Marantz PD-6001 Service Manual

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Page 1

Service

PD6001

PD6001 /

U1B

Manual

2nd EDITION

This service manual is the revised one.

• 4. ADUSTMENT and 7. BLOCK DIAGRAM were added.

• A partial revision of the contents.

MENU INPUT/EXITVOLUME

TABLE OF CONTENTS

SECTION PAGE

1. TECHNICAL SPECIFICATIONS ....................................... 1

2. SAFETY INFORMATION .................................................. 2

3. FAILURE DIAGNOSIS ................................................... 20

3.1 FAILURE DIAGNOSIS .............................................................. 20

3.2 FAILURE DIAGNOSIS BY LED ............................................... 70

3.3 RS-232C COMMANDS ............................................................ 75

3.4 POWER ON /OFF FUNCTION FOR THE LARGE-SIGNAL

SYSTEM ................................................................................... 82

3.5 FAN CONTROL ........................................................................ 83

4. ADJUSTMENT .............................................................. 84

4.1 ADJUSTMENT REQUIRED WHEN THE SET IS REPAIRED

OR REPLACED ........................................................................ 84

4.2 ADJUSTMENT ......................................................................... 86

4.3 BACKUP OF THE EEPROM (DIGITAL ASSY) ..................... 110

4.4 ADJUSTMENTS WHEN THE SERVICE PANEL ASSY IS

REPLACED ............................................................................. 114

4.5 HOW TO CLEAR HISTORY DATA ........................................ 123

4.6 HOW TO BACKUP EEPROM MEMORY (MAIN ASSY) ....... 124

4.7 MENU INFORMATION ........................................................... 127

5. DISASSEMBLY ............................................................ 140

5.1 PCB LOCATION ..................................................................... 140

5.2 DISASSEMBLY ....................................................................... 141

Plasma Monitor

VOLUME

INPUT/EXIT

ON/STANDBY

SECTION PAGE

6. EXPLODED VIEWS AND PARTS LIST ....................... 154

6.1 PACKING SECTION ............................................................... 154

6.2 EXTERIOR SECTION ............................................................ 155

6.3 FRONT SECTION .................................................................. 156

6.4 CHASSIS SECTION (1/2 ) ...................................................... 157

6.5 CHASSIS SECTION (2/2) ..................................................... 158

6.6 PANEL CHASSIS SECTION .................................................. 159

6.7 MULTI BASE SECTION ......................................................... 160

6.8 PDP SERVICE ASSY 607MX (AWU1231) ............................. 161

6.9 PARTS LIST ........................................................................... 162

7. BLOCK DIAGRAM ....................................................... 178

7.1 OVERALL CONNECTION DIAGR AM .................................... 178

7.2 CONNECTION PIN EXPLANATION ...................................... 180

7.3 GENERAL BLOCK DIAGRAM ............................................... 202

7.4 MAIN BLOCK DIAGRAM ......................................................... 204

7.5 SUB BLOCK DIAGRAM ......................................................... 205

7.6 DD ASSY ................................................................................ 207

7.7 LVDS ASSY ............................................................................ 208

7.8 PDP MODULE BLOCK DIAGRAM .......................................... 209

7.9 60 ADDRESS L and S ASSYS ............................................... 210

7.10 607 SCAN A and B ASSYS .................................................. 211

7.11 60 X DRIVE ASSY ................................................................ 212

7.12 60 Y DRIVE ASSY ................................................................ 214

7.13 60 DIGITAL ASSY ................................................................. 216

7.14 POWER ON SEQUENCE ..................................................... 217

7.15 IC ........................................................................................... 218

ON/STANDBY

Please use this service manual with referring to the user guide ( D.F.U. ) without fail.

PD6001

Part no. 90M26AV855020

First Issue 2006.12

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MARANTZ DESIGN AND SERVICE

Using superior design and selected high grade components, Only original

MARANTZ

parts can insure that your

MARANTZ

product will continue to perform to the speciﬁ cations for which

company has created the ultimate in stereo sound.

it is famous. Parts for your

MARANTZ

ORDERING PARTS :

equipment are generally available to our National Marantz Subsidiary or Agent.

Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be speciﬁ ed. The following information must be supplied to eliminate delays in processing your order :

1. Complete address

2. Complete part numbers and quantities required

3. Description of parts

4. Model number for which part is required

5. Way of shipment

6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.

USA

MARANTZ AMERICA, INC

100 CORPORATE DRIVE MAHWAH, NEW JERSEY 07430 USA

AUSTRALIA

QualiFi Pty Ltd,

24 LIONEL ROAD, MT. WAVERLEY VIC 3149 AUSTRALIA PHONE : +61 - (0)3 - 9543 - 1522 FAX : +61 - (0)3 - 9543 - 3677

EUROPE / TRADING

MARANTZ EUROPE B.V.

P. O. BOX 8744, BUILDING SILVERPOINT BEEMDSTRAAT 11, 5653 MA EINDHOVEN THE NETHERLANDS PHONE : +31 - 40 - 2507844 FAX : +31 - 40 - 2507860

THAILAND

MRZ STANDARD CO., LTD

746 - 754 MAHACHAI ROAD., WANGBURAPAPIROM, PHRANAKORN, BANGKOK, 10200 THAILAND PHONE : +66 - 2 - 222 9181 FAX : +66 - 2 - 224 6795

CANADA

MARANTZ CANADA INC.

5-505 APPLE CREEK BLVD. MARKHAM, ONTARIO L3R 5B1 CANADA PHONE : 905 - 415 - 9292 FAX : 905 - 475 - 4159

SINGAPORE

WO KEE HONG DISTRIBUTION PTE LTD

No.1 JALAN KILANG TIMOR #08-03 PACIFIC TECH CENTRE SINGAPORE 159303 PHONE : +65 6376 0338 FAX : +65 6376 0166

NEW ZEALAND

WILDASH AUDIO SYSTEMS NZ

14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64-9-8451958 FAX :+64-9-8463554

JAPAN

D&M Holdings Inc.

D&M BUILDING, 2-1 NISSHIN-CHO, KAWASAKI-KU, KAWASAKI-SHI, KANAGAWA, 210-8569 JAPAN

TAIWAN

PAI- YUING CO., LTD.

6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O.C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415

MALAYSIA

WO KEE HONG ELECTRONICS SDN. BHD.

2ND FLOOR BANGUNAN INFINITE CENTRE LOT 1, JALAN 13/6, 46200 PETALING JAYA SELANGOR DARUL EHSAN, MALAYSIA PHONE : +60 - 3 - 7954 8088 FAX :+60-3-79547088

KOREA

MARANTZ KOREA CO., LTD.

ROOM 604, ELECTRO OFFICE, 16-58, HANGGANG-RO 3GA, YONGSAN-KU, SEOUL, 140-013, KOREA PHONE : +82 - 2 - 323 - 2155 FAX : +82 - 2 - 323 - 2154

CHINA

MARANTZ SHANGHAI TRADING LTD.

ROOM.506 SHANGHAI LIGHT INDUSTRY MANSION 1578 NANJING (WEST) ROAD SHANGHAI CHINA TEL : 021 - 6248 - 1064 FAX : 021 - 6248 - 3565

SHOCK, FIRE HAZARD SERVICE TEST :

CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC

cord connector pins ( with unit NOT connected to AC mains and its Power switch ON ), and the face or Front Panel of product and controls and chassis bottom. Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and veriﬁ ed before it is return to the user/customer. Ref. UL Standard No. 60065.

In case of difﬁ culties, do not hesitate to contact the Technical

Department at above mentioned address.

060607MZ

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1. TECHNICAL SPECIFICATIONS

Screen Size 51.9 inches(H)⳯29.2 inches(V)

1319 mm(H)⳯742 mm(V) diagonal 60 inches

Aspect Ratio 16 : 9 Resolution 1365 pixels(H)⳯768 pixels(V) Pixel Pitch 0.038 inches(H)⳯0.038 inches(V)

0.97 mm(H)⳯0.97 mm(V)

Signals

Synchronization Range Horizontal : 15.5 kHz to 110.0 kHz

(automatic : step scan) Vertical : 50.0 Hz to 120.0 Hz (automatic : step scan)

Input Signals RGB, NTSC (3.58/4.43), PAL (B,G,M,N),

PAL60, SECAM, HD*

, DVD*

Input Terminals

PC/RGB

Visual 1 (Analog) mini D-sub 15-pin⳯1

Video

Visual 1 RCA⳯1 Visual 2 S-Video: DIN 4-pin⳯1

DVD/HD

Visual 1 RCA-pin (Y, Cb/Pb, Cr/Pr)⳯1* Visual 2 RCA-pin (Y, Cb/Pb, Cr/Pr)⳯1* HDMI HDMI connector⳯2*

Audio Stereo RCA⳯3 (Selectable) External Control D-sub 9-pin⳯1 (RS-232C) Remote In Mini jack⳯1

Remote Out Mini jack⳯1 Sound output 9 W+9 W at 6 ohm Power Supply AC100 V to 240 V 50 Hz/60 Hz Current Rating 7.0 A (maximum) Power Consumption 440 W (typical) Dimensions 58.1 inches(W)⳯34.7 inches(H)⳯5.0 inches(D)

1476 mm(W)⳯880 mm(H)⳯126 mm(D)

Weight 135.6 lbs / 61.5 kg (without stand) Environmental Considerations

Operating Temperature 0 °C to 40 °C / 32 °F to 104 °F

Humidity 20 % to 80 % (no condensation)

Storage Temperature -10 °C to 50 °C / 14 °F to 122 °F

Humidity 10 % to 90 % (no condensation)

Other Features Motion compensated 3D Scan Converter (NTSC,

PAL, 480I, 576I, 525I, 625I, 1035I, 1080I), 2-3 pull down Converter (NTSC, 480I, 525I, 1035I, 1080I (60 Hz)), 2-2 pull down Converter (PAL, 576I, 625I, NTSC, 480I, 525I), Digital Zooming (100 % to 900 % Selectable), Self Diagnosis via RS232C, PDP Saver (PEAK BRIGHT, ORBITER, INVERSE, WHITE, SCREEN WIPER, SOFT FOCUS, etc.), Color Temperature Select (high/middle/middle low/low, user has 4 memories), Auto Picture Adjust, Input Skip, Color Tune, Gamma Correction (4 modes), Plug and play (DDC1, DDC2b, HDMI: E-DDC), Enhanced Split Screen, etc.

Accessories Power cord (⳯1), Remote control (⳯1), AAA

batteries (⳯2), Manuals (User guide), Ferrite cores for power cord (⳯2), bands for power code (⳯2), Cable clampers (⳯3), beads bands (⳯3), Ferrite core for remote cable (⳯2), Warranty card

Regulations UL 60065, CAN/CSA-C22.2 No.60065-03,

FCC class B, ICES-003 class B

1.9"

3.0"

58.1" (1476)

(49)

(77)

51.9" (1319)

34.7" (880)

29.2" (742)

5.0"

(126)

Units are in inch

(mm)

The features and specifications may be subject to change without notice.

*1DVD/HD input signals supported on this system.

480P (60 Hz) 480I (60 Hz) 525P (60 Hz) 525I (60 Hz) 576P (50 Hz) 576I (50 Hz) 625P (50 Hz) 625I (50 Hz) 720P (60 Hz) 720P (50 Hz) 1035I (60 Hz) 1080I (50 Hz) 1080I (60 Hz) 1080P (50 Hz) 1080P (60 Hz)

HDMI input signals supported on this system.

Supported Signals

• 640ⴒ480P @ 59.94/60 Hz • 1920ⴒ1080I @ 50 Hz

• 1280ⴒ720P @ 59.94/60 Hz • 720ⴒ576P @ 50 Hz

• 1920ⴒ1080I @ 59.94/60 Hz • 1440 (720)ⴒ576I @ 50 Hz

• 720ⴒ480P @ 59.94/60 Hz • 1280ⴒ720P @ 50 Hz

• 1440 (720)ⴒ480I @ 59.94/60 Hz Note: In some cases a signal on the plasma monitor may not be displayed properly. The problem may be an inconsistency with standards from the source equipment (DVD, Set-top box, etc...). If you do experience such a problem please contact Marantz America, Inc. and also the manufacturer of the source equipment.

HDMI, the HDMI logo and High-Definition Multimedia Interface are trademarks or registered trademarks of HDMI Licensing LLC.

DVD/HD3DVD/HD

VIDEO AUDIO

AUDIO

DVD/HD1DVD/HD

Cb/Pb Cr/Pr L/R Y Cb/Pb Cr/PrL/R Y

AUDIO

PC/RGB

L/R

REMOTE

EXTERNALCONTROL

IN OUT

DVD/HD3DVD/HD

VIDEO AUDIO

( MONO

YCb/PbCr/Pr

)

AUDIO

DVD/HD

YCb/PbCr/Pr

(

)

MONO

AUDIO

PC/RGB

(

)

MONO

HDMI

EXTERNALCONTROL

REMOTE

OUT

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2. SAFETY INFORMATION

SAFETY INFORMATION

This service manual is intended for qualified service technicians ; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician.

WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm.

NOTICE (FOR CANADIAN MODEL ONLY) Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement parts must be of identical designation.

REMARQUE (POUR MODÈLE CANADIEN SEULEMENT) Les symboles de fusible (fusible de de remplacement doivent avoir la même désignation.

type rapide) et/ou (fusible de type lent) sur CCI indiquent que les pièces

Health & Safety Code Section 25249.6 - Proposition 65

SAFETY PRECAUTIONS

NOTICE : Comply with all cautions and safety related notes

located on or inside the cabinet and on the chassis.

The following precautions should be observed :

1. When service is required, even though the PDP UNIT an isolation transformer should be inserted between the power line and the set in safety before any service is performed.

2. When replacing a chassis in the set, all the protective devices must be put back in place, such as barriers, nonmetallic knobs, adjustment and compartment covershields, isolation resistorcapacitor, etc.

3. When service is required, observe the original lead dress. Extra precaution should be taken to assure correct lead dress in the high voltage circuitry area.

4. Always use the manufacture's replacement components. Especially critical components as indicated on the circuit diagram should not be replaced by other manufacture's. Furthermore where a short circuit has occurred, replace those components that indicate evidence of overheating.

5. Before returning a serviced set to the customer, the service technician must thoroughly test the unit to be certain that it is completely safe to operate without danger of electrical shock, and be sure that no protective device built into the set by the manufacture has become defective, or inadvertently defeated during servicing. Therefore, the following checks should be performed for the continued protection of the customer and servicetechnician.

6. Perform the following precautions against unwanted radiation and rise in internal temperature.

• Always return the internal wiring to the original styling.

• Attach parts (Gascket, Ferrite Core, Ground, Rear Cover, Shield Case etc.) surely after disassembly.

7. Perform the following precautions for the PDP panel.

• When the front case is removed, make sure nothing hits the panel face, panel corner, and panel edge (so that the glass does not break).

• Make sure that the panel vent does not break. (Check that the cover is attached.)

• Handle the FPC connected to the panel carefully. Twisting or pulling the FPC when connecting it to the connector will cause it to peel off from the panel.

8. Pay attention to the following.

• Pay extreme caution when the front case and rear panel are removed because this may cause a high risk of disturbance to TVs and radios in the surrounding.

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Insulation Resistance Check

With the AC plug removed from an AC power source, place a jumper across the two plug prongs. Turn the AC power switch on.

( Case of PD6001, AC power is alwayas on. )

(Case of PX-60XR5A, AC power is always on.) Using an insulation tester (DC 500V), connect one lead to the jumpered AC plug and touch the other lead to each exposed metal part (input/output terminals, screwheads, metal overlays, control shafts, etc.), The resistance should be greater than 4 MΩ.

Leakage Current Hot Check

Plug the AC line cord directly into an AC power source (do not use an isolation transformer for this check). Turn the AC power switch on. Using a "Leakage Current Tester", measure for current from all exposed metal parts of the cabinet (input/output terminals, screwheads, metal overlays, control shaft, etc.), particularly any exposed metal part having a return path to the chassis, to a known earth ground (water pipe, etc.). Any current measured must not exceed 1.0 mA.

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in the Set have special

Many electrical and mechanical parts in PIONEER set have

safety related characteristics. These are often not evident

special safety related characteristics. These are often not evident

from visual inspection nor the protection afforded by them

necessarily can be obtained by using replacement components

rated for higher voltage, wattage, etc. Replacement parts which

have these special safety characteristics are identified in this

Service Manual.

Service Manual. Electrical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which dose not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.

Reading should not be above

1.0 mA

Earth ground

Device under test

Also test with plug reversed (Using AC adapter plug as required)

Leakage current tester

Test all exposed metal surfaces

AC Leakage Test

ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE SET TO THE CUSTOMER.

Page 6

Safety cautions

The matters to be observed without fail are explained below. These matters are indispensable for the prevention of an accident during the maintenance servicing, the "security of products" after the completion of servicing work, and the "prevention of the repeated occurrence of similar fault."

(1) The degree of danger and material damage, caused as a result of wrong use by disregarding the contents

of the display" is distinguished and explained in the table below.

If this display is disregarded and equipment is handled

WARNING

CAUTION

(2) Kinds of the matters to be observed are classified and explained in the icons shown below.

This icon indicates a dangerous place where an electric shock is anticipated.

This icon indicates the contents of "caution" that must be borne in mind, without fail.

wrongly, this can be a cause of physical injury and a fire, thus leading a person to death or serious injury.

If this display is disregarded and equipment is handled wrongly, this may lead to personal injury or material damage.

This icon indicates the contents of "caution" that must be practiced, without fail.

WARNING

• Observe the caution matter, without fail.

• In the place where a particular caution is needed during maintenance servicing, such a caution note is displayed with a label or a stamp that is given to the cabinet, chassis, PWB, etc. These caution notes and also the caution matters of given in the instruction manuals, etc., must be observed, without fail.

• Be careful of an electric shock or a burn.

• The power block or the PDP module involves the sections where high voltage or high temperature is prevalent. When equipment is energized, use working gloves in order to prevent an electric shock or a burn. At the time of transportation, disassembly, reassembly, and the replacement of parts, such a servicing job must be done after pulling out the power plug.

• Modification of equipment is absolutely prohibited. Use the specified parts at all times.

• If any modification is performed, the validity of the manufacturer's warranty is lost at that moment. The personnel who did this modification is responsible for the physical injury or the like, if it should occur as a result of the modification. The parts used are given the safety-based characteristics, such as non-flammability or sufficient withstand voltage. The parts to be replaced shall be those which are specified in the list of replacement parts.(Example: The lithium battery (circuit symbol BT9501 in the MAIN PWB) will give rise to explosion if its polarity is wrongly treated.

WARNING

• The replaced parts and wiring must be arranged in the original conditions.

• For safety reasons, insulation materials like tubes and tapes may be used or some parts may be mounted clear of the PWB. The internal wiring and the fastening with the clampers for separation from high-heat and high-voltage parts shall be returned to their original conditions, without fail.

Page 7

CAUTION

• Observe the caution matter, without fail

The caution matters of given in the instruction manuals, etc., must be

•

observed, without fail.

• Do not give shocks and vibration.

The panel surface (display plane) of the filter and the PDP module (include the PDP

• Service ASSY)

and the scattered glass chips will be a cause of injury.

• Do not put anything.

Do not put anything on the product. Otherwise, this can be a cause of injury as a result

•

of falling down or dropping caused by imbalance.

• Transportation must be done by enough personnel.

The product is heavy. In the case of transportation, unpacking, or packing, more than

•

two persons should do it (three persons for a product of 60-inch or larger) by supporting the top and the bottom of the product.

is made of glass. If any shocks or vibration is applied, it may be broken

CAUTION

Miscellaneous caution matters

(1) This product uses highly integrated semiconductor parts. Since these parts are fragile to

electrostatic charges, earth bands should be used for handling. The product should be handled where measures have been taken against electrostatic charges.

(2) If this product is used for the fixed character display or the like as in the case of a character

display board, a phenomenon of burning (not warranted) will occur. Burning is a phenomenon that the unevenness in the brightness is caused in the display. In such a case, the brightness in the section where the integrated display time is longer becomes lower than the brightness in another section where the integrated display time is shorter. This phenomenon is in proportion to the integrated display time and the brightness. For this reason, to relieve this difficulty during servicing, do not use any still picture, but use a display by motion pictures of a video or the like. In addition, use "FULL" for the screen mode and avoid using any display by "NORMAL", "TRUE", or MULTI SCREEN like side by side etc. If it is necessary to use only a still picture for unavoidable reasons, use a burning relief function such as "PLE LOCK", "ORBITER", "SCREEN WIPER", etc.

