = 1 / (brightness level(MID1) - brightness level(MID2)

L3 coefficient = 1 / (brightness level(MAX) - brightness level(MID1)

: case of 4 Brightness Level

17. GL1H : Upper 9bit of MID2 brightness correction coeffi­cient in G MIN.

--- Change according to GMIN and GMID2 value.

18. GL1L : Lower 9bit of MID2 brightness correction coeffi­cient in G MIN.

--- Change according to GMIN and GMID2 value.

19. GL2H : Upper 9bit of MID1 brightness correction coeffi­cient in G MID2.

--- Change according to GMID2 and GMID1 value.

20. GL2L : Lower 9bit of MID1 brightness correction coeffi­cient in G MID2.

--- Change according to GMID2 and GMID1 value.

21. GL3H : Upper 9bit of MAX brightness correction coeffi­cient in G MID1.

--- Change according to GMID1 and GMAX value.

(use it while adjusting 4 coefficient)

22. GL3L : Lower 9bit of MAX brightness correction coeffi­cient in G MID1.

--- Change according to GMID1 and GMAX value.

(use it while adjusting 4 coefficient)

23. BL1H : Upper 9bit of MID2 brightness correction coeffi­cient in B MIN.

--- Change according to BMIN and BMID2 value.

24. BL1L : Lower 9bit of MID2 brightness correction coeffi­cient in B MIN.

--- Change according to BMIN and BMID2 value.

25. BL2H : Upper 9bit of MID1 brightness correction coeffi­cient in B MID2.

--- Change according to BMID2 and BMID1 value.

26. BL2L : Lower 9bit of MID1 brightness correction coeffi­cient in B MID2.

--- Change according to BMID2 and BMID1 value.

27. BL3H : Upper 9bit of MAX brightness correction coeffi­cient in B MID1.

--- Change according to BMID1 and BMAX value.

(use it while adjusting 4 coefficient)

28. BL3L : Lower 9bit of MAX brightness correction coefficient
in B MID1.

--- Change according to BMID1 and BMAX value.

(use it while adjusting 4 coefficient)

29. RLMIN : Setting up the MINIUM Level of R --- Set under
200

30. RLMID2 : Setting up the MIDDLE 2nd Level of R --­Middle level when 3coefficient

31. RLMID1 : Setting up the MIDDLE 1st Level of R --- Max
level when 3coefficient

32. RLMAX : Setting up the MAX Level of R

33. GLMIN : Setting up the MINIUM Level of G --- Set under
200

34. GLMID2 : Setting up the MIDDLE 2nd Level of G --­Middle level when 3coefficient

35. GLMID1 : Setting up the MIDDLE 1st Level of G --- Max
level when 3coefficient

D52WLCD 42 ADJUSTMENTS

ADJUSTMENTS

36. GLMAX : Setting up the MAX Level of G

37. BLMIN : Setting up the MINIUM Level of B --- Set under
200

38. BLMID2 : Setting up the MIDDLE 2nd Level of B --­Middle level when 3coefficient

39. BLMID1 : Setting up the MIDDLE 1st Level of B --- Max
level when 3coefficient

40. BLMAX : Setting up the MAX Level of B

41. HVSCAN : Setting up the scan direction while adjusting
unifomity - Do not adjust

42. TestMode : uniformity adjustment test - Do not adjust

(4) Adjustment Sequence

1) Adjust the screen coordinates as shown below.

0 1 2 3 ............xx..........15 16

1

.

yy

.

11

12

(Fig. 5) Screen divisio diagram for uniformity adjustment

5-6. Brightness Adjusment of Main/Sub screen

Operate this adjustment when the brightness of Main/Sub
screen is different.

(1) Receive RF 06Ch. to Main/Sub screen in twin picture.
(2) Let the screen clearly.
(3) Check the “US06CH” with naked eyes in 06Ch. pattern

and if there is difference, adjust like this.

- The field and the letters are distinguished.

(4) Adjusting Sub screen

1) Press the “adj” key on R/C for adjustment to select 1.
VPC3230 main.

2) Adjust to 17. Luma Contrast of adjustment item with +/­key. (initial value 48)

(5) Adjusting Main screen

1) Press the “adj” key on R/C for adjustment to select 1.
VPC3230 sub.

2) Adjust to 17. Luma Contrast of adjustment item with +/­key. (initial value 48)

* Ask for repairs when the data value is changed over !5.

5-7. Lamp Replace

Use it when the Lamp time is ‘0’.
Press the IN-START key on SVC remote control for adjust­ment to select Lamp replace and adjust with volume key.

2) Output the VDP TEST PATTERN signal correspond to the
Max value.
Read the white coordinates and communicate 3 line with
ET7050 IC through measurement equipment of optics.
Adjust screen coordinates data to adjust the color unifor­mity of max point.
At this time, make sure that deviation is +5~-5% and stan­dard is color coordinate of center.

3) Output the VDP TEST PATTERN signal correspond to the
MID value.
Read the white coordinates and communicate 3 line with
ET7050 IC through measurement equipment of optics.
Adjust screen coordinates data to adjust the color unifor­mity of mid point.
At this time, make sure that deviation is +5~-5% and stan­dard is color coordinate of center.

4) Output the VDP TEST PATTERN signal correspond to the
MIN value.
Read the white coordinate and communicate with ET7050
IC through measurement equipment of optics.
Adjust screen coordinates data to adjust the color unifor­mity of miner point.
At this time, make sure that deviation is +5~-5% and stan­dard is color coordinate of center.

5) White the miner, middle, maximum data for each point to
confront to each MICOM address.

D52WLCD 43 ADJUSTMENTS

430

630

410

420

120

660

670

121

300

310

680

640

650

303

304

302

301

305

306

307

123

620

610

580

600

124

125

503

501

122

174

520

540

530

550

560

502

EXPLODED VIEW

EXPLODED VIEW

D52WLCD 44 EXPLODED VIEW

EXPLODED VIEW

No. Part No.