(3) When a PDP module (include the PDP Service ASSY) is operated after a long time of storage,

it may encounter a difficulty like a failure in displaying a screen or unstability according to the condition of storage. In such a case, the PDP module (include the PDP Service ASSY) should be incorporated in the product and aging treatment should be carried out for about two hours (all screen display).

(4) Sulfides will deteriorate the PDP module (include the PDP Service ASSY) and this is a cause of

malfunction. Therefore, it is absolutely prohibited to put any vulcanized rubber or a material containing sulfur in the vicinity of the PDP module (include the PDP Service ASSY).

(5) When taking out a PDP module (include the PDP Service ASSY) from the maintenance

Page 8

package box, do it slowly so that the panel surface does not get any shock or stress.

If one touches the connector of the flexible cable exposed to the rear side of the PDP module

(6)

(include the PDP Service ASSY), there is danger of causing a poor contact. As such, it must be handled with utmost care. In addition, the flexible cable is very weak in mechanical strength. Therefore, this cable must not be touched during handling.

(7) The panel surface of the filter and the PDP module (include the PDP Service ASSY) is easy to

be hurt. These components should be handled very carefully not to press or rub them with a hard thing. Never put them on a hard thing with the panel surface faced downwards.

When the panel surface of the filter and the PDP module (include the PDP Service ASSY) is

(8)

contaminated, gently wipe off the contaminant with a piece of soft dry cloth. Liquid-state contamination can be removed by lightly pressing it, without rubbing it. If it is difficult to remove the contamination, use a piece of cloth soaked with a neutral detergent

water.)

or a rubbing alcohol. The cloth for wiping off should be clean. Never use the same cloth

(Use it, diluting with

repeatedly. If a cleansing detergent or water drops should enter the module interior or be attached to the module surface other than the display plane at the time of cleaning, this will give rise to the destruction of the product when the product is energized.

(9) When transporting this product, use the packing materials specified in the list of parts. Once

used, such packing materials should not be used again.

(10) This product is composed of a variety of parts, such as those made of materials like glass,

metal, plastics, etc., and those like a lithium battery (circuit symbol of the MAIN ASSY: BT9501), etc. Therefore, when abandoning this product, this should be done in accordance with the relevant law of the nation or an autonomous body.

CAUTION: Risk of Explosion if Battery is replaced by an Incorrect Type. Dispose of Used Batteries According to above the Instructions.

(11) You should use the following service tools when you replace ICs etc. since solder with free lead is

used in product.

∗ Soldering iron for solder with free lead ; HAKKO SOLDERING IRON 934 (Hakko corporation) (See the following web address in detail. http://realwww.hkk.idanet.ne.jp/english/index.html)

∗ Solder with free lead ; SN96C 0.3 mm (NIHON SUPERIOR CO., LTD) (See the following web address in detail. http://www.nihonsuperior.co.jp/english/index.html)

Page 9

Charged Section

High Voltage Generating Point

The places where the commercial AC power is used without passing through the power supply transformer. If the places are touched, there is a risk of electric shock. In addition, the measuring equipment can be damaged if it is connected to the GND of the charged section and the GND of the non-charged section while connecting the set directly to the commercial AC power supply. Therefore, be sure to connect the set via an insulated transformer and supply the current.

1. Power cord

2. AC inlet

3. Power switch (S1)

4. Fuse (In the POWER SUPPLY Unit)

5. STB transformer and Converter transformer (In the POWER SUPPLY Unit)

6. Other primary side of the POWER SUPPLY Unit

: Part is Charged Section.

: Part is the High Voltage Generating Points

other than the Charged Section.

607 SCAN B Assy

60 Y DRIVE Assy

The places where voltage is 100 V or more except for the charged places described above. If the places are touched, there is a risk of electric shock. The VSUS voltage remains for several minutes after the power to the unit is turned off. These places must not be touched until about 10 minutes after the power is turned off, or it is confirmed with a tester that there is no residual VSUS voltage.

If the procedures described in “3.4 POWER ON/OFF FUNC-

-TION FOR THE LARGE-SIGNAL SYSTEM” are performed before the power is turned off, the voltage will be discharged in about 30 seconds.

POWER SUPPLY Unit..................................................(DC205 V)

60 X DRIVE Assy...............................................(–180 V to 205 V)

60 Y DRIVE Assy..............................................(–500 V to 500 V)

607 SCAN A Assy..............................................(–500 V to 500 V)

607 SCAN B Assy..............................................(–500 V to 500 V)

60 X DRIVE Assy Conductive plate XPOWER SUPPLY Unit

607 SCAN A Assy

Power switch (S1)

AC inlet

Fig. High Voltage Generating Point (Rear view)

Page 10

High Temperature Section

Caution: Because the places circled ( ) in the photo can be extremely hot, work with care.

Page 11

[Important Check Points for Good Servicing]

In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.

1. Product safety

Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual.

1 Use specified parts for repair.

Use genuine parts. Be sure to use important parts for safety.

2 Do not perform modifications without proper instructions.

Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise.

3 Make sure the soldering of repaired locations is properly performed.

When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example)

4 Make sure the screws are tightly fastened.

Please be sure that all screws are fastened, and that there are no loose screws.

5 Make sure each connectors are correctly inserted.

Please be sure that all connectors are inserted, and that there are no imperfect insertion.

6 Make sure the wiring cables are set to their original state.

Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc.

7 Make sure screws and soldering scraps do not remain inside the product.

Please check that neither solder debris nor screws remain inside the product.

8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.

Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one.

9 There should be no spark traces or similar marks on the power plug.

When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary.

0 Safe environment should be secured during servicing.

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.

2. Adjustments

To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual.

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

4. Cleaning

For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.

5. Shipping mode and Shipping screws

To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

Page 12

3. FAILURE DIAGNOSIS

3.1 FAILURE DIAGNOSIS

Diagnosis Points of PCB Assy

Note:

If symptoms persist after replacement of parts, such as ICs, following the diagnosis results of this failure-analysis chart, it is recommended to replace the whole PC board, as short-circuiting or breaking of printed wiring of board patterns is suspected.

MAIN ASSY (XR model)

CN9501

CN9005

CN9004

CN9003

CN9008

CN9001

IC9504

T10

IC9504

CN9001

T31

44 45

IC5605

IC5302

IC9501

10 12

IC5605

T10

IC5302

T35

45 49

IC5301

T11

CN9006

IC6201

IC5602

CN8501

IC8501

T22

IC8501

PN1

T22

PN2

T22

IC8002

T22

IC8003

T22

X8001

X8002

X8001

T22

X8002

T22

CN9010

T40

CN9010

IC6403

T13

IC5903

T11 T20

13 37

IC5903

IC6501

IC5904

T11

IC6701

IC7002

IC7004

T21

IC7001

CN9009

IC7001

T35

IC5902

T11

IC7003

936

T35

• Legend symbol

: Waveform No. on Flowchart.

IC5002

: Broken circuit number on Flowchart, and number of Flowchart that broken parts are written.

T13

IC7002

T35

46 47

34 33

Page 13

Pin4 of IC5006

Pin10 of IC5006

Pin4 of IC5004

Pin10 of IC5004

Pin7 of IC5902

Pin9 of IC5902

Pin6 of IC5906

No. 8 (IC5006) No. 8 (IC5004) No. 9 and ∞ and º No. !

Pin3 of IC5906

Pin74 of IC6201

Pin73 of IC6201

Pin41,43 of IC3002

Pin47,48 of IC3002

Pin3 of IC9504Pin6 of IC9504

Pin4 of IC5004

Pin3 of IC5005

Pin6 of IC5005

Pin119 of IC6201

No. @ No. & No. * No. )

Pin12 of IC8501

Pin57 of IC8501

Pin55 of IC8501

Pin58 of IC8501

Pin48 of IC7001

Pin121 of IC7001

Pin47 of IC7001 Pin44 of IC7001

No. _ No. ¢ No. ª No. ≠

Pin11 of IC7002

Pin55 of IC101

Pin57 of IC101

No. ‹ No. ‚ No. ± No. [

Page 14

SUB ASSY

CN3004

T30 T33

IC3001

CN3004

CN3003

T31

IC3001

T31

IC3002

T30 T31

IC3004

T31

L3005

T31

IC3002

CN3001

CN1101

CN1001

U2102

T41

CN2101

U2102

IC2002 IC2004

IC2004

IC2002

T40

CN2002

JA2002

T40

JA2002

JA2001

T41

JA2001

CN1201

• Legend symbol

: Waveform No. on Flowchart.

IC5002

: Broken circuit number on Flowchart, and number of Flowchart that broken parts are written.

T13

Page 15

LVDS ASSY

CN104

FU102

IC101

T50

IC101

waveform50

Q101

waveform51

Page 16

DD ASSY

IC306

CN305

T61

D303

T63

IC302

T63

D312

T63

CN307

T62

C320

T62

IC303

T62

CN306

T63 T64

Q302

T62

D304

T62

CN302

T62 T64

Q303

T62

Q301

T61

FU301

T61

IC301

T61

CN304

T61 T64

C302

T61

D302

T61 T64

D306

T60

D301

T61

C327

T60

CN309

T60

C328

T60

C326, C337

T60

CN301

T60 T63

D307

T60

C334

T60

C335

T60

IC305

T60

FU302

T60

IC302 SW pin (#3) (= D303 Cathode terminal)

• Legend symbol

: Waveform No. on Flowchart.

CN305

: Broken circuit number on Flowchart, and number of Flowchart that broken parts are written.

T61

54 53

Q303 Drain terminal (#5 - #8)

Q301 Drain terminal (#5 - #8)

IC305 (#11 - #14) V OUT pin

Page 17

To LVDS ASSY

CN3001

To DD ASSY

LED

D2102

POLED2 POLED1,

CN2101

CN8501

OSD

CN3003

+12V

IC3004

12V to 9V

AUDIO ASSY

CN8502

+3.3V

IC8501

+3.3V

LVDS

Transmitter

U2102

Control

Remote

LED ASSY

S2601

PUSH SW

PWR ASSY

IC1201

SEND ASSY

IC1101

SENC ASSY

IC1001

SENB ASSY

REMIN1

Receiver

CN9008

+6V

REMIN1,

POLED1,

POLED2

POIN, SW7

+3.3V

SCL, SDA

+3.3V

SCL, SDA

+3.3V

SCL, SDA

CN1001 CN1201CN1101 CN2601 CN2602

+12V

SW7(power on)

LR-in

CN9009

LED-CTL1

(SDA, SCL) Temp Sens or

CN9004 CN9005CN9003

D9003

Detect.

ALARM

IC9001

FAN Control

IC9505

u-COM

+7V

IC9503

X9501

CN9006

+7V

Power

7V to 3.3 V

+7V

SW7

IC9502

CN9007

7V to 5V

CN9012

+3.3V

+2.5V

+3.3V

LVDS

IC8502

Receiver

+3.3V

IC8105

DSP Controll

+3.3V

+9V

IC3001

IC8101~81 04

Audio

Controller

CN3004

CN9001

SDRAM

+9V

+12V

Audio

IC3002

Amplifier

DC detect

Mute

SCL,

SDL

Audio Control

(Mute, SCL, SDA, ALM)

L/R Audio Signal

ALM

CN7001

Receiver

RGB3

IC8001

Processor

Digital signal

+3.3V

+2.5V

IC8002

2.5V to 1.5V

+5V

IC7002

Audio DAC

+3.3V

HDMI

IC7001

Receiver

JA7001

JA7002

HDMI

DVD/HD3

DVD/HD4

+3.3V

IC8003

+9V

X8001

X8002

3.3V to 1.5V

+9V

Audio

IC5302

IC7003

Audio amp

X7001

IC7004

3.3V to 1.8V 2RCA

2RCA

JA5005

HDMI

JA5006

AUDIO1

XR Model only

Digital V ideo signal , CLK, Sync

TMDS, LVDS

Digital A udio signal

Analog Audio signal

Power Supply

Analog Video signal

Control s ignal

Sync sig nal

2RCA

JA5007

AUDIO2

AUDIO3

+3.3V

CN2002

CN9011 CN9010 CN9501

REMIN1

+5V

TXD1

REMIN2

RXD0/TXD0

+3.3V

232C

IC2001

Receiver

Control

JA2001

CN2001

External

9p D-sub

232C ASSY

CN2201

CTL1

S2202

S2203

S2201

Tac t S W

Tact SW

CTL ASSY

Logic

IC2004

+5V

Logic

IC2002

IC2003

5V to 3.3 V

+3.3V

JA2002

Remote

Remote In

Tac t S W

Mini jack

CTL2

S2204

S2205

S2206

Tac t S W

+6V

IC6204

IC6203

6V to 3.3 V

3.3V to 1 .5V

IC6201

Chroma Decoder

+3.3V

+9V

IC5003

BNC

Tac t S W

JA5001

VIDEO1

MAIN ASSY

IC6202

SDRAM

Loop

IC5002

XM Model

only

X6201

XR Model

A/D

IC6501

Converter

LPF

IC5601

JA5003

Video

3RCA

DVD/HD

+3.3V

+5V

IC5605

+3.3V

IC5004

5BNC

JA5004

Sync sep

IC5603

Buffer

RGB/DVD2

+5V

IC5602

+5V

RCA+S

JA5002

VIDEO2

VIDEO3

VIDEO1, VIDEO2(S)

IC5604

/HD2

Sync SW

+3.3V

+5V

+3.3V

A/D

IC6701

Converter

Buffer

IC9504

+5V

LPF

IC5905

+5V

Video

IC5901

IC5006

Model

only

Loop

RY5001

RY5002

CN5001

XR Model

PC/RGB

+3.3V

IC5904

Buffer

IC5906

+5V

IC5903

Sync sep

+3.3V

IC5902

Sync SW

Buffer

+7V

15p D-sub

+7V

RGB1

DVI

IC7001

IC7006

7V to 5V

TMDS line

IC7006

7V to 5V

XM Model only

General Block Diagram (1/2)

XR Model : PD5001/PD6001

Page 18

LVDS

RECEIVERRECEIVER

DK BLOCKDK BLOCK

IC 1601

60 ADDRESS L

ASSY

AD1

AD2

HOT

60X DRIVE ASSY

MASK

MODULE

PLATE

IC1203

MASK

MODULE

IC1205

MODULE

IC1103

MODULE

IC1131

BLOCK

X RESET

60 ADDRESS L

ASSY

AD2AD1

LVDS

BLOCK

RECEIVERRECEIVER

IC 1601

P1 P7 P6P4 P2

LVDS

DK BLOCK

LVDS

DK BLOCK

LVDS

RECEIVER

IC 1801

60 ADDRESS S

IC 1801

60 ADDRESS S

IC 1601

60 ADDRESS L

ASSY

+60VP7+60V

+16.5V

IC306

+12 to 7.8V

ALARM

Detect.

AC INLET

CN312CN313

CN315

CN103

To LVDS ASSY

CN104

To LVDS ASSY

Vsus

+6.5V

+16.5V

Power Supply Unit

+16.5V

P12

IC302

+16.5V to 1 2V

DD ASSY

+12V

+16.5V

+12V

+6V

Vsus

+12V

+6.5V

STB3.3V

EXT_PD

STB3.3V

VSUS_ADJ

M_SW_DET

+6.5V

+12V

+16.5V

+5.1V

CN302(P8)

IC301

IC303

+5.1 to +3. 3V

STB3.3 to +7V

+7V

+3.3V

+2.7V

DRF_B

RELAY

PS_PD

AC DET

PD_TRIG_B

CN(301)CN304(P12)

IC305

+16.5 to + 12V

+12V

AD1

AND

Ext_PD

SQ_SD

SDA

SCL,

DAC

STOP_SQ

SCAN

YSUS

Vofs_ADJ, VYPRST_ADJ

D10

YSUS

OVER

Pulse

UNDER

OVER

XSUS

PD_MUTE

AND

MASK

Width

YPR-U

DET

VOL

AD2

AD1

AD2

PANEL

SENSOR ASSY

TE1

D21

+12V

VOLTAGE

CONVERTER

BLOCK

X2X5

DRF

AND

RELAY KDD

Vsus_ADJ

DC-DC

RELAY, PD_TRG_B, AC_DET

V+3V_D

SCL,

SDA

TEMP1

V+3V_EEP

D24

Y4Y5

BLOCK

VOLTAGE

CONVERTER

DRF_B

+12V

PS_PWDN

MODULE

AXY1137-

CONVERTER

V+1V_D

VH_UV_PD, YDRIVE_PD

YRESNC_PD,

YDD_CNV_PD

XSUSTN_PD, XDD_CNV_PD

XDRIVE_PD

IC5V_UV_PD

60Y DRIVE ASSY

DCDC-CON

MASK

MODULE

IC2301

MASK

MODULE

IC2301

MASK

MODULE

IC2302

MASK

MODULE

IC2302

MODULE

IC2103

MODULE

IC2103

AD2 AD1

SCAN

607 SCAN B

ASSY

SCAN

IC2902

IC2901

SCAN

IC2903

CN2902

CN2903

(PSUS)

HOT

PLATE

SCAN

IC2904

SCAN

IC2905

SCAN

IC2906

CN2904

CN2905

UNDER

DRF_B

ADR_PD1

PSUS

VOL

DET

MODULE UCOM

ADR_PD5

MODULE

SCAN

V+3V_D

XSUS

M30620FCPGP

V+3V_D

IC2151

IC2801

CN2802

IC3151

LOGIC

Y SUS MASK

Y SUS -B

BLOCK

Y RESET Y

Reset

SCAN

IC2802

XSUS MASK

XSUS_U

LOGIC

D18

D17

BLOCK

Y SUS -G

BLOCK

XSUS_D

BLOCK

PHOTO

Y SUS -U

Y SUS -D

Y OFFSET

SCAN

IC2803

XSUS_B

XSUS_G

PHOTO

V+3V_D

COUPLER

Y PR-U

BLOCK

OFFSET

BLOCK

CN2801 CN2901

CN2803

XNR-D

COUPLER

D19

SUB-FILD CONV.

PATTERN GEN.

XY DRV SEQUENCE

UART

D16

Y OFS

SCAN CONTROL

PHOTO

COUPLER

SCAN

IC2804

CN2804

LVDS

PEG122C-K

LVDS

V+3V_D

SCAN

IC2805

IC3401

V+3V_D

H DET

FLASH MEMORY

IC3301

PSUS

SCAN

IC2806

CN2805

AD2AD1

V+3V_D

AD2AD1

607 SCAN A

ASSY

BLOCK

LVDS

60 ADDRESS S

ASSY

HD, VD, DCLK, DE

RA, GA, BA

THEATER

LED_R

DK BLOCK

RECEIVER

LVDS

60 ADDRESS S

ASSY

60 ADDRESS L

ASSY

DK BLOCK

RECEIVER

LVDS

IC 1801

60 DIGITAL ASSY

D11

UART

INP_MUTE

V+3VACT

LED_B

MSEL

YOBI

D12

V+3V_D

IC 1801

IC 1601

PDP Module

(1/2)

To MAIN ASSY

CN101 CN102

General Block Diagram (2/2)

CN305

CN306

+3.3V

LVDS

IC101

Receiver

LVDS ASSY

CN103 CN104

To MAIN ASSY (1/2)

CN307

To AUDIO ASSY (1/2)

CN309

CN311

FAN

(1)

(3)

(2)

FAN

Page 19

3.1.1 FLOWCHART OF FAILURE ANALYSIS FOR THE WHOLE UNIT

Flowchart of Failure Analysis for The Whole Unit

START

Problems concerning STB status

Is the STB LED lit?

Yes Yes

Problems concerning the power

Can the unit be turned on (Relay ON)?

Yes

A shutdown occurs.

A power-down occurs.

Problems concerning lighting of the panel

Is STB 3.3 V power supplied?

Is the voltage at AC_DET on the POWER SUPPLY Unit high?

Yes

Failure analysis for the MAIN Assy. ⇒ ST1

Is the power shutdown?

Yes

See "Shutdown diagnosis." ⇒ SD

Yes

See "Power-down diagnosis." ⇒ PD

Check if the CN304 "P12" cable that connects the POWER SUPPLY and DD Assys is firmly connected.

Replace the POWER SUPPLY Unit.

Is the voltage at the RELAY port

of the connectors between the DIGITAL and POWER SUPPLY Assys H (3.3 V)?

Yes

Failure analysis for the POWER SUPPLY Unit. ⇒ PS2

A power-down will not be generated if the drive is off.

Failure analysis for the POWER SUPPLY Unit. ⇒ PS1

Replace the MAIN Assy.

Does the screen display reset lighting?

Yes

Is the panel arbitrary turned on or off repeatedly? Or do luminescent spots appear on the screen?

Is there any local abnormality on the screen?

Is the drive off?

Failure analysis for the drive system ⇒ DR1

Yes

Failure analysis for the POWER SUPPLY Unit. ⇒ PS3

Failure analysis for the drive system ⇒ DR2

Yes

Is the abnormality associated with one address or one TCP?

Failure analysis for the drive system ⇒ DR3

Yes

Turn the drive on.

In a case where luminescent spots appear or the panel is repeatedly turned on or off

In a case where luminescent spots appear

Is the abnormality associated with a single scan line?

Yes

Failure analysis for the drive system ⇒ DR4

• Check the DRF SW.

• Before turning the drive off with the RS-232C commands or using the remote control unit, turn the unit off.

Replace the panel chassis.

Page 20

In the subsequent diagnostic steps, it is most likely that the multi base section is in failure.

Problems concerning video display

Is the panel mask properly displayed?

Yes

Check with the animated slanting ramp mask. [MKC S03]

Is the on-screen display (OSD) properly displayed?

Yes

Check on the Factory menu.

Is an external video signal displayed properly?

Yes

Problems concerning the audio output

Is the audio signal output?

Yes

Do receive a key signal of a remote control unit?

Yes

Failure analysis for the drive system ⇒ DR2

Failure analysis for the DIGITAL Assy ⇒ DG1

Failure analysis for the MAIN Assy ⇒ MA1

Failure analysis for the audio system ⇒ AU1

Failure analysis for the remote receiver unit ⇒ RM

Specific failure whose cause is difficult to identify in the initial stage

Page 21

3.1.2 FLOWCHART OF FAILURE ANALYSIS FOR STANDBY STATUS

(1) No power

Note: When an abnormality is detected and indicated by LEDs' flashing or

lighting, all power-supply lines, except for the 7-V DC (M+7 V) and 5-V

ST1

Is 6.8 V DC output from Pin 1 of the CN9006 "PM" connector?

Is 6.8 V DC output from Pin 1 of the CN9009 "PW" connector?

DC (M+5 V) lines, will be automatically shut off after about 10 seconds. When you are going to check the power-supply lines other than the 7-V DC (M+7 V) and 5-V DC (M+5 V) lines, place a tester to a measurement point beforehand then check the line.

Turn the main power on with the cable to the CN2602 "LD" connector disconnected.

YES

Check if 6.8 V DC is output.

Failure in the CN2602 "LD" connector or

YES

LED Assy (failure in the M5V line at

Pin 5 of the CN2602 "LD" connector)

Failure in the CN9009 "PW" connector or PWR Assy (failure in S2601 when 6.8 V DC is applied to the terminal connected to Pin 5 of the CN9009 "PW" connector but when 6.8 V DC is not output from the terminal connected to Pin 1 of the CN9009 "PW" connector)

Is 6.8 V DC output from Pin 6 of the CN9006 "PM" connector?

Failure in the CN9006 "PM" connector or MAIN Assy (failure in the printed wiring of board patterns between Pin 1 of the CN9009 "PW" connector and Pin 6 of the CN9006 "PM" connector).

Is 5 V DC output from Pin 4 of the CN9009 "PW" connector?

YES

Disconnect the CN9009 "PW" connector. Check if 6.8 V DC is output.

Failure in the CN9009 "PW" connector or PWR Assy (failure in the M5V line at Pin 5 of the CN2602 "LD" connector,the SW7 line at Pin 1 of the CN9009 "PW"

YES

connector, the POIN line at Pin 2 of the CN9009 "PW" connector, the 5-V line at Pin 4 of the CN9009 "PW" connector or the M7V line at Pin 5 of the CN9009

Failure in the DD Assy. (See section T61.)

"PW" connector)

Failure in the LED Assy (failure in D2101 or the CN2602 "LD" connector) or in the MAIN Assy (failure in the line for the CN9009 "PW" connector or CN2602 "LD" connector)

Page 22

Turn the main power on with the cable to the CN2602 "LD" connector disconnected. Check if 5 V DC is output.

YES

Turn the main power on with the cable to the CN9010 "RS" connector disconnected. Check if 5 V DC is output.

YES

Is 5 V DC output from Pin 5 of IC9502?

YES

Is 3.3 V DC output from Pin 4 of IC9503?

NO (1)

NO (2)

YES

Failure in the CN2602 "LD" connector or LED Assy (failure in the M5V line at Pin 5 of the CN2602 "LD" connector)

Failure in the CN9010 "RS" connector or 232C Assy (failure in the M5V line at Pin 1 of the RS connector)

Is 6.8 V DC input to Pin 1 of IC9502.

YES

Failure in the MAIN Assy. (failure in IC9502)

Is 6.8 V DC input to Pin 2 of IC9503.

YES

Failure in the MAIN Assy. (failure in IC9503)

Failure in the MAIN Assy. (failure in the printed wiring of board patterns between Pin 1 of CN9006 "PM" and pin 1 of IC9502)

Failure in the MAIN Assy. (failure in the printed wiring of board patterns between Pin 2 of IC9503)

Is 0 V DC output from Pin 14 of CN8502 "AD2"?

YES

Failure in the MAIN ASSY (failure in IC9501 or X9501) Note: If IC9501 is in failure, replace the whole board.

Failure in MAIN Assy CN2601 "PW" or CN2002 "RS" conector area

NO (4.7V)

Failure in the CN8502 "AD2" connector or MAIN Assy (failure in IC9501 or X9501) Note: If IC9501 is in failure, replace the MAIN Assy.

Note :

To check the power supply to the MAIN Assy and AUDIO Assy, follow the procedures described in "DD ASSY Troubleshooting Chart" (T60 to T64). For details on statuses of the unit and voltages of each block, see "7.2 CONNECTION PIN EXPLANATION."

Page 23

3.1.3 FLOWCHART OF FAILURE ANALYSIS FOR THE POWER SUPPLY UNIT

Flowchart of Failure Analysis for The POWER SUPPLY Unit

Failure analysis for the POWER SUPPLY Unit. ⇒ PS1

STB 3.3 V power is not output.

Is the cable connected firmly to the P4 connector?

Yes

Is the cable to the P4 connector broken?

Is the cable connected firmly to the P12 connector?

Yes

Is the cable to the P12 connector broken?

Is the fuse (F101, F102) blown?

Is one of the limiting resistors (R101/R102) blown?

The POWER SUPPLY Unit is normal.

Properly connect the cable between the P4 and CN3601 "D21" of DIGITAL Assy connectors.

Yes

Replace the defective cable .

Properly connect the cable between the P12 and CN304 "P12" of DD Assy connectors.

Yes

Replace the defective cable.

Yes

Replace the POWER SUPPLY Unit.

Yes

Replace the POWER SUPPLY Unit.

Check the voltage at the DIGITAL Assy and POWER SUPPLY Unit.

Check the voltage at the DD Assy and POWER SUPPLY Unit.

Check the resistance between F101 and the JW199, using a tester.

Failure analysis for the POWER SUPPLY Unit. ⇒ PS2

Failure analysis for the POWER SUPPLY Unit. ⇒ PS3

The power is not on, even though the RELAY port is active.

Is the relay (RY102) on?

Yes

Is the PFC voltage normal?

Yes

The POWER SUPPLY Unit is normal.

The cells of the panel do not light normally.

Is the VADR voltage within the specified values?

Yes

Is there a fluctuation in the VADR voltage?

Is the VSUS voltage within the specified range?

Yes

Is there a fluctuation in the VSUS voltage?

The POWER SUPPLY Unit is normal.

Replace the POWER SUPPLY Unit.

Yes

Replace the POWER SUPPLY Unit.

Yes

Replace the POWER SUPPLY Unit.

• Check the relay operation at the terminal (Pin 11 of P4). (Voltage: 3.3 V)

• Check the relay sound (click).

• Check the voltage between the JW140 (PFC OUT) and JW180 (Hot_GND) terminal.

• The voltage must be around 390 V (failure if it is 340 V or less). Caution: High voltage!

The specified voltage values are between 57 and 63 V.

The ripple must be within 6 V.

The specified voltage values are between 200 and 210 V (VSU: 125/35°C).

The ripple must be within 10 V.

Page 24

3.1.4 FLOWCHART OF FAILURE ANALYSIS FOR THE DD ASSY

DD ASSY (ANP2173) Trouble Shooting Chart

(1) Trouble Shooting of the "S+12V" output abnormal operation.

Check of S+12V power supply line

Is the S+12V output of CN309 "PA" (#1-3) normally 12.0 V? Please check the voltage.

YES

Please check the loose contact about CN309 "PA" connector wire. Is this contact OK?

YES

After remove the CN309 "PA" connector wire, please check the S+12V output line is shorten or not by using the D.M.M. Is this line shorten?

YES

Please check the C334 and C335 electrolytic capacitors shorten. Are these capacitors OK?

YES

Is normal voltage output after CN309 "PA" is disconnected?

YES

T60

Please replace the connector wire.

Please replace these capacitors.

See "Abnormal in Audio Trouble shooting".

Is the VCC16.5V input of CN301 "P5" (#1) normally between 15.7 V and 17.3 V? Please check this voltage. Check the S+12V output (CN309 #1 - #3 "PA").

Please check the loose contact about CN301 "P5" connector wire. Is this contact OK?

YESYES

Please check the waveform of IC305 #11 - #14 (MD3222N) control IC. Can you see the same waveform?

Please check the FU302 protector opened. Is this protector opened?

YES

In this case, the S+12V P.S. is normally operating. Please check the AUDIO Assy, speaker units, speaker cord and audio signal source input.

Please replace the connector wire.

YES

In this case, the S+12V P.S. is normally operating. Please check the AUDIO Assy, speaker units, speaker cord and audio signal source input.

In this case, it's possibility of the AC-DC P.S. unit out of order. Please replace of the unit.

Please replace IC305 or D306 or D307. In this case, any of S+12V power supply control IC305 or D306 or D307 or C334 is broken.

Please replace IC305 or C326 or C327 or C328 or C337. In this case, S+12V power supply control IC305 or any of C326, C327, C328, C337 capacitors of the VCC16.5V input line is broken.

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Page 25

(2) Trouble Shooting of the "M+7V" output abnormal operation.

Check of M+7V power supply line

Can you hear the power relay operation sound?

YES

Is the M+7V output of CN305 #1 "PM" normally about 7 V? Please check the voltage.

YES

Is the STB3.3V input of CN301 "P12" (5-7) normally 3.3 V ? Please check the voltage.

YES

Please check the loose contact about CN301 "P12" connector wire. Is this contact OK?

YES

Is this connector wire contact OK?

After remove the CN305 "PM" connector wire, please check the M+7V output line is shorten or not by using the D.M.M. Is this line shorten?

YES

Please check the C302 electrolytic capacitor and D302 TVS. shorten. Are these parts OK?

In this case, the M+7V DD Assy part is normally operating. Check the MAIN Assy board.

Please replace the connector wire.

T61

Please replace the connector wire.

Please replace these capacitor.

Check the Q301 FET (micro PA1725G) drain terminal (#5 - #8) waveform. Can you see the same waveform?

Check the Q301 FET (uPA1725G) gate terminal (#4) waveform. (3.3 V rectangular pulse) Can you see the waveform?

Please check the FU301 protector opened. Is this protector opened?

In this case, it's possibility of the AC-DC P.S. unit out of order. Please replace of the unit.

YES

In this case, the M+7V DD Assy part is normally operating. Check the MAIN Assy board.

In this case, IC301 is broken. Please replace of this IC.

Please replace Q301 FET, IC301 (LM3478MMX), D301. In this case, any of IC301 (M+7V power supply control IC) or Q301 or D301 is fault.

In this case, Q301 FET is broken. Please replace Q301 and FU301.

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Page 26

(3) Trouble Shooting of the "D+3.3V" output abnormal operation.

Check of D+3.3 power supply line

In this case, the D+3.3 V output is fallen down. The low voltage alarm on the MAIN Assy is functioned.

60 inch models

50 inch models

Is the D+3.3V output of CN307 "PN" (#1-#3) normally 3.3 V? Please check the voltage.

Is the D+3.3 V output of CN307 "PN" (#1-#3) normaly 3.3 V? Please check the voltage.

Is the VCC+3.3V input of CN302 "P8" (#7-#10) normaly 3.3 V?

Failure in the POWER SUPPLY Unit or loose contact of CN302 "P8" connector

Please check the loose contact about CN307 "PN", connector wire. Is this contact OK?

YES

After remove the PN connector wire, please check the D+3.3V output line is shorten or not by using the D.M.M. Is this line shorten?

T62

YES

Failure in the MAIN Assy

YES

Failure in the DD Assy

Please replace the connector wire.

Please replace C320.

YES

In this case, C320 electrolytic capacitor is shorten.

YES

Is the VCC5.1V input of CN302 "P8" (#7-#10) normally between 4.85 V and

5.36 V? Please check this voltage.

YES

Check the waveform of Q303 FET drain terminal (#5-#8). Can you see the same waveform?

Check the Q302 FET (TPC8021-H) gate terminal (#4) waveform. (About 8 -10V0-p rectangular pulse) Can you see the same waveform?

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Please check the loose contact about CN302 "P8" connector wire. Is this contact OK?

YES

In this case, the MAIN ASSY side is

YES

abnormal. See the LED indicators about trouble shooting chart or trouble shooting chart of "Abnormally in image".

In this case, any of the IC303 or FET Q302 or D304 (bootstrap diode) is broken.

Please replace IC303 or FET Q302 or D304. In this case, any of the IC303 or FET Q302 or D304 (bootstrap diode) is broken.

In this case, it's possibility of the AC-DC P.S. unit out of order. Please replace of the unit.

Please replace the connector wire.

Page 27

(4) Trouble Shooting of the "A+12V" output abnormal operation.

This voltage Line is supplied for analog circuit and the fan motors VCC voltage through the variable voltage regulator on the MAIN ASSY. The output voltage of the variable voltage regulator is DC 11.6 V or DC 8.8 V or DC 6.0 V.

And, no operation fan motors by acting fan alarm signal is not mentioned on this item.

Check of A+12V power supply line

At first, please check the A+12V output CN306 "PV" (#1). Please check the voltage is about

12.2 V.

YES

Is the VCC16.5V input of CN301 "P5" (#1) normally between 15.7 V and

17.3 V? Please check this voltage.

YES

Please check the waveform of IC302 (A+12V control IC; MPS2367DN) #3 pin. Can you see the same waveform?

Please check the loose contact

about CN306 "PV", connector wire. Is this contact OK?

YES

After remove the PV connector wire, please check the A+12V output line is shorten or not by using the D.M.M. Is this line shorten?

YES

Please check the loose contact about CN301 "P5" connector wire. Is this contact OK?

T63

Please replace the connector wire.

Please replace C311, C312

capacitors and D303 (flywheel Diode) shorten.

Please replace the

connector wire.

In this case, it's possibility

YES

of the AC-DC MAIN POWER unit out of order. Please replace of the unit.

Please replace IC302 or D312. In this case, any of IC302 (A+12V control IC; MPS2367DN) or D312 is broken.

(5) Trouble Shooting of the "A+6.5V" output abnormal operation.

This voltage Line is supplied to MAIN ASSY from MAIN POWER unit via DD ASSY. Please check board to board connection first if A+6.5V is abnormal.

e.g.) pin contact of connector, short between wire

From MAIN POWER unit P12 CN304 (#1)

From MAIN POWER unit P8 CN302 (#1)

To MAIN ASSY "PV" CN306 (#3, #4)

DD ASSY

YES

In this case,the A+12V output of the MAIN ASSY side is abnormal.

T64

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Page 28

DD ASSY (ANP2173) Waveform (Each 4 Switching Regulators)

A+12V POWER SUPPLY IC302 #3 voltage waveform. 5 V/div., 1 μs/div.

Normal: 18.2 V0-p, T= 2.95 μs

S+12V POWER SUPPLY Upper side waveform IC305 #11-#14 voltage waveform. 5 V/div., 2 μs/div.

Normal: 17.5V0-p, T= 3.3 μs

D+3.3V POWER SUPPLY Q303 FET Drain terminal (#5-#8) voltage waveform. 2 V/div., 1 μs/div.

Normal: 6.0 V0-p, T= 3.3 μs

M+7V POWER SUPPLY Q301 FET Drain terminal (#5-#8) voltage waveform. 2 V/div., 0.5 μs/div.

Normal: 8.0 V0-p, T= 2.6 μs

Page 29

3.1.5 FLOWCHART OF FAILURE ANALYSIS FOR THE DRIVE ASSY

Flowchart of Failure Analysis for The Drive Assy (1)

Failure analysis for the drive system ⇒ DR1

Reset lighting is not displayed.

X/Y DRIVE Assys

7 9

Is the waveform normal when the voltage is applied to the panel?

Are the panel FFC cables properly connected to the X/Y DRIVE Assys?

Yes

Properly connect the panel FFC cables.

Are the FFC cables properly connected?

17 24

31 35

Is the input signal normal?

Yes

Properly connect the FFC cables.

NGYes

Replace the FFC cables.

Replace the panel chassis.

Failure analysis for the drive system ⇒ DR2

Abnormality across the whole screen, such as luminescent spots

Yes

Another Assy may be in failure.

Replace the X/Y DRIVE Assys.

Because it is difficult to identify which drive is in failure, follow the flowchart below to check each Assy.

X DRIVE AssyY DRIVE Assy / SCAN Assy

Are all the connectors properly connected?

Yes

Is the VH set voltage (130 V) correctly set?

Yes

Is the VOFS set voltage correctly set (set value: designated for each panel)?

Yes

Is the VYPRST set voltage correctly set (set value: designated for each panel)?

Yes

12 16

Is the input signal normal? (See the oscilloscope photos.)

17 24

Is the waveform of the control signal from the SCAN Assy normal? (See the oscilloscope photos.)

Yes

Is the waveform normal when the voltage is applied to the panel? (See the oscilloscope photos.)

Replace the FFC cables. Replace the DIGITAL Assy.

Replace the Y DRIVE Assy.

Replace the DIGITAL Assy.

ADDRESS Assy

Reconnect the connectors.

Replace the Y DRIVE Assy.

Set the VOFS voltage correctly.

Set the VYPRST voltage correctly.

Replace the SCAN Assy.

Page 30

Flowchart of Failure Analysis for The Drive Assy (2)

X DRIVE Assy

Are all the connectors properly connected?

Yes

Is the VXNRST set voltage (-180 V) correctly set?

Yes

Another Assy may be in failure.

10 11

Is the input signal normal? (See the oscilloscope photos.)

Yes

Replace the X DRIVE Assy.

Failure analysis for the drive system ⇒ DR3

The abnormality is associated with one address or one TCP?

2 6

Is the TCP control signal normal?

Yes Yes

Replace the panel chassis.

In most cases of damage on one line, the panel chassis must be replaced.

Reconnect the connectors.

Replace the X DRIVE Assy.

Yes

Is the waveform normal when the voltage is applied to the panel? (See the oscilloscope photos.)

Replace the FFC cables.

Replace the DIGITAL Assy.

Diagnose the ADDRESS Assy.

Are the FFC cables properly connected?

Replace the DIGITAL Assy.

ADDRESS Assy

Are all the connectors properly connected?

Yes

2 6

Is the TCP control signal normal? (See the oscilloscope photos.)

Yes

Replace the panel chassis.

Properly connect the FFC cables.

If the FFC cable that connects the DIGITAL and ADDRESS Assys is in failure, the abnormality is associated with one address in most cases.

Reconnect the connectors.

Are the FFC cables properly connected?

Yes No

Properly connect the FFC cables.

Replace the DIGITAL Assy.

Failure analysis for the drive system ⇒ DR4

The abnormality is associated with a single scan line.

Is the waveform normal when the voltage is applied to the panel? (See the oscilloscope photos.)

Yes

Is the cable connected properly to the 90-pin connector?

Yes

Replace the SCAN Assy.

Diagnose the SCAN Assy.

Is the cable connected properly to the 15-pin connector?

Yes

17 24

Yes

Is the waveform of the SCAN IC control signal from the Y DRIVE Assy normal?

Connect the cable properly.

Replace the Y DRIVE Assy.

Care must be taken that no dirt or dust is attached or gets in. (The SCAN IC may be damaged.)