120 120-D38E SPEAKER,MID-RANGE LG FOSTER 8 OHM 15/25W 87DB 12

121 6400VG0001B SPEAKER,TWEETER NO FOSTER 8 OHM 20W/30W XX D77

122 3110V00123A CASE,SPEAKER BOX LEFT

123 3550V00159A COVER,SPEAKER BOX LEFT

124 3110V00124A CASE,SPEAKER BOX RIGHT

125 3550V00160A COVER,SPEAKER BOX RIGHT

300 3091V00A81B CABINET ASSEMBLY,RU-52SZ10 MONO NB02QB ZENITH

301 3350V00019A SCREEN,52W LCD PJTV

302 3790V00316C WINDOW,FILTER 52W LCD PJTV ACRYL DIABELL

303 3211V00080A FRAME ASSEMBLY,RN-52SZ10H 3210V00104 XCANVAS BASE UPPER

304 3211V00081B FRAME ASSEMBLY,BASE RU-52SZ10 LOWER

305 3508V00320A DECORATION,FRAME TOP AL RN-52SZ10H

306 3508V00330C DECORATION,FRONT PC-ABS SPRAY MIDDLE,RU-52SZ10

307 3508V00321A DECORATION,FRAME BOTTOM AL RN-52SZ10H

310 5020V00654A BUTTON,CONTROL,RN-52SZ10H SET

410 3809V00A38B BACK COVER ASSEMBLY,RU-52SZ10 - UPPER

420 3809V00A40B BACK COVER ASSEMBLY,RU-52SZ10 - LOWER

430 5018V00025B MIRROR ASSY,NON NON NON RN-52SZ10H

501 3210V00127A FRAME,RN-52SZ10H CHASSIS DIGITAL

502 3210V00073B FRAME,RU-60SZ10 CHASSIS(SMPS) AB-00EA

503 4811V00021B BRACKET ASSEMBLY,A/V RU-52SZ10 NB02QB BOARD

520 6871VMMB13D PCB ASSEMBLY,MAIN BOTTOM NB02QA

530 6871VSMD56B PCB ASSEMBLY,SUB DIGIT NB02QB RU-52SZ10 DIGITAL B/D M/I

540 6871VSMB17F PCB ASSEMBLY,SUB Y/C NB-02QA RN-52SZ10H 3D-DCF

550 6871VSMD49B PCB ASSEMBLY, SUB NB02QB TUNER

560 6871VPM994C PCB ASSEMBLY,POWER SMPS NB02QB FOR USA

570 6871VPM994D PCB ASSEMBLY,POWER SUB NB02QB AC INPUT

580 6871VSMB13C PCB ASSEMBLY,SUB INTER NB02QA FOR PHILIPS BALLAST

600 3141VSNA61C CHASSIS ASSEMBLY,SUB NB02QB BRACK OPTICAL,RU-52SZ10

610 3110V00140B CASE ASSY,LAMP RU-60SZ10 PPS+GF40

620 4980V00284E SUPPORTER ASSY,SBHG DC FAN,RU-52SZ10H

630 6871VSN155B PCB ASSEMBLY,SUB NB-02QA SIDE A/V

640 6871VSN156B PCB ASSEMBLY,SUB NB-02QA PRE-AMP

650 6871VSN194A PCB ASSEMBLY,SUB INTER NB02QA 52 LCD PJTV

660 6871VSMB96C PCB ASSEMBLY,SUB NB02QB COMPONENT

670 6871VSMB97B PCB ASSEMBLY,SUB NB02QB DRIVE

680 6871VSMD03B PCB ASSEMBLY,SUB CONT NB-02QA RN-52SZ12H CONTROL M/I

700 6871VSN187B PCB ASSEMBLY,SUB LED NB-02QA RN-52SZ12H M/I

Description

D52WLCD 45 EXPLODED VIEW

PARTS

PARTS

For Capacitor & Resistors, the
charactors at 2nd and 3rd digit
in the P/No. means as follows;

LOCA. NO PART NO DESCRIPTION

CC, CX, CK, CN : Ceramic
CQ : Polyestor
CE : Electrolytic

RD : Carbon Film
RS : Metal Oxide Film
RN : Metal Film
RF : Fusible

IC

IC01

IC02

IC1

IC1001

IC1002

IC1003

IC101

IC102

IC103

IC104

IC105

IC1100

IC1101

IC1102

IC1103

IC1104

IC1105

IC1106

IC1107

IC120

IC1200

IC1200

IC1202

IC1202

IC1203

IC1300

IC1301

IC1302

IC1303

IC1304

IC1305

IC1400

IC1401

IC1402

IC1403

IC1404

IC1405

IC1500

IC1501

IC1502

IC1503

IC1504

IC1505

IC1601

IC1602

IC2

0IMI623200B

0IMI623200B

0IZZVC0044B

0IPRPFA006A

0IPRPFA007A

0IMMRNE002A

0IMCRAD002A

0IIT323000E

0IMCRXL003A

0IIT323000E

0IFA741230A

0IZZVA0056B

0IMI623520B

0IAL242561B

0IPRPTI001A

0IKE704200J

0ISJ111733A

0ISJ111733A

0IPRPML001B

0ISJ111733A

0IPRPML001A

0IMCRSO008A

0IMCRSB010A

0IMO744053B

0ISJ111733A

0IMO324000C

0IMCRET001A

0IMCRSB009A

0IMCRSB009A

0IMCRSB008A

0ISJ111733A

0IMO324000C

0IMCRET001A

0IMCRSB009A

0IMCRSB009A

0IMCRSB008A

0ISJ111733A

0IMO324000C

0IMCRET001A

0IMCRSB009A

0IMCRSB009A

0IMCRSB008A

0ISJ111733A

0ISA428200A

0IKE780500Q

0IFA754207A

M62320FP,I/O EXPANDER 16P SOP

M62320FP,I/O EXPANDER 16P SOP

M37272E8A(OTP) 42SD BK MCOM

RC1117S33T FAIRCHILD SOT223

RC1117S25T SOT223 R/TP 2.5VOLT REGULATOR

UPD64083GF3BA NEC 100 QFP ST 3D

AD9883A ANALOG DEVICE 80P

VPC3230D C5 80P QFP TRAY

XC95144XL10 TQ100C 3.3V

VPC3230D C5 80P QFP

DM74LS123MX 16SOP

M37272E8A MITSUBISH 42DIP

M62352GP 20P SSOP TP 8BITS 12CH

AT24C256W10SI2.7V 8P SOIC ST EEPROM 2.7V5V

TFP401PZP TEXAS INSTRUMENT 100

KIA7042AF SOT89 TP 4.2V

EZ1117CST3.3 3P,SOT223 TP 3.

EZ1117CST3.3 3P,SOT223 TP 3.

MIC29152 MICREL 5P TO263

EZ1117CST3.3 3P,SOT223 TP 3.

MIC39100 MICREL 3P SOT223

CXA2151Q SONY 48P QFP TRAY 60LCD

L3E07050K0A 176QFP

MC74HC4053DW 16SOP 3*2CH.MUX

EZ1117CST3.3 3P,SOT223 TP 3.

LM324D SO14 TP OP AMP

EL2244CS ELANTEC 8P

L3E06070D0A SEIKO EPSON 48QFP

L3E06070D0A SEIKO EPSON 48QFP

L3E01031F0A SEIKO EPSON 48QFP

EZ1117CST3.3 3P,SOT223 TP 3.

LM324D SO14 TP OP AMP

EL2244CS ELANTEC 8P

L3E06070D0A SEIKO EPSON 48QFP

L3E06070D0A SEIKO EPSON 48QFP

L3E01031F0A SEIKO EPSON 48QFP

EZ1117CST3.3 3P,SOT223 TP 3.

LM324D SO14 TP OP AMP

EL2244CS ELANTEC 8P

L3E06070D0A SEIKO EPSON 48QFP

L3E06070D0A SEIKO EPSON 48QFP

L3E01031F0A SEIKO EPSON 48QFP

EZ1117CST3.3 3P,SOT223 TP 3.