Page 31

60 ADDRESS ASSY

• ADR LOGIC BLOCK

1) input: VIDEO 60Hz signal: COLOR BAR (MKSS17)

ch1: L1730 (V+ADR1) (side-A through hole)

V: 10 V/div H: 2 mS/div

ch2: IC1601 or IC1801 28 pin (R_E) side-A test plane "R_E"

V: 1 V/div H: 2 mS/div

ch3: IC1601 or IC1801 38 pin (CLK) side-A test plane "CLK1"

V: 1 V/div H: 2 mS/div

ch4: IC1601 or IC1801 (LE_E) side-A test plane "LE_E"

V: 1 V/div H: 2 mS/div

ch5: IC1601 or IC1801 45 pin (HBLK) side-A test plane "HBLK"

V: 1 V/div H: 2 mS/div

ch6: IC1601 or IC1801 44 pin (LBLK) side-A test plane "LBLK"

V: 1 V/div H: 2 mS/div

2) input: VIDEO 60Hz signal: Checkered pattern of Black- White (MKSS13)

CH1: L1730 (V+ADR1) (side-A through hole)

V: 10 V/div H: 2 mS/div

CH2: IC1601 or IC1801 28 pin (R_E) side-A test plane "R_E"

V: 1 V/div H: 2 mS/div

CH3: IC1601 or IC1801 38 pin (CLK) side-A test plane "CLK1"

V: 1 V/div H: 2 mS/div

CH4: IC1601 or IC1801 (LE_E) side-A test plane "LE_E"

V: 1 V/div H: 2 mS/div

CH5: IC1601 or IC1801 45 pin (HBLK) side-A test plane "HBLK"

V: 1 V/div H: 2 mS/div

CH6: IC1601 or IC1801 44 pin (LBLK) side-A test plane "LBLK"

V: 1 V/div H: 2 mS/div

ch1

ch2

ch3

ch4

ch5

ch6

• Incoming signals of TCP (1Field)

3) input : VIDEO signal:Checkered pattern of Black- White (MKSS13)

CH1: L1730 (V+ADR1) (side-A through hole)

V: 10 V/div H: 500 nS/div

CH2: IC1601 or IC1801 28 pin (R_E) side-A test plane "R_E"

V: 1 V/div H: 500 nS/div

CH3: IC1601 or IC1801 38 pin (CLK) side-A test plane "CLK1"

V: 1 V/div H: 500 nS/div

CH4: IC1601 or IC1801 (LE_E) side-A test plane "LE_E"

V: 1 V/div H: 500 nS/div

CH5: IC1601 or IC1801 45 pin (HBLK) side-A test plane "HBLK"

V: 1 V/div H: 500 nS/div

CH6: IC1601 or IC1801 44 pin (LBLK) side-A test plane "LBLK"

V: 1 V/div H: 500 nS/div

ch1

ch2

ch3

ch4

ch5

ch6

ch1

ch2

ch3

ch4

ch5

ch6

• Incoming signals of TCP (1Field)

• Incoming signals of TCP (Resonance part)

Page 32

60 X DRIVE ASSY, 60 Y DRIVE ASSY, 607 SCAN A ASSY, 607 SCAN B ASSY

ch3: R1222 (XPSUS) - K1201(SUSGND)

V: 100 V/div H: 2 mS/div

(60 X DRIVE Assy)

ch4: K2801 to K2812, K2901 to K2912

(Scan OUT) - K2301 (SUSGND)

V: 100 V/div H: 2 mS/div

(607 SCAN B Assy HIGH SIDE)

ch5: R2288 (YPSUS) - KN2203 (SUSGND)

V: 100 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch3: K1012 (XSUS-MSK) - K1002 (DGND)

V: 1 V/div H: 2 mS/div

(60 X DRIVE Assy)

ch4: K1008 (XNR-D) - K1002 (DGND)

V: 1 V/div H: 2 mS/div

(60 X DRIVE Assy)

ch3

ch1: K2007 (YNOFS) - K2014(DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch2: K2005 (YSUS-MSK) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch3: K2004 (YNRST) - K2014 (DGND)

V: 1 V/div H: 2mS/div

(60 Y DRIVE Assy)

ch4: K2003 (SOFT-D) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch5: K2010 (YPR-U) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch1: R2401 (LE) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch2: R2404 (CLK2) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch3: R2406 (SI_L) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch4: R2409 (CLR) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch5: R2411 (OC2_U) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch6: R2415 (OC1) - K2014 (DGND)

V: 1 V/div H: 2 mS/div

(60 Y DRIVE Assy)

ch7: R2418 (CLK1) - K2014 (DGND)

H: 2 mS/div (60 Y DRIVE Assy)

ch8: R2420 (SI_H) - K2014 (DGND)

H: 2 mS/div (60 Y DRIVE Assy)

ch3

ch4

ch5

ch1: R1222 (XPSUS) - K1201 (SUSGND)

V: 100 V/div H: 100 μS/div

(60 X DRIVE Assy)

ch2: K2801 to K2812, K2901 to K2912

(ScanOUT) - K2301 (SUSGND)

V: 100 V/div H : 100 μS/div

(607 SCAN B Assy HIGH SIDE)

ch3: F2301 (YPSUS) - KN2206 (SUSGND)

V: 100 V/div H: 100 μS/div

(60 Y DRIVE Assy)

ch1: R1222 (XPSUS) - K1202 (SUSGND)

V: 50 V/div H: 5 μS/div

(60 X DRIVE Assy)

ch2: K2801 to K2812, K2901 to K2912

(ScanOUT) - K2301 (SUSGND)

V: 50 V/div H: 5 μS/div

(607 SCAN A Assy LOW SIDE)

ch3: F2301 (YPSUS) - K2301 (SUSGND)

V: 50 V/div H: 5 μS/div

(60 Y DRIVE Assy)

ch4

ch1

ch2

ch4 ch3

ch1: F2301 (YPSUS) - K2301 (SUSGND)

V: 50 V/div H: 500 nS/div

(60 Y DRIVE Assy)

ch2: K2002 (YSUS-G) - K2014 (DGND)

V: 5 V/div H : 500 nS/div

(60 Y DRIVE Assy)

ch3: K2013 (YSUS-U) - K2014 (DGND)

V: 5 V/div H: 500 nS/div

(60 Y DRIVE Assy)

ch4: K2011 (YSUS-B) - K2014 (DGND)

V: 5 V/div H: 500 nS/div

(60 Y DRIVE Assy)

ch5: K2012 (YSUS-D) - K2014 (DGND)

V: 5 V/div H: 500 nS/div

(60 Y DRIVE Assy)

ch1

ch2

ch3

ch4

ch5

ch1

ch2 ch3

ch4 ch5

ch1 ch2 ch3 ch4 ch5 ch6 ch7 ch8

ch1

ch2

ch3

Page 33

IC1801

2 6

(ANP2160-A)

60 ADDRESS S ASSY

IC1601

2 6

SIDE A SIDE A

60 ADDRESS L ASSY

Page 34

K2911

K2910

K2909

K2908

26 29

(ANP2161-A)

K2912

26 29

K2907

K2811

K2810

K2809

K2808

(ANP2161-A)

26 29

K2807

26 29

K2812

K2905

K2904

K2903

26 29

K2806

26 29

K2906

26 29

K2805

26 29

K2804

K2803

K2802

26 29

SIDE A SIDE A

K2902

26 29

607 SCAN B ASSY

K2901

26 29

607 SCAN A ASSY

K2801

26 29

Page 35

SIDE ASIDE A

(ANP2140-A)

R1222

25 28

R1222

25 28

60 X DRIVE

ASSY

Page 36

(ANP2166-A)

R2401

R2406

R2411

R2418

R2404

R2409

R2415

R2420

KN2203

K2012

K2006

R2288

K2013

K2014

12 24

31 35

K2011

K2005

K2004

K2003

K2010

K2301

29 3026

60 Y DRIVE ASSY

SIDE A SIDE A

F2301

3027

KN2206

Page 37

3.1.6 FLOWCHART OF FAILURE ANALYSIS FOR THE DIGITAL ASSY

Flowchart of Failure Analysis for The DIGITAL Assy

Failure analysis for the DIGITAL Assy ⇒ DG1

The on-screen display (OSD) is not properly indicated.

Is V sync/H existence judgment detected by issuing the QSI command?

Yes

Is the indication position correct?

Yes

• If the OSD is not properly displayed although the panel mask is properly displayed, a failure exists in the path from the output of IC8201 on the MAIN Assy to IC3401 on the DIGITAL Assy.

→ If only the OSD is abnormal, the MAIN Assy is in failure.

Failure analysis for the MAIN Assy ⇒ MA1

Is the 50-pin FFC cable firmly connected? (ADD1472)

Yes

Is the 50-pin FFC cable broken? (ADD1472)

Is the FFC connector poorly contacted?

Failure analysis for the MAIN Assy ⇒ MA1

It is most likely that the sync signal is abnormal.

Firmly connect the 50-pin FFC cable.

When disconnecting the FFC cable, take care not to damage the CN3001 connector on the DIGITAL Assy, which can easily be damaged.

Yes

Replace the 50-pin FFC cable.

In a case of D11

Yes

Replace the DIGITAL Assy.

In a case of AD3

Replace the LVDS Assy.

Is the tone correct?

Yes

Failure analysis for the MAIN Assy ⇒ MA1

It is most likely that the video signal data are missing.

Page 38

3.1.7 FLOWCHART OF FAILURE ANALYSIS FOR THE MAIN ASSY

Flowchart of Failure Analysis for The MAIN Assy

Failure analysis for the MAIN Assy ⇒ MA1

Input signal is not displayed.

Is the selected input signal a VIDEO 1 and 2?

Is the selected input signal a DVD/HD1 and 2?

Is the selected input signal a PC?

Is the selected input signal a DVD/HD3 and 4?

Yes

Is the on-screen display (OSD) properly displayed?

Failure analysis for the LVDS Assy ⇒ LV1

Yes

Failure analysis for video inputs ⇒ VD

Yes

Failure analysis for component inputs ⇒ CMP

Yes

Failure analysis for PC input ⇒ PC

Yes

Failure analysis for component (HDMI) inputs ⇒ HDMI

Yes

Failure analysis for the MAIN Assy ⇒ MA3

Page 39

Examination of the MAIN ASSY

No image (Examination of the MAIN ASSY)

In a case of inputs to DVD/HD1 and 2 (component inputs)

Failure analysis for component inputs => CMP

Waveform 1

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Are signals input to the input terminals?

YES

Are signals input to Pins 11, 14, and 17 (for video) of IC5602?

YES

Are signals input to Pins 8 and 11 (for sync) of IC9504?

Are signals input to Pins 11 and 13 (for sync) of IC5605?

Is a signal input to Pin 3 (for video) of IC5605?

Check the signal output equipment and its cables.

Waveform 2

Failure in the MAIN ASSY

Waveform 3

YES

Failure in the MAIN ASSY

Waveform 5

YES

Failure in the IC9504

Waveform 6

YES

Failure in the IC5605

Failure in the MAIN ASSY

Input Y

Input Pb

Input Pr

IC5602-14 pin

IC5602-11 pin

IC5602-17 pin

Waveform1

Waveform 2

IC9501-17 pin

IC9501-4 pin

IC9504-8 pin

IC9504-11 pin

T10

IC5605-11 pin

IC5605-13 pin

Waveform 3 Waveform 5

IC5605-3 pin

Waveform 4

Waveform 6

Page 40

In a case of input to PC

Failure analysis for PC input => PC

Image Signal : Color bar

Waveforms 7-1, 7-2

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Are signals input to the input terminals?

YES

Are signals input to Pins 4 and 10 (for sync) of IC5006 for the PC1 input ?

YES

Are signals input to Pins 7 and 9 of IC5902?

YES

Are signals input to Pins 4 and 7 of IC5904?

Check the signal output equipment and its cables.

Waveform 8

IC without a signal output is in failure.

Waveform 9

Waveform 11

NO NO

Are the voltages at Pins 2 and 14 of IC5902 0 V and 5 V DC, respectively, for the PC1 input, or 5 V and 0 V DC, respectively, for the PC2 input?

Are signals input to Pins 2, 30, and 31 (for control) of IC5301?

YES

Failure in the IC5301

Is the voltage at Pin 1 of IC5904 0 V DC?

YES

Waveform 10

Failure in the MAIN ASSY

Failure in the IC5902

YES

Are signals input to Pins 11 and 13 of IC5903?

YES

Are signals input to Pins 3 and 6 of IC5906?

YES

Are signals input to Pins 3 and 6 of IC9504?

YES

Failure in the MAIN ASSY

Waveform 13

Waveform 14

Waveform 15

Failure in the IC5903

Failure in the IC5906

Failure in the IC9504

YES

Are signals input to Pins 2, 30, and 31 (for control) of IC5301?

YES

Failure in the IC5301

Waveform 12

Failure in the MAIN ASSY

T11

Page 41

Input R

Input G

IC5301-2 pin

IC5906-3 pin

Input B

IC5301-30 pin

IC5906-6 pin

Waveform 7-1 Waveform 10 Waveform 14

Input V

Input H

IC5904-7 pin

IC5904-4 pin

IC9504-6 pin

IC9504-3 pin

Waveform 7-2 Waveform 11 Waveform 15

IC5004-10 pin

IC5301-2 pin

IC5004-4 pin

IC5902-7 pin

IC5902-9 pin

IC5301-30 pin

Waveform 8 Waveform 12

IC5903-11 pin

IC5903-13 pin

Waveform 9 Waveform 13

Page 42

In a case of inputs to VIDEO 1 and 2

Failure analysis for video inputs => VD

Waveform 22

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Are signals input to the input terminals?

YES

Is signal input to Pin 119 (for video) of IC6201?

YES

Are signals output from Pins 73 and 74 (for sync) of IC6201?

YES

Are signals input to Pins 3 and 6 (for sync) of IC6403?

Is the voltage at Pin 1 (for control) of IC6403 3.3 V DC?

YES

Failure in the IC6403

Waveform 23

Waveform 24

Waveform 25

YES

Check the signal output equipment and its cables.

Failure in the MAIN ASSY

T13

Page 43

Input VIDEO2

IC6201-74 pin

IC6201-73 pin

Waveform 22 Waveform 24

IC6201-119 pin

IC6403-3 pin

IC6403-6 pin

Waveform 23 Waveform 25

Page 44

In a case of inputs to DVD/HD3 and 4 (HDMI) (in a theater model)

Failure analysis for component (HDMI) inputs

=> HDMI

YES

Are approx. 500 mVp-p signals input to Pins 39 and 40 of IC7001?

YES

Are approx. 500 mVp-p signals input to Pins 58 and 59 of IC7001?

YES

Is the voltage at Pin 4 of IC7004 1.8 V DC?

YES

Are sync signals input to Pins 2 and 3 of IC7001? And is a CLK signal input to Pin 121 of IC7001?

YES

Are sync signals input to Pins 7 and 9 of IC5902?

• Legend symbol

: This symbol is for directing the broken

T10

Waveform 32

Check the equipment that is connected to HD3 and its cables.

Waveform 33

Check the equipment that is connected to HD4 and its cables.

NO YES

Waveform 34-1

Waveform 34-2

Waveform 35

Failure in the MAIN ASSY

Failure in the IC5902

Is the voltage at Pin 1 of IC7004 3.3 V DC?

Failure in the DD ASSY (FU7001 or F7007)

parts on "Diagnosis Points of PCB Assy".

Failure in the MAIN ASSY (IC7004 or IC7001 area)

YES

Are sync signals input to Pins 11 and 13 of IC5903?

YES

Failure in the MAIN ASSY

Waveform 32

Waveform 36

Failure in the IC5903

Waveform 34-1

T21

Waveform 35

Waveform 33

Waveform 34-2 Waveform 36

Page 45

In a case when no image from any input appears

Failure analysis for the MAIN Assy => MA3

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Is the voltage at Pin 51 of IC8501 3.3 V DC?

YES

Is a CLK signal input to Pin 12 of IC8501? And are sync signals input to Pins 55 and 57? In a case of a 42-inch model, is a DE signal input to Pin 58?

Is the voltage at Pin 1 of CN9012 "PN2" connector 2.5 to 3.3 V DC?

YES

Is the voltage at Pin 4 of IC8002 1.5 V DC?

YES

Is the voltage at Pin 5 of IC8003 1.5 V DC?

Waveform 37-1

Waveform 37-2

YES

Disconnect the cable from the CN9007 "PN1" connector. Check that the voltage at Pin 1 of the CN9007 "PN1" cable is 3.3 V.

YES

Failure in the MAIN ASSY

Failure in the IC8501

Disconnect the cable from the CN9012 "PN2" connector. Check that the voltage at Pin 1 of the CN9012 "PN2" cable is 2.5 to 3.3 V.

YES

Failure in the MAIN Assy

Failure in the IC8002

Failure in the IC8003

Failure in the POWER SUPPLY unit, or CN9007 "PN1" cable broken

Failure in the DD Assy, or CN9012 "PN2" cable broken

YES

Is a CLK signal input to Pin 3 of X8001? (90 MHz)

YES

Is a CLK signal input to Pin 3 of X8002? (143 MHz)

YES

Failure in the MAIN Assy

Waveform 38

Waveform 39

T22

Failure in the X8001

Failure in the X8002

Waveform 38

Waveform 37-1

Waveform 37-2: DE signal (42-inch models)

Waveform 39

Page 46

3.1.8 FLOWCHART OF FAILURE ANALYSIS FOR THE LVDS ASSY

In a case in which no picture for any of the input connectors is displayed

Failure analysis for the LVDS Assy => LV1

Yes

Are approx. 500 mVp-p signals output from Pins 55 and 57 of IC101?

Yes

Is 3.3 V voltage supplied to Pins 48 and 64 of IC101?

Yes Yes

Is the LVDS cable for CN101 firmly connected?

5150

No No

Is 3.3 V voltage supplied to Pin 20 of CN104 "AD4"?

FU102 blown

Yes

Failure analysis for the MAIN Assy => MA3

Firmly connect the LVDS cable for CN101.

Is 3.3 V voltage supplied to Pin 4 of IC101?

Yes

After replacing IC101, check if a picture is displayed.

Yes

LVDS Assy is normal.

Waveforms

IC101 - pin 55

V: 500 mV/div H: 1.00 μsec/div

Is the voltage at TP111 or Pin 48 of CN103 "AD3" 0 V?

Q101 in failure

LVDS Assy in failure

Yes

Check the loose contact about CN104 "AD4" or analyzes the DIGITAL Assy. => DG1

• Legend symbol

: This symbol is for directing the broken

T10

IC101 - pin 57

V: 500 mV/div H: 1.00 μsec/div

parts on "Diagnosis Points of PCB Assy".

T50

Page 47

Disassembly for Diagnosis

Remove the rear case.

Remove the under cover.

Remove the two screws from the multi base.

Remove the two screws from the speaker terminal.

Remove the two screws from the sub multi base.

Remove the four screws from the terminal panel.

6 -1

Page 48

6 -2

Pull up the sub multi base.

Pull the multi base toward you.

Reverse with the multi base.

Fasten the multi base to the subframes by two screws.

Loosen the three clampers, and remove the jumper wires.

Page 49

3.1.9 ABNORMALITY IN AUDIO

Note: Before performing a failure diagnosis, be sure to check that the settings of the unit are properly made by referring to its

specifications and instruction manual. If speaker outputs with different polarities or a speaker output and ground are short-circuited, the protection circuit is activated, and audio will not be output. In this case, turn the power off at the Main Power Switch, make connections properly, then turn the power back on again. The protection circuit will then be released.

AU1

With the speaker cables disconnected, are audio signals output from the speaker terminals?

If an audio signal is input to another audio input connector and that audio input is selected, is the audio signal output?

Is the green POWER indicator repeating a burst of 5 flashes?

Is the voltage at Pin 9 of IC3002 4 V or higher?

Conditions of signal input (200 mV, 1 kHz)

Waveform 41

YES

Failure in the speakers or speaker cables

YES

Failure in the MAIN Assy (IC5302) or poor connection of the audio connectors

Does the green POWER indicator repeat a

YES

burst of 5 flashes even after the CN3004 "AU" is disconnected?

Failure in the AUDIO ASSY

Is the voltage at Pin 9 of IC3002 4 V or higher after the CN3004 "AU" is disconnected?

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

YES

Failure in the MAIN Assy or the CN3004 "AU"

YES

Is a PWM waveform output from Pins 41, 43, 47 and 48 of IC3002?

YES

Waveform 42

Failure in the IC3002

Are the voltages shown in the table below output from each pin of the CN3003 "PA" connector on the AUDIO Assy?

Pin No. Name Voltage

1 S+12 12.2 Vdc

2 S+12 12.2 Vdc

3 S+12 12.2 Vdc

4 GND GND

5 GND GND

6 GND GND

YES

Failure in the IC3002

Is not there abnormality in

connection of the CN3003 "PA" connector?

YES NO

Failure in the DD Assy

Failure in the CN3003 "PA" connector

T30

T31

Page 50

YES

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Is the 9 V DC applied to the both ends of L3005 and L3006?

YES

Is the audio signal waveform output from Pin 11 of IC3001?

Are the waveforms shown below output from the CN3004 "AU" on the AUDIO Assy?

Pin 8 5Vp-p

Pin 9 5Vp-p

Pin 7 9.0Vdc

Pin 5

Pins 1 and 3: Audio signal waveform

3.3Vdc

Waveform 43

YES

Failure in the IC3001, IC3002 and IC3004

Failure in the IC3002

Failure in the IC3001

Waveform 44

T31

Are the waveforms shown below output from the CN9001 "AU" on the MAIN Assy?

Pin 8 5Vp-p

Pin 9 5Vp-p

Pin 7 9.0Vdc

Pin 5

Pins 1 and 3: Audio signal waveform

Is the audio signal waveform input to Pin 1 of IC5302?

Failure in the audio input connectors or the audio output equipment

3.3Vdc

Waveform 45

YES

Failure in the IC5302

Failure in the CN9001 "AU"

T33

Page 51

Conditions of signal input

Audio input connector: AUDIO 1 (L channel) Input signal level: 200 mVrms Input signal frequency: 1 kHz Volume: Max

TP3001 (speaker output L+)

TP3002 (speaker output L–)

Waveform 41 Waveform 43 Waveform 45

IC3002 47, 48pin

IC3002 41, 43pin

Waveform 42 Waveform 44

H: 1mS/div. V: 5V/div.

H: 2uS/div. V: 5V/div.

0V dc

IC3001-11 pin

CN3004 (AU connector)-1 pin

H: 1mS/div. V: 1V/div.

0V dc

H: 1mS/div. V: 1V/div.

0V dc

IC5302-1 pin CN9001-1 pin

0V dc

H: 1mS/div. V: 1V/div.

Page 52

The following flowchart and waveform charts are related to the audio output function that is provided only with the XR model.

XR model : PD5001/PD6001.

Abnormality in HDMI audio (No HDMI audio output is available although the analog audio input is output.)

Are neither the audio nor video of the HDMI input signals output?

YES

Poor connection of the HDMI cable or failure in the connected equipment

NO (Only the image is displayed.)

Is the HDMI audio output format of the connected HDMI output equipment set to Linear PCM?

YES

Is the digital audio output from IC7001 input to Pins 1 (MCLK), 2 (BILK),

Set the audio output format of the HDMI output equipment to Linear PCM.

Waveform 46, 47

Failure in the IC7001

4 (LRCK), and 3 (SDTI) of IC7002?

YES

Is the analog audio signal output from Pin 11 of IC7002?

YES

Waveform 48

Failure in the IC7002

Waveform 49

Conditions of signal input

Audio input connector: AUDIO 1 (L ch) Input signal level: -20dB Input signal frequency: 1 kHz Volume: Max

0V dc

Waveform 46

H: 1μS/div. V: 5V/div.

Is the analog audio signal input to Pin 13 of IC5302?

YES

Is the analog audio signal output from Pin 1 (CN9001) of the AU

Failure in the IC7003

Waveform 45

Failure in the IC5302

connector on the MAIN ASSY?

YES

Poor connection of the speakers or a failure in the AUDIO ASSY is suspected. Go back to the first step of "Abnormality in audio" of this troubleshooting guide, and follow the flowchart.

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

T35

Waveform 47

Waveform 48

Waveform 49

H: 4μS/div. V: 5V/div.

0V dc

H: 1mS/div. V: 1V/div.

Page 53

3.1.10 FAILURE OF A REMOTE CONTROL UNIT

Note: In a case of a model for industrial use, make sure of the following settings before performing a failure diagnosis: PLE Link,

Repeat timer, and Wireless remote control unit set to ON, and Remote control unit ID set to ALL. As a wired remote control unit does not work if the ID number is set, be sure to set the ID number setting to OFF.

(1) When a PDP is used alone

The wired remote control unit does not work.

Is the signal shown below output from Pin 6 of CN9010 "RS" on the MAIN Assy?

3.3Vp-p

Failure in the MAIN Assy

Is the signal shown below output from Pin 3 of JA2001 on the 232C Assy?

5Vp-p

YESYES

When the cable is disconnected from the

CN2002 "RS" connector on the 232C Assy, are the voltages shown in the table below output from CN9010 "RS" of the MAIN Assy?

Pin No. Name Voltage

5 M+3.3V 3.3Vdc

YES

• Legend symbol

: This symbol is for directing the broken

T10

parts on "Diagnosis Points of PCB Assy".

Failure in the remote control unit or its cable

No output from the Wired OUT

Is the signal shown below output from Pin 8 of IC2004 on the 232C Assy?

5Vp-p

NO NO

Failure in the IC2004

YES

Failure in the 232C Assy

Is the signal shown below output from Pin 8 of IC2002 on the 232C Assy?

Failure in the IC2002

Failure in JA2002 or the section for

YES

the wired remote control unit of the second unit

T40

Page 54

(2) A wireless remote control unit does not work

Note: Be sure to disconnect the cable of the wired remote control unit from the Remote connector of the unit when a wireless remote

control unit is to be diagnosed, as whether a wired or wireless remote control unit is to be used is detected by the connection to the Remote connector of the unit. For a model for industrial use, before performing a failure diagnosis, make sure of the following settings on the User menu: Wireless Remote Control Unit set to ON, ID Number set to ALL, and Remote Control Unit ID set to ALL.

A wireless remote control unit does not work.

Is 0 V DC output from Pin 11 of CN9010 "RS" on the MAIN Assy?

YES

Is the signal shown below output from Pin 6 of CN9009 "PW" on the MAIN Assy?

4.4Vp-p

Is the signal shown below output from Pin 1 of CN2101 "LD" on the LED Assy?

4.4Vp-p

Failure in the U2102

YES

After disconnecting the cable from CN2002 "RS", is 0 V DC output from Pin 11 of CN9010 "RS" on the MAIN Assy?

YES

Is the voltage at Pin 10 of JA2001

3.3 V?

YES

Failure in the 232C Assy

Failure in the MAIN Assy

Failure in the JA2001

T41

Page 55

VOLTAGES and WAVEFORMS (Information)

Voltages

Ref. No.

Pin Name Function

No.

Digital Section

IC6203

IC6502 4 VO 3.3V power supply for IC6501 3.3V Tester

IC6702 4 VO 3.3V power supply for IC6701 3.3V Tester

IC7003 (XM model)

IC7004 (XR model)

IC8003

IC8002

IC6201 (VIDEO)

IC6202 (SDRAM)

IC6501 (A/D_A)

IC6701 (A/D_A)

IC7001 (DVI) (XM model)

IC7001 (HDMI) (XR model)

IC8101 (SDRAM)

IC8102 (SDRAM)

IC8103 (SDRAM)

4 VIN 3.3V power supply for IC6201 3.3V Tester

5 VO 1.5V power supply for IC6201 1.5V Tester

1 VI 5V power supply (IC7006 output) 5V Tester

3 VO 3.3V power supply for IC7001 3.3V Tester

2 VI 3.3V power supply for IC7001 3.3V Tester

4 VO 1.8V power supply for IC7001 1.8V Tester

4 VIN 3.3V power supply for IC8001 3.3V Tester

5 VO 1.5V power supply for IC8001 1.5V Tester

2 VI 2.5V power suply (input) 2.5V Tester

4 VO 1.5V power supply for IC8001 1.5V Tester

73 HD HSYNC output wave 1_Ch2 V: 2V/div H: 2.5ms/div input: video, signal: color-bar

74 VD VSYNC output wave 1_Ch1 V: 2V/div H: 2.5ms/div input: video, signal: color-bar

57 ROY4 DATA output wave 2_Ch2 V: 2V/div H: 25us/div input: video, signal: color-bar

64 RCLK CLK output wave 3_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

35 SDRCLK CLK input (output: IC6201) wave !_Ch1 V: 1V/div H: 5ns/div input: video, signal: color-bar

49 SDRQ15 DATA wave !_Ch2 V: 1V/div H: 5ns/div input: video, signal: color-bar

127 HSYNCO HSYNC output wave 4_Ch2 V: 2V/div H: 2.5ms/div input: DVD/HD, signal: color-bar

132 VSYNCO VSYNC output wave 4_Ch1 V: 2V/div H: 2.5ms/div input: DVD/HD, signal: color-bar

108 RA4 DATA output wave 5_Ch2 V: 2V/div H: 5us/div input: DVD/HD, signal: color-bar

64 CKDATA CLK output wave 3_Ch1 V: 2V/div H: 5us/div input: DVD/HD, signal: color-bar

127 HSYNCO HSYNC output wave 4_Ch2 V: 2V/div H: 2.5ms/div input: PC1, signal: color-bar

132 VSYNCO VSYNC output wave 4_Ch1 V: 2V/div H: 2.5ms/div input: PC1, signal: color-bar

108 RA4 DATA output wave 5_Ch2 V: 2V/div H: 5us/div input: PC1, signal: color-bar

64 CKDATA CLK output wave 3_Ch1 V: 2V/div H: 5us/div input: PC1, signal: color-bar

48 HSYNC HSYNC output wave 7_Ch2 V: 2V/div H: 2.5ms/div input: PC3, signal: color-bar

47 VSYNC VSYNC output wave 7_Ch1 V: 2V/div H: 2.5ms/div input: PC3, signal: color-bar

46 DE DE output wave 8_Ch2 V: 2V/div H: 5us/div input: PC3, signal: color-bar

63 QO12 DATA output wave 9_Ch2 V: 2V/div H: 5us/div input: PC3, signal: color-bar

44 OCLK CLK output wave 3_Ch1 V: 2V/div H: 5us/div input: PC3, signal: color-bar

2 HSYNC HSYNC output wave 7_Ch2 V: 2V/div H: 2.5ms/div input: DVD3, signal: color-bar

3 VSYNC VSYNC output wave 7_Ch1 V: 2V/div H: 2.5ms/div input: DVD3, signal: color-bar

1 DE DE output wave 8_Ch2 V: 2V/div H: 5us/div input: DVD3, signal: color-bar

129 Q11 DATA output wave 9_Ch2 V: 2V/div H: 5us/div input: DVD3, signal: color-bar

121 OCLK CLK output wave 3

68 CLK CLK input (output: IC8001) wave 3_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

85 DQ15 DATA wave 6_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

68 CLK CLK input (output: IC8001) wave 3_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

85 DQ15 DATA wave 6_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

68 CLK CLK input (output: IC8001) wave 3_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

85 DQ15 DATA wave 6_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

Voltages /

Waveforms

_Ch1 V: 2V/div H: 5us/div input: DVD3, signal: color-bar

Measurement

Condition

Remarks

XR model : PD5001/PD6001

Page 56

Ref. No.

IC8105

X8001 3 – X'TAL: 90MHz output wave 3_Ch1 V: 2V/div H: 5us/div –

X8002 3 – X'TAL: 143MHz output wave 3_Ch1 V: 2V/div H: 5us/div –

IC8501 (LVDS)

Pin Name Function

No.

11 VSYNC VSYNC input (output: IC8001) wave =_Ch2 V: 2V/div H: 2.5ms/div OSM display

10 HSYNC HSYNC input (output: IC8001) wave =_Ch1 V: 2V/div H: 2.5ms/div OSM display

28 DAO DATA output wave ~_Ch2 V: 2V/div H: 2.5ms/div OSM display

5 DCLKI CLK input wave 3_Ch1 V: 2V/div H: 5us/div OSM display

23 TCLK- DATA output wave 0_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

18 TE+ DATA output wave -_Ch1 V: 2V/div H: 5us/div input: video, signal: color-bar

Voltages /

Waveforms

Measurement

Condition

Remarks

Waveforms for DIGITAL Section

1611

2712

3813

4914

510

Page 57

Ref. No.

Pin Name Function

No.

Voltages /

Waveforms

Microcomputer Section

10 RESET system reset 3.3V power ON

11 XOUT X'TAL 33MHz power ON

IC9501 (Microcomputer)

13 XIN X'TAL 33MHz power ON

ACDET/POMUTE

77 POWER Power signal

88 DCIN D3.3V monitor 3.3V power ON

91 SW7 Main power SW detection 3.3V power ON

AC code detection

42: 0, 50/61: 3.3V

42: non, 50/61: 3.3V

power ON

SUB Section

1 M+5V 5V power supply 5V Tester remote control power REG input

2 TXD0 232C driver input wave 1 V: 1V/div H: 1ms/div waveform at PC external control

4 RXD0 232C receiver output wave 2 V: 1V/div H: 1ms/div waveform at PC external control

5 M+3V 3.3V power supply 3.3V Tester

REMIN2

CN2002

JA2001 (F2022) 2 wired remote control power supply 3.3V Tester

CN9011

CN9009

CN1101

/RXD

8 PLE_CTL remote control / PLE select 0V / 3.3V Tester

9 TXD1 PLE data wave 4 V: 1V/div H: 250us/div PLE test waveform

10 REMIN1 wireless remote control wave 5 V: 1V/div H: 100ms/div

11 REM wired / wireless select 3.3V / 0V Tester wired : 3.3V / wireless : 0V

1 CTL1

2 CTL2

2 POIN main power switch wave 6_ch1 V: 1V/div H: 1s/div waveform at main power SW ON

1 SW7 wave 6_ch2 V: 2V/div H: 1s/div

1 SCL5 temp. sensor clock wave 7_ch2 V: 1V/div H: 1.25us/div

4 SDA5 temp. sensor data wave 7_ch1 V: 1V/div H: 1.25us/div

3 VDD3.3P temp. sensor power supply 3.3V Tester

wired remote control / PLE link wave 3 V: 1V/div H: 100ms/div

PROCEED 2.5V Tester

VOL DOWN 1.8V Tester

VOL UP 0.9V Tester

CURSOR L 2.5V Tester

CURSOR R 1.8V Tester

INPUT SEL 0.9V Tester

Measurement

Condition

Remarks

232C driver/receiver power supply

waveform at long press button (wired remote control)

waveform at long press button (wireless remote control)

voltage at tact SW operate

Waveforms for SUB Section

1357

246

Page 58

Ref. No.

Pin No.

Name

Function

Voltages /

Waveforms

Measurement

Condition

Audio Section

1 AU_L audio L ch signal line 0V Tester

2 GND GND 0V Tester

3 AU_R audio R ch signal line 0V Tester

4 GND GND 0V Tester

AU connector

IC5302 14 V+ power supply 9.0V Tester

IC3001 28 VCC power supply 9.0V Tester

IC3002

IC3004

IC7002 14 VDD 5.0V Tester

IC7003 8 VCC 9.0V Tester

IC5302 1 IN1L signal input wave 1 1V/div, 1ms/div, AC+DC

AU connector 1 AU_L L ch signal line wave 2 1V/div, 1ms/div, AC+DC

IC3001 11 LOUT L ch signal control output wave 3 1V/div, 1ms/div, AC+DC

IC3002

TP3001 – LOUT+ L ch signal speaker output +

TP3002 – LOUT- L ch signal speaker output -

IC7002

5 SP_ALM speaker output DC detect 3.3V Tester

6 GND GND 0V Tester

7 MUTE MUTE control 9V Tester

8 SCL I2C 5.0V Tester

9 SDA I2C 5.0V Tester

1 DVDD1 power supply 9.0V Tester

14 VREF reference voltage 4.5V Tester

15 AVCC power supply 9.0V Tester

26 DVDD2 power supply 9.0V Tester

28 VDA2 power supply 12.5V Tester

33 VDB2 power supply 12.5V Tester

46 VDB1 power supply 12.5V Tester

51 VDA1 power supply 12.5V Tester

1 IN power supply 12.5V Tester

3 OUT power supply (regulate output) 9.0V Tester

47, 48 OUTA1 L ch signal PWM output +

41, 43 OUTB1 L ch signal PWM output -

1 MCLK master clock input

2 BICK bit clock input

3 SDTI data input

4 LRCK LR clock input wave 7 5V/div, 4us/div, AC+DC

11 AOUTL analog signal output wave 8 1V/div, 1ms/div, AC+DC

wave 4

wave 5 5V/div, 1ms/div, AC+DC

wave 6 5V/div, 4us/div, AC+DC

5V/div, 2us/div, AC+DC (single trigger)

Remarks

AUDIO 1 input, 200mVrms/1kHz sign wave, volume max

AUDIO 1 input, 200mVrms/1kHz sign wave, volume max (XR model only)

AUDIO 1 input, 200mVrms/1kHz sign wave, volume max

AUDIO 1 input, volume max

AUDIO 1 input, 200mVrms/1kHz sign wave, volume max

HDMI input, -20dB/1kHz sign wave, volume max (XR model only)

200mVrms/

1kHz sign wave,

IC5302 13 IN4L HDMI audio signal input wave 9 1V/div, 1ms/div, AC+DC

HDMI input, -20dB/1kHz sign wave, volume max (XR model only)

XR model : PD5001/PD6001

Page 59

Waveforms for Audio Section

147

258

369

Page 60

Waveforms (MAIN ASSY)

IC5004 - pin 4 (PC2_HD) : HSYNC output

V: 1V/div. H: 5.0usec/div.

IC5004 - pin 10 (PC2_VD) : VSYNC output

V: 1V/div. H: 2.5msec/div.

IC5006 - pin 4 (PC1_HD) : HSYNC output

V: 1V/div. H: 5.0usec/div.

INPUT: PC2 SIGNAL: RGB, XGA@60Hz COLOR-BAR

R5649 (E654E_A_G)

CH1: HSYNC output (R5627 (ASEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: G video output V: 200mV/div. H: 2.5usec/div.

R5650 (E654E_A_B)

CH1: HSYNC output (R5627 (ASEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: B video output V: 200mV/div. H: 2.5usec/div.

R5630 (ASEL_VD) : VSYNC output

V: 1V/div. H: 2.5msec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR monitor MAIN: PC3, SUB: PC1 at PinP display

IC5602 - pin 17 (LPF_A_R)

CH1: HSYNC output (IC5605 - pin 13 (A_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Pr video output V: 500mV/div. H: 5.0usec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR

IC5602 - pin 14 (LPF_A_G)

CH1: HSYNC output (IC5605 - pin 13 (A_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Y video output V: 500mV/div. H: 5.0usec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR

IC5602 - pin 11 (LPF_A_B)

CH1: HSYNC output (IC5605 - pin 13 (A_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Pb video output V: 500mV/div. H: 5.0usec/div.

IC5006 - pin 10 (PC1_VD) : VSYNC output

V: 1V/div. H: 2.5msec/div.

R5648 (E654E_A_R)

CH1: HSYNC output (R5627 (ASEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: R video output V: 200mV/div. H: 2.5usec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR monitor MAIN: PC3, SUB: PC1 at PinP display

R5634 (A_HSYNC) : HSYNC output

V: 1V/div. H: 5.0usec/div.

R5637 (A_VSYNC) : VSYNC output

V: 1V/div. H: 2.5msec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR monitor MAIN: PC3, SUB: PC1 at PinP display

INPUT: HD1 SIGNAL: 1080i COLOR-BAR

IC5605 - pin 11 (A_MVD) : VSYNC output V: 1V/div. H: 2.5msec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR

R5991 (E654E_B_R)

CH1: HSYNC output (R5979 (BSEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: R video output V: 200mV/div. H: 2.5usec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR MAIN display only

Page 61

R5992 (E654E_B_G)

CH1: HSYNC output (R5979 (BSEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: G video output V: 200mV/div. H: 2.5usec/div.

IC5903 - pin 17 (LPF_B_R)

CH1: HSYNC output (IC5903 - pin 13 (B_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Pr video output V: 200mV/div. H: 5.0usec/div.

IC5011 - pin 13 (LOOP_G)

CH1: HSYNC output (IC5005 - pin 6 (LOOP_HD)) V: 2V/div. H: 5.0usec/div. CH2: G video output V: 500mV/div. H: 5.0usec/div.

R5993 (E654E_B_B)

CH1: HSYNC output (R5979 (BSEL_HD)) V: 2V/div. H: 2.5usec/div. CH2: B video output V: 200mV/div. H: 2.5usec/div.