LA4282 12S 2CHX10W AUDIO AMP

KIA7805API 3P TO220 ST REGULATOR 5V

KA75420ZTA 3P,TO92 TP 4.2V RESET IC

RUN DATE : 2002.10.9

LOCA. NO PART NO DESCRIPTION

IC208

IC301

IC302

IC303

IC304

IC305

IC306

IC320

IC4

IC401

IC401

IC402

IC403

IC403

IC404

IC404

IC405

IC406

IC406

IC407

IC409

IC410

IC411

IC412

IC413

IC414

IC415

IC601

IC602

IC603

IC801B

IC802B

IC811

IC820

IC831

IC832

IC841

IC845

IC851

T110

0ISO206900A

0ICTMLG003C

0ITI740000Q

0ITI740000Q

0ISS464323A

0ISS464323A

0IIC271600A

0IPH741400E

0IAL241610A

0ISH052100C

0ICTMMI038B

0IFA752700A

0ISH302122A

0IMCRSG010A

0IMCRTI019A

0ISH052100C

0IMP242560A

0IMCRET002B

0IKE780500Q

0IPH741400E

0IKE780500P

0ISH052100C

0IKE780800J

0IKE780900M

0IKE780900M

0ISH302122A

0ITK118100A

0IMCRMN002A

0IFA754207A

0ISS455880A

0ISH817300B

0ISH817300B

0IMCRON002A

0ISK666813A

0ISK615311B

0ISH817300B

0ISH817300B

0ISS781200H

0IMO257633A

0IZZVF0022A

CXA2069Q QFP64 BK I2C BUS AV S/W

LGDT1502M LG IC 304P QFP

SN74LVC00AD 14SOP R/TP LOGIC DTV

SN74LVC00AD 14SOP R/TP LOGIC DTV

K4S643232E(C)TC/L60(70) 86PTSOP(II) TRAY

K4S643232E(C)TC/L60(70) 86PTSOP(II) TRAY

MK2716STR 8P,SOP TP HDTV CLOCK

74HC14D 14SOP TP SHITTER TRIGGER

AT24C16N10SI 8P SOIC ST EEPROM

PQ05RD21 4SIP ST REGULATOR

COPY M306V3FGFP MITSUBISHI 100P

KA75270Z 3 TP RESET IC MC007

PQ30RV21 TO220

ST3232CDR SGSTHOMSON SOP16

TFP410 TEXAS INSTRUMENT 64P

PQ05RD21 4SIP ST REGULATOR

24LC256I/SM 8P,SOP TP 256K II

EL2250CS ELANTEC 8P R/TP OP AMP

KIA7805API 3P TO220 ST REGULATOR 5V

74HC14D 14SOP TP SHITTER TRIGGER

KIA78L05BP(AT) 3P 5V,150MA

PQ05RD21 4SIP ST REGULATOR

KIA7808API 3 ST REGULATOR .

KIA7809API TO220 ST 3P 9V REGULATOR

KIA7809API TO220 ST 3P 9V REGULATOR

PQ30RV21 TO220

TK1181M 6SOP R/TP DCDC CONVERTER 61W

MSP3440G QA B6 MICRONAS 80 QFP TRAY

KA75420ZTA 3P,TO92 TP 4.2V RESET IC

KA4558D 8SOP OP AMP

PC817XF3 4D PHOTO COUPLER

PC817XF3 4D PHOTO COUPLER

MC33262P ON SEMI 8P DIP

STRF6668B(LF1352) 5PIN BK STR FD60X3R

STRG6153T(LF1101) 5PIN BK STR HN61A40R

PC817XF3 4D PHOTO COUPLER

PC817XF3 4D PHOTO COUPLER

KA78R12 4P,TO220F BK LOW DROP 12V REGULATOR

LM2576TV3.3 5PIN ST REGULATOR

AF9378 15P SDIP ST ACTIVE

TRANSISTOR

Q01

Q02

Q03

Q04

Q05

Q06

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

D52WLCD 46 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

Q1

Q1001

Q1002

Q1003

Q1004

Q1005

Q1006

Q1007

Q1008

Q1009

Q101

Q101

Q1010

Q1011

Q1012

Q1013

Q1014

Q1015

Q1016

Q1017

Q102

Q102

Q103

Q103

Q104

Q106

Q106

Q107

Q107

Q108

Q109

Q109

Q110

Q111

Q112

Q113

Q114

Q115

Q116

Q120

Q1200

Q1201

Q1202

Q1203

Q1204

Q1205

Q1206

Q1207

Q1208

Q1209

Q121

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR150400BA

0TR150400BA

0TR387500AA

0TR150400BA

0TR150400BA

0TR387500AA

0TR387500AA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR387500AA

0TR150400BA

0TR387500AA

0TR150400BA

0TR387500AA

0TR150400BA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR150400BA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR830009BA