R5984 (BSEL_VD) : VSYNC output

V: 1V/div. H: 2.5msec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR MAIN display only

INPUT: HD1 SIGNAL: 1080i COLOR-BAR Monitor MAIN: VIDEO1, SUB: HD1 at PinP display

IC5903 - pin 14 (LPF_B_G)

CH1: HSYNC output (IC5903 - pin 13 (B_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Y video output V: 200mV/div. H: 5.0usec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR Monitor MAIN: VIDEO1, SUB: HD1 at PinP display

IC5903 - pin 11 (LPF_B_B)

CH1: HSYNC output (IC5903 - pin 13 (B_MHD)) V: 2V/div. H: 5.0usec/div. CH2: Pb video output V: 500mV/div. H: 5.0usec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR Monitor MAIN: VIDEO1, SUB: HD1 at PinP display

INPUT: PC2 Monitor at LOOP-OUT is ON.

IC5011 - pin 10 (LOOP_B)

CH1: HSYNC output (IC5005 - pin 6 (LOOP_HD)) V: 2V/div. H: 5.0usec/div. CH2: B video output V: 500mV/div. H: 5.0usec/div.

INPUT: PC2 Monitor at LOOP-OUT is ON.

IC5005 - pin 3 (LOOP_VD) : VSYNC output

V: 1V/div. H: 2.5msec/div.

INPUT: PC2 Monitor at LOOP-OUT is ON.

IC5904 - pin 4 (B_HSYNC) : HSYNC output

V: 1V/div. H: 5usec/div.

IC5904 - pin 7 (B_VSYNC) : VSYNC output

V: 1V/div. H: 2.5msec/div.

INPUT: PC1 SIGNAL: RGB, XGA@60Hz COLOR-BAR MAIN display only

IC5903 - pin 11 (B_MVD) : VSYNC output V: 1V/div. H: 2.5msec/div.

INPUT: HD1 SIGNAL: 1080i COLOR-BAR Monitor MAIN: VIDEO1, SUB: HD1 at PinP display

IC5011 - pin 15 (LOOP_R)

CH1: HSYNC output (IC5005 - pin 6 (LOOP_HD)) V: 2V/div. H: 5.0usec/div. CH2: R video output V: 500mV/div. H: 5.0usec/div.

INPUT: PC2 Monitor at LOOP-OUT is ON.

Page 62

3.2 FAILURE DIAGNOSIS BY LED

Status

Power OFF (Indicator OFF)

Power ON (Indicator ON)

Standby

PD (Power Down)

SD (Shut Down)

No backup copy (panel)

In the process of rewriting the program of the main microcoputer

In the process of rewriting the program of the MD microcoputer (during MOD)

In the process of rewriting the program of the ASTRA microcoputer (during PNL)

Wrong setting of the Power Unit (only for a 60-inch model) (5.1-V output to the

3.3-V line)

The red and green LEDs are unlit.

Lit in Green

Lit in Red

The red LED flashes at intervals of 500 ms one to n times*1 then go dark and remain unlit for 2500 ms.

The green LED flashes at intervals of 500 ms one to n times*1 then go dark and remain unlit for 2500 ms.

Lit in Red/Green LED flashes at intervals of 200 ms

Red LED flashes at intervals of 300 ms

Red LED flashes at intervals of 100 ms

The red and green LEDs flash simultaneously at intervals of 100 ms.

The red LED flashes twice at intervals of 200 ms, then the green LED flashes twice at intervals of 200 ms. Then both LEDs are unlit for 1000 ms.

LED Display Pattern Remarks

Red Green

Red

500ms 500ms 2500ms

Green

Red Green

(Once) ( n times)

500ms

200ms

300ms

100ms

200ms

500ms 2500ms

300ms

200ms

300ms

200ms

300ms

200ms

300ms

1000ms

300ms

200ms

300ms

200ms

300ms

200ms 200ms

200ms

300ms 300ms

300ms

200ms

300ms

1000ms

Same pattern repeated

*For details, see "SD (SHUTDOWN) DIAGNOSIS."

*For details, see "PD (POWER DOWN) DIAGNOSIS."

It is likely that a wrong power unit is mounted.

Page 63

Remarks

The temperature sensors do not operate properly.

Check if the cables are properly connected to each of the three temperature

sensors.

AMP IC in failure

Note: Check the connections of the speakers. A wrong usage of speakers by

customers, such as extended time of short-circuiting of the speaker outputs or

use of speakers with impedance of 6 ohms or less, may have caused a failure

Failure in communication with the module microcomputer or the defective

surrounding circuitry is suspected. Check if the communication line

If the signal detection by the module microcomputer is properly performed, the unit operates on an external sync.

Check the pull-up resistor of the IIC control line and the power to the corresponding IC.

Check if V + 12 V is started.

If RST2 does not become high after the unit is turned on, a shutdown will be generated in several seconds.

Check the pull-up resistor of the IIC control line and the power to the corresponding IC.

AMP IC in failure

Note: Check the connections of the speakers. A wrong usage of speakers by

customers, such as extended time of short-circuiting of the speaker outputs or

If TEMP1 that is read by the module microcomputer is 75°C or higher, a shutdown will be generated.

use of speakers with impedance of 6 ohms or less, may have caused a failure

(TXD0/RXD0) is short-circuited or open.

in the AMP IC.

Defective PointCN9004 CN311

–

CN312 or CN313 or CN315

Check Point

Pin 1 Pin 3 Pin 1 Pin 4 Pin 1 Pin 5

1 11.6 V 3.3 V 11.6 V 3.3 V 11.6 V 3.3 V Fan

2 11.6 V 3.3 V 11.6 V 3.3 V 11.6 V – DD Assy

3 11.6 V 3.3 V 11.6 V 3.3 V – 3.3 V DD Assy

5 11.6 V 3.3 V – – – 3.3 V Cable (ADX3456) between CN9004 and CN311

6 11.6 V – 11.6 V – 11.6 V – MAIN Assy

7 – 3.3 V – 3.3 V – 3.3 V MAIN Assy

Status

The fan is in failure.

First check if a foreign object is caught in the fan. Then check if the FAN cable

is properly connected.

Note: If you set the Main Power switch to ON while holding the MENU key on

the main unit pressed, the alarm is canceled, and the fan starts rotating at H

Failure

speed.

The output status of each connector pin and the defective point when typical

failures have been generated are shown in the table below:

As it is very difficult to identify the defective part, replacement of the Assy or the

The temperature of the unit or the ambient temperature may be abnormally high.

power unit is required.

Part

Possible Defective

IC3301, IC3401 The written SQ_PROG is incoherent with data on the DIGITAL Assy.

Checkpoint

Check the model number of the DIGITAL Assy and the destination of the sequence processor.

VER-HS

SQ-IC

EEPROM IIC communication line of IC3156 IC3151, IC3156

MD-IIC

RTRY CLK_SQ/TXD_SQ, etc. IC3151, IC3401 SQ_IC communication not established

MAIN SUB

Log Indication in Factory Mode

POWER SUPPLY Unit

Ambient temperature –

Is the output voltage of the DC-DC converter low? DD Assy

The 12 V power is not output.

IC3002

Abnormality in the panel temperature sensor IC3151 Check the connection with the SENSOR Assy.

AMP IC

– Check if cables are firmly connected.

IC3151

IC3151 Failure in writing in the module microcomputer

MODULE UCOM BLOCK

AD2 connector

–– – –

– Temperature sensor –

–

or DD Assy or Cable

––

FAN FAN or MAIN Assy

–– –

–– – –

––––

––

–

–– – –

–

DIGITAL Assy EEPROM

Busy BUSY BUSY_SQ IC3401 If BUSY_SQ remains high, a shutdown is generated.

Incoherent version (hardware, software)

PANEL SENSOR EEPROM BACKUP IIC communication line of IC3652 IC3151, IC3652

Communication error

Drive stop SQNO Check if the video sync signal is inputed to IC3401. CN3001, IC3401

DAC DAC IIC communication line of IC3157 IC3151, IC3157

Major Type Detailed Type

Failure in IIC

communication with the

Abnormality in the

Sequence Processor

SD (SHUT DOWN) DIAGNOSIS

Frequency of

LED Flashing

module microcomputer

– TMP_NG TEMP1

– RST2 –

High temperature of the

Abnormality in RST2

panel

power decrease

–––

Short-circuiting of the

speakers

–––

Failure in communication

with the module

–

microcomputer

Not used

Temperature sensor

AUDIO – AMP IC IC3002

Failure in IIC

communication with the

main microcomputer

Not used

–

Abnormality in the power

supply voltage

Not used –

Abnormality in

temperature

10 Abnormality in the fan – – –

Not used –

Page 64

Note:

The figures 2 to - indicate the number of

times the LED flashes when power-down

occurs in the corresponding route.

POWER SUPPLY UNIT

D21

Relay

Control

EXT_PD

Protection

Circuit

PD_TRG_B

DIGITAL ASSY

DRF_B

D5 to D8

ADR_PD

D3501toD3504

D16 to D19

Circuit

MUTE

IC3155

D3151toD3162

XSUSTN_PD

XDRIVE_PD

XDD_CNV_PD

PD_MUTE

SCN5V_PD

SCAN_PD

D10

YDRIVE_PD

YSUSTN_PD

YDD_CNV_PD

PS_PD

IC3151

Module Microcomputer

Block Diagram of the Power-Down Signal

AD1AD1

ADDRESS ASSY

X1X1

X DRIVE ASSY

Y1Y1

Y DRIVE ASSY

Page 65

PD (Power-down) diagnosis

Prediction of failure symptoms when a PD (power-down) is generated

LED Flashing

Count

2 Power supply PD

3 SCAN PD

4 IC5V PD

5 Y-DRIVE PD Y DRIVE Assy Abnormality in the 16.5 V power

6 Y DCDC PD Y DRIVE Assy

7 Y SUS PD Y DRIVE Assy

8 Address PD ADDRESS Assy

9 X-DRIVE PD X DRIVE Assy

10 X DCDC PD X DRIVE Assy

11 X SUS PD X DRIVE Assy

PD Circuit Checkpoint Main Cause

POWER SUPPLY Unit X, Y DRIVE Assy Each Assy SCAN Assy SCAN IC is damaged (short-circuiting between VH and GNDH)

Y DRIVE Assy

SCAN Assy

Y DRIVE Assy

Failure in the POWER SUPPLY Unit MSK_MOD is damaged (short-circuiting between VS and GND)

16.5V/ 12V/ 6.5V/ 5.1V short-circuit within one of PCB.

Connectors disconnected between the POWER SUPPLY Unit and the Y DRIVE Assy Connectors disconnected between the DIGITAL and the Y DRIVE Assys Failure in the VH power SCAN IC is damaged (short-circuiting between IC5V and GNDH) Disconnection of the scan-bridge (15-pin) connector Failure in the photo coupler Abnormality in the IC5V DC/DC converter

MSK_MOD is damaged (short-circuiting of the mask switch) Abnormality in the VOFS DC/DC converter Abnormality in the VPRST DC/DC converter Abnormality in VC_15V DC/DC converter Abnormality in the DK module Abnormality in the control signal line Short-circuiting of Vadr TCP damaged Connectors disconnected between the DIGITAL and the X DRIVE Assys Abnormality in the 16.5 V power Abnormality in VC_15V power Abnormality in VXNRST power Abnormality in the DK module Abnormality in the control signal line Connectors disconnected between the POWER SUPPLY Unit and the X DRIVE Assy

• List of detection of disconnected connectors

Assy Name Connector Connection Assy

CN1001 60 DIGITAL Assy 9 (X DRIVE)

60 X DRIVE

60 Y DRIVE

607 SCAN CN2901, CN2801 60 Y DRIVE Assy 4 (SCN-5V)

60 ADDRESS

CN1204 POWER SUPPLY Unit (ADR system) − White screen

CN1206 POWER SUPPLY Unit (drive system) 10 (X-DCDC)

CN1201, CN1203 ADDRESS Assy 8 (ADR)

CN2001 60 DIGITAL Assy 3 (SCAN)

CN2351 POWER SUPPLY Unit (drive system) 3 (SCAN)

CN2353 POWER SUPPLY Unit (ADR system) − White screen

CN2354, CN2356 60 ADDRESS Assy 8 (ADR) CN2401, CN2402 607 SCAN Assy 4 (SCN-5V)

CN1602, CN1802 60 DIGITAL Assy 8 (ADRS)

CN1601, CN1801 60 X/Y DRIVE Assy 8 (ADRS)

LED Flashing

Count

Screen Display

Page 66

X Drive PD system (607)

Resonance center electric potential

16.5V

VRN

VF15V

Y Drive PD system (607)

Resonance center electric potential

Reference voltage

comparison

Increase or decrease

voltage detection

Overcurrent

detection

Operation detection

(Increase or decrease

voltage detection)

Reference voltage

comparison

XSUS_PD

XDRIVE_PD

XDD_PD

YSUS_PD (red: 7 times)

IC5V

SCAN bridge (upper) connector disconnection detection

SCAN bridge (lower) connector disconnection detection

VOFS

VCPRST

VC_15V

Increase or decrease

voltage detection

Voltage

detection

Increase or decrease

voltage detection

Overvoltage

detection

Overvoltage

detection

Increase or decrease

voltage detection

SCN5V_PD (red: 4 times)

Y_DD_PD (red: 6 times)

SCAN_PD (red: 3 times)

16.5V

Overcurrent

detection

YDRV_PD (red: 5 times)

Page 67

3.3 RS-232C COMMANDS

Communication protocol : Asynchronous serial communication by RS-232C

Start bit length : 1 bit Data width : 8 bit (ASCII code/ no distinction between upper case and lower case) Parity : Odd Stop bit length : 1 bit Baud rate : 9600 bps (fixed) 232C control for module microcomputer If the unit cannot be turned on, abnormality detection is possible, by issuing an RS-232C command to the module. If the unit is in Standby mode, communication with the Module microcomputer becomes possible, by pressing the following keys:

OFF TIMER + OFF TIMER + EXIT + DISPLAY

1-1 Command format

Data format

The format of the control signal transmitted from the user side controller is as described below. STX (02Hex) is arranged at the time of communication start and ETX (03Hex) is arranged at the time of data transmission complete, and ID, command and parameter are arranged in between. Data consists of ASCII type alphanumeric characters, and there is no distinction between the upper case and the lower case.

In the case of command only [single function command]

STX (02hex) ID (2 byte) Command (3 byte) ETX (03hex)

Command processing

Command processing starts as soon as the command is entered. ID shall be the two asterisks, "∗∗". Do not input any other ID.

Acknowledgement (confirmation of reception)

The user-end controller will report its operational status and the settings to the system. The data to be sent back are in uppercase after deleting the ID code from the received command. After receiving a command from the system, the user-end controller will read out appropriate data from memory, according to the type of command, and send them back to the system. The command section is composed of three characters. The first character is fixed at Q, and the second and third characters are determined according to the content of the received command. The return data include the received 3-character command, various data that have been converted to ASCII codes, and a checksum. The number of bytes of the return data can vary, because the content of return data varies according to the type of QUEST commands.

Data transmitted by the system Data transmitted to the system

STX COMMAND

∗∗

QS10x02

The module microcomputer will make a judgment regarding the command received, and if the command is judged to be an invalid one, the following acknowledgement is sent back. In such a case, if the command is unknown, ERR is sent back. XXX is sent back if the command itself is valid, but it cannot be processed, because of its status.

ETX

0x03

STX COMMAND

QS1

54AHM2....0x02

DATA

ETX

0x03

Data transmitted by the system

In a case of an invalid command ??? :

STX COMMAND

0x02

In a case of a command not executable because of its status (Example: The QS2 command is issued immediately after the same command was issued.)

STX COMMAND

0x02

∗∗

???

QS2

ETX

0x03

ETX

0x03

Data transmitted to the system

STX COMMAND

0x02

STX COMMAND

0x02

ERR

XXX

ETX

0x03

ETX

0x03

Page 68

1-2 Command

Command Function Outline

QS1 Acquiring data on the unit, such as the version of the program

QS2 Acquiring data on the status of the unit, such as temperature

QIP Acquiring data on operations of the panel

QPD Acquiring data from the 8 latest power-down (PD) logs

QSD Acquiring data from the 8 latest shutdown (SD) logs

QSI Acquiring data on input video signals

1-2-1 Acquisition of panel statuses • • • [QS1]

The command QS1 is for acquiring data necessary for authentication of both the main unit's microcomputer and the module's microcomputer.

Command

Format

[QS1] All operations To acquire data on product status Return data: 3 (ECO) + 43 (DATA) + 2 (CS) = 48 Byte

Data Arrangement

ECO 3 Byte QS1

1 Resolution/size 1 Byte F

2 Generation 1 Byte 7

3 Reserved 1 Byte *

4 Reserved 1 Byte *

5 Reserved 1 Byte M

6 MDUcom-Boot 3 Byte 01A

7 MDUcom-PRG 8 Byte 001A_M "space × 2"

8 ASTRA-Boot 3 Byte 01A

9 ASTRA-PRG 8 Byte 001Y "space × 4"

10 SQ-VIDEO 4 Byte 001Y

11 SQ-PC 4 Byte 001Y

12 Reserved 1 Byte P

13 Reserved 7 Byte ∗∗∗∗∗∗∗

CS 2 Byte 7B

Effective Operation

Modes

Data

Length

Function Remarks

Output Example

1: Resolution/size

3 1024∗768-42

4 1024∗768-43

5 1280∗768-50

6 1365∗768-50

7 1365∗768-60

F 1920∗1080-50

2: Generation

6G6

7G7

8G8

9G9

0 G10

6 to 11 : Version information (at Power ON)

Numeric and alphabet display Normal

" ∗ " display Failure

Page 69

1-2-2 Acquisition of panel operation data • • • [QS2]

The command QS2 is for acquiring data on the panel's operations. Basically, this command is used for the module's microcomputer to inform the main unit's microcomputer of changes in panel operation.

Command

Format

[QS2] All operations

ECO 3 Byte QS2

1 Notification of mode shifting to STB 1 Byte 1

2 Flag for adjustment of the main unit 1 Byte 0

3 Flag for adjustment-data backup 1 Byte 0

4 "1st PD" data 1 Byte 0

5 "2nd PD" data 1 Byte 0

6 Still picture detection 1 Byte 0

7 Reserved 2 Byte ∗∗

8 Temperature data (TEMP 1) 3 Byte 128

9 SD main data 1 Byte 0

10 SD subdata 1 Byte 0

11 Operation status induced by SD 1 Byte 0

12 Data from the hour meter 8 Byte 00000259

13 MASK indication 1 Byte 0

CS 2 Byte 4A

Notification of mode shifting to Standby

Entering Standby

mode failed

Entering Standby

mode succeeded

2: Adjustment of the

main unit

Adjustment completed

Adjustment not

completed

3: Adjustment-data

backup

0 With backup data

1 No data

Effective Operation

Modes

Data Arrangement

To acquire data on operations of the panel

4, 5: PD data

0 No PD data

1 Not used

2 POWER

3SCAN

4 SCN-5V

5 Y-DRV

6 Y-DCDC

7 Y-SUS

8ADRS

9 X-DRV

A X-DCDC

B X-SUS

C Not used

D Not used

E Not used

F UNKNOWN

Data

Length

Function Remarks

Output Example

Return data: 3 (ECO) + 23 (DATA) + 2 (CS) = 28 Byte

6: Still picture

detection

0 Normal screen

1 Still picture

9: SD main data

0 No SD

1 SQ-IC

2 MDU-IIC

3RST2

4 TEMP

10-1: SD-Sub (SQ-IC)

0 No SD-Sub data

1 Communication error (LR/G7)

2 Drive stop (LR/G7)

3 BUSY

4 Communication error (L)

5 Drive stop (L)

6 Incoherent versions (H/S)

7 Incoherent versions (L/R)

8 VICTRIA communication error

9 Communication error (R)

A Drive stop (R)

10-2: SD-Sub (IIC)

0 No SD-Sub data

1 EEPROM

2 BACKUP

3 DAC

11: Operation status

induced by SD

0 Normal

1 Relay-off completed

During warning

indication

10-3: SD-Sub (TEMP)

0 No SD-Sub data

1 TEMP1

2 Reserved

3 TEMP0

4 FAN

13: MASK indication

0 MASK-OFF

1 MASK-ON

• The high-order 6 bytes of a value indicated by the Hour Meter represent hours, and the lower-order 2 bytes represent minutes. The maximum record time is 279,620 hours 16 minutes. If the value exceeds that number, it will be reset to 0.

• The TEMP1 input value (10 bits) is transmitted in 3 bytes in decimal notation (range: 000-999) as temperature data. Values of 1000-1023 are handled as 999. (During Standby mode, the value retained in RAM is transmitted.)

Page 70

1-2-3 Acquisition of other data on the panel • • • [QIP]

The command QIP is for acquiring data other than those available with QS1 (data necessary before turning the power on) and QS2 (data to inform of operational status change).

Command

Format

[QIP] All operations

ECO 3 Byte QIP

1 SERIAL 15 Byte - - - - - - - - - - - - - - -

2 HOUR METER 8 Byte 00000000

3 TOTAL HR MTR 8 Byte 00000000

4 PON COUNTER 8 Byte 00000000

5 TEMP1 acquisition (Temperature value) 5 Byte +23.5

6 5 Byte +28.7

TEMP0 acquisition (Temperature value)

7 MAX-TEMP1 acquisition (Temperature value) 5 Byte +78.3

8 Reserved 4 Byte ∗∗∗∗

CS 2 Byte 94

Effective Operation

Modes

Data Arrangement

Function Remarks

To acquire data on operations of the panel

Data

Length

Output Example

Return data: 3 (ECO) + 58 (DATA) + 2 (CS) = 63 Byte

Page 71

1-2-4 Acquisition of PD logs • • • [QPD]

The command QPD is for acquiring data from the 8 latest power-down (PD) logs.

Command

Format

[QPD] All operations

ECO 3 Byte QPD (fix)

1 Latest "1st PD" data 1 Byte A

2 Latest "2nd PD" data 1 Byte 2

3 Data from the hour meter for the latest PD 8 Byte 00010020

4 Second latest "1st PD" data 1 Byte E

5 Second latest "2nd PD" data 1 Byte 9

6 Data from the hour meter for the second latest PD 8 Byte 00008523

7 Third latest "1st PD" data 1 Byte 4

8 Third latest "2nd PD" data 1 Byte 3

9 Data from the hour meter for the third latest PD 8 Byte 00004335

10 Fourth latest "1st PD" data 1 Byte 2

11 Fourth latest "2nd PD" data 1 Byte 0

12 Data from the hour meter for the fourth latest PD 8 Byte 00000945

13 Fifth latest "1st PD" data 1 Byte 4

14 Fifth latest "2nd PD" data 1 Byte 0

15 Data from the hour meter for the fifth latest PD 8 Byte 00000715

16 Sixth latest "1st PD" data 1 Byte A

17 Sixth latest "2nd PD" data 1 Byte 2

18 Data from the hour meter for the sixth latest PD 8 Byte 00000552

19 Seventh latest "1st PD" data 1 Byte A

20 Seventh latest "2nd PD" data 1 Byte 0

21 Data from the hour meter for the seventh latest PD 8 Byte 00000213

22 Eighth latest "1st PD" data 1 Byte D

23 Eighth latest "2nd PD" data 1 Byte 0

24 Data from the hour meter for the eighth latest PD 8 Byte 000001A7

CS 2 Byte 27

Effective Operation

Modes

Data Arrangement

Function Remarks

To acquire data on the power-down logs

Data

Length

Output Example

Return data: 3 (ECO) + 80 (DATA) + 2 (CS) = 85 Byte

 PD data

0 No PD

1 Not used

2 P-POWER

3 SCAN

4 SCN-5V

5 Y-DRIVE

6 Y-DCDC

7 Y-SUS

8 Address

9 X-DRIVE

A X-DCDC

B X-SUS

DIG-DCDC

D Not used

E Not used

F UNKNOWN

Unit of HOUR METER : minutes

Page 72

1-2-5 Acquisition of SD logs • • • [QSD]

The command QSD is for acquiring the data from the 8 latest shutdown (SD) logs.

Command

Format

[QSD] All operations

ECO 3 Byte QSD (fix)

1 Latest SD data 1 Byte 1

2 Latest SD subcategory data 1 Byte 0

3 Data from the hour meter for the latest SD 8 Byte 00752013

4 Second latest SD data 1 Byte 5

5 Second latest SD subcategory data 1 Byte 0

6 Data from the hour meter for the second latest SD 8 Byte 00456378

7 Third latest SD data 1 Byte 2

8 Third latest SD subcategory data 1 Byte 3

9 Data from the hour meter for the third latest SD 8 Byte 00347845

10 Fourth latest SD data 1 Byte 2

11 Fourth latest SD subcategory data 1 Byte 4

12 Data from the hour meter for the fourth latest SD 8 Byte 00175635

13 Fifth latest SD data 1 Byte 1

14 Fifth latest SD subcategory data 1 Byte 0

15 Data from the hour meter for the fifth latest SD 8 Byte 00083450

16 Sixth latest SD data 1 Byte 2

17 Sixth latest SD subcategory data 1 Byte 2

18 Data from the hour meter for the sixth latest SD 8 Byte 00045662

19 Seventh latest SD data 1 Byte 0

20 Seventh latest SD subcategory data 1 Byte 0

21 Data from the hour meter for the seventh latest SD 8 Byte 00000000

22 Eighth latest SD data 1 Byte 0

23 Eighth latest SD subcategory data 1 Byte 0

24 Data from the hour meter for the eighth latest SD 8 Byte 00000000

CS 2 Byte 7D

Effective Operation

Modes

Data Arrangement

Function Remarks

To acquire data on the shutdown logs

Data

Length

Output Example

Return data: 3 (ECO) + 80 (DATA) + 2 (CS) = 85 Byte

¶ SD data

0 No SD

1 SQ-IC

2 MDU-IIC

3 RST2

4 TEMP

¶ SD subcategory (SQ-IC)

0 No SD-Sub data

1 Communication error (LR)

2 Drive stop (LR)

3 BUSY

4 Communication error (L)

5 Drive stop (L)

6 Incoherent versions (H/S)

7 Incoherent versions (L/R)

8 VICTRIA communication error

9 Communication error (R)

A Drive stop (R)

¶ SD subcategory (MDU-IIC)

0 No SD-Sub data

1 EEPROM

2 BACKUP

3 DAC

¶ SD subcategory (TEMP)

0 No SD-Sub data

1 TEMP1

2 Reserved

3 TEMP0

4 FAN

Page 73

1-2-6 Acquisition of input signal data • • • [QSI]

The command QSI is for acquiring all data on input video signals.

Command

Format

[QSI] All operations

ECO 3 Byte QSI

1 Reserved 3 Byte ∗∗∗

2 Reserved 1 Byte ∗

3 Reserved 2 Byte ∗∗

4 Reserved 4 Byte ∗∗∗∗

5 Reserved 4 Byte ∗∗∗∗

6 Reserved 4 Byte ∗∗∗∗

7 Reserved 4 Byte ∗∗∗∗

8 Reserved 4 Byte ∗∗∗∗

9 Reserved 4 Byte ∗∗∗∗

10 Reserved 4 Byte ∗∗∗∗

11 Reserved 4 Byte ∗∗∗∗

12 Reserved 3 Byte ∗∗∗

13 Detection of V frequency 4 Byte 6002

14 Detection of existence of H 1 Byte Y

15 Reserved 3 Byte ∗∗∗

16 Reserved 4 Byte ∗∗∗∗

17 Reserved 4 Byte ∗∗∗∗

18 Reserved 1 Byte ∗

19 Reserved 1 Byte ∗

20 Reserved 1 Byte ∗

21 Reserved 1 Byte ∗

22 Reserved 1 Byte ∗

23 Reserved 4 Byte ∗∗∗∗

CS 2 Byte 27

Effective Operation

Modes

Data Arrangement

Function Remarks

To acquire all data on input video signals

Data

Length

Output Example

Return data: 3 (ECO) + 66 (DATA) + 2 (CS) = 71 Byte

14: Detection of existence of H

N No H

Y H detected

• Detection of V frequency: The V signal input to the panel is measured in the range of 30.51 Hz to 99.99 Hz. The measured value is multiplied by 100 and then output.

Page 74

3.4 POWER ON/OFF FUNCTION FOR THE LARGE-SIGNAL SYSTEM

Function: It is an operational mode where the digital signal processing performs circuit operation but the power

is not supplied to the panel driving system (large signal system) in order to avoid a power down.

Application:

1. When it is necessary to check whether the signal output is correctly reaching the drive system in a repairing activity etc.

2. In the case of a PD, to determine whether the problem is with the large signal system power supply or with the small signal system power supply.

Method:

1. Make shorting between the specified location (refer to the illustration below) of the PCB surface of the 60 DIGITAL ASSY and the nearby pattern.

2. Execute [DRV S00] by RS232C command. ([DRV S01] for release)

Supplemental explanation:

• When the large signal system power supply is in OFF state, there will be no PD, except PD of power supply, as the PD signal has

been muted.

• If the clip is removed in the OFF state of the large signal system power supply, PD will take place at the instance of clip

removal. Therefore, be sure to remove the clip after turning the power OFF.

• Under RS232C command control, [DRVS01] (release) is possible during power ON. However, there is a possibility of

damaging the set. Therefore, make this operation only after turning the power OFF.

• Command [DRVS00/S01] is effective even during standby. When the main power is turned OFF, however, [DRVS01]

(release) will be effective.

60 DIGITAL Assy

Short the two adjacent electrodes on the surface by a method which assures continuity, such as using a crocodile clip.

Page 75

3.5 FAN CONTROL

According to temperature data from the temperature sensor(s), the Main microcomputer controls the speed of the fan, as shown in the table below. You can confirm the temperature inside the unit, using the Service Menu.

Unit: °C

Fan Speed PX-50XM6 PX-50XR6 PX-60XM5 PX-60XR5

OFF → L No Stop mode 59 No Stop mode 43

L → M 65 64 45 46

M → H 69 69 48 50

Temperature Alarm 82 82 82 82

Note:

PX-50XM6/XR6: The speed is controlled, using the maximum temperature detected by any of the T1 to T3 sensors.

PD5001

PX-60XM5/XR5: The speed is controlled, using the temperature detected by the T3 sensor.

PD6001

PD5001

PD6001

Page 76

4. ADJUSTMENT

1. At shipment, the unit is adjusted to its best conditions. Normally, it is not necessary to readjust even if an assembly is replaced. If the

adjustment is shifted or if it becomes necessary to readjust because of part replacement, etc., perform the adjustment as described below.

2. Any value changed in Service/Factory mode will be stored in memory as soon as it is changed. Before readjustment, take note of the

original values for reference in case you need to restore the original settings.

3. Use a stable AC power supply.

4.1 ADJUSTMENT REQUIRED WHEN THE SET IS REPAIRED OR REPLACED

When any of the following assemblies is replaced

POWER SUPPLY Unit

60 DIGITAL Assy

60 X DRIVE Assy No adjustment required

60 Y DRIVE Assy No adjustment required

607 SCAN A Assy

607 SCAN B Assy

Service Panel Assy

MAIN Assy

SUB Assy (Audio, 232C, Sensor, etc.)

Refer to the "4.5 HOW TO CLEAR HISTORY DATA". Accumulated number of power-ons. Note: NEVER turn the variable control.

Refer to the "4.3 BACKUP OF THE EEPROM (DIGITAL ASSY)".

No adjustment required

Refer to the "4.4 ADJUSTMENTS WHEN THE SERVICE PANEL ASSY IS REPLACED". Refer to the "4.5 HOW TO CLEAR HISTORY DATA".

Refer to the "4.2 ADJUSTMENT". Refer to the "4.6 HOW TO BACKUP EEPROM MEMORY (MAIN ASSY)".

No adjustment required

PANEL SENSOR Assy

Other assemblies

Writing of backup data is required. Refer to the "4.3 BACKUP OF THE EEPROM (DIGITAL ASSY)".

No adjustment required

Page 77

When any part in the following assemblies is replaced

Notes on replacing parts

For the parts described in the list below, replacement is required for the whole Assy, not only the defective part. If any part listed below is identified as defective and needs replacement, replace the whole Assy, and make necessary adjustments after replacement.

Reason: The whole Assy must be replaced, because adjustments and data rewriting for the Assy at the level of production

line are required.

POWER SUPPLY Unit

60 DIGITAL Assy

60 X DRIVE Assy

60 Y DRIVE Assy

607 SCAN A Assy

607 SCAN B Assy

MAIN Assy

SUB Assy (Audio, 232C, Sensor, etc.)

PANEL SENSOR Assy

The assembly must be replaced as a unit, and no part replacement is allowed.

No adjustment required

Only the parts mentioned in (Note 1) below can be replaced. Other parts must not be replaced. If a replacement is required, replace the whole Assy.

Only the parts mentioned in (Note 2) below can be replaced. Other parts must not be replaced. If a replacement is required, replace the whole Assy.

No adjustment is required after replacement of parts other than those mentioned above.

Other assemblies

Note 1: Replaceable parts in the MAIN Assy

IC5006, IC5301, IC5302, IC5605, IC5902, IC5903, IC5906, IC6403, IC7002, IC7003, IC7004, IC8002, IC8003, IC9502 , IC9503 , IC9504, X8001 , X8002 , X9501

Note 2: Replaceable parts in the SUB Assy

AUDIO Assy : IC3001, IC3002, IC3004 PWR Assy : S2601 232C Assy : IC2002, IC2004, JA2001, JA2002 LED Assy : U2102

The assembly must be replaced as a unit, and no part replacement is allowed.

Page 78

4.2 ADJUSTMENT



 Adjusting conditions

Adjustments should be carried out in the procedures of A to B specified below. However, any adjustments other than the items A to B below are not required.

A. When the "Panel ASSY (PDP Service ASSY 42H6D1)" is replaced, adjustments should

conform to the adjusting items of [1] specified below.

B. When the "MAIN ASSY" is replaced, adjustments should conform to the adjusting item of

[2, 3] specified below.



Adjusting items

1. Clearing of the usage time (Using the remote control)

Press the keys in the order of [POWER ON] → [POWER ON] → [EXIT] → [DISPLAY] in order to enter the factory

(1)

adjustment menu.

(2)

Press the [MENU/ENTER] key to select the [USAGE TIME] menu (8/11). Then, the integrated time [34567 (hours)] (example) accumulated till the present time is displayed when the main power supply is turned on (except for the standby mode).

USAGE TIME

34567H

232C-ALARM RX 0

TX 0

[MENU/ENTER] NEXT [EXIT] PREV 8/10

How to count the usage time

Usage time is counted in units of hours, rounded downward. Note: If the unit is turned off with the Main Power switch or by unplugging the AC power cord, the usage time is not counted, even if the unit had been used for more than one hour, because no power is supplied to the microcomputer. However, the usage time is counted if the unit is turned off with the remote control unit.

Examples:

• If the unit is turned off by cutting power at the Main Power switch, unplugging the AC power cord, or using the remote control unit, after only 50 minutes of usage, the usage time is not counted.

• If the unit is turned off by cutting power at the Main Power switch or unplugging the AC power cord after being used for an hour and a half then turned on by pressing the Main Power switch or plugging in the AC power cord after 50 minutes, the usage time is counted as an hour.

• If the unit is turned off by using the remote control unit after usage for an hour and a half then turned on by using the remote control unit after 50 minutes, the usage time is counted as 2 hours.

(3) When the keys are pressed in the order of [MUTE] → POSITION/CONTROL [ ] →

POSITION/CONTROL [ ] → [OFF TIMER], the display is cleared to [00000H]. At that time, the characters of [RESET] are displayed for about 5 seconds on the right side of time display.

USAGE TIME

00000H RESET

232C-ALARM RX 0

TX 0

[MENU/ENTER] NEXT [EXIT] PREV 8/10

Page 79

2. Adjustments after the replacement of the MAIN ASSY (Using the remote control)

2-1. Product serial No. registration

(1)

Press the keys in the order of [POWER ON] → [POWER ON] → [EXIT] → [DISPLAY] in order to enter the factory adjustment menu.

(2)

Press the [MENU/ENTER] key to select the [MONITOR INFORMATION] No. menu. (Example :

60-WXGA)

PX-50XR6A)

MONITOR INFORMATION

MODEL NAME

60-WXGA

: PX-60XR5A

SERIAL/NUMBER

SOFT WARE VERSION

: C123

USAGE TIME

: 00000H

T1 025 T2 025 T3 025 T4 - -

[MENU/ENTER] NEXT [EXIT] PREV 9/10

(3)

Press the [WIDE] key 4 times to display a cursor in the lower column of [SERIAL/NUMBER].

MONITOR INFORMATION

MODEL NAME

: PX-60XR5A

60-WXGA

(Caution 1)

SERIAL/NUMBER

SOFT WARE VERSION

: C123

(Caution 2)

USAGE TIME

: 00000H

T1 025 T2 025 T3 025 T4 - -

[MENU/ENTER] NEXT [EXIT] PREV 9/10

(Caution 1) No modification is possible here because this modification is already finished by 3-2.

Factory shipment setting (initial setting).

(Caution 2) No modification is possible here because registration is already finished at the time of

shipment in terms of maintenance parts.

(4)

Moving the POSITION/CONTROL keys of [ ] and [ ], select the numerals and characters of the serial number that is listed in the serial label located on the rear surface of the product. Register the serial number. (Blank → 0 – 9→A – Z)

(5)

Moving the POSITION/CONTROL keys of [ ] and [ ], select the next digit by means of a cursor.

(6)

Repeat the processes of (4) and (5) above and register the serial number completely.

Page 80

• What each digit of the serial number represents

Serial No.

1 Production year (last digit of the Gregorian year) 2 Production month (Jan-Sep: 1-9, Oct: X, Nov: Y, Dec: Z) 3 GS model: 1, Models other than GS: 0 4, 5, 6, 7

Serial number from 0001 to 9999, freshly started from 0001 in each production month, no duplication nor unused number within one month

8 Production place 9 Management code (the first code is arbitrary)

S→A→M→T→Z→N→K→U→C→W→J→P

Example:

First product in March 1999 → 93000019C First product in November 2000 → 0Y000019W

(Example) When entering a serial number of [2900123 9Z]

Move the POSITION/CONTROL keys of [ ] and [ ] to select [2].

MONITOR INFORMATION

MODEL NAME

: PX-60XR5A

60-WXGA

SERIAL/NUMBER

: 2

SOFT WARE VERSION

: C 123

USAGE TIME

: 00000H

T1 025 T2 025 T3 025 T4 - -

[MENU/ENTER] NEXT [EXIT] PREV 9/10

Move the POSITION/CONTROL keys of [ ] and [ ] to select the next digit.

MONITOR INFORMATION

MODEL NAME

: PX-60XR5A

60-WXGA

SERIAL/NUMBER

: 2

SOFT WARE VERSION

: C 123

USAGE TIME

: 00000H

T1 025 T2 025 T3 025 T4 - -

[MENU/ENTER] NEXT [EXIT] PREV 9/10

Page 81

3 Repeat the procedures of 1 and 2 above, and enter all inputs of [2900123 9Z] from the left side.

MONITOR INFORMATION

MODEL NAME

60-WXGA

: PX-60XR5A

SERIAL/NUMBER

: 2900123 9Z

SOFT WARE VERSION

: C123

Note: Leave one space between the 7th and 8th digits.

T1 025 T2 025 T3 025 T4 - -

[MENU/ENTER] NEXT [EXIT] PREV 9/10

(7) Following the above, setting must be carried out without fail according to "2-2. Factory shipment

setting (Initial setting)"

2-2. Factory shipment setting (Initial setting)

(1) Press the [MENU/ENTER] ke to select the [FUNCTION] menu.

(2) Move the POSITION/CONTROL keys of [ ] and [ ] to the item of [SHIP]. Then, move the

POSITION/CONTROL keysof [ ] and [ ] to select [DESTINATION ALPHABETS] shown below. (The asterisks * shown below denote the numerals or the characters.)

Note: Do make the factory shipment setting even if a proper destination has been set.

A : PD6001/U1B

A : PX- * * * * * A AW :

G : PX- * * * * * G, GS

PX- * * * * * W

W : WW :

GW : OEM for Europe

OEM for North America

OEM for a destination other than the above

FUNCTION

SCART OFF ROTATE PIN 1 SHIP A MATRIX AUTO LIMIT-VD OFF TMDS EQU AUTO LIMIT-PC ON GAMMA MD 12 VOL OFFSET 2 ACCDT COMP 3 EXT-PC OFF ACTVH TIME 2

[MENU/ENTER] NEXT [EXIT] PREV 10/10

(3) Press the keys in the order of [MUTE]→POSITION/CONTROL [ ] → POSITION/CONTROL

[ ] →[OFF TIMER] to make "Factory shipment setting". When "Factory shipment setting" is executed, the red characters of [SET] is shown for about 5 seconds on the right side of the [DESTINATION ALPHABETS]. The setting is finished when these red characters of [SET] go out. In regard to the factory shipment setting values, refer to the descriptions given below.