0TR830009BA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR387500AA

0TR150400BA

0TR387500AA

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

BSS83 TP PHILIPS NON NCHANNEL S/W TR

BSS83 TP PHILIPS NON NCHANNEL S/W TR

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

LOCA. NO PART NO DESCRIPTION

Q1210

Q1213

Q1214

Q1215

Q1216

Q1217

Q1218

Q1219

Q1601

Q2

Q201

Q202

Q203

Q204

Q205

Q206

Q207

Q208

Q209

Q210

Q211

Q211

Q212

Q400

Q500

Q501

Q601

Q602

Q810

Q841

Q842

Q851

0TR102009AG

0TR387500AA

0TR387500AA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR150400BA

0TR387500AA

0TR387500AA

0TR387500AA

0TR150400BA

0TR150400BA

0TR387500AA

0TR387500AA

0TR387500AA

0TR150400BA

0TR150400BA

0TR387500AA

0TR150400BA

0TR387500AA

0TFFC80016A

0TR102009AG

0TR102009AG

0TR150400BA

0TR150400BA

0TF283700AA

0TR945009AA

0TR322709AA

0TR945009AA

CHIP KRC102S KEC TP SOT23 NA NA

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

CHIP 2SA1504S(ASY) KEC

CHIP 2SC3875S(ALY) KEC

FAIRCHILD FQT13N06 R/TP SOT223 60V 2.8A

CHIP KRC102S KEC TP SOT23 NA NA

CHIP KRC102S KEC TP SOT23 NA NA

CHIP 2SA1504S(ASY) KEC

CHIP 2SA1504S(ASY) KEC

2SK2837 BK TOSHIBA 500V 20A TO3P

KSC945CY TP SAMSUNG

KTC3227Y,TP(KTC1627A),KEC

KSC945CY TP SAMSUNG

DIODE

D01

D02

D03

D1

D1601

D1602

D1603

D1604

D1605

D2

D3

D300

D402

D402

D403

D403

D404

0DL200000CA

0DL200000CA

0DL200000CA

0DD184009AA

0DD414809ED

0DD184009AA

0DD184009AA

0DD414809ED

0DD184009AA

0DD184009AA

0DD226239AA

0DL112100AA

0DS113379BA

0DR050008AA

0DS113379BA

0DR050008AA

0DS113379BA

LED,SAM5670(DL2LRG) BK YGREEN

LED,SAM5670(DL2LRG) BK YGREEN

LED,SAM5670(DL2LRG) BK YGREEN

KDS184S CHIP 85V 300MA KEC TP

1N4148 TA

KDS184S CHIP 85V 300MA KEC TP

KDS184S CHIP 85V 300MA KEC TP

1N4148 TA

KDS184S CHIP 85V 300MA KEC TP

KDS184S CHIP 85V 300MA KEC TP

CHIP KDS226 SOT23

LED,SR3411(DL11S2RN1) BK RED

1SS133 T72 TP ROHM KOREA DO34 90V

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

1SS133 T72 TP ROHM KOREA DO34 90V

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

1SS133 T72 TP ROHM KOREA DO34 90V

D52WLCD 47 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

D404

D404

D405

D406

D410

D411

D430

D431

D432

D433

D434

D435

D436

D437

D5

D801

D810

D811

D820

D821

D822

D832

D833

D834

D841

D845

D851

D852

D861

D871

D881

ZD01

ZD1

ZD1

ZD10

ZD101

ZD102

ZD103

ZD104

ZD2

ZD2

ZD201

ZD202

ZD3

ZD3

ZD4

ZD401

ZD5

ZD6

0DR050008AA

0DD184009AA

0DR050008AA

0DD184009AA

0DRSE00038A

0DRSE00038A

0DS113379BA

0DS113379BA

0DS113379BA

0DS113379BA

0DS113379BA

0DS113379BA

0DS113379BA

0DD414809ED

0DD184009AA

0DD606000AA

0DD100009AM

0DR260001AA

0DD100009AM

0DD100009AM

0DD100009AM

0DR010009AA

0DD100009AM

0DD260000BB

0DD120000BB

0DD414809ED

0DD120000BB

0DR460009AA

0DD120000BB

0DD120000BB

0DD100009AP

0DR050008AA

0DR050008AA

0DZ620009BB

0DZ620009BB

0DZ510009DB

0DZ330009DF

0DZ330009DF

0DZ510009DB

0DR050008AA

0DZ620009BB

0DZ560009CF

0DZ560009CF

0DR050008AA

0DZ620009BB

0DZ620009BB

0DR190309AA

0DZ620009BB

0DZ620009BB

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

KDS184S CHIP 85V 300MA KEC TP

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

KDS184S CHIP 85V 300MA KEC TP

SDC15 TVS DIODE ARRAY

SDC15 TVS DIODE ARRAY

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1SS133 T72 TP ROHM KOREA DO34 90V

1N4148 TA

KDS184S CHIP 85V 300MA KEC TP

RBV606 SANKEN BK NA 600V 6A 150A NA 10UA

EU1ZV(1) TP SANKEN

FMG26S ST TO220 600V 6A 50A 100NSEC 0.005A

EU1ZV(1) TP SANKEN

EU1ZV(1) TP SANKEN

EU1ZV(1) TP SANKEN

EG01C TP 1000V 0.5A 10A 100NSEC 50UA

EU1ZV(1) TP SANKEN

BRIDGE D2SBA60(STK)

FMLG12S

1N4148 TA

FMLG12S

RK46 TP DO214AC 60V 3.5A 70A 100SEC 3MA

FMLG12S

FMLG12S

EG1ZV(1) TP SANKEN TP SANKEN

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

ZENERS,MTZJ6.2B

ZENERS,MTZJ6.2B

ZENERS,MTZJ5.1B

ZENERS,MTZJ33B

ZENERS,MTZJ33B

ZENERS,MTZJ5.1B

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

ZENERS,MTZJ6.2B

ZENERS,MTZJ5.6B

ZENERS,MTZJ5.6B

SD05.TC R/TP SEMTECH SOD323 5V 5A 15A

ZENERS,MTZJ6.2B

ZENERS,MTZJ6.2B

MBRS190T3 TP MOTOROLA 90V 1A 50A 10NSEC

ZENERS,MTZJ6.2B

ZENERS,MTZJ6.2B

LOCA. NO PART NO DESCRIPTION

ZD601

ZD602

ZD841

ZD851

ZD9

0DZ560009CF

0DZ560009CF

0DZ620009BB

0DZ620009BB

0DZ620009BB

ZENERS,MTZJ5.6B

ZENERS,MTZJ5.6B

ZENERS,MTZJ6.2B

ZENERS,MTZJ6.2B

ZENERS,MTZJ6.2B

CAPACITOR

C01

C07

C1

C10

C1007

C1008

C1009

C101

C1010

C1011

C1012

C1013

C1014

C1015

C1016

C1018

C1019

C102

C102

C1020

C1021

C1022

C1023

C1024

C1025

C1027

C1028

C1029

C103

C1030

C1031

C1032

C1033

C1034

C1035

C1036

C1037

C1038

C1039

C104

C1040

C1041

C1042

C1043

0CE226VF6DC

0CE476VF6DC

0CE476DF618

0CC1600K415

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CE106VF6DC

0CK104DK56A

0CE476DF618

0CK104DK56A

0CE476DF618

0CK104DK56A

0CE476DF618

0CE476DF618

0CK104DK56A

0CE105DK618

0CE476VF6DC

0CE106SF6DC

0CE476DF618

0CK104DK56A

0CK104DK56A

0CE476DF618

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CE475VK6DC

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CE106DF618

0CE106DF618

0CK104DK56A

0CK104DK56A

0CE476DF618

0CE226SF6DC

0CK104DK56A

0CK104DK56A

0CE106DF618

0CK104DK56A

22UF MV 16V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

47UF STD 16V M FL TP5

16P 50V J NP0 TS

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

10UF MV 16V 20% R/TP(SMD) SMD

0.1UF 2012 50V 10% R/TP X7R

47UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

47UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

47UF STD 16V M FL TP5

47UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

1UF STD 50V M FL TP5

47UF MV 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

47UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

47UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

4.7UF MV 50V 20% R/TP(SMD) SMD

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

10UF STD 16V M FL TP5

10UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

47UF STD 16V M FL TP5

22UF MVG 16V M SMD R/TP

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

10UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

D52WLCD 48 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

C1044

C1045

C1047

C1048

C1049

C105

C1051

C1054

C1055

C1056

C106

C107

C108

C109

C11

C110

C1100

C1101

C1102

C1103

C1104

C1105

C1106

C1107

C1108

C111

C1110

C1111

C1112

C1114

C1116

C1118

C112

C1122

C1125

C1133

C1134

C1138

C1139

C1143

C117

C120

C1200

C1201

C1202

C1204

C1205

C1206

C1207

C1208

C1209

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CK104DK56A

0CE106DF618

0CE476VF6DC

0CK104DK56A

0CK104DK56A

0CE106DF618

0CK104DK56A

0CE476VK6DC

0CE106VF6DC

0CE106VF6DC

0CE476VF6DC

0CE226VF6DC

0CE476VK6DC

0CK103CK56A

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CE105VK6DC

0CC180CKH1A

0CC180CKH1A

0CK103CK56A

0CE476VH6DC

0CE476VF6DC

0CE476VH6DC

0CK103CK56A

0CE476VH6DC

0CE107VH6DC

0CE107SF6DC

0CE107SF6DC

0CE475VK6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CQ2231N509

0CE106SF6DC

0CE476VH6DC

0CE106VF6DC

0CE107SF6DC

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

10UF STD 16V M FL TP5

47UF MV 16V 20% R/TP(SMD) SMD

0.1UF 2012 50V 10% R/TP X7R

0.1UF 2012 50V 10% R/TP X7R

10UF STD 16V M FL TP5

0.1UF 2012 50V 10% R/TP X7R

47UF MV 50V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

22UF MV 16V 20% R/TP(SMD) SMD

47UF MV 50V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

1UF MV 50V 20% R/TP(SMD) SMD

18PF 1608 50V 2% R/TP NP0

18PF 1608 50V 2% R/TP NP0

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

100UF MV 25V 20% R/TP(SMD) SMD

100UF MVG 16V M SMD R/TP

100UF MVG 16V M SMD R/TP

4.7UF MV 50V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.022U 100V K POLY TP

10UF MVG 16V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

100UF MVG 16V M SMD R/TP

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

LOCA. NO PART NO DESCRIPTION

C1210

C1216

C1217

C1218

C1226

C1234

C1237

C124

C124

C125

C1250

C1251

C1252

C126

C1260

C1264

C127

C1301

C1305

C1308

C1309

C1310

C1311

C1313

C1319

C1320

C1321

C1322

C1324

C1325

C1330

C1335

C1336

C1340

C1341

C139

C1401

C1405

C1408

C1409

C1410

C1411

C1413

C1419

C1420

C1421

C1422

C1424

C1425

C1429

C1435

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0CE106VF6DC

0CE476VH6DC

0CE476VF6DC

0CE105VK6DC

0CQ2231N509

0CK224DF56A

0CK224DF56A

0CE105VK6DC

0CE105VK6DC

0CE106VF6DC

0CK224DF56A

0CE106VF6DC

0CE106VF6DC

0CK224DF56A

0CE476VH6DC

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CE476VH6DC

0CE476SF6DC

0CE476VH6DC

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

0.022U 100V K POLY TP

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

10UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MVG 16V M SMD R/TP

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

D52WLCD 49 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

C1436

C1441

C147

C148

C15

C1501

C1505

C1508

C1509

C1510

C1511

C1513

C1519

C1520

C1521

C1522

C1524

C1525

C1529

C1535

C1536

C1541

C16

C1601

C1602

C1603

C1604

C1605

C1606

C1607

C1608

C1609

C1610

C1611

C1612

C1613

C1614

C1615

C1616

C1618

C1620

C1621

C168

C172

C173

C175

C183

C185

C186

C187

C188

0CE476VH6DC

0CE476VH6DC

0CE226SF6DC

0CE106SF6DC

0CE105VK6DC

0CE476VH6DC

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CK103CK56A

0CK103CK56A

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VH6DC

0CE476VF6DC

0CE107DH618

0CE106DK618

0CE107DH618

0CE106DK618

0CE107DH618

0CE106DF618

0CE108DK61A

0CE106DF618

0CE106DF618

0CE108DJ618

0CE108DJ618

0CQ3921N409

0CQ3921N409

0CE226DF618

0CE108DF618

0CQ1041N509

0CQ1041N509

0CE477VF6DC

0CE107VF6DC

0CE106SF6DC

0CK224DF56A

0CE476SF6DC

0CE476SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

10UF MVG 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

0.01UF 1608 50V 10% R/TP X7R

0.01UF 1608 50V 10% R/TP X7R

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 25V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

100UF STD 25V M FL TP5

10UF STD 50V M FL TP5

100UF STD 25V M FL TP5

10UF STD 50V M FL TP5

100UF STD 25V M FL TP5

10UF STD 16V M FL TP5

1000UF STD 50V M FL TP7.5

10UF STD 16V M FL TP5

10UF STD 16V M FL TP5

1000UF STD 35V M FL TP5

1000UF STD 35V M FL TP5

0.0039U 100V J POLY TP

0.0039U 100V J POLY TP

22UF STD 16V M FL TP5

1000UF STD 16V M FL TP5

0.1U 100V K POLY TP

0.1U 100V K POLY TP

470UF MV 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

47UF MVG 16V M SMD R/TP

47UF MVG 16V M SMD R/TP

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

LOCA. NO PART NO DESCRIPTION

C190

C191

C192

C193

C194

C195

C198

C2

C20

C200

C201

C202

C203

C204

C205

C206

C207

C207

C208

C209

C210

C211

C211

C212

C213

C214

C215

C216

C217

C224

C232

C234

C235

C236

C237

C238

C240

C249

C260

C261

C262

C270

C271

C274

C278

C284

C286

C288

C29

C3

C31

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE226SF6DC

0CN1030F679

0CE105VK6DC

0CE106SF6DC

0CE105VK6DC

0CE105VK6DC

0CE105VK6DC

0CE105VK6DC

0CE105VK6DC

0CE105VK6DC

0CE106SF6DC

0CE105VK6DC

0CE105VK6DC

0CE226VF6DC

0CE105VK6DC

0CK224DF56A

0CE105VK6DC

0CK224DF56A

0CK224DF56A

0CK224DF56A

0CK224DF56A

0CK224DF56A

0CK224DF56A

0CE476SF6DC

0CE105VK6DC

0CE227VF6DC

0CE226VF6DC

0CE226VF6DC

0CK224DF56A

0CE476SF6DC

0CE476SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE105VK6DC

0CE476DF618

0CE227DF618

0CE475DK618

0CE227DF618

0CE105VK6DC

0CE476VF6DC

0CE226VF6DC

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

10000P 16V M Y

1UF MV 50V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

22UF MV 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

1UF MV 50V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

220000PF 2012 16V 10% R/TP X7R

47UF MVG 16V M SMD R/TP

1UF MV 50V 20% R/TP(SMD) SMD

220UF MV 16V 20% R/TP(SMD) SMD

22UF MV 16V 20% R/TP(SMD) SMD

22UF MV 16V 20% R/TP(SMD) SMD

220000PF 2012 16V 10% R/TP X7R

47UF MVG 16V M SMD R/TP

47UF MVG 16V M SMD R/TP

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

47UF STD 16V M FL TP5

220UF STD 16V M FL TP5

4.7UF STD 50V 20% FL TP 5

220UF STD 16V M FL TP5

1UF MV 50V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

22UF MV 16V 20% R/TP(SMD) SMD

D52WLCD 50 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

C312

C314

C359

C362

C371

C372

C403

C405

C406

C406

C407

C408

C409

C410

C411

C411

C412

C412

C417

C425

C426

C427

C427

C428

C429

C430

C433

C434

C435

C436

C437

C450

C453

C454

C456

C456

C456

C504

C507

C508

C509

C510

C515

C53

C606

C607

C608

C608

C609

C609

C610

0CE226SF6DC

0CE226SF6DC

0CE106SF6DC

0CE226SF6DC

0CE336SC6DC

0CE226SF6DC

0CE107SF6DC

0CE476VK6DC

0CE226SF6DC

0CE227VF6DC

0CE477VF6DC

0CE227VF6DC

0CE107VF6DC

0CE227VF6DC

0CE106SF6DC

0CE227VF6DC

0CK105DF64A

0CE227VF6DC

0CE106SF6DC

0CE107VF6DC

0CE477DF618

0CE227DD618

0CE335VK6DC

0CE227DD618

0CE227BH618

0CE477DF618

0CE107DF618

0CE107DD618

0CE107DD618

0CE107DF618

0CE107DD618

0CE226SF6DC

0CE107DD618

0CE226SF6DC

0CE477DH618

0CK105DF64A

0CE477VF6DC

0CE226SF6DC

0CE106SF6DC

0CE106SF6DC

0CE106SF6DC

0CE226SF6DC

0CK105DF64A

0CE106VF6DC

0CE107VF6DC

0CE107VF6DC

0CE106VF6DC

0CE476VF6DC

0CE106VF6DC

0CE476VF6DC

0CE107VF6DC

22UF MVG 16V M SMD R/TP

22UF MVG 16V M SMD R/TP

10UF MVG 16V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

33UF MVG 6.3V M SMD R/TP

22UF MVG 16V M SMD R/TP

100UF MVG 16V M SMD R/TP

47UF MV 50V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

220UF MV 16V 20% R/TP(SMD) SMD

470UF MV 16V 20% R/TP(SMD) SMD

220UF MV 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

220UF MV 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

220UF MV 16V 20% R/TP(SMD) SMD

1UF 2012 16V 20% R/TP F(Y5V)

220UF MV 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

470UF STD 16V 20% FL TP 5

220UF STD 10V M FL TP5

3.3UF MV 50V 20% R/TP(SMD) SMD

220UF STD 10V M FL TP5

220UF KME 25V M FL TP5

470UF STD 16V 20% FL TP 5

100UF STD 16V M FL TP5

100UF STD 10V M FL TP5

100UF STD 10V M FL TP5

100UF STD 16V M FL TP5

100UF STD 10V M FL TP5

22UF MVG 16V M SMD R/TP

100UF STD 10V M FL TP5

22UF MVG 16V M SMD R/TP

470UF STD 25V M FL TP5

1UF 2012 16V 20% R/TP F(Y5V)

470UF MV 16V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

10UF MVG 16V 20% R/TP(SMD) SMD

22UF MVG 16V M SMD R/TP

1UF 2012 16V 20% R/TP F(Y5V)

10UF MV 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

10UF MV 16V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

100UF MV 16V 20% R/TP(SMD) SMD

LOCA. NO PART NO DESCRIPTION

C611

C612

C613

C614

C615

C616

C617

C618

C633

C634

C801

C801B

C802

C804

C805

C806

C807

C808

C809

C814

C818

C820

C821

C822

C823

C824

C825

C825

C829

C831

C833

C834

C835

C836

C837

C841

C842

C843

C845

C852

C853

C855

C856

C857

C859

C862

C863

C865

C866

0CE106VF6DC

0CE476VF6DC

0CE105VK6DC

0CE105VK6DC

0CE227VF6DC

0CE105VK6DC

0CE105VK6DC

0CE475VK6DC

0CC0200K115

0CC0200K115

0CQZVBK002B

0CE106BK618

0CQZVBK002A

0CF1050W470

0CK10202510

0CK10202510

0CK1020K515

0CQ1021N519

181-007J

0CE107BK618

181-091R

181-001K

181-014Y

181-091R

181-091R

0CE107BK618

0CE476BK618

0CE336BK618

181-120L

181-035N

0CE476BK618

0CE476BK618

181-010K

0CE476EU61A

0CK1030K945

0CE108BF618

0CE107BF618

0CK1040K945

0CE476BK618

0CE228BH61A

0CE108BF618

0CE228BF618

0CK1040K945

0CE108BF618

181-091Q

0CE228BH61A

0CE108BF618

181-091Q

0CE105CK636

10UF MV 16V 20% R/TP(SMD) SMD

47UF MV 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

220UF MV 16V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

1UF MV 50V 20% R/TP(SMD) SMD

4.7UF MV 50V 20% R/TP(SMD) SMD

2P 50V D NP0 TS

2P 50V D NP0 TS

A.C 275V 0.15UF K (S=22.5)

10UF KME 50V M FL TP5

A.C 275V 0.1UF M (S=15)

1UF 0 500V 5% BULK M/PP NI

1000P 2KV K B S

1000P 2KV K B S

1000P 50V K B TS

0.001U 100V K POLY NI TP

MPE ECQV1H564JL3(TR), 50V 0.56UF J

100UF KME 50V M FL TP5

R 1000PF 1KV 10%,10% R/TP TP5

CE 450V 220UF M LUG(105)

MPP 1.6KV 0.0015UF J

R 1000PF 1KV 10%,10% R/TP TP5

R 1000PF 1KV 10%,10% R/TP TP5

100UF KME 50V M FL TP5

47UF KME 50V M FL TP5

33UF KME TYPE 50V 20% FL TP 5

3300PF 4KV M E FMTW LEAD4.5

DE1010 B KD 471M

47UF KME 50V M FL TP5

47UF KME 50V M FL TP5

PP 0.01UF 630V 5% FM 7.5MM

47UF KMG 400V M FL TP 7.5

0.01UF 50V Z F TR

1000UF KME 16V M FL TP5

100UF KME 16V M FL TP5

0.1UF 50V Z F TR

47UF KME 50V M FL TP5

2200UF KME 25V M FL TP7.5

1000UF KME 16V M FL TP5

2200UF KME 16V M FL TP5

0.1UF 50V Z F TR

1000UF KME 16V M FL TP5

R 470PF 1KV 10%,10% R/TP TP5

2200UF KME 25V M FL TP7.5

1000UF KME 16V M FL TP5

R 470PF 1KV 10%,10% R/TP TP5

1UF SHL,SD 50V M FM5 BP(D) TP

D52WLCD 51 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

C873

C876

C881

C883

C884

C886

C9

0CE228BK650

0CE337DK618

0CE477BJ618

0CE227BH618

181-091Q

181-091Q

0CC1600K415

2200UF KME TYPE 50V 20% FM7.5 BULK

330UF STD 50V M FL TP5

470UF KME TYPE 35V 20% FL TP 5

220UF KME 25V M FL TP5

R 470PF 1KV 10%,10% R/TP TP5

R 470PF 1KV 10%,10% R/TP TP5

16P 50V J NP0 TS

FUSE

F800

F810

F811

F812

0FT5001B51B

0FS5000B84B

0FT2001A86B

0FS5000B84B

FUSE,SLOW BLOW 5000MA 250V

FUSE,SLOW BLOW 500MA 250V

FUSE,TIME LAG 2000MA 125V

FUSE,SLOW BLOW 500MA 250V

JACK

JA1201

JA1202

JA201

JA202

JA204

P101B

P102B

P103B

P1100

P401B

P402B

P403

6613V00013D

6612VJH006B

6613V00010B

6612JH003FA

380-404A

6612VMH003A

6612VMH003A

6612VMH003A

6612BBBHN6A

6612VMH003A

6612VMH003A

6612BBBHN6A

JACK ASSEMBLY,PMJ021D A/V 9P(MONO 7P + S/W 2P)

JACK,RCA PJ6061D HORIZONTAL 2*3 6P

JACK ASSY,PMJ016B A/V 3P + SVHS (RD WH YL)

JACK,RCA PPJ136A

JACK,DIN PHSJ9504

JACK,SCART 365100032 48PIN PITCH2.54MM

JACK,SCART 365100032 48PIN PITCH2.54MM

JACK,SCART 365100032 48PIN PITCH2.54MM

JACK,DIN 4400621 AMP DVI INTERACED RIGHT ANGLE

JACK,SCART 365100032 48PIN PITCH2.54MM

JACK,SCART 365100032 48PIN PITCH2.54MM

JACK,DIN 4400621 AMP DVI INTERACED RIGHT ANGLE

COIL & TRANSFORMER

L1

L1009

L1010

L1011

L1100

L1101

L1102

L1103

L1104

L1105

L1107

L1200

L201

L202

L605

L841

L851

L852

L853

L861

L871

0LA0102K119

0LA0102K119

0LA0102K119

0LA0561K119

6140VB0003A

6140VB0003A

6140VB0003A

6140VB0003A

6140VB0003A

6140VB0003A

6140VB0003A

6140VB0003A

0LA0102K119

0LA0102K119

0LA0152K119

150-C02F

150-C02F

6170VZ0005A

150-C02F

150-C02F

150-C02F

INDUCTOR,10UH K

INDUCTOR,10UH K

INDUCTOR,10UH K

INDUCTOR,5.6UH K

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

COIL,CHOKE LQH31CN4R7M01L 4.7UH

INDUCTOR,10UH K

INDUCTOR,10UH K

INDUCTOR,15UH K

COIL,CHOKE 82UH

COIL,CHOKE 82UH

TRANSFORMER,H-DRIVER IRON15 120UH LM2576

COIL,CHOKE 82UH

COIL,CHOKE 82UH

COIL,CHOKE 82UH

LOCA. NO PART NO DESCRIPTION

L881

T801

T810

T830

150-C02F

6170VMCA03D

6170VMCA37B

6170VS0001B

COIL,CHOKE 82UH

TRANSFORMER,SMPS[COIL] EER4942 1200UH STRF6669

TRANSFORMER,SMPS[COIL] PQ3535 310UH MC33262

TRANSFORMER,STANDBY EE1927 2200UH BULK

CONNECTOR

P101A

P102A

P103A

P201A

P202A

P404

P802C

P805

6932V25004A

6932V25004A

6932V25004A

6932V25004A

6932V25004A

6630VGA004A

6631V23001V

6631V23001V

CONNECTOR,HOUSING MALE MOLEX 48 2.54 DTV

CONNECTOR,HOUSING MALE MOLEX 48 2.54 DTV

CONNECTOR,HOUSING MALE MOLEX 48 2.54 DTV

CONNECTOR,HOUSING MALE MOLEX 48 2.54 DTV

CONNECTOR,HOUSING MALE MOLEX 48 2.54 DTV

CONNECTOR,DSUB 681070922 MOLEX 9PIN 2.77MM

CONNECTOR ASSEMBLY,3P 500MM

CONNECTOR ASSEMBLY,3P 500MM

RESISTOR

AR1100

AR1101

AR1102

AR1103

AR1104

AR1105

AR1200

AR1201

AR1202

AR1203

AR1204

AR1205

AR1206

AR1207

AR1208

AR1209

AR1210

AR1211

AR1212

AR1213

AR1214

AR1215

AR1216

AR1217

AR301

AR302

AR303

AR304

AR305

AR306

D812

R1

R1253

R1606

R1609

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RRZVTA001D

0RD0302F609

0RD0752F609

0RN1002F409

0RF0331H609

0RF0331H609

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

22 OHM 1 / 16 W 1608 5% R/TP 4P E24

30 OHM 1/6 W 5.00%

75 OHM 1/6 W 5.00%

10K OHM 1/6 W 1.00%

3.3 OHM 1/2 W 5.00%

3.3 OHM 1/2 W 5.00%

D52WLCD 52 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

R1615

R1616

R2

R3

R4

R402

R409

R425

R426

R5

R56

R57

R58

R801

R801B

R802B

R803

R803B

R805

R805B

R806

R807

R808

R809

R810

R811

R812

R813

R814

R815

R816

R817

R818

R819

R820

R821

R822

R823

R824

R825

R826

R827

R829

R831

R833

R834

R835

R840

R841

R842

R843

0RS2201K607

0RS2201K607

0RD4703F609

0RD4703F609

0RD0752F609

0RN1201F409

0RN1002F409

0RN1201F409

0RN1202F409

0RD0752F609

0RD0472F609

0RD2200F609

0RD0102F609

0RKZVTA001B

0RD1801F609

0RD3301F609

0RN3903F409

0RD0562H609

0RN3303F409

0RD3300F609

0RN3903F409

0RN3903F409

0RS1202K607

0RD0302F609

0RD0332H609

180-A01B

0RN3903F409

0RN3903F409

0RN3903F409

0RD1203F609

0RD2202F609

0RD1202F609

0RD2200F609

0RN1002F409

0RN1002F409

180-A01M

0RD1001F609

0RD2701F609

0RD0332H609

0RD4701F609

0RS1202K607

0RS1202K607

0RKZVTA001B

0RS4702K607

0RS0161K607

0RS1203K607

0RF0221H609

0RD1601F609

0RD1501F609

0RD3001F609

0RD2701F609

2.2K OHM 2 W 5.00%

2.2K OHM 2 W 5.00%

470K OHM 1/6 W 5.00%

470K OHM 1/6 W 5.00%

75 OHM 1/6 W 5.00%

1.2K OHM 1/6 W 1.00%

10K OHM 1/6 W 1.00%

1.2K OHM 1/6 W 1.00%

12K OHM 1/6 W 1.00%

75 OHM 1/6 W 5.00%

47 OHM 1/6 W 5%

220 OHM 1/6 W 5.00%

10 OHM 1/6 W 5%

4.7M OHM 1/2 W 5%

1.8K OHM 1/6 W 5.00%

3.3K OHM 1/6 W 5.00%

390K 1/6W 1%

56 OHM 1/2 W 5.00%

330K OHM 1/6 W 1.00%

330 OHM 1/6 W 5.00%

390K 1/6W 1%

390K 1/6W 1%

12K OHM 2 W 5.00%

30 OHM 1/6 W 5.00%

33 OHM 1/2 W 5.00%

RW ROUND G 2W 0.11 K TA31(63)

390K 1/6W 1%

390K 1/6W 1%

390K 1/6W 1%

120K OHM 1/6 W 5.00%

22K OHM 1/6 W 5%

12K OHM 1/6 W 5%

220 OHM 1/6 W 5.00%

10K OHM 1/6 W 1.00%

10K OHM 1/6 W 1.00%

0.22 OHM 2 W 5%

1K OHM 1/6 W 5%

2.7K OHM 1/6 W 5%

33 OHM 1/2 W 5.00%

4.7K OHM 1/6 W 5%

12K OHM 2 W 5.00%

12K OHM 2 W 5.00%

4.7M OHM 1/2 W 5%

47K OHM 2 W 5.00%

1.6 OHM 2 W 5.00%

120K OHM 2 W 5.00%

2.2 OHM 1/2 W 5.00%

1.6K OHM 1/6 W 5.00%

1.5K OHM 1/6 W 5%

3K OHM 1/6 W 5.00%

2.7K OHM 1/6 W 5%

LOCA. NO PART NO DESCRIPTION

R844

R845

R851

R852

R853

R854

R855

R857

R871

0RD3601F609

0RD4701F609

0RD2401F609

0RD1501F609

0RD3601F609

0RD2701F609

0RD1601F609

0RD1201F609

0RD1002H609

3.6K OHM 1/6 W 5.00%

4.7K OHM 1/6 W 5%

2.4K OHM 1/6 W 5.00%

1.5K OHM 1/6 W 5%

3.6K OHM 1/6 W 5.00%

2.7K OHM 1/6 W 5%

1.6K OHM 1/6 W 5.00%

1.2K OHM 1/6 W 5%

10K OHM 1/2 W 5.00%

SWITCH

SW01

SW02

SW03

SW04

SW05

SW06

SW07

SW2

140-315A

140-315A

140-315A

140-315A

140-315A

140-315A

140-315A

140-313A

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT SKHV17910B NON 12V

SWITCH, TACT 2LEAD 100G(TA) NON 5V 0.001A

FILTER & CRYSTAL

FB819

FB820

FB821

FB822

FB861

FB871

FB872

L1001

L1002

L1003

L1004

L1005

L1006

L801

L802

L803

L804

T1001

T1002

T1003

T1004

T1102

T1110

T1111

T1112

T1200

T1201

T1202

T3

T4

125-123A

125-022K

125-022K

125-022K

125-123A

125-123A

125-123A

6210TCE001G

6210TCE001G

6210VC0006A

6210VC0006A

6210TCE001G

6210TCE001G

150-F06T

150-F06T

150-F06T

150-F06T

6200C000009

6200C000009

6200C000010

6200C000010

6200JB8009Q

6200VJT006A

6200VJT006A

6200VJT006A

6200JB8009Q

6200JB8009Q

6200JB8009Q

6200VJT001B

6200VJT001B

FILTER ,EMC FERRITE BFD3565R2F

FILTER ,EMC FERRITE 1UH TAPING

FILTER ,EMC FERRITE 1UH TAPING

FILTER ,EMC FERRITE 1UH TAPING

FILTER ,EMC FERRITE BFD3565R2F

FILTER ,EMC FERRITE BFD3565R2F

FILTER ,EMC FERRITE BFD3565R2F

FILTER ,EMC HH1M3216501 CERATEC 3216MM

FILTER ,EMC HH1M3216501 CERATEC 3216MM

FILTER ,EMC FBMH3216 HM501NT

FILTER ,EMC FBMH3216 HM501NT

FILTER ,EMC HH1M3216501

FILTER ,EMC HH1M3216501

FILTER ,EMC SQE3535 20MH

FILTER ,EMC SQE3535 20MH

FILTER ,EMC SQE3535 20MH

FILTER ,EMC SQE3535 20MH

FILTER , B.P. H354LAIK5225

FILTER , B.P. H354LAIK5225

FILTER , B.P. H354LAIK5202

FILTER , B.P. H354LAIK5202

FILTER ,EMC SCR470R220 NIIGATA

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMC SCR470R220

FILTER ,EMC SCR470R220

FILTER ,EMC SCR470R220

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

D52WLCD 53 PARTS

PARTS

LOCA. NO PART NO DESCRIPTION

T400

T401

T401

T402

T402

T403

T403

T406

T407

T408

T409

T410

T411

T414

T415

T416

T418

T421

T422

T423

T424

T425

T426

T427

T428

T430

T431

T432

T434

T438

T440

T442

T444

T445

T446

T447

T448

T5

T6

T7

T8

T9

X1

X1001

X101

X102

X1100

X1200

X401

X601

Z101

6200QJ3001A

6200VJT006A

6200QJ3001A

6200VJT006A

6200QJ3001A

6200VJT006A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200VJT006A

6200VJT006A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200VJT006A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200QJ3001A

6200VJT001B

6200VJT001B

6200VJT001B

6200VJT001B

6200VJT001B

156-A01P

156-A02Z

6202VDT002E

6202VDT002E

6202VDT002D

156-A01E

6212AB2015D

156-A02R

166-F01G

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI STC222D 50VOLT 4A 2200

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI STC222D NIIGATA 50VOLT 4A 2200

FILTER ,EMI STC222D NIIGATA 50VOLT 4A 2200

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI STC222D NIIGATA 50VOLT 4A 2200

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMC EMI BMS400 25V 200MA

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

FILTER ,EMI BMK800 NIIGATA 50VOLT 1A

RESONATOR,CRYSTAL HC49U 8.000MHZ 30PPM

RESONATOR,CRYSTAL HC49/U 20.000MHZ 30PPM

RESONATOR,CRYSTAL SX1SMD 20250000HZ 30PPM 16PF

RESONATOR,CRYSTAL SX1SMD 20250000HZ 30PPM 16PF

RESONATOR,CRYSTAL SX1SMD 8.0MHZ 30PPM 16PF

RESONATOR,CRYSTAL HC49U 4.000MHZ 30PPM 15PF BK

RESONATOR,CRYSTAL HC49/SM 16MHZ +/ 50 PPM 16PF

RESONATOR,CRYSTAL HC49U 18.432MHZ 30PPM 16PF BK

FILTER ,EMC DSS6NZ82A103Q93A

LOCA. NO PART NO DESCRIPTION

Z102

Z103

Z104

166-F01G

166-F01G

166-F01G

FILTER ,EMC DSS6NZ82A103Q93A

FILTER ,EMC DSS6NZ82A103Q93A

FILTER ,EMC DSS6NZ82A103Q93A

MISCELLANEOUS

NTC801

NTC802

P801

PA1

RL831

TU102

TU103

VA800

X300

163-048D

163-048D

174-225T

6726VH0001A

141-018E

6700VNF019C

6700VNF019C

164-003D

6204B60001B

THERMISTOR,KL15L2R5 +/ 15% 125V

THERMISTOR,KL15L2R5 +/ 15% 125V

POWER CORD,UL/CSA 3000MM HOUSING BLACK L4=500MM

REMOTE CONTROLLER RECEIVER,38KHZ

RELAY,DG12D1

TUNER,TAFCH101P NTSC PHONO 45.75MHZ

TUNER,TAFCH101P NTSC PHONO 45.75MHZ

VARISTOR,SVC561D14A 560V 10% UL/CSA/VDE BK

OSCILLATOR,VCXO 27MHZ +/ 100 PPM 3.3V

ACCESSORIES

A1

A2

3828VA0220L

6710V00052H

MANUAL,OWNERS ZENITH EN

REMOTE CONTROLLER *ZENITH

D52WLCD 54 PARTS

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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53 SHEET 53

D52WLCD - 923-03??6

Main Circuit

Schematics

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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54 SHEET 54

D52WLCD - 923-03??6

Digital Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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55 SHEET 55

D52WLCD - 923-03??6

Microprocessor Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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56 SHEET 56

D52WLCD - 923-03??6

Digital Microprocessor Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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57 SHEET 57

D52WLCD - 923-03??6

Decoder Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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58 SHEET 58

D52WLCD - 923-03??6

Driver Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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59 SHEET 59

D52WLCD - 923-03??6

LCD Driver Circuit - Green

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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60 SHEET 60

D52WLCD - 923-03??6

LCD Driver Circuit - Red

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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61 SHEET 61

D52WLCD - 923-03??6

LCD Driver Circuit - Blue

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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62 SHEET 62

D52WLCD - 923-03??6

I/O Switch Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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63 SHEET 63

D52WLCD - 923-03??6

Keyboard & LED Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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64 SHEET 64

D52WLCD - 923-03??6

Power Supply Circuit

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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65 SHEET 65

D52WLCD - 923-03??6

Tuner Circuit 1/2

CRITICAL SAFETY COMPONENTS ARE IDENTIFIED BY THE LETTER “X“ IN THEIR
COMPONENT DESIGNATORS. REPLACE ONLY WITH PART NUMBERS SPECIFIED.

ALL SYMBOLS WITH “M” ON END OF DESIGNATOR
INDICATE SURFACE MOUNTED COMPONENT

A

B

C

D

E

F

G

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66 SHEET 66

D52WLCD - 923-03??6

Tuner Circuit 2/2

PRINTED CIRCUIT BOARD

MAIN(TOP)

MAIN(BOTTOM)

DIGITAL(TOP)

3D-DCF(TOP)

3D-DCF(BOTTOM)

TUNER(TOP)

TUNER(BOTTOM)

SMPS

INTER(BALLAST) SIDE A/V PRE-AMP INTER(LCD PJTV)

COMPONENT(TOP) POWER(SMPS)

CONTROL(TOP)

LED(TOP)

LED(BOTTOM)

CONTROL(BOTTOM)

DRIVER(TOP) DRIVER(BOTTOM)

COMPONENT(BOTTOM)

TUNER(BOTTOM)

DIGITAL(BOTTOM)