Page 82

FUNCTION

SCART OFF ROTATE PIN 1 SHIP A MATRIX AUTO LIMIT-VD OFF TMDS EQU AUTO LIMIT-PC ON GAMMA MD 12 VOL OFFSET 2 ACCDT COMP 3 EXT-PC OFF ACTVH TIME 2

[MENU/ENTER] NEXT [EXIT] PREV 10/10

Press the keys of the remote control in the order of [POWER ON] → [POWER ON] → [EXIT] →

(4)

[DISPLAY] in order to withdraw from the Factory shipment setting.

[Factory shipment setting values]

1. Initial setting values for the user menu (applicable in common to all models)

MENU A,G,W

POWER ON/OFF ON

VOLUME 10step

INPUT MODE VIDEO1

WIDE MODE STADIUM

AUTO PICTURE

HD SELECT

LANGUAGE ENGLISH

COLOR SYSTEM AUTO

All items intended to recover the initial values through the selection of [All Reset] in the user menu

2. Field menu initial setup values (applicable in common to all models)

MENU A

SERVICE

MONITOR

INFORMATION

SHIP G W

PSC-LIMIT OFF OFF

LIMIT-PC ON ON

V-FREQ OT AUTO 60Hz 60Hz

V-FREQ VD AUTO SYNCLEVEL1 TTL TTL SYNCLEVEL2 TTL TTL

SUB-ORB ON ON ON

PIC FREEZE ON ON ON

MODEL NAME

OFF

TTL TTL

PD5001/U1B

PX- ***** A PX- ***** G PX- ***** W

OFF (RGB)

1080I

Initial values

60Hz 60Hz

Page 83

3. Initial setting values for the Factory shipment setting menu The table shown below specifies only the items that can be changed in the factory adjusting mode.

Therefore, any setting values of the items not specified below cannot be modified.

FUNCTION

MONITOR

INFORMATION

AG W

SHIP A G W

LIMIT-PC ON ON ON

SERIAL/

-- -

NUMBER

Page 84

[Materia ls for reference]

1. Signal generator

(1) Digital RGB , Component signal generator

• Equivalent to the VIDEO GENERATOR LT1615 (made by LEADER)

• Equivalent to the PANEL LINK ADAPTER LT9217 (made by LEADER)

• Equivalent to the VIDEO ENCODE R LT1606 (made by LEADER)

(2) NTSC signal generator

• Equivalent to the NTSC PATTERN GENERATER LCG-403YC (made by LEADER)

(3) PAL signal generator

• Equivalent to the COLOR BAR PATTERN GENERATOR PM5518 (made by PHILIPS)

2. VIDEO input

Input : Composite video input or S-terminal input

3. DVD/HD/DTV inputs

3-1. HD: Y/Pb/Pr component inputs, ternary sync signals

700

300

2.5

5.7

25.1

( H-sync of the Y signal)

The time indication is based on the rise time of the ternary sync signals.

3-2. DVD: Y/Cb/Cr component inputs

(All white level)

700

300

21.9

25.1

PrPb

350

18.6

21.9

CrCb

700

8.8

15.2

55.4

( H-sync of the Y signal)

The time indication is based on the lowering of the Horizontal sync signal.

48.7

55.4

42.0

48.7

Page 85

4. RGB inputs

1) Horizontal sync period

Video signal

0.7Vp-p

Sync signal

TTL level

Positive/negative polarity

2) Vertical sync period

Video gnasil

0.7Vp-p

Sync signal

TTL level

Positive/negative polarity

For the respective inspection signals, the above " a " to " j " shall be listed on the next page and thereafter.

cde

i j h

Page 86

5. RGB/PC signal timing table

(Caution 1) The received PC mode number specified below is displayed in the memory column of the user menu

"Information."

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

[a]

[d]

[c]

[b]

[e]

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

123 45

PC98

400@70Hz

PC98

480@60Hz

640*400 640*480

25.175 25.175

31.469 31.469

70.086 59.94

31.778 31.778

800 800

25.422

640

25.422

640

0.675 0.596

17 15

2.542 3.813

64 96

NOT USED NOT USED NOT USED

3.138 1.946

79 49

V total (mS)

[f]

V display period (mS)

[i]

[h]

[g]

[j]

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

Scan type

Remarks

14.268 16.683

449 525

12.711 15.253

400 480

0.413 0.191

13 6

0.064

1.08 1.176

34 37

Neg Neg

Non Interlaced Non Interlaced

Page 87

PC mode

Signal name

678910

MAC@13" VESA

VESA

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

Scan type

Remarks

480@72Hz

480@75Hz

480@85Hz

640*480 640*480 640*480 640*480

30.24 31.5 31.5 36.0

35 37.861 37.5 43.269

66.667 72.809 75 85.008

28.571 26.413 26.667 23.111

864 832 840 832

21.164 20.317 20.317 17.778

640 640 640 640

2.116 0.762 0.508 1.556

64 24 16 56

2.116 1.27 2.032 1.556

64 6440 56

3.175 4.064 3.81 2.222

96 128 120 80

15 13.735 13.333 11.764

525 520 500 509

13.714 12.678 12.8 11.093

480 480 480 480

0.086 0.237 0.027 0.023

39 11

0.086 0.079 0.08 0.069

3333

1.114 0.739 0.427 0.578

39 28 16 25

Sync on G

Neg

NonInterlaced NonInterlaced NonInterlaced NonInterlaced

NOT USED

Page 88

PC mode

Signal name

11 12 13 14 15

VESA

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

600@56Hz

600@60Hz

600@72Hz

600@75Hz

600@85Hz

800*600 800*600 800*600 800*600 800*600

36 40 50 49.5 56.25

35.156 37.879 48.077 46.875 53.674

56.25 60.317 72.188 75 85.061

28.444 26.4 20.8 21.333 18.631

1024 1056 1040 1056 1048

22.222 20 16 16.162 14.222

800 800 800 800 800

0.667 1 1.12 0.323 0.569

24 40 56 16 32

2 3.2 2.4 1.616 1.138

72 128 120 80 64

3.556 2.2 1.28 3.232 2.702

128 88 64 160 152

17.778 16.579 13.853 13.333 11.756

625 628 666 625 631

17.067 15.84 12.48 12.8 11.179

600 600 600 600 600

0.028 0.026 0.77 0.021 0.019

113711

0.057 0.106 0.125 0.064 0.056

24633

0.626 0.607 0.478 0.448 0.503

22 23 23 21 27

Pos.

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Non Interlaced Non Interlaced

Page 89

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

16 17 18 19 20

MAC@16"

I/O data wide VESA wide

(NEC1)

832*624 852*480 848*480

57.2832 34.006 33.75

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

49.725 31.722 31.02

74.55 59.966 60

20.111 31.524 32.237

1152 1072 1088

14.524 25.055 25.126

832 852 848

0.559 0.659 0.474

32 22 16

1.117 3.764 3.319

64 128 112

NOT USED NOT USED

3.91 2.047 3.319

224 70 112

13.414 16.676 16.667

667 529 517

12.549 15.132 15.474

624 480 480

0.02 0.378 0.193

112 6

0.06 0.095 0.258

33 8

0.784 1.072 0.741

39 34 23

Sync on G

Neg

Pos. Pos.

Scan type

Remarks

NonInterlaced NonInterlaced NonInterlaced

Page 90

PC mode

Signal name

21 22 23 24 25

VESA wideW-XGA

VESA

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

800@60Hz

1280*800

85.5

49.702

59.810

20.120

1680

15.329

1280

0.862

1.533

128

2.395

200

16.720

831

16.096

800

0.060

0.121

0.443

Pos. Pos.

(NEC4)

768@60Hz

768@70Hz

1360*768 1024*768 1024*768

85.5 65 75

47.712 48.363 56.476

60.015 60.004 70.069

20.959 20.677 17.707

1792 1344 1328

15.906 15.754 13.653

1360 1024 1024

0.749 0.369 0.32

64 24 24

1.31 2.092 1.813

112 136 136

NOT USED

2.994 2.462 1.92

256 160 144

16.662 16.666 14.272

795 806 806

16.097 15.88 13.599

768 768 768

0.063 0.062 0.053

333

0.126 0.124 0.106

666

0.377 0.6 0.513

18 29 29

Pos. Pos.

Neg.

Scan type

Remarks

NonInterlaced

NonInterlaced NonInterlaced NonInterlaced

Page 91

PC mode

Signal name

26 27 28 29 30

VESA

768@75Hz

VESA

768@85Hz

MAC@19" VESA

VESA

1024@60Hz

1024@75Hz

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

1024*768 1024*768 1024*768 1280*1024 1280*1024

78.75 94.5 80 108 135

60.023 68.677 60.24 63.981 79.976

75.029 84.997 74.93 60.02 75.025

16.66 14.561 16.600 15.63 12.501

1312 1376 1328 1688 1688

13 10.836 12.8 11.852 9.481

1024 1024 1024 1280 1280

0.203 0.508 0.4 0.444 0.119

16 48 32 48 2

1.219 1.016 1.2 1.037 1.067

96 96 96 112 144

2.235 2.201 2.2 2.296 1.837

176 208 176 248 248

13.328 11.765 13.347 16.661 13.329

800 808 804 1066 1066

12.795 11.183 12.749 16.005 12.804

768 768 768 1024 1024

0.017 0.015 0.050 0.016 0.013

11311

0.05 0.044 0.050 0.047 0.038

33333

0.466 0.524 0.498 0.594 0.475

28 36 30 38 38

Pos.

—

Pos.

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Non Interlaced Non Interlaced

Page 92

PC mode

Signal name

31 32 33 34 35

IDC-3000G

PAL 625P

IDC-3000G

NTSC 525P

HDTV-J

TV(480P) DTV(720P)

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

768*576 640*480 1920*1035 644*483 1280*720

29.687 24.39 74.25 24.37 74.25

31.389 31.47 33.75 31.469 45.000

50 59.9 60 59.94 60

31.933 31.775 29.63 31.777 22.222

948 775 2200 774 1650

25.87 26.24 25.86 26.427 17.239

768 640 1920 644 1280

0.269 0.41 0.59 0.75 0.943

810441870

2.526 2.46 0.59 2.35 1.077

75 60 44 57 80

3.267 2.665 2.59 2.25 2.963

97 65 192 55 220

19.911 16.522 16.666 16.683 16.667

625 525 562.5 525 750

18.35 15.106 15.348 15.348 16

576 480 517/518 483 720

0.223 0.252 0.163/0.148 0.191 0.111

7 8 5.5/5 56

0.223 0.22 0.148 0.191 0.111

775 56

1.115 0.944 1.037/1.022 0.953 0.444

35 30 35/34.5 30 20

Neg

Scan type

Remarks

NonInterlaced NonInterlaced Interlaced NonInterlaced NonInterlaced

100

Page 93

PC mode

36 37 38 39 40

Signal name

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

HDTV-W MAC@21" VESA

W-XGA

854@60Hz 1050@60Hz

1920*1080 1152*870 1280*1024

74.25 100 157.5

33.75 68.681 91.146

60 75.062 85.024

29.630 14.560 10.971

2200 1456 1728

25.859 11.520 8.127

1920 1152 1280

0.593 0.320 0.406

44 32 64

1.185 1.280 1.016

88 128 160

1.993 1.440 1.422

148 144 224

1280*854

89.25

53.125

59.893

18.824

1680

14.342

1280

0.807

1.434

128

2.241

200

W-SXGA+

1024@85Hz

1680*1050

146.25

65.290

59.954

15.316

2240

11.487

1680

0.711

104

1.203

176

1.915

280

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

Scan type

Remarks

16.666 13.322 11.761

562.5 915 1072

16.000 12.667 11.235

540 870 1024

0.074/0.059 0.044 0.011

2.5/2 3 1

0.148 0.044 0.033

5 3 3

0.444/0.459 0.568 0.483

15/15.5 39 44

Neg Sync on G Pos.

Interlaced Non Interlaced Non Interlaced

16.696

887

16.075

854

0.056

0.188

0.376

Neg

Interlaced

16.679

1089

16.082

1050

0.046

0.092

0.459

Neg

Interlaced

101

Page 94

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

41 42 43 44 45

I/O data

480@100Hz

I/O data

480@120Hz

I/O data

600@100Hz

I/O data

600@120Hz

I/O data

768@100Hz

640*480 640*480 800*600 800*600 1024*768

42.506 51.008 66.022 79.942 111.987

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

51.089 61.307 62.998 75.703 80.451

100.370 120.440 99.838 119.97 100.56

19.573 16.311 15.873 13.209 12.43

832 832 1048 1056 1392

15.057 12.574 12.117 10.007 9.144

640 640 800 800 1024

1.506 1.255 0.606 0.300 0.214

64 64 40 24 24

1.317 1.098 0.969 1.001 0.786

56 56 64 80 88

1.694 1.412 2.181 1.901 2.286

72 72 144 152 256

9.963 8.302 10.016 8.335 9.944

509 509 631 631 800

9.395 7.829 9.524 7.926 9.546

480 480 600 600 768

0.020 0.016 0.016 0.013 0.012

1 1 1 1 1

0.059 0.049 0.048 0.04 0.037

3 3 3 3 3

0.489 0.408 0.429 0.357 0.348

25 25 27 27 28

Neg Neg Pos. Pos. Neg

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Non Interlaced Non Interlaced

102

Page 95

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

46 47 48 49 50

I/O data

768@120Hz

I/O data

1024@100Hz

EWS

4800@71Hz

RCA-STB

1080A

DTV(570P)

1024*768 1280*1024 1280*1024 1920*1034 768*576

132.953 190.908 125 81 29.538

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

95.512 108.47 75.12 33.75 31.25

119.39 100.06 71.204 60 50

10.47 9.219 13.312 29.630 31.993

1392 1760 1664 2400 945

7.702 6.7 10.24 23.7 26

1024 1280 1280 1920 768

0.181 0.545 0.256 0.59 0.745

24 104 32 48 22

0.662 0.75 1.024 3.56 2.35

88 143 128 288 69

1.925 1.22 1.792 1.78 2.9

256 233 224 144 86

8.376 9.994 14.044 16.652 20

800 1084 1055 562 625

8.041 9.44 13.631 15.319 18.432

768 1024 1024 517 576

0.010 0.01 0.04 0.059 0.16

1 1 3 2 5

0.031 0.03 0.04 0.089 0.16

3 3 3 3 5

0.293 0.52 0.333 1.185 1.248

28 56 25 40 39

Neg Pos. Neg Pos. Neg

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Interlaced Non Interlaced

103

Page 96

PC mode

Signal name

VESA

864@75Hz

52 53 54 55

I/O data I/O wide

W_XGA@56Hz XGA

VESA

1200@60Hz

VESA

1200@65Hz

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

1152*864

108

67.5

14.815

1600

10.667

1152

0.593

1.185

128

2.37

256

13.333

900

12.8

864

0.015

0.044

0.474

Pos.

1280*768 1376*768 1600*1200 1600*1200

76.064 87.34 162 175.5

45.064 48.307 75 81.25

56.187 59.934 60 65

22.192 20.701 13.333 12.308

1688 1808 2160 2160

16.828 15.755 9.877 9.117

1280 1376 1600 1600

0.631 0.366 0.395 0.365

48 32 64 64

1.472 1.466 1.185 1.094

112 128 192 192

3.26 3.114 1.877 1.732

248 272 304 304

17.78 16.685 16.667 15.385

802 806 1250 1250

17.043 15.898 16 14.769

768 768 1200 1200

0.044 0.062 0.013 0.012

2 3 1 1

0.067 0.124 0.04 0.037

3 6 3 3

0.644 0.6 0.613 0.566

29 29 46 46

Pos. Neg Pos. Pos.

Pos. Pos. Pos. Pos.

Scan type

Remarks

Non Interlaced

Non Interlaced Non Interlaced Non Interlaced Non Interlaced

104

Page 97

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

56 57 58 59 60

VESA

1200@70Hz

VESA

1200@75Hz

VESA

1200@85Hz

1024@72Hz

SUN

900@66Hz

1600*1200 1600*1200 1600*1200 1280*1024 1152*900

189 202.5 229.5 135 92.941

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

87.5 93.75 106.25 78.130 61.796

70 75 85 72.009 65.95

11.429 10.667 9.412 12.8 16.182

2160 2160 2160 1728 1504

8.466 7.901 6.972 9.481 12.395

1600 1600 1600 1280 1152

0.339 0.316 0.279 0.474 0.312

64 64 64 64 29

1.016 0.948 0.837 1.442 1.377

192 192 192 192 128

1.608 1.501 1.325 1.442 2.098

304 304 304 192 195

14.286 13.333 11.765 13.887 15.163

1250 1250 1250 1085 937

13.714 12.8 11.294 13.107 14.564

1200 1200 1200 1024 900

0.011 0.011 0.009 0.038 0.032

1 1 1 3 2

0.034 0.032 0.028 0.038 0.065

3 3 3 3 4

0.526 0.491 0.433 0.704 0.502

46 46 46 55 31

Pos. Pos. Pos. SOG. Csync Pos. Pos. Pos. SOG. Csync

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Non Interlaced Non Interlaced

105

Page 98

PC mode

Signal name

61 62 63 64 65

SUN

900@76Hz

SGI

768@60Hz

VESA

960@60Hz

VESA

960@60Hz

VESA

1050@60Hz

Definition

Dot clock frequency

(MHz)

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

1152*900 1024*768 1280*960 1280*960 1400*1050

105.561 70 108 148.5 108

71.710 49.716 60 85.938 63.981

76.047 60.043 60 85.002 60.020

13.945 20.114 16.667 11.636 15.630

1472 1408 1800 1728 1688

10.913 14.629 11.852 8.62 12.963

1152 1024 1280 1280 1400

0.152 2.057 0.889 0.431 0.444

16 144 96 64 48

0.909 1.371 1.037 1.077 1.037

96 96 112 160 112

1.97 2.507 2.889 1.508 1.185

208 144 312 224 128

13.15 16.655 16.667 11.764 16.661

943 828 1000 1011 1066

12.55 15.448 16 11.171 16.411

900 768 960 960 1050

0.028 0.443 0.017 0.012 0.016

2 22 1 1 1

0.112 0.06 0.05 0.035 0.047

8 3 3 3 3

0.460 0.704 0.6 0.547 0.188

33 35 36 47 12

Csync SOG. Pos. Pos. Neg

Scan type

Remarks

Non Interlaced Non Interlaced Non Interlaced Non Interlaced Non Interlaced

106

Page 99

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

W-XGA

70Hz

1280*768

67–74

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

56.014

69.843

17.853

1696

13.474

1280

0.842

1.347

128

2.189

208

14.318

802

13.711

768

0.054

0.125

0.428

Neg.

Pos.

NOT USED

Scan type

Remarks

Non Interlaced

107

Page 100

PC mode

Signal name

Definition

Dot clock frequency

(MHz)

75 80 81 82 83

1080I

50Hz

1920*1080 1280*768 720*400 720*350

74.25 81.0 28.3 28.3

W_XGA 400H 350H

W-UXGA

60Hz

1920*1200

193.25

H frequency (kHz)

V frequency (Hz)

H total (uS)

(dots)

H display period (uS)

(dots)

H front porch (uS)

(dots)

H sync pulse width

(uS) (dots)

H back porch (uS)

(dots)

V total (mS)

(line)

V display period (mS)

(line)

V front porch (mS)

(line)

V sync pulse width

(mS)(line)

V back porch (mS)

(line)

H sync polarity

V sync polarity

28.125 47.99 31.5 31.5

50 59.34 70.1 70.1

35.556 20.84 31.78 31.78

2640 1688 900 900

25.859 15.80 25.42 25.42

1920 1280 720 720

6.519 0.593 0.636 0.636

484 48 18 18

1.185 1.38 3.81 3.81

88 112 108 108

1.993 3.06 1.91 1.91

148 248 54 54

10 16.713 14.269 14.269

562.5 802 449 449

9.6 16.005 12.712 11.123

540 768 400 350

0.074/0.059 0.063 0.424 1.307

2.5/2 3 12 37

0.148 0.125 0.064 0.064

5 6 2 2

0.444/0.459 0.521 1.112 1.907

15/15.5 25 35 60

Neg. Pos. Neg. Pos.

Neg. Neg. Pos. Neg.

74.56

59.885

13.413

2592

9.935

1920

0.704

136

1.035

200

1.739

336

16669

1245

16095

1200

0.040

0.080

0.483

Neg. .

Neg.

Scan type

Remarks

Interlaced Non Interlaced Non Interlaced Non Interlaced

Non Interlaced

108

Marantz PD-6001 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual