Pioneer PDP-LX5090 Schematic

PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan

PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION

2008

PDP-LX5090

For details, refer to "Important Check Points for good servicing".

FLAT SCREEN TV

PDP-LX5090

THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).

Model Type Power Requirement Remarks

PDP-LX5090 WYSIXK5 AC 220 V to 240 V

PDP-LX5090 WYS5 AC 220 V to 240 V

ORDER NO.

ARP3480

T-IZS-001 MAY

2008 Printed in Japan

1

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. Health & Safety Code Section 25249.6 - Proposition 65

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 type rapide) et/ou (fusible de type lent) sur CCI indiquent que les pièces de remplacement doivent avoir la même désignation.

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 resistor capacitor, 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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SAFETY INFORMATION

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PDP-LX5090

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Leakage Current Cold 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. 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.), particularly any exposed metal part having a return path to the chassis. Exposed metal parts having a return path to the chassis should have a minimum resistor reading of 4 MΩ. The below 4 MΩ resistor value indicate an abnormality which require corrective action. Exposed metal parts not having a return path to the chassis will indicate an open circuit.

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 (Simpson Model 229 equivalent)", 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, conduit, etc.). Any current measured must not exceed 1 mA.

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.

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in PIONEER set have 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. 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.

Leakage current tester

Reading should not be above 1 mA

Device under test

Test all exposed metal surfaces

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

Earth ground

AC Leakage Test

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PDP-LX5090

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1

[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.

a 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.

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.

3. Lubricants, Glues, and Replacement parts

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

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.

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PDP-LX5090

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• Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 ºC. Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 ºC in general, although the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of the soldering iron.

Do NOT use a soldering iron whose tip temperature cannot be controlled.

Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting temperatures (hard to melt/easy to harden).

The following lead-free solders are available as service parts:

• Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.

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1. SERVICE PRECAUTIONS

1.1 NOTES ON SOLDERING

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PDP-LX5090

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Fig. High Voltage Generating Point (Rear view)

: Part is the High Voltage Generating Points other than the Charged Section.

50F Y DRIVE Assy

Plate Y POWER SUPPLY Unit 50F X DRIVE Assy Plate X

50F SCAN A Assy50F SCAN B Assy

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

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

AC inlet Power switch

: Part is Charged Section.

Charged Section

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 “5.6 [1] PANEL DRIVE-POWER ON/OFF FUNCTION” are performed before the power is turned off, the voltage will be discharged in about 30 seconds.

50F X DRIVE Assy .......................................................... (205 V)

50F Y DRIVE Assy ......................................... (−280 V to 420 V)

50F SCAN A Assy .......................................... (−280 V to 420 V)

50F SCAN B Assy ........................................... (−280 V to 420 V)

High Voltage Generating Point

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1.2 CHARGED SECTION AND HIGH VOLTAGE GENERATING POINT

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PDP-LX5090

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1

Remote control unit (AXD1564)

Power cable

Cable tie (for ferrite core)

Cable clamp (×4)

Ferrite core (ATX1039)

Dry cell battery (R6, AA) (×2) (for remote control unit)

Ferrite core

Cleaning cloth (AED1285)

Warranty card

Operating instructions (×2) (ARE1492: WYSIXK5 only) (ARC1606: WYSIXK5 only) or (ARC1618: WYS5 only)

Binder Assy (AEC2158)

For Europe, except UK and Republic of Ireland

For UK and Republic of Ireland

Only the power cable appropriate for your country or region is supplied:

(ADG1214)

(ADG1223: WYSIXK5 only)

2. SPECIFICATIONS

2.1 ACCESSORIES

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2.2 SPECIFICATIONS

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PDP-LX5090

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Front Section

2.3 PANEL FACILITIES

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PDP-LX5090

Rear Section

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PDP-LX5090

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Remote Control Unit

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Items to be checked after repair (PDP)

To ensure the quality of the product after repair, check the recommended items shown below:

See the table below for the items to be checked regarding video and audio:

Item to be checked regarding video Item to be checked regarding audio

Block noise Distortion Horizontal noise Noise Dot noise Volume too low Disturbed image (video jumpiness) Volume too high Too dark Volume fluctuating Too bright Sound interrupted Mottled color

No. Procedures Item to be checked

1

Check if all the symptoms pointed out by the customer have been addressed.

The symptoms in question must not be reproduced.

2 Connect the peripheral equipment.

Connect all external peripheral equipment as originally connected and check if the connections are correct.

3 Check the video and audio.

Tune in to the stations that the customer would normally receive and check if video and audio are normal.

4 Check the buttons and controls.

Use the buttons and controls on the remote control unit and main unit and check if they operate properly.

5 Check the cabinet.

Check for any scratches or dirt that have been made or attached on the cabinet after receiving the product for repair.

Name Part No. Remarks

Used to fan cleaning. Refer to “9.4 CHASSIS SECTION (1/2)”.

Cleaning paper GED-008

Cleaning

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3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

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PDP-LX5090

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Notes when visiting for service

1. Notes when disassembling/reassembling

1 Rear case

When reassembling the rear case, the screws must be tightened in a specific order. Be careful not to tighten them in the wrong order forcibly. For details, see "Rear Case" in "7. DISASSEMBLY".

2 Attaching screws for the HDMI connector

When attaching the HDMI connector after replacing the Main Assy, secure the HDMI connector manually with a screwdriver, but not with an electric screwdriver. If you tighten the screws too tightly with an electric screwdriver, the screw heads may be damaged, in which case the screws cannot be untightened/tightened any more.

2. On parts replacement

1 How to discharge before replacing the Assys

A charge of significant voltage remains in the Plasma Panel even after the power is turned off. Safely discharge the panel before replacement of parts, in either manner indicated below: A:

Let the panel sit at least for 3 minutes after the power is turned off. B: Turn the Large Signal System off before the power is turned off then, after 1 minute, turn the power off. For details, see "5.6 [1] PANEL DRIVE-POWER ON/OFF FUNCTION".

2 On the settings after replacement of the Assys

Some boards need settings made after replacement of the Assys. For details, see "8. EACH SETTING AND ADJUSTMENT".

3. On various settings

1 Setting in Factory mode

After a Mask indication into the panel is performed, be sure to set the Mask setting to "OFF" then exit Factory mode.

Adjustments and Settings after replacement of the Assys (Procedures in Factory mode)

1. Digital Video Assy: Transfer of backup data

1 Select {PANEL FACTORY}, {ETC}, then {BACKUP DATA}. (After entering Factory mode, press [MUTING] once, press [ENTER/SET], press [j] seven times, then press [ENTER/SET].) 2 Select {TRANSFER}, using [l], then hold [ENTER/SET] pressed for at least 5 seconds. 3 After transfer of backup data is completed, {ETC} is automatically selected, and the LED on the front panel returns to normal lighting.

2. MAIN Assy: Execution of FINAL SETUP.

1 Select {INITIALIZE} then {FINAL SETUP}, then press [ENTER/SET]. (After entering Factory mode, press [MUTING] three times, then press [j] four times.) 2 Select "YES", using [l]. Then hold [ENTER/SET] pressed for at least 5 seconds. 3 After "FINAL SETUP IS COMPLETE" is displayed on the screen, turn the POWER switch of the main unit off.

3. POWER SUPPLY Unit: Clearance of the accumulated power-on count and maximum temperature value

1 Select {PANEL FACTORY}, {ETC}, then {P COUNT INFO}. (After entering Factory mode, press [MUTING] once, press [ENTER/SET], press [j] seven times, press [ENTER/SET], then press [j] six times.) 2 Press [l] to select "CLEAR". Hold [ENTER/SET] pressed for at least 5 seconds. After clearance is completed, "ETC" is automatically selected. Clear the maximum temperature value (MAX TEMP) in the same manner.

4. Other Assys: Clearance of the maximum temperature value

1 Select {PANEL FACTORY}, {ETC}, then {MAX TEMP}. (After entering Factory mode, press [MUTING] once, press [ENTER], press [j] seven times, press [ENTER/SET], then press [j] seven times.) 2 Press [l] to select "CLEAR". Hold [ENTER/SET] pressed for at least 5 seconds. After clearance is completed, "ETC" is automatically selected.

How to locate several items on the Factory menu

1. Confirmation of accumulated power-on time and power-on count

Select {INFORMATION} then {HOUR METER}. (After entering Factory mode, press [j] four times.)

2. Confirmation of the Power-down and Shutdown histories

1 Panel system

PD: Select {PANEL FACTORY} then {POWER DOWN}. (After entering Factory mode, press [MUTING] once, press [ENTER/SET], then press [j] two times.) SD: Select {PANEL FACTORY} then {SHUT DOWN}. (After entering Factory mode, press [MUTING] once, press [ENTER/SET], then press [j] three times.)

2 MTB section

Select {INFORMATION} then {MAIN NG}. (After entering Factory mode, press [j] two times.)

3. How to display the Mask indication

1 Mask indication in the panel side

1. Select {PANEL FACTORY} then {RASTER MASK SETUP}. (After entering Factory mode, press [MUTING] once, press [ENTER/SET], then press [j] 8 times.)

2. Press [ENTER/SET], then select a Mask indication, using [i] or [j].

{ } : Item on the Factory menu [ ] : Key on the remote control unit " " : Screen indication

Quick Reference upon Service Visit 1

Notes, PD/SD diagnosis, and methods for various settings

Item

SD SD Subcategory

No. of LEDs flashing

1 Rewriting software

If the DISPLAY key is pressed during shutdown, the orange LED flashes. For indication patterns other than described below, see 5.4 [2].

2 No backup

LED Display Information

Red 1

Red 2

Red 3

Red 4

Red 6

Red 7

Red 8

Red 10

Red 11

Red 12

Red 15

Blue 1

Blue 2

Blue 3

Blue 4

Blue 5

Blue 6

Blue 7

Blue 8

Blue 9

Blue 10

Blue 11

Blue 12

Blue 13

Blue 15

Red Blue

SQ_LSI Module device communication DIGITAL-RST2 Panel temperature Audio Module UCOM communication Main 3-wire serial communication Main IIC communication Main UCOM communication FAN Unit high temperature D-TUNER communication MTB-RST2/RST4 Main EEPROM

Subcategory confirmation procedure

MR POWER POWER SCAN SCN-5V Y-DCDC Y- S U S ADRS X-DCDC X-SUS DIG-DCDC UNKNOWN

B R

3 PD (2-15)

4 SD (1-15)

For indication patterns other than described below, see 5.1 [1].

PD/SD

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13

1 2 3 1 2 1 2 3 4 5 6 7 8

13

1 2

EEPROM BACKUP DAC PANEL high temperature PANEL low temperature Tuner 1 MSP/MAP AV Switch RGB Switch Main VDEC VDEC-SDRAM AD/PLL HDMI COFDEM (PDP-LX5090 only) RST2 RST4

3.2 QUICK REFERENCE

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PDP-LX5090

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Structure of Layers in Service Factory Mode

INFORMATION mode

1. VERSION (1) The software versions for each microcomputer

2. VERSION (2) The Flash memory versions for each device

3. MAIN NG The shutdown message ID/event times (Going Clear mode by [ENTER/SET] key) 3-1. CLEAR

Select Yes by [l] key l pushing and hold [ENTER/SET] key

4. TEMPERATURE The temperature/FAN rotating status/Room Light Sensor

5. HOUR METER The HOUR METER/P-COUNT information

6. HDMI SIGNAL INFO 1 The information of HDMI information files

7. HDMI SIGNAL INFO 2 The information of HDMI information files

8. VDEC SIGNAL INFO 1 The signal information of VDEC

9. VDEC SIGNAL INFO 2 The signal information of VDEC

PANEL FACTORY mode Refer to [PANEL FACTORY MODE]

OPTION mode

1. CH PRESET For production line use

2. Digital AFT For production line use (PDP-LX5090H only)

3. SYNC DET For technical analysis

4. CTI For technical analysis

INITIALIZE mode

1. SIDE MASK LEVEL For factory use 1-1. SIDE MASK LEVEL

2. FINAL SETUP Set to Factory default settings (it should perform after 2-1. DATA RESET replacing a MAIN Assy)

3. DTB SERVICE MODE

Information for the Digital Tuner Service Menu is displayed

3-1. MODE SHIFT

4. Wide XGA AUTO For technical analysis

5. AUTO ADJUSTMENT

Quick Reference upon Service Visit 2

Mode transition and structure of layers in Service Factory mode

INFORMATION mode

1. VERSION (1)

2. VERSION (2)

3. MAIN NG

4. TEMPERATURE

5. HOUR METER

6. HDMI SIGNAL INFO 1

7. HDMI SIGNAL INFO 2

8. VDEC SIGNAL INFO 1

9. VDEC SIGNAL INFO 2

PANEL FACTORY mode

1. PANEL INFORMATION

2. PANEL WORKS

3. POWER DOWN

4. SHUT DOWN

5. PANEL-1 ADJ

6. PANEL-2 ADJ

7. PANEL FUNCTION

8. ETC.

9. RASTER MASK SETUP

10. PATTEN MASK SETUP

11. COMBI MASK SETUP

INITIALIZE mode

1. SIDE MASK LEVEL

2. FINAL SETUP

3. DTB SERVICE MENU

4. Wide XGA AUTO

5. AUTO ADJUSTMENT

OPTION mode

1. CH PRESET

2. Digital AFT (*)

3. SYNC DET

4. CTI

(*): PDP-LX5090H only

• To shift to another mode, press [MUTING].

• To shift to another item in a specific mode, press [i] or [j].

• To shift to the next nested layer below for an item with a "(+)" indication, press [ENTER/SET]. To return to the next nested layer above, also press [ENTER/SET].

Mode transition in Service Factory mode

Up

Down

Structure of Layers in Panel Factory Mode 2

8. ETC (+)

1. BACKUP DATA

2. DIGITAL EEPROM

3. PD INFO.

4. SD INFO.

5. HR-MTR INFO.

6. PM/B1-B5

7. P COUNT INFO.

8. MAX TEMP.

9. MIRROR

10. CLS

9. RASTER MASK SETUP (+)

1. MASK OFF

2. RST MASK 01

• • • • •

10. PATTERN MASK SETUP (+)

1. MASK OFF

2. PTN MASK 01

• • • • •

11. COMBI MASK SETUP (+)

1. MASK OFF

2. CMB MASK 01

• • • • •

Structure of Layers in Panel Factory Mode 1

1. PANEL INFORMATION Version indication of the panel

2. PANEL WORKS Indications of the accumulated power-on time and power-on count of the panel

3. POWER DOWN Indication of the Power-down history

4. SHUT DOWN Indication of the Shutdown history

5. PANEL-1 ADJ (+)

1. VOL SUS

2. VOL OFFSET

• • • • •

10. RESET1ST_KSB

• • • • •

25. SUS FREQ

6. PANEL-2 ADJ (+)

1. R-HIGH

2. G-HIGH

• • • • •

6. B-LOW

7. ABL

7. PANEL FUNCTION (+)

1. R-LEVEL

• • • • •

To "Structure of Layers in Panel Factory Mode 2"

For AM noise prevention (Depending on the mode, brightness of the screen changes.) For confirmation of the result of the setting change, the unit must be turned off then back on again.

Items for factory use

Settings required after replacement of the panel

For transferring backup data (after replacement of the DIGITAL Assy) Change the adjustment status of the DIGITAL Assy.

For use while the Raster Mask is displayed. Use [i] or [j] to select the type of mask. Use [l] or [k] to select the sequence.

Switch the Mirror display mode. Switch the function when checking the color sensor level.

For use while the Pattern Mask is displayed. Use [i] or [j] to select the type of mask. Use [l] or [k] to select the sequence.

For use while the Combination Mask is displayed. Use [i] or [j] to select the type of mask. Use [l] or [k] to select the sequence.

For clearance of data for the corresponding items. The clearing method is the same: Select "CLEAR", then hold [ENTER/SET] pressed for at least 5 seconds.

For the WB adjustment of the panel and ABL adjustment. A setting table is available for each signal frequency.

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PDP-LX5090

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50F Y DRIVE

Assy

MAIN

Assy

50F DIGITAL

Assy

50F X DRIVE

Assy

50F SCAN A Assy

50F ADDRESS L

Assy

50F ADDRESS S

Assy

RLS Assy

IR Assy

50F ADDRESS L

Assy

50F ADDRESS L

Assy

PC Assy IO_AUDIO Assy

50F ADDRESS L

Assy

50F ADDRESS L

Assy

50F ADDRESS L

Assy

50F ADDRESS S

Assy

SIDE IO

Assy

SIDE KEY Assy

LED Assy

FAN CONNECT Assy

POWER SW Assy

SENSOR Assy

50F SCAN B Assy

POWER SUPPLY

Unit

Mark No. Description Part No.

LIST OF ASSEMBLIES

NSP 50F ADDRESS L ASSY AWW1348 NSP 50F ADDRESS S ASSY AWW1349

NSP 50F SCAN A ASSY AWW1350 IC2801 - IC2808 AN16184A

NSP 50F SCAN B ASSY AWW1351 IC2901 - IC2908 AN16184A

SENSOR ASSY AWW1340 50F DIGITAL Assy AWW1347

50F X DRIVE ASSY AWV2546 50F Y DRIVE ASSY AWV2547

Mark No. Description Part No.

> MAIN ASSY AWV2555

IO_AUDIO ASSY AWW1354 SIDE IO ASSY AWW1358 PC ASSY AWW1359 SIDE KEY ASSY AWW1361 LED ASSY AWW1362

IR ASSY AWW1363 FAN CONNECT ASSY AWW1364 RLS ASSY AWW1365 POWER SW ASSY AWW1366

> POWER SUPPLY UNIT AXY1200

PDP SERVICE ASSY 509FE AWU1342

Rear view

Front view Front view

NOTES: - Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.

-

The > mark found on some component parts indicates the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of identical designation.

Note: The wiring shown in the photo is different from the actual wiring, because the product in the photo is a prototype. Upon servicing, be sure to restore the original wiring of the unit after repair work.

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3.3 PCB LOCATIONS

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PDP-LX5090

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4. BLOCK DIAGRAM

4.1 OVERALL WIRING DIAGRAM (1/2)

A

B

C

D

E

F

18

1

2 3 4

PDP-LX5090

5

OVERALL DIAGRAM PDP-LX5090

k

When ordering service parts, be sure to refer to “EXPLODED VIEWS and PARTS LIST” or

“PCB PARTS LIST”.

k

The > mark found on some component parts indicates the importance of the safety factor

of the part. Therefore, when replacing, be sure to use parts of identical designation.

6 7 8

A

B

C

D

E

PDP-LX5090

5

6 7 8

F

19

1

2 3 4

4.2 OVERALL WIRING DIAGRAM (2/2)

A

B

C

D

E

F

20

1

2 3 4

PDP-LX5090

5

OVERALL DIAGRAM PDP-LX5090

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

21

1

TE1

D21

OR

V+3_3V_D

MODULE

M30620

LVDS

ADR_PD1

SCAN,YSUS

TEMP1

DAC

UART

SW

V+3V_EEP

ADR_PD _MSK

SCL,SDA

PULSE

D14

D15

V+1_1V_D V+1_8V_D V+2_5V_D V+3_3V_D

V+1_1V_D

V+2_5V_D

V+2_5V_D V+1_2V_D

V+2_5V_D

V+1_8V_D

D16

D13

MASK

V+12V

V+10V

RELAY1

V+6_5V V+

PSW2

Vsus_AD

Y*****_PD

SCN**_PD

VOFS_ADJ,YPRST_ADJ,

DAC_**

XKOFS*_ADJ

V+3_3V_D V+10V

SUS_MUTE

V+1_2 V+2_5 V+3_3

D26

UART(CS

DET_CS

D12

SQ_NON

STOP_SQ

YSUS

ADRS_P

V+3VACTV

WE_SQ

ODI_R, G, B

SQ_SEL

RELAY2

MULTI_OE

UART

SCAN B ASSY (LOW-SIDE)

SCAN A ASSY (HIGH-SIDE)

SCAN IC

IC2801

SCAN IC

IC2802

SCAN IC

IC2803

SCAN IC

IC2804

SCAN IC

IC2805

SCAN IC

IC2806

SCAN IC

IC2807

SCAN IC

IC2808

SCAN IC

IC2901

SCAN IC

IC2902

SCAN IC

IC2903

SCAN IC

IC2904

SCAN IC

IC2905

SCAN IC

IC2906

SCAN IC

IC2907

SCAN IC

IC2908

WIRE HARNESS

FFC

NOTE:

Y DRIVE ASSY

SENSOR ASSY

D24

D25

10V

REG.

1.2V REG.

1.8V REG.

OR

Pulse Width

SUB-

XY DRV

PATT

PE

TRAN

PEG

I

DC-DC

CONVERTER

BD8606FV

IC3801

VADR4

V+75V

V+10V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VADR1

VADR2

VADR3

VDDLS1

VDDLS2

VDDLS3

VADR1

VADR2

VADR3

VDDLS1

VDDLS2

VDDLS3

VDDLS4

AN/P BN/P CN/ P DN/ P CLKN/ P

AN/P BN/P CN/P DN/P CLKN/P

ADDRESS S ASSY

ADDRESS L ASSY

AD2

CN1801

AD2

CN1601

IC1601

LVDS

RECEIVER

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

IC1801

LVDS

RECEIVER

AD1

CN1802

AD1

CN1602

VADR1 VADR2

VADR3 VADR4

V+10V

V+75V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VDDLS1 VDDLS2 VDDLS3 VDDLS4

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AN/P BN/P CN/P DN/P CLKN/P

ADDRESS L ASSY

AD2

CN1601

IC1601

LVDS

RECEIVER

AD1

CN1602

VADR1 VADR2

VADR3 VADR4

V+10V

V+75V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VDDLS1 VDDLS2 VDDLS3 VDDLS4

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AN/P BN/P CN/P DN/P CLKN/P

ADDRESS L ASSY

AD2

CN1601

IC1601

LVDS

RECEIVER

AD1

CN1602

VH IC5V

PSUS

VH IC5V

VH

IC5V

Y3

SA1

SB1

Y4

SCAN SIGNAL

VADR

VSUS

STB5.1V

+6.5V

DRF_SW_B

M_SW_DET

EXT_PD

P2P1

VADR

VSUS

P6

+17V

+6.5V

P5

P9

P7

+6.5V

STB3.4V

+6.5V

+12V

+17V

+12V

+17V

+6.5V

+17V

+12V

M_SW_DET

+17V

AC_DET

VSUS_ADJ

P4

PS_PD

RELAY

DRF_B

AC_DET

PD_TRIG_B

VH IC5V

VH

IC5V

VH IC5V

SCAN SIGNAL

VH

IC5V

IC202

Q202

SECONDARY

PRIMARY

T702

T901

T501

T101

Y 1

PSUS

Scan Signal

IC5V

Y 5

+17V

IC5V/VF

DC/DC CONV.

IC5V

VC_P

+17V

15V DC/DC CONV.

VC_S

VC_U

+5V

Drive Signal

VSUS

VYPRST

VSNOFS

VKNOFS2

VKNOFS3

VKNOFS4

VKNOFS1

MAIN DC/DC CONV.

VH

Y 2

Photo Coupler

BLOCK

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

SUS

PreDrive

+17V

VC_S

H-MSK

VC_S

L-MSK

+17V

KNOFS1 KNOFS3

BLOCK

VKNOFS1

VKNOFS3

RESONANCE BLOCK

VC_U

+17V

Drive Signal

VC_P

PRST

BLOCK

VYPRST

RST-D BLOCK

+17V

KNOFS4 SOFT-G

BLOCK

VC_S

VKNOFS4

+17V

SNOFS KNOFS2 BLOCK

VSNOFS

VKNOFS2

VC_S

Drive Signal

SUSOUT

MSK-S

Gate Signal

Y 6

+17V

+5V

VSUS

+6.5V

REG

RESONANCE BLOCK

VC_U +17V

VADR

LOGIC BLOCK

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

DRIVER IC

IC1851

DRIVER IC

IC1861

DRIVER IC

IC1871

2 3 4

4.3 OVERALL BLOCK DIAGRAM (1/2)

A

B

C

D

E

F

22

1

PDP-LX5090

2 3 4

5

D23

OR

V+6_5

MODULE UCOM

M30620F CSGP

PD

PD_TRG_B,

AC_DET, M_SW_DET

XSUS

LVDS

VDI

AND

DRF_B

RELAY1

DRF_SW_B

PSW1

PSW21

OR

RELAY

RESET

V+3VACTV

RST_SQ

V+3V_D

RST2

SUS_MUT

EVI_R, G, B

KDD

D22

D20

D19D18D17

AND

RESET

THEATE

PS_PD

DRF_B

PSW2

EXT_PD

X****_PD

PSIZE

AND

RESETX

V+1_2V_D V+2_5V_D V+3_3V_D

PD_MUTE

ADRS_P

V+3_3V_D

GPIO8

V+3VACTV

EVI_SYNC

RELAY2

MULTI_OE

UART

D11

POWER SUPPLY UNIT

X DRIVE ASSY

POWER SW ASSY

SW2

AC INLET

DIGITAL ASSY

D25

Flash Memory

SUB-FILD CONV.

&

XY DRV SEQUENCE

PATTERN GEN.

PEG383B-K

IC3301

LVDS

TRANSMITTER

PEG478A-K

IC3401

DC-DC

CONVERTER

BD8606FV

IC3801

VADR4

V+75V

V+10V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VADR1

VADR2

VADR3

VDDLS1

VDDLS2

VDDLS3

VDDLS4

AN/P BN/P CN/ P DN/ P CLKN/ P

ADDRESS L ASSY

AD2

CN1601

IC1601

LVDS

RECEIVER

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AD1

CN1602

VADR4

V+75V

V+10V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VADR1

VADR2

VADR3

VDDLS1

VDDLS2

VDDLS3

VDDLS4

AN/P BN/P CN/ P DN/ P CLKN/ P

ADDRESS L ASSY

AD2

CN1601

IC1601

LVDS

RECEIVER

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AD1

CN1602

VADR1VADR1 VADR2VADR2

VADR3VADR3 VADR4

V+75V

V+10V

V+3.3V

V+75V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VDDLS1VDDLS1 VDDLS2VDDLS2 VDDLS3VDDLS3 VDDLS4

RESONANCE

BLOCK

IC1801

LVDS

RECEIVER

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AN/P BN/P CN/P DN/P CLKN/P

ADDRESS S ASSY

ADDRESS L ASSY

AD2

CN1801

AD2

CN1601

IC1601

LVDS

RECEIVER

AD1

CN1802

AD1

CN1602

F102

+B FOR RELAY DRIVE

RY102

D101

PFC Q103

Q104 Q106

D115

D112

D108

IC101

Switching

LIVE

NEUTRAL

+395V

P3

P10

V+3_3V_D V+10V

PRIMARY

Q502

Q901

Q902

Q704

Q703

Q503

Drive Signal

X 1

PSUS

+17V

OFFSET BLOCK

VPOFS

VXKOFS1 VXKOFS2

VSUS

SUS

BLOCK

Gate Signal

Drive Signal

RESONANCE BLOCK

PSUS

+5V

OFFSET

Reg.

Drive Signal

SUS

PreDrive

VPU

+17V

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

SOFT-D

XPRST

VSUS

+17V

PSUS

LOGIC BLOCK

+17V

15V DC/DC CONV.

VPU

VPOFS

+17V

+5V

VSUS

+6.5V

X 2

REG

X 3

VADR

X 4

Gate Signal

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

DRIVER IC

IC1851

DRIVER IC

IC1861

DRIVER IC

IC1871

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1671

DRIVER IC

IC1681

6 7 8

A

B

C

5

6 7 8

PDP-LX5090

D

E

F

23

1

Analog Audio signal Analog Video signal

Digital Video signal Digital Audio signal

Component signal

Synchronized signal

IF signal

Control signal

Data signal

IO_AUDIO Assy

PC Assy

SIDE IO Assy

MAIN ASSY

JA7701

Input1 SCART

JA7702

Input2 SCART

JA7703

Input3 SCART

JA8601 Input5

CN8602

Head Phone

JA7804

SUB WOOFER

JA7804

Audio Out

JA7802

Audio Input for PC

SPDIF

IC8001

R2S11006FT

(AVSW)

A_TUNER_V

SLOW_SW1/2/3

Y/C

SW OUT

HP_L/R OUT

IC8101

R2S11001FT

(RGBSW)

AUDIO_OUT_L/R

L/R IN

PC_L/R IN

IC8201

MSP5651M

(MSP)

IC8401

TAS5122DCA

(D-AMP)

IC4901 SII9125CTU (HDMI RX)

IC5001 CXB1444R (HDMI SW)

AIR-SIF

IC4801

AD9985KSTZ

(ADC)

RGB /YPbPr

IC4702

CM0048BF

(VDEC)

RGB

Main Y/C

Sub Y/C

COMP_Y

IC5701 TC90173FG (VBI Slicer)

U5301

AXF1192

(Tuner)

CVBS

IC4701

HY57V641620FTP

64Mbit(SDRAM)

FB

CLP

INPUT3

HDMI

CVBS

SCART1_OUT_V

CVBS

JA7881

SPDIF

INPUT4

HDMI

INPUT1

HDMI

CLP,H

CVBS

L/R IN

RAPID_SW1/3

OPT_OUT

AIR OUT L/R

SCART2_OUT_V

SCART3_OUT_V

RAPID_SW1

RAPID_SW3

SLOW_SW2

SLOW_SW1

SLOW_SW3

JA7805

INPUT2 Component

Input2 Y/Cb/Cr

Input1 RGB

Input3 RGB

JA7803

Audio Input for

INPUT2 Component

L/R IN

JA8551

SPEAKER TERMINAL

IC5401

DRX3975D

(COFDM)

D_IF1 D_IF2

DT_MON_CVBS

EMMA_DA_GY

PC_RGB

PC_H/V

CN9601 PC Input

SPDIF

I2S

2 3 4

4.4 OVERALL BLOCK DIAGRAM (2/2)

A

B

C

D

E

F

24

1

2 3 4

PDP-LX5090

FAN CONNECT ASSY

SIDE KEY ASSY LED ASSY IR ASSY

RLS ASSY

IO_AUDIO ASSY

USB

IC6501

PD6568A

(ARIA)

DIN6 ( 12bit *3 )

DIN4_656DATA ( 8bit )

DIN3_656DATA ( 10bit )

DIN7 OSD 8bit *4

IC6811

AGC1072

(M30620FCSGP)

IF UCOM

IC6702 EDD1232ABBH 128Mbit (DDR)

IC6703 EDD1232ABBH 128Mbit (DDR)

IC6704 EDD1232ABBH 128Mbit (DDR)

IC6701

AGC1079

(S29GL016A90TFIR2)

16Mbit Flash

RDATA

IC7201

K4H510838D

(512Mbit DDR)

IC7204

K4H510838D

(512Mbit DDR)

IC7202

AGC1075

(S29GL064N90TFI04)

(64Mbit FLASH)

IC7205

AGC1076

(S29GL064N90TFI04)

(64Mbit FLASH)

IC5801

M66596FP

INT H/V, EXT H/V

EMMA_DA_GY / BCB / RCR

DIN1_656 ( 8bit )

DIN2 ( 8bit*3 )

RS232C

SR_OUT

IR

REM

SR_OUT TXD_SR

RXD_SR

TXD_232C RXD 232C

RLS

M15

CN4208

RLS

KEY1 KEY2

LED

M11

CN4209

KEY

M6

CN4107

RGB 10bit *3

FAN

M10

CN4201

M5

CN4202

FAN FANFAN

Fan Connect

FAN

RESERVED

IC7003 uPD61123F1 (EMMA SV)

To DIGITAL Ass'y

5

6 7 8

A

B

C

D

E

PDP-LX5090

5

6 7 8

F

25

1

POWER SUPPLY UNIT

RY102

LIVE

NEUTRAL

PRIMARY

SECONDARY

VADR

VSUS

T901

PFC Q103 Q104 Q106

PS_PD RELAY

EXT_PD

T702

T501

P3

P2

P1

P6

P5

+6.5V

VSUS_ADJ

Q704

Q703

Switching

P4

P10

+17V

+17V +6.5V

+17V

+12V

F102

+B for RELAY DRIVE

DRF_SW_B

M_SW_DET

PD_TRIG_B

DRF_B

Q902

Q901

Q503

Q502

Switching

+12V

STB5.1V

+17V

+6.5V

VADR

VSUS

D101

+395V

P9

Switching

+12V

+6.5V

+17V

D108

T101

P7

Switching

IC101

STB3.4V

D112

Q202

AC_DET

M_SW_DET

IC202

+6.5V

D115

AC_DET

4.5 POWER SUPPLY UNIT

A

2 3 4

B

C

D

E

F

26

1

2 3 4

PDP-LX5090

5

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

27

1

Drive Signal

X 1

PSUS

+17V

OFFSET

BLOCK

VPOFS

VXKOFS1

VXKOFS2

VSUS

SUS

BLOCK

Gate Signal Gate Signal

Gate Signal

Drive Signal

RESONANCE

BLOCK

PSUS

+5V

OFFSET

Reg.

Drive Signal

SUS

PreDrive

VPU

+17V

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

SOFT- D

XPRST

VSUS

+17V

PSUS

LOGIC

BLOCK

+17V

15V

DC/DC CONV.

VPU

VPOFS

+17V

+5V

VSUS

+6.5V

X 2

REG

X 3

VADR

X 4

50F X DRIVE ASSY

4.6 50F X DRIVE ASSY

A

2 3 4

B

C

D

E

F

28

1

2 3 4

PDP-LX5090

5

50F Y DRIVE ASSY

50F SCAN A ASSY (HIGH-SIDE)

50F SCAN B ASSY (LOW-SIDE)

SCAN IC

IC2801

SCAN IC

IC2802

SCAN IC

IC2803

SCAN IC

IC2804

SCAN IC

IC2805

SCAN IC

IC2806

SCAN IC

IC2807

SCAN IC

IC2808

SCAN IC

IC2901

SCAN IC

IC2902

SCAN IC

IC2903

SCAN IC

IC2904

SCAN IC

IC2905

SCAN IC

IC2906

SCAN IC

IC2907

SCAN IC

IC2908

VH IC5V

PSUS

VH

IC5V

VH

IC5V

Y3

SA1

SB1

Y4

SCAN SIGNAL

VH IC5V

VH

IC5V

VH IC5V

SCAN SIGNAL

VH

IC5V

Y 1

PSUS

Scan Signal

IC5V

Y 5

+17V

IC5V/VF

DC/DC CONV.

IC5V

VC_P

+17V

15V DC/DC CONV.

VC_S

VC_U

+5V

Drive Signal

VSUS

VYPRST

VSNOFS

VKNOFS2

VKNOFS3

VKNOFS4

VKNOFS1

MAIN

DC/DC

CONV.

VH

Y 2

Photo Coupler

BLOCK

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

VSUS

SUS

BLOCK

SUS

PreDrive

+17V

VC_S

H-MSK

VC_S

L-MSK

+17V

KNOFS1 KNOFS3

BLOCK

VKNOFS1

VKNOFS3

RESONANCE BLOCK

VC_U

+17V

Drive Signal

VC_P

PRST

BLOCK

VYPRST

RST-D

BLOCK

+17V

KNOFS4 SOFT-G

BLOCK

VC_S

VKNOFS4

+17V

SNOFS KNOFS2 BLOCK

VSNOFS

VKNOFS2

VC_S

Drive Signal

SUSOUT

MSK-S

Gate Signal

Y 6

+17V

+5V

VSUS

+6.5V

REG

RESONANCE BLOCK

VC_U +17V

VADR

LOGIC

BLOCK

6 7 8

4.7 50F Y DRIVE, 50F SCAN A and B ASSYS

A

B

C

D

E

5

PDP-LX5090

6 7 8

F

29

1

50F X DRIVE ASSY

50F SCAN A, B ASSYS

5.0V

Vadr Vadr

5.0V 6.5V 5.0V 6.5V

17V 17V

VSUS VSUS

VC_U VPU

VC_S

VPOFS

VC_P IC5V

VH

VKOFS1

VKOFS2

IC5V VH

5V

IC5V

DC/DC

Conv.

Scan

Logic

Scan IC

15V

DC/DC

Conv.

HMSK

FET

Pre

drive

Logic

5V

Re

g

.IC

DC/DC

Conv.

SUS-G

IGBT

Pre

drive

SUS-B

IGBT

Pre

drive

SUS-U

IGBT

Pre

drive

SUS-D

IGBT

Pre

drive

XPRST

FET

XSOFT-D

FET

XKOFS1

FET

Pre

drive

XKOFS2

FET

Pre

drive

XKOFS1

Reg.

XKOFS2

Reg.

Logic

SUS-G

IGBT

Pre

drive

SUS-B

IGBT

Pre

drive

SUS-U

IGBT

Pre

drive

SUS-D

IGBT

Pre

drive

LMSK

FET

Pre

drive

YPRST

FET

Pre

drive

SNOFS

FET

Pre

drive

YKOFS

1

FET

Pre

drive

YKOFS

2

FET

Pre

drive

YKOFS

3

FET

Pre

drive

YKOFS

4

FET

Pre

drive

RST-D

FET

Pre

drive

VYKOFS

12 Reg.

VYKOFS

3

Reg.

VYKOFS

4

Reg.

DC/DC

Conv.

VSNOFS

Reg.

VYPRST

Reg.

SOFT-G

FET

Pre

drive

from POWER SUPPLY UNT

to ADDRESS ASSY

Reg.IC

50F Y DRIVE ASSY

Note: VYPRST, VSNOFS, VYKOFS12, VYKOFS3, VYKOFS4 VXKOFS1 and VXKOFS2 voltages are electrical volume controls.

2 3 4

4.8 POWER SUPPLY BLOCK of 50F X, Y DRIVE and 50F SCAN A and B ASSYS

A

B

C

D

E

F

30

1

2 3 4

PDP-LX5090

5

DRIVER IC

IC1651

DRIVER IC

IC1661

DRIVER IC

IC1871

DRIVER IC

IC1861

DRIVER IC

IC1851

DRIVER IC

IC1671

DRIVER IC

IC1681

50F ADDRESS S ASSY

50F ADDRESS L ASSY

VADR1

VADR2

VADR3

VADR3 VADR4

V+75V

V+10V

V+3.3V

V+75V

V+3.3V

CLK / LE / HBLK LBLK/R/G/B

VDDLS1

VDDLS2

VDDLS3

VDDLS3 VDDLS4

RESONANCE

BLOCK

IC1801

LVDS

RECEIVER

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

RESONANCE

BLOCK

AN/P BN/P CN/P DN/P CLKN/P

AD2

CN1801

AD1

CN1802

AD2

CN1601

AD1

CN1602

IC1601

LVDS

RECEIVER

4.9 50F ADDRESS L and S ASSYS

6 7 8

A

B

C

5

PDP-LX5090

6 7 8

D

E

F

31

1

50F DIGITAL ASSY

D23

D21

V+6_5V

V+3_3V_D

OR

D13

LVDS

ADR_PD1

Y*****_PD SCN**_PD

PS_PD

PD_MUTE

PD

Vsus_AD

PD_TRG_B,

AC_DET,

M_SW_DE

XSUS

SCAN,YSUS

ODI_R, G, B

D11

TEMP1

PSIZE

LVDS

DAC

DAC_**

D24

THEATER

Pulse Width

SQ_NON

VOFS_ADJ,YPRST_ADJ, YKNOFS**_ADJ

VDI

V+3VACTV

UART

V+3V_EEP

ADR_PD_MSK

STOP_SQ

AND

DRF_

SCL,SDA

MULTI_OE

DRF_SW_B

PSW1

X****_PD

PSW2

MASK

ADRS_PD

V+6_5V

XKOFS*_ADJ

OR

RELAY

RELAY2

SQ_SEL

V+3VACT

RESET

RST_SQ

V+3V_D

EXT_PD

RST2

SUS_MUTE

EVI_R, G, B

EVI_SYNC

DRF_B

KDD

D14

D15

D16

D22

D18

D19

D20

D17

RESETX

AND

V+1_1V_D

V+2_5V_D

V+2_5V_D V+1_2V_D

V+2_5V_D

V+1_8V_D

D26

V+3_3V_D

10V

REG

1.2V REG

1.8V REG

V+12V V+10V

UART(CS)

YSUS

DET_CS

D12

WE_SQ

RELAY1

SUS_MUTE

AND

GPIO8

PSW2

V+3_3V_D V+10V

RELAY1

D25

V+12V

UART

SUB-FILD CONV.

&

XY DRV SEQUENCE

PATTERN GEN.

PEG383B-K

IC3301

Flash Memory

IC3302

V+1_1V_D V+1_8V_D V+2_5V_D V+3_3V_D

V+3_3V_D V+1_2V_D V+2_5V_D

LVDS

TRANSMITTER

PEG478A-K

IC3401

MODULE UCOM

M30620FCSGP

IC3601

RESET

Pulse Width

O R

AND

DC-DC

CONVERTER

BD8606FV

IC3801

4.10 50F DIGITAL ASSY

A

B

C

D

2 3 4

E

F

32

1

2 3 4

PDP-LX5090

5

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

33

1

for DVB-T TUNER

for FAN

V+5_1V_D

V+2_6V_D2

V+2_6V_D2_ARIA

V+VDDIO_ARIA for ARIA

V+2_6V_D2_ARIA_DDR_A

V+2_6V_D2_ARIA_DDR_B

for ARIA_DDR

V+2_6V_D2_ARIA_DDR_C

V+1_2V_D2

V+1_2V_D2_ARIA

V+1_2V_D2_ARIA_PLL1

V+1_2V_D2_ARIA_PLL2

for ARIA

V+1_2V_D2_ARIA_PLL3

V+1_2V_D2_ARIA_PLL4

V+3_4V_STB_IF

V+1_8V_D_COF

for COFDM

V+3_4V_D3_VDEC_RAM

for VDEC

V+3_4V_D3_VDEC

V+3_4V_D3_ARIA

for ARIA

V+3_4V_D4_HDMI

V+3_4V_D4_HDMI_IO

for HDMIRx

V+3_4V_D4_HDMI_A

V+3_4V_D4_HDMI_REG

V+3_4V_D4_HDMISW

for HDMISW

V+1_8V_D2_HDMI

V+1_8V_D2_HDMI_A

V+3_4V_D_ADC

for HDMIRx

for ADC

V+1_8V_D2_HDMI_C

V+1_8V_D2_HDMI_D

V+1_8V_D3_VDEC

for VDEC

V+1_8V_D3_VDEC_PLL

SW REG CONTROLED BY RELAY

V+12V

V+6.5V

3ch DD converter

BD8606FV

STBY SW REG

V+3_4V_STB

Q4510 FET-SW (V+3_4V_D)

RTQ045N03

L6502 L6503

R6602

R6703

R6702

R6701

L6504 L6505

L6506

L6507

L6508

L6509

IC4305 5V-REG (V+5V_ANT)

NJM2846DL3_05

IC4402 D/D conv (V+5_1V_D)

IC4402 D/D conv (V+2_6V_D)

IC4402 D/D conv (V+1_2V_D)

IC4303 Variable-REG (V+FAN_VCC2)

PQ200WNA1ZPH

R5402

L4701

R4702

L6501

IC4503

1.8V-REG (V+1_8V__D)

NJM2846DL3_18

Q4506 FET-SW (V+3_4V_D3)

RSS090P03

Q4522 FET-SW (V+3_4V_D4)

RTQ045N03

R4901

F4902

L4902

L4905

F5001

R4704

L4901

F4901

L4903

R4703

R4704

IC4504

1.8V-REG (V+1_8V__D2)

NJM2846DL3_18

Q4523 FET-SW (V+1_8V_D3)

RTQ045N03

R4803

2 3 4

4.11 POWER SUPPLY BLOCK of MAIN ASSY

A

B

C

D

E

F

34

1

2 3 4

PDP-LX5090

for DVB-T TUNER

for COMMON_IF

for USB

for DVB-T TUNER

V+3_3V_A_ADC

for ADC

V+3_3V_A_ADC_PLL

V+3_3V_A2_VDEC

for VDEC

V+3_3V_A3_COF

for COFDM

V+3_3V_A_3_CI

for CI_SLOT

V+3_4V_ACT V+3_4V_ACT_VBI

for VBI_SLICER

V+3_4V_ACT2 V+3_4V_ACT2_UCOM

for EMMA2

V+3_4V_ACT2_USB

for USB

V+3_4V_ACT2_USB_A

for USB

V+3_4V_ACT2_USB_D

for USB

V+2_5V_ACT_VBI

for VBI_SLICER

V+2_5V_ACT_UCOM

for EMMA2

V+2_5V_ACT_UCOM_DDR

for EMMA2_DDR

V+1_5V_ACT_UCOM

for EMMA2

V+1_5V_ACT_USB

for USB

V+1_5V_ACT_USB_A

for USB

V+1_5V_ACT_USB_D

for USB

V+1_5V_ACT2_VBI

for VBI_SLICER

Q4501 FET-SW (V+3_4V_ACT) UPA1917TE-TRB

Q4509 FET-SW (V+3_4V_ACT2) UPA1917TE-TRB

2ch DD converter

LTC3407ESME-2

R4801

R4802

R4701

R5401

R5601

Q4413 FET-SW (V+3V_A2)

UPA1917TE-TRB

R7001

R5801

L5802

R5802

L5701

L7002

L7201

L7001

L5801

L5803

R5803

L5702

Q4524

FET-SW (V+1_5V_ACT2) RTQ045N03

R5701

IC4501 D/D conv (V+2_5V_ACT)

IC4501 D/D conv (V+1_5V_ACT)

IC4306 D/D conv (V+31V_ANT)

BD8903

IC4301 OCP-SW (V+5_1V_D_USB)

R5523N001B

IC4404 3V-REG (V+3_3V_A)

NJM2846DL3_33

IC4304 CURRENT LIMIT IC

(V+5_1V_D_ANT_POW)

MB3842PFV

IC4308 OCP-SW (V+5V_D_CI)

IC4406 3V-REG (V+3_3V_A3)

MM1593DF

5

6 7 8

A

B

C

D

E

F

5

6 7 8

PDP-LX5090

35

1

IO_AUDIO ASS'Y

+1.8V

INPUT(AUDIO)

MSP IC

IC8201

MSP5651M

INPUT1(SCART) INPUT2(SCART) INPUT2(RCA pin) INPUT3(SCART) PC AUDIO

OPTICAL OUT

SUB WOOFER OUT AUDIO OUT SCART OUT

OUTPUT(AUDIO)

OPT_OUT

IO1

+6.5

IO2

CN7502

+17V

+3.4

+8V

+12V

CN7501

PWM

DIGITAL AMP IC

IC8401

TAS5122DCA

DC

DETECT

BLOCK

R_OUT+

R_OUT-

L_OUT-

L_OUT+

+17V

LPF

L OUT

SP TERMINAL

R OUT

A_NG_B

OTW

IO3

REGULATOR

IC7961

NJM78M12DL1A

+17V

+12V

SPDIF_HDMI,SPDIF_DTV,I2S_BCLK_DTV,I2S_LRCLK_DTV,I2S_SDATA_DTV

RST_MSP

SDA_AV ,SCL_AV

for MAIN ASSY

SIDE_L/R

AUDIO_D

SR_OUT

JA7871

TXD_SR, SR_OUT RXD_SR

TEMPERATURE

AC_AM_MUTE

AC_SC1/SC2/SC3_MUTE

LINK_IO2/IO3

CN7503

AC_A_MUTE

AC_HP_MUTE

+3.4V

4.12 IO_AUDIO ASSY

A

2 3 4

B

C

D

E

F

36

1

2 3 4

PDP-LX5090

5

RGB SW

IC8101

R2S11001FT

AV SW

IC8001

R2S11006FT

RS232C

JA7851

REGULATOR

IC7951

NJM2846DL3-18

+3.4V

+1.8V

REGULATOR

IC7901

NJM2846DL3-05

+6.5V

+5V

REGULATOR

IC7911

P0200WNA1ZPH

+12V

+8V

INPUT(CVBS)

OUTPUT(CVBS)

INPUT(YCbCr,RGB)

AIR_SIF

for MAIN ASSY

IO4

CN7506

for PC ASSY

for SIDE ASSY

DSUB_DET

RGB,VD,HD

HP_L/R

HP_PLUG WP_EDID

SDA/SCL_AV5

SIDE_V

EMMA_DA_GY

EMMA_DA_GY/BCB/RCR

EXT_HD/VD, INT_HD/VD

CLP_RGB1/RGB2

VBI_Y, MAIN_C/Y, SUB_C/Y

A_TUNER_V, DT_MON_CVBS

RCR/BCB/GY_AD, RCR/BCB/GY/FB_VDEC

TEMP2

CN7504

+8V

+5V

TXD 232C 1

RXD 232C 1, 232C DET

CN7505

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

37

1

DIGITAL ASSY

POWER SUPPLY UNIT

LED ASSY

SIDE KEY ASSY

MAIN ASSY

IO_AUDIO ASSY

SIDE IO

ASSY

PC ASSY

IR ASSY

RLS ASSY

FAN CONNECT

ASSY

M12

M13

M14

M4

M1

M2M3

M5

M6

M11

M15

FAN

P8 P9

SW1

L1

RL1

RE1

FAN

FA1

FA2 FA3

IO5

S1

IO6

IO2

IO3

IO4

IO1

D12

D11

P5

PC1

FANFAN

USB

4.13 LED and IR ASSYS

A

2 3 4

B

C

D

E

F

38

1

2 3 4

PDP-LX5090

5

*1: Notify upon the power-down content by Red LED flashing number of times. *2: Notify upon the shutdown content by Blue LED flashing number of times *3: Notify upon the subcategory number by Orange LED flashing number of times. *4: PDP-LX5090H only *5: Notify upon the abnormal state by Orange LED flashing number of times.

POWER ON STANDBY TIMER

Status

LED

LED Pattern/Remarks

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

Blue

Red

Orange

LED Pattern

[1] LED DISPLAY INFORMATION

AC OFF or Main Power Switch OFF

Standby Power Management

Power On

Power-Down

Shutdown

Updating the PC

Sleep timer

Shutdown (Subcategory flashing)

No digital adjustment data copied for backup

During factory operation

During USB update

During DTB communication inhibit

Updating of USB is abnormally finished.

During reservation video recording (Unit: Standby)

During reservation video recording (Unit: ON)

Updating of USB is finished normally.

Once Twice n times 2.5s Once

*1

500ms

*2

Once Twice n times 2.5s Once

500ms

*2

Once Twice n times 2.5s Once

*3

500ms 200ms

100ms

*4

100ms

*4

100ms

*4

100ms

*4

100ms

*5

500ms Once 500ms Twice 500ms n Times 2.5sec 500ms

*4

5. DIAGNOSIS

5.1 POWER SUPPLY OPERATION

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

39

1

1 : The remote control (or KEY) signal is input to the IF microcomputer. 2 : The IF microcomputer sends the operation data of the remote control unit (or KEY) to the main microcomputer. 3 : The main microcomputer issues a startup command (PON) to the MOD microcomputer. 4 : The relay is controlled with logical OR interpretation of control signals by the main microcomputer and

module (MOD) microcomputer.

MOD

Microcomputer

IC3601

MAIN

Microcomputer

IC7003

IF

Microcomputer

IC6811

Power MOD RELAY Control

OR

REM

Inv. Amp

Q8751

REM infrared receiver

Side Keys

SR OUT Jack JA7871

4

1

2

1

RELAY2

SR_OUT

KEY_1 KEY_2

TXD_MD RXD_MD REQ_MD

SR_IN

TXD_IF RXD_IF CE_IF REQ_IF BUSY_IF

Inv. Amp

Q6812

Inv. Amp

Q4211

3

[2] POWER ON SEQUENCE

A

2 3 4

B

C

D

E

F

40

1

2 3 4

PDP-LX5090

5

[3] DETAILS OF POWER ON SEQUENCE

AC

Microcomputer output port setting

Microcomputer input port state

All devices are not electrified.

Only the periphery of the IF microcomputer are electrified.

The user operation is invalid due to Main Switch off.

(*): PDP-LX5090H only

AC-OFF Main Power OFF, Passive Standby

AC-ON Main Power OFF, Passive Standby

OFF

OFF OFF

IF: ACTIVE

OFF

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Microcomputer output port setting

Microcomputer input port state

OFF

OFF OFF

IF: ACTIVE

OFF

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Main

Digital

Sensor X/Y Drive, SCAN

Address

Main

Digital

Sensor

X/Y Drive, SCAN

Address

Power supply

IO_AUDIO

Main Switch

AC

Main Switch

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

COLOR-S

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER S2DEMOD

CIMAX

LNB

CARD (*)

IF ucom

Main_

ucom

Module_

ucom

OR

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

"kill me"

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER

S2DEMOD

CIMAX

LNB

D-AMP

REG

RELAY

Front LED: OFF

RELAY1

•KDD

Module: RELAY1•KDD

RELAY1

•KDD

6 7 8

A

B

C

D

E

F

5

6 7 8

PDP-LX5090

41

1

Microcomputer output port setting

Microcomputer input port state

OFF

ON

OFF

OFF OFF

IF: ACTIVE

OFF

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Front LED: OFF

Microcomputer output port setting

Microcomputer input port state

OFF

OFF OFF

IF: ACTIVE

OFF

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Front LED: RED

Periphery of the IF, Main and Module microcomputers are operated.

The user operation is invalid due to Main Switch off.

Only the periphery of the IF microcomputer is electrified.

The user operation is valid.

AC-ON Main Power OFF, Active Standby

AC-ON Main Power ON, Passive Standby

Main

Digital

Sensor X/Y Drive, SCAN

Address

Main

Digital

Sensor X/Y Drive, SCAN

Address

Power supply

AC

Main Switch

AC

Main Switch

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER

S2DEMOD

CIMAX

LNB

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

"Kill me"

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER S2DEMOD

CIMAX

LNB

(*): PDP-LX5090H only

IO_AUDIO

CARD (*)

(*): PDP-LX5090H only

IO_AUDIO

CARD (*)

RELAY1

•KDD

Module: RELAY1•KDD

RELAY1

•KDD

Module: RELAY1•KDD

A

2 3 4

B

C

D

E

F

42

1

2 3 4

PDP-LX5090

5

Microcomputer output port setting

Microcomputer input port state

OFF

ON

OFF OFF

OFF

IF: ACTIVE

ON

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

OFF

Front LED: RED

Microcomputer output port setting

Microcomputer input port state

OFF

ON

OFF

OFF OFF

IF: ACTIVE

OFF

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Front LED: RED

Periphery of the IF, Main and Module microcomputers are operated.

The user operation is valid.

AC-ON Main Power ON, Active Standby

AC-ON Main Power ON, Function Standby

Main

Digital

Sensor X/Y Drive, SCAN

Address

Main

Digital

Sensor X/Y Drive, SCAN

Address

Power supply

AC

Main Switch

AC

Main Switch

Standby power device and some Vcc power devices operate. The user operation is valid. RGB-SW/AD/D-AMP/MAP are electrified, but uses the power-saving mode function of the IC.

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

"POF"

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER

S2DEMOD

CIMAX

LNB

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

"POF"

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER

S2DEMOD

CIMAX

LNB

(*): PDP-LX5090H only

IO_AUDIO

CARD (*)

(*): PDP-LX5090H only

IO_AUDIO

CARD (*)

RELAY1

•KDD

Module: RELAY1•KDD

RELAY1

•KDD

Module: RELAY1•KDD

6 7 8

A

B

C

5

PDP-LX5090

6 7 8

D

E

F

43

1

AC

All devices are operated.

AC-ON Main Power ON, PDP Screen ON

Main

Digital

Sensor X/Y Drive, SCAN

Address

Power supply

Main Switch

IF ucom

Main_

ucom

Module_

ucom

OR

RELAY

DAC

ASIC

LED

DRIVE

SCAN

AND

ADDRESS

DRIVE

SCAN

TEMP1

BACK_EEP

PSW1

AND

RELAY2

RST2

RST4

ACTIVE

DRF_B

EMG_DDC

RST2

AD

M_SW_DET

ON OFF

"PON"

FAN

ASIC

RST3

M_SW_DET_B

M_SW_DET

AC_DET

Vs/Va Trans

Vcc

Trans

STB

Trans

AC_DET

V+3_4V_STB V+5_1V_STB

V+17V V+12V V+6_5V

VSUS VADR

OR

PS_PD

EXT_PD

A.TUNER

D.TUNER

(XDA)

PD

PD PD

SW

EEPROM

DCDC/REG

D-AMP

DCDC/REG

IR

KEY

232C

CEC

ucom

TEMP2

RGB-SW

VDEC HDMI ASIC

PS_PD/PD_TRG_B

EXT_PD

RELAY

VBI

REG

AV-SW

DCDC/REG

RLS

EEPROM

SW

V+6_5V

A.D.TUNER

COFDEM

BCM

A.D.TUNER

MPX

DEMOD

BCM

MAP

PC

COLOR-S (Elite)

A.D.TUNER

COFDEM

CIF

BCM(*)

MSP

SAT. TUNER

S2DEMOD

CIMAX

LNB

(*): PDP-LX5090H only

IO_AUDIO

CARD (*)

Microcomputer output port setting

Microcomputer input port state

ON

ON ON

IF: ACTIVE

ON

Main: RELAY2

Main: PSW1

Module: DRF_B

Main: RST4 Main: RST2 Module: RST2

Front LED: BLUE

RELAY1

•KDD

Module: RELAY1•KDD

A

2 3 4

B

C

D

E

F

44

PDP-LX5090

1

2 3 4

5

Flowchart of Failure Analysis for The Whole Unit

START

Is the STB LED lit?

Is STB 3.4 V power supplied? (Check the power at the IF microcomputer on the MAIN Assy.)

Can the unit be turned on (Relay ON)?

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

A shutdown occurs.

Are the voltages at AC_DET and MSW_DET on the POWER SUPPLY Unit high?

Replace the POWER SUPPLY Unit.

Check if the cable that connects the POWER SUPPLY and MAIN Assys is firmly connected.

In the power startup, the Main microcomputer controls a relay port earlier than module microcomputer.

• Check the DRF SW.

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

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

In a case where luminescent spots appear.

(*1): As reset lighting of the 9th-generation panel is faint, reduce the ambient lighting when checking the display.

Is the voltage at the RELAY port of the connectors between the DIGITAL Assy and POWER SUPPLY Unit H (3.4 V)?

No

Is the drive off?

Turn the drive on.

No

Ye s

A shutdown occurs.

See "5.4 DIAGNOSIS OF SD (SHUTDOWN)." For PDP-LX5090H, refer to the sction "3.3 DIAGNOSIS OF SD (SHUTDOWN)" of the Service Manual for PDP-LX5090H.

Ye s

A power-down occurs.

Does the screen display reset lighting? (*1)

See "5.3 DIAGNOSIS OF PD (POWER-DOWN)."

Ye s

When the panel drive-power is in OFF state, there will be no PD, except PS_PD.

A power-down occurs.

See "5.3 DIAGNOSIS OF PD (POWER-DOWN)."

Ye s

No

Ye s

No

NG

No

Ye s

No

Ye s

No

Ye s

Problems concerning STB status

Note: Check that the Main power SW is ON side.

Problems concerning the power

Problems concerning lighting of the panel

Failure analysis for the MAIN Assy => MA1

Failure analysis for the MAIN Assy => MA2

Failure analysis for the POWER SUPPLY Unit => PS1

Failure analysis for the POWER SUPPLY Unit => PS2

Failure analysis for the POWER SUPPLY Unit => PS3

Failure analysis for the drive system => DR1

Failure analysis for the drive system => DR2

A

The green/red LEDs on the DIGITAL Assy indicate ON/STB of the panel and causes for a power-down or shutdown. If neither the green nor red LED lights, it is likely that the power to the STB system is not supplied. (failure, PASV-STB status)

If AC_DET or MSW_DET is Low, LED goes off.

[1] WHOLE UNIT

5.2 DIAGNOSIS FLOWCHART OF FAILURE ANALYSIS

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

45

1

• Check with the combination of the animated/slanting ramp or other mask patterns and mirror function. * Animated pattern: For checking erroneously discharged cells, load change is constantly caused on a screen. * Ramp pattern: For checking gradation expression * Mirror function: For checking if a defective indication is interlocked with mirror inversion, in order to identify a defective point

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

Is the audio signal output?

Is the panel mask properly displayed?

No

Ye s

Check on the Factory menu.

Is an external video signal displayed properly?

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

No

Failure analysis for the audio system => AU1

Ye s

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

Problems concerning video display

Problems concerning the audio output

A

Failure analysis for the DIGITAL Assy => DG1

Failure analysis for the MAIN Assy => MA3 For PDP-LX5090H, refer to the "Failure analysis for the MAIN Assy => MA3” on the sction "3.1 [5] MAIN ASSY" of the Service Manual for PDP-LX5090H.

Failure analysis for the drive system => DR2

Is the abnormality associated with one scan IC block?

Ye s

Is there any local abnormality on the screen?

Is the abnormality associated with one ADDRESS or one TCP?

No

Ye s

Failure analysis for the drive system => DR3

Failure analysis for the drive system => DR4

Ye s

No

Replace the panel chassis.

A

2 3 4

B

C

D

E

F

46

PDP-LX5090

1

2 3 4

5

[2] POWER SUPPLY UNIT

Flowchart of Failure Analysis for The POWER SUPPLY Unit

Is the cable connected firmly to the P7 connector?

Is the cable to the P7 connector broken?

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

Check the resistance between D112 cathode and JW194 (jumper), using a tester.

Properly connect the cable between the P7 and M2 connectors.

No

Replace the defective cable (J109).

Ye s

Is the fuse (F102) blown?

Replace the POWER SUPPLY Unit.

Ye s

No

Is one of the limiting resistors (R126) blown?

Ye s

No

The POWER SUPPLY Unit is normal.

STB 3.4 V power is not output.

No

Is the VADR voltage within the specified values?

Is the VSUS voltage within the specified range?

Is there a fluctuation in the VADR voltage?

Is there a fluctuation in the VSUS voltage?

The ripple must be within 5 V.

The ripple must be within 10 V.

The specified voltage values are between 72 and 78 V.

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

No

Ye s

No

Ye s

The cells of the panel do not light normally.

No

The POWER SUPPLY Unit is normal.

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

Is the relay (RY102) on?

• Check the relay operation at the JW281 (jumper). (Voltage: 5 V)

• Check the relay sound (click).

No

Ye s

Is the PFC voltage normal?

• Check the voltage between the JW154 (jumper) (-) and JW139 (jumper) (+).

• The voltage must be around 400 V. (340V or less are defective.) Caution: High voltage!

Replace the POWER SUPPLY Unit.

No

Ye s

Failure analysis for the POWER SUPPLY Unit => PS1

Failure analysis for the POWER SUPPLY Unit => PS2

Failure analysis for the POWER SUPPLY Unit => PS3

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

47

1

[3] DRIVE ASSY

Flowchart of Failure Analysis for The Drive Assy

X/Y DRIVE Assys

No

NG

NGYe s

Ye s

Are the FFC cables properly connected?

Are the panel FPC and SCAN Assys connectors properly connected to the X/Y DRIVE Assys?

Is the input signal normal?

Replace the panel chassis.

Ye s

Replace the X/Y DRIVE Assys.

NG

Replace the DIGITAL Assy.

Properly connect the panel FPC and SCAN Assys connectors.

Properly connect the FFC cables.

No

Replace the FFC cables.

Reset lighting is not displayed.

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

Failure analysis for the drive system => DR1

A

2 3 4

B

C

D

E

F

48

1

2 3 4

PDP-LX5090

No

Y DRIVE Assy

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

Are all the connectors properly connected?

Reconnect the connectors.

No

To " 8.4. Adjustment when the Service Panel Assy is Replaced"

No

Set the VH voltage correctly.

X DRIVE Assy

Y DRIVE Assy / SCAN Assy

ADDRESS Assy

Is the adjustment value of each voltage within the appropriate range?

Abnormality across the whole screen such as luminescent spots.

B

D

C

Ye s

No

Is the VH set voltage (140 V) correctly set?

Ye s

Is the output value of each voltage from the Y DRIVE Assy appropriate?

Another Assy may be in failure.

No

Replace the FFC cables.

Replace the DIGITAL Assy.

Replace the Y DRIVE Assy.

Replace the SCAN IC.

NG

Ye s

No

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

No

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

Failure analysis for the drive system => DR2

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

* Using ADJ1 on the Panel Factory menu or the QAJ command, check if the adjustment value is within the range described in the table below

When go forward to the section "8.4 Adjustment when the service panel Assy is replaced" from this step, please be careful to the following items.

• Do not clear hour meter and pulse meter. (for readjustment in the panel non-replacement)

• Input a setting value of label mention example as preparations (because a product panel does not have a label)

• Compare the measurement value at the last output stage of each voltage against the value calculated using the measurement value of the DAC output voltage. (See the table below.)

• There may be a case where the setting of an adjustable resistor on the Assy is out of range.

5

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

49

1

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

No

Is the output value of each voltage from the X DRIVE Assy appropriate?

Another Assy may be in failure.

Ye s

Replace the X DRIVE Assy.

Replace the DIGITAL Assy.

NG

No

Ye s

No

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

Replace the FFC cables.

* Waveform such as the signal is OK for an LVDS signal.

No

Are all the connectors properly connected?

Reconnect the connectors.

B

D

Ye s

X DRIVE Assy

No

Are all the connectors properly connected?

Reconnect the connectors.

No

C

No

Ye s

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

Ye s

ADDRESS Assy

Replace the panel chassis.

Replace the DIGITAL Assy.

Ye s No

NG

Replace the FFC cables.

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

• Compare the measurement value at the last output stage of each voltage against the value calculated using the measurement value of the DAC output voltage. (See the table below.)

• There may be a case where the setting of an adjustable resistor on the Assy is out of range.

A

2 3 4

B

C

D

E

F

50

PDP-LX5090

1

2 3 4

5

(*1): These parts have not been mounted. (*2): It is recommended to measure the DAC output voltage with the drive off. (*3): View when the Assy is mounted on the unit and viewed from the rear.

(*4): The value calculated using an adjustment value may be different from the value measured at the last output stage, because various corrections such as temperature correction are not taken into consideration.

VSNOFS

VYRST

VKNOFS1_2

VKNOFS3

VKNOFS4

XKOFS1 XKOFS2

040 to 085 001 to 056 054 to 107

065 to 117

111 to 164

105 063

101 to 157 001 to 074 121 to 164

107 to 149

151 to 193

085 047

A B C D E F G H

I

J

R2754,R2755,R2757 R2723 R2621 CN2405 CN2403,CN2406 CN2404 CN2401 K1401 K1402 CN1301,CN1302

CN2404 (*1) CN2401 (*1) CN2405 (*1)

CN2403 (*1)

CN2406 (*1)

CN1302 (*1) CN1301 (*1)

Lower side of R2723 (*3) Upper side of R2621 (*3) Left side of R2754 (*3)

Right side of R2757 (*3)

Right side of R2755 (*3)

K1402 (*1) K1401 (*1)

VOFS_ADJ × 13.91 + 55.54 VYPRST_ADJ × 62.495 + 75.2 YVKNOFS1_ADJ × 36.85 + 159.3

YVKNOFS3_ADJ × 36.85 + 159.3

YVKNOFS4_ADJ × 36.85 + 159.3

XKNOFS1_ADJ × 27.3 + 30 XKNOFS2_ADJ × 25.0 + 69.8

VOF value × 0.18 + 9.6 VRP value × 0.81 + 74.4 (V1F value+VYF value-128) × 0.48 + 158.8 (V3F value+VYF value-128) × 0.48 + 158.8 (V4F value+VYF value-128) × 0.48 + 158.8 VX1 value × 0.35 + 29.7 VX2 value × 0.32 + 69.5

Y DRIVE Assy

X DRIVE Assy

Adjustable Range

Assy Name

Voltage to be Checked (V)

60-inch 50-inch

Output at the Last Stage

DAC Output (*2)

Computation Using DAC Output Voltage (V)

Computation Using Adjustment Value (*4)

Measurement Point

Computation Formula for Voltage (Absolute Value)

EDAF

Diagrammatic view of the Y DRIVE Assy Diagrammatic view of the X DRIVE Assy

G

C

B

H

J

I

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

51

1

Is the TCP control signal normal?

No

NG

Ye s Ye s

No

Are the FFC cables properly connected?

Replace the DIGITAL Assy.

Properly connect the FFC cables.

The abnormality is associated with one ADDRESS or one TCP.

Diagnose the ADDRESS Assy.

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

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

Replace the panel chassis.

No

NG

Ye s

No

Is the 15P connector connected properly to the socket?

Reconnect the connector properly.

NG

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

No

Replace the Y DRIVE Assy.

The abnormality is associated with a single scan line.

Diagnose the SCAN Assy.

Replace the SCAN IC.

Replace the panel chassis.

Failure analysis for the drive system => DR3

Failure analysis for the drive system => DR4

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

Note1

Note 1:

In a case where confirmation of the waveform for a particular line is impossible with an oscilloscope, it is possible to identify a defective line by lighting a particular line, using the following commands: (The SCAN IC outputting each line refers to the table.) PON FAY MKRS01 BSMS01 (Command for reducing phosphor burn-in) $250000∗∗∗∗ (In place of ∗∗∗∗, input a figure between 0001 and 1080, which denotes an ordinal number of a particular line.)

With the above commands, a particular line lights. Be careful to light a line for as short a time as possible, to avoid phosphor burn-in. After a particular line is identified, display an all-white screen to protect the screen from burn-in.

IC No.

No 1 No 2 No 3 No 4 No 5 No 6 No 7 No 8

No 9 No 10 No 11 No 12 No 13 No 14 No 15 No 16

Line Number

66 68 68 68 68 68 68 66 66 68 68 68 68 68 68 66

Object Line

0001 to 0066 0067 to 0134 0135 to 0202 0203 to 0270 0271 to 0338 0339 to 0406 0407 to 0474 0475 to 0540 0541 to 0606 0607 to 0674 0675 to 0742 0743 to 0810 0811 to 0878 0879 to 0946 0947 to 1014 1015 to 1080

A

2 3 4

B

C

D

E

F

52

1

2 3 4

PDP-LX5090

5

[4] DIGITAL ASSY

Flowchart of Failure Analysis for The DIGITAL Assy

Is an appropriate signal input? (Check the V frequency with the QSI command.)

Is the sync signal properly output from the MAIN Assy?

Disconnect and reconnect the 50P (J212) FFC/40P (J211) FFC.

• If the OSD is not properly displayed although the panel mask is properly displayed, a failure exists in the path from the output of IC2801 on the MAIN Assy to IC3301 on the DIGITAL Assy.

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

• If no vertical sync signal is input to the DIGITAL Assy, a freeze-frame picture will be displayed.

• It is most likely that the video signal and sync signal data are abnormal.

No

NG

Failure in connectors CN3201 or CN3202 on the DIGITAL Assy. Failure in ASIC (IC3301) on the DIGITAL Assy.

Replace the MAIN Assy.

Replace the 50P (J212) FFC/ 40P (J211) FFC.

NG

Ye s

OKNG

Replace the DIGITAL Assy.

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

Failure analysis for the DIGITAL Assy => DG1

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

53

1

[5] MAIN ASSY

Flowchart of Failure Analysis for The MAIN Assy

Failure in the RST IC (IC8302) output or its peripheral circuits

No

Replace the MAIN Assy.

No

Turn the POWER switch on.

The STB LED does not light although STB 3.4 V power is supplied.

Does the POWER switch on?

No

Is the M11 connector securely connected?

Securely connect the M11 connector.

Ye s

Is the cable that is connected to the M11 connector broken?

Replace the cable (J116).

No

NG

The RELAY port does not work. The power is not turned on.

Is voltage at REQ_IF on the MAIN Assy High (3.3 V)?

Can the unit be turned on, using the remote control unit?

Can the unit be turned on, using the Power switch on the unit?

Can the unit be turned on, using RS-232C commands?

Ye s

Is resetting of the IF microcomputer canceled?

Failure in the line between the IF microcomputer and M11 connector

No

Replace the MAIN Assy.

Ye s

Is the voltage at Pin 3 of the M11 connector High?

Relay control is unable unless it supplies a power supply to the module microcompute.

No

Replace the MAIN Assy.

Ye s

Is the voltage at Pin 50 of the M4 connector 3.4 V?

No

Replace the MAIN Assy.

Ye s

Are the voltages (1.5 V/2.5 V/3.4 V) supplied to the main microcomputer?

No problem with the MAIN Assy. Check the LED Assy.

No

Ye s

Replace the cable (J117) that connects between the IR and MAIN Assys.

Replace the cable (J116) that connects between the SIDE KEY and MAIN Assys.

Replace the IR Assy.

Replace the SIDE KEY Assy.

Replace the MAIN Assy.

NG

No

NG

Replace the 50P cable (J213) that connects between the IO and MAIN Assys.

Replace the IO Assy.

Replace the MAIN Assy.

NG

Failure analysis for the MAIN Assy => MA1

Failure analysis for the MAIN Assy => MA2

A

2 3 4

B

C

D

E

F

54

1

PDP-LX5090

2 3 4

5

Flowchart of Failure Analysis for The Video System

Is the selected input signal a terrestrial analog TV?

Are the data displayed on the "HDMI SIGNAL INFO" page of the Factory menu correct?

The source equipment previously used is in failure. No problem with the MAIN Assy.

Is the sync signal output from IC4901?

Does the result of SIG mode detection on the Factory menu coincide with the input signal data?

Ye s

No

OK

After changing the source equipment, check the "HDMI SIGNAL INFO" data again.

NG

Replace the MAIN Assy.

No

Replace the MAIN Assy.

The input signal is not displayed.

=> ATV

Is the selected input signal a composite signal?

Ye s

No

=> COMP / S1

=> COMP / PC2

Is the selected input signal a component signal?

Ye s

=> COMP / PC1

Is the selected input signal a S-video signal?

Is the selected input signal an PC signal?

Ye s

No

Is the selected input signal an HDMI signal?

Ye s

=> DTV

Is the selected input signal a digital TV signal?

Ye s

No problem with the MAIN Assy

No

Ye s

Is the sync signal input to IC6501?

No

Replace the MAIN Assy.

Ye s

Replace the MAIN Assy.

No

=> COMP / S1

Is the selected input signal a RGB signal (SCART)?

Ye s

No

=> RGB

Failure analysis for the MAIN Assy => MA3

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

55

1

[6] VIDEO SYSTEM

Flowchart of Failure Analysis for The Video System

Is the input selecter set to TV? (Analog)

Set the Input selector to TV. (Analog)

No

Check the 40P FFC (J214) between MAIN Assy and IO Assy. If there was problem, replace it.

No

Check around IC8001 and check the communications between IC8001 and microcomuputer. If there was no ploblem, replace the IO Assy.

Check around IC4702 and check the communications between IC4702 and microcomuputer. If there was no ploblem, replace the MAIN Assy.

No

Check around the IC that is found to have failure in communication and the microcomputer. If there was no ploblem, replace the MAIN Assy.

No

Replace the MAIN Assy.

Ye s

Analog tuner signal is not displayed on the screen.

=> ATV

Is a signal input to IC8001 (AVSW)? (pin 60)

Has the signal arrived at emitter of Q5304?

No

Replace the U5301 (TUNER).

Is a signal input to TP7563?

No

Check the 40P FFC (J214) between the MAIN Assy and IO Assy. If there was problem, replace it.

Ye s

Which signal is not output, main or sub signal?

Is a signal output from IC8001? (AVSW) (pin 45)

Are the data output from IC4702? (VDEC) (pins 93 to 97, 99 to 104, 107 to 109)

Ye s

Has the signal arrived at IC4702? (VDEC) (pin 22)

Ye s

Is the communication between each IC (VDEC, ASIC) on the MAIN Assy and the microcomputer normal?

Ye s

Has the signal arrived at IC4702?

(pin 70)

Ye s

MAIN

SUB

1

No

Is a HS signal input to IC6811 (IFUCOM)? (pin 3)

Has the signal arrived at pin 6 of Q5307?

Has the signal arrived at R5303.

No No

Replace the U5301 (TUNER).

Ye s

2

4

5

4

No

Are the data output from IC4702?

(pins 79 to 86, 88 to 90)

Ye s

5

Is a signal output from IC4601?

(pin 49)

3

2

IC6811 - pin 3

V: 1 V/div H: 10 μsec/div

1

IC8001 - pin 60 (in)

V: 500 mV/div H: 10 μsec/div

3

IC8001 - pins 45, 49 (out)

V: 500 mV/div H: 10 μsec/div

4

IC4702 - pins 22, 70

V: 500 mV/div H: 10 μsec/div

5

IC4702 (out)

V: 1 V/div H: 2 μsec/div

Waveforms

Input signal: PAL Color-bar (Analog tuner)

A

2 3 4

B

C

D

E

F

56

1

2 3 4

PDP-LX5090

Is the function correspondeing to selected signal input selected?

Select the corresponding signal with the Input selector.

No

Check the 40P FFC (J214) between MAIN Assy and IO Assy. If there was problem, replace it.

No

Check around IC8001 and check the communications between IC8001 and microcomuputer. If there was no ploblem, replace the IO Assy.

No No

No

Check around the input terminals.

No

Replace the IO Assy.

NG

Ye s

Image for the composite or S-video signal is not displayed.

=> COMP/S1

Has the signal arrived at IC8001? (AVSW)

Which signal is not output, main or sub signal?

Is a signal output from IC8001? (AVSW) (pins 42, 45)

Ye s

Has the signal arrived at IC4702? (VDEC) (pins 22, 26)

Ye s

Has the signal arrived at IC4702? (pins 69, 70)

Ye s

MAIN

SUB

76

9

11

Is a signal output from IC8001? (pins 47, 49)

1312

1514

8

10

6

IC8001 - pins 87, 93 (Y)

V: 500 mV/div H: 20 μsec/div

7

IC8001 - pins 89, 95 (C)

V: 500 mV/div H: 20 μsec/div

8

IC8001 - pin 45 (Main Y)

V: 500 mV/div H: 20 μsec/div

9 10

IC8001 - pin 42 (Main C)

V: 500 mV/div H: 20 μsec/div

IC4702 - pin 22 (Main Y)

V: 500 mV/div H: 20 μsec/div

11

IC4702 - pin 26 (Main C)

V: 500 mV/div H: 20 μsec/div

12

IC8001 - pin 49 (Sub Y)

V: 500 mV/div H: 20 μsec/div

13 14

IC8001 - pin 47 (Sub C)

V: 500 mV/div H: 20 μsec/div

IC4702 - pin 70 (Sub Y)

V: 500 mV/div H: 20 μsec/div

15

IC4702 - pin 69 (Sub C)

V: 500 mV/div H: 20 μsec/div

Waveforms

Input signal: PAL Color-bar (S termial)

Check around the IC that is found to have failure in communication and the microcomputer. If there was no ploblem, replace the MAIN Assy.

No

Replace the MAIN Assy.

Ye s

Is the communication between each IC (VDEC, ASIC) on the MAIN Assy and the microcomputer normal?

No

Specifications that does not display in the sub-side.

Is the screen of main side Tuner?

5

6 7 8

A

B

C

D

5

6 7 8

PDP-LX5090

E

F

57

1

No

Ye s

Is the function correspondeing to selected signal input selected?

Image for the RGB (SCART) input signal is not displasyed.

Select the corresponding signal with the Input selector.

Is the screen of main side Tuner?

No

Specifications that does not display in the sub-side.

=> RGB

Sub

Main

Which signal is not output, main or sub signal?

Check the 40P FFC (J214) between MAIN Assy and IO Assy. If there was problem, replace it.

No

Check around the IC that is found to have failure in communication and the microcomputer. If there was no ploblem, replace the MAIN Assy.

No

Check around IC8101 and check the communications between IC8101 and microcomuputer. If there was no ploblem, replace the IO Assy.

No

Replace the MAIN Assy.

Is a signal output from IC8101? (pins 41, 43 and 45)

Has the signal arrived at IC4702? (pins 27, 28 and 65)

Ye s

Is the communication between each IC (VDEC, ASIC) on the MAIN Assy and the microcomputer normal?

Ye s

Has the signal arrived at IC8101 (RGBSW)?

212019

1716 18

16

IC8101 - pin 45 (G out)

V: 500 mV/div H: 20 μS/div

17 18

IC8101 - pin 41 (B out)

V: 500 mV/div H: 20 μS/div

19

IC4702 - pin 65 (GY)

V: 500 mV/div H: 20 μS/div

20

IC47021 - pin 27 (BCB)

V: 500 mV/div H: 20 μS/div

21

IC4702 - pin 28 (BCR)

V: 500 mV/div H: 20 μS/div

Waveforms

Input signal: PAL Color-bar (SCART RGB terminal)

IC8101 - pin 43 (B out)

V: 500 mV/div H: 20 μS/div

Check around the input terminals.

No

Replace the IO Assy.

A

B

2 3 4

C

D

E

F

58

PDP-LX5090

1

2 3 4

Is the function corresponding to selected signal input selected?

Select the corresponding signal with the input selector.

No

NG

No

Ye s

Image for the component signal is not displayed.

=> COMP/PC1

Ye s

Is a signal output from IC8101? (RGBSW) (pins 30, 32, 34)

Has the signal arrived at IC4801? (ADC) (pins 43, 48, 54)

Ye s

27

30

2625

2928

Check around the input terminals.

Replace the IO Assy.

No

Specifications that does not display in the sub-side.

Has the signal arrived at IC8101? (RGBSW) (pins 86, 88, 90)

SUB

Is the screen of main side Tuner?

Which signal is not output, main or sub signal?

Ye s

MAIN

242322

Check around IC8101 and check the communications between IC8101 and microcomuputer. If there was no ploblem, replace the IO Assy.

Check the 40P FFC (J214) between MAIN Assy and IO Assy. If there was problem, replace it.

Check around the IC that is found to have failure in communication and the microcomputer. If there was no ploblem, replace the MAIN Assy.

No

Replace the MAIN Assy.

Ye s

Is the communication between each IC (ADC, ASIC) on the MAIN Assy and the microcomputer normal?

22

IC8101 - pin 86 (Y)

V: 500 mV/div H: 20 μsec/div

23

IC8101 - pin 88 (Pb)

V: 500 mV/div H: 20 μsec/div

24

IC8101 - pin 90 (Pr)

V: 500 mV/div H: 20 μsec/div

25 26

IC8101 - pin 34 (Y)

V: 500 mV/div H: 20 μsec/div

IC8101 - pin 32 (Pb)

V: 500 mV/div H: 20 μsec/div

27

IC8101 - pin 30 (Pr)

V: 500 mV/div H: 20 μsec/div

28

IC4801 - pin 48 (Y)

V: 500 mV/div H: 20 μsec/div

29 30

IC4801 - pin 43 (Pb)

V: 500 mV/div H: 20 μsec/div

IC4801 - pin 54 (Pr)

V: 500 mV/div H: 20 μsec/div

Waveforms

Input signal: Color-bar (Component 720p/50 Hz)

5

6 7 8

A

B

C

D

E

5

6 7 8

PDP-LX5090

F

59

1

Is the function corresponding to selected signal input selected?

Select the corresponding signal with the input selector.

No

Ye s

Image for the PC signals is not displayed.

=> COMP/PC2

Ye s

Is a signal output from IC8101? (RGBSW) (pins 30, 32, 34)

Has the signal arrived at IC4801? (ADC) (pins 43, 48, 54)

Ye s

38

41

3736

4039

No

Specifications that does not display in the sub-side.

Has the signal arrived at IC8101? (RGBSW) (pins 2, 4, 6, 14, 15)

SUB

Is the screen of main side Tuner?

Which signal is not output, main or sub signal?

Ye s

MAIN

3332 353431

Check around IC8101 and check the communications between IC8101 and microcomuputer. If there was no ploblem, replace the IO Assy.

Check the 40P FFC (J214) between MAIN Assy and IO Assy. If there was problem, replace it.

Check the 12P FFC (J215) between IO Assy and PC Assy. If there was problem, replace it.

Check around the IC that is found to have failure in communication and the microcomputer. If there was no ploblem, replace the MAIN Assy.

No

Replace the MAIN Assy.

Ye s

Is the communication between each IC (ADC, ASIC) on the MAIN Assy and the microcomputer normal?

31

IC8101 - pin 2 (G in)

V: 500 mV/div H: 10 μsec/div

32

IC8101 - pin 4 (B in)

V: 500 mV/div H: 10 μsec/div

33

IC8101 - pin 6 (R in)

V: 500 mV/div H: 10 μsec/div

34 35

IC8101 - pin 14 (HD in)

V: 1 V/div H: 10 μsec/div (polarity is no care)

IC8101 - pin 15 (VD in)

V: 1 V/div H: 2 msec/div (polarity is no care)

40

IC4801 - pin 43 (B)

V: 500 mV/div H: 10 μsec/div

36

IC8101 - pin 34 (G out)

V: 500 mV/div H: 10 μsec/div

41

IC4801 - pin 54 (R)

V: 500 mV/div H: 10 μsec/div

37

IC8101 - pin 32 (B out)

V: 500 mV/div H: 10 μsec/div

38 39

IC8101 - pin 30 (R out)

V: 500 mV/div H: 10 μsec/div

IC4801 - pin 48 (G)

V: 500 mV/div H: 10 μsec/div

Waveforms

Input signal: Color-bar (PC SXGA/60 Hz)

A

B

2 3 4

C

D

E

F

60

PDP-LX5090

1

2 3 4

No

Replace the MAIN Assy.

Is the periphery of the terrestrialbroadcast tuner defective?

No

Replace the MAIN Assy.

Ye s

With a DTV channel selected, are the level and quality of the DTV channel displayed on the Home Menu high enough?

Ye s

Is the symptom cleared if connection of the RF IN connector is secured or the RF cable is replaced?

Poor connection of the connectors or defective cable

Ye s

Is the DTV-related menu displayed on the home menu?

No

Ye s

=> DTV

Replace the MAIN Assy.

Is the input selecter set to TV/DTV?

Select the TV/DTV selector to DTV input.

Digital tuner signal is not displayed on the screen.

Replace the MAIN Assy.

No

Is a PCMCIA card inserted?

Pull out a PCMCIA card.

Ye s

Is the DTV video and audio signal output to SCART output?

The failure in between BCM7404 and the ARIA.

5

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

61

1

[7] AUDIO SYSTEM

No

Ye s

No

Has the sound been emitted from the speakers?

Ye s

Has the sound been emitted from the Audio out terminal?

Sound of all functions does not output?

Ye s

Check the speakers and speaker cables. Is it no problem?

=> AU1

Is sound muting set?

Is the volume set to 0?

Is not headphone inserted?

Go to .

No

Check the cables (CN7502) from the main power and peripheral circuit. Repair the failure points.

Pull out headphone, then check again.

Replace the speakers or speaker cables.

Cancel muting, then check again.

Ye s

Raise the volume, then check again.

Is a voltage (+17 V) supplied to IC8401?

Ye s

No

Is not a signal output from speaker terminals?

Ye s

Check the IC7961 and peripheral circuit. Repair the failure points.

Is a 12 V output from +12V_Reg output of IC7961 normal?

Ye s

Check the peripheral circuits and the communication with the microcomputer. If there was no ploblem replace the MSP5651M.

Are signals input to IC8311, IC8331, IC8351 (pins 2, 3, 5, 6) and Q8301?

Ye s

Check the IC8311, IC8331, IC8351 and peripheral circuit. Repair the failure points.

Are signals output from IC8311, IC8331, IC8351 (pins 1, 7) and Q8301?

No

Check between the LPF (L8451, L8452) and speaker terminals. Repair the failure points.

Is not a PWM signal output from IC8401? (pins 34, 38, 46, 50)

Ye s

No

Check between the input terminals and IC8201. Repair the failure points.

Check the peripheral circuits and the communication with the microcomputer and clock output of X8201. If there was no ploblem replace the MSP5651M.

Is a signal input to IC8201? (pins 24, 25)

No

Has I2C communication signal arrived at IC8201?

B

A

Flowchart of Failure Analysis for The Audio System

42 43

44 45

No

Check around the IC8201. Repair the failure points.

Is not a PWM signal output from IC8201? (pins 52, 53, 54, 55)

Ye s

46 47

49 50

48

51

A

2 3 4

B

C

D

E

F

62

1

PDP-LX5090

2 3 4

5

No

Ye s

Has the sound been emitted from the Headphones?

Is sound muting set?

Is the volume set to 0?

No

Check the communications around the IC8371 and between the IC8371 and the microcomputer. If there was no ploblem, replace BH3544F.

Cancel muting, then check again.

Ye s

Raise the volume, then check again.

Is a signal output from IC8201? (pins 38, 39)

No

Ye s

No

Check around the IC8201

and r

epair the failure points

.

Is a signal output from IC8371? (pins 1, 7)

Ye s

Replace the cables or SIDE IO Assy.

NG

Check the cables between CN7505 and CN8601 or check around the Headphones jack.

B

42 43

47 48

Waveforms

Input signal: L/R 1 kHz, 0.5 Vrms (VOL 30)

44

49

45

50

46

51

52

53

JA8551 - pins 1, 2

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

IC8201 - pins 54, 55

V: 2 V/div H: 5 μS/div

JA8551 - pins 3, 4

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

IC8201 - pins 24, 25

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

52 53

IC8201 - pins 38, 39

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

IC8271 - pins 1, 7

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

IC8401 - pins 34, 38

V: 10 V/div H: 5 μS/div

IC8331 - pins 2, 3

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

IC8401 - pins 46, 50

V: 10 V/div H: 5 μS/div

IC8331 - pins 5, 6

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

IC8201 - pins 52, 53

V: 2 V/div H: 5 μS/div

IC8331 - pin 17

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

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

63

1

Ye s

No

Ye s

No

Has the sound of the Analog broadcasting output?

Is a SIF signal input to IC8201? (pins 68)

Check the communications around the IC8201 and between the IC8201 and the microcomputer. If there was no ploblem, replace MSP5651M.

Check the communications between the U5301 and the microcomputer and between the U5301 and IC8201.

NG

Replace the U5301

and

r

epair the failure points

.

Ye s

No

Has the sound of the HDMI output?

Is a SPDIF signal output from IC4901? (pin 78)

Check the communications around the IC8201 and between the IC8201 and the microcomputer. If there was no ploblem, replace MSP5651M.

Check the FFC and cables between the MAIN Assy and IO_AUDIO Assy. Does not sound output even if replace them?

Poor contact of the connector or FFC, or cable is defective. Replace FFC or cable.

Replace the IC4901.

Ye s

Ye s Ye s

No

Poor contact of the connector or FFC, or cable is defective. Replace FFC or cable.

Ye s

No

Has the sound of the Digital broadcasting output?

Ye s

No

Has the sound of the SCART, component or PC input output?

Is a I2S signal input to IC8201? (pins 100 to 102)

Ye s

Is a SPDIF signal input to IC8201? (pin 4)

Check the communications around the IC8201 and between the IC8201 and the microcomputer. If there was no ploblem replace the MAIN Assy.

Is a signal output from IC7003 of the MAIN Assy?

No

Repare the DTB block.

Check around IC7003

and r

epair

the failure points

.

Check between input terminal and IC8201

and r

epair the failure points

.

Ye s

No

Is a signal input to IC8201? (pins 24 to 27, 32 to 37)

Check the communications around the IC8201 and between the IC8201 and the microcomputer. If there was no ploblem replace the MAIN Assy.

Check between IC8201 and CN7505

and r

epair the failure points

.

No

Is a signal input to IC8201? (pins 30, 31)

A

No

Has the sound of the side input output?

Replace the cables.

NG

Check the cables between CN8601 and CN7505, and check around the pin jack.

OK

54

Waveforms

55 56 57

IC4901 - pin 78, IC8201- pin4

V: 1 V/div H: 1 μS/div

IC8201 - pin 106

V: 1 V/div H: 10 μS/div

IC8201 - pin 107

V: 1 V/div H: 10 μS/div

IC8201 - pin 108

V: 1 V/div H: 10 μS/div

Input signal: L/R 1 kHz, 0.5 Vrms (VOL 30)

54

5756

5049

55

NG

Check that the HDMI switch of the MENU is properly set.

A

2 3 4

B

C

D

E

F

64

1

PDP-LX5090

2 3 4

5

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

65

1

[1] BLOCK DIAGRAM OF THE POWER-DOWN SIGNAL

X DRIVE ASSY

Y DRIVE ASSY

SCAN ASSY

ADDRESS ASSY (x8)

15VDD

Output signal

VXKOFS1

VXKOFS2

15VDD

VNOFS

SCAN connector disconnection detection (upper)

SCAN connector disconnection detection (lower)

VKOFS1_2

VKOFS3

VKOFS4

IC5V

VH

VPRST

Resonance center electric potential

Y1

D22

D21

X1

D13

to

D20

AD1

OR

DCDC Convertor

Stop

PD detecdtion

Under voltage

detection

Under voltage

detection

Under voltage

detection

Under voltage

detection

Under voltage

detection

Under voltage

detection

Over or under

voltage detection

Over or under

voltage detection

Over or under

voltage detection

Over or under

voltage detection

2 3 4

5.3 DIAGNOSIS OF PD (POWER-DOWN)

A

B

C

D

E

F

66

PDP-LX5090

1

2 3 4

5

DIGITAL ASSY

POWER SUPPLY UNIT

12

10

11

2

7

6

3

4

8

Note:

The figures 2 to c indicate the number of times the Red LED flashes when power-down occurs in the corresponding route.

ADR_PD_MSK

ADR_PD

DIGI_DCDC_PD

XDD_PD

XSUS_PD

DRF_SW

EXT_PD

SCN5V_PD

SCAN_PD

YDD_PD

YSUS_PD

PS_PD

PD_TRG_B

PD_MUTE_B

DRF_SW

P4D23

MODULE Microcomputer

OR

ADRS_PD

Gen.

PD MUTE

circuit

DCDC

Convertor

SQ_LSI

Relay Control

Protection Circuit

6 7 8

A

B

C

D

5

6 7 8

PDP-LX5090

E

F

67

1

Red LED Flashing

Count

Factory History Display

Defective

Assy

PD Outline Checkpoint

Each PD in the POWER SUPPLY Unit

Connector disconnection

Connector [P14][P15] (60”only)

X DRIVE Assy

VSUS under voltage protection X SUS block

Y DRIVE Assy

Y DRIVE Assy X DRIVE Assy

X DRIVE Assy

VSUS under voltage protection Y SUS block

ADDRESS Assy

Connector [AD1] DIGITAL Assy Connector [D13] to [D20] SCAN Assy SCAN IC

X SUS block

Y SUS block

VH DC/DC

OFFSET block

Connector [Y1][Y2] DIGITAL Assy Connector [D21]

Connector [SA1][SB1][SB2][SC1][SC2]

[SD1]

SCAN IC

IC5V DC/DC

Y MSK block

NOFS block

VNOFS DC/DC

VPRST regulaotr

PR-U block

15V DC/DC

SOFT-G block

Y MSK block

KNOFS2 block

VYKOFS1, 2 regulaotr

Y MSK block

VYKOFS3 regulaotr

Y MSK block

KNOFS4 block

VYKOFS4 regulaotr

Over or under voltage protection of the center electric potential

Y resonance block

DIGITAL Assy SQ_LSI does not operate SEQ_LSI

(Sync input, output waveform) Address resonance block TCP Connector [AD1][AD2]

DIGITAL Assy Connector [D13] to [D20]

Connector [Y2][Y5][Y6] Connector [X2][X3][X4]

Connector [P1][P2]

10

Connector [X2]

15VDD under voltage protection X SUS block

15V DC/DC

VXKOFS1 under voltage protection VXKOFS1 regulaotr

X OFFSET block

VXKOFS2 under voltage protection

Over voltage/under voltage/overcurrent protection

VXKOFS2 regulaotr X OFFSET block

11 X-SUS

X resonance block

3.3V,2.5V,1.1V DC/DC controlo IC

D-DCDC DIGITAL Assy

Connector [P4]

Connector [D23]

ModuleUcom can not detection Each PD line of ModuleUcom

Y-SUS

2P-PWR

POWER SUPPLY Unit

8ADRS

7

VH over or under voltage protection

3

15VDD under voltage protection

SCAN

SCN5V4

6 Y-DCDC

VKOFS3 under voltage protection

VKOFS4 under voltage protection

VNOFS under voltage protection

SCAN Assy

IC5V over or under voltage protection

VKOFS1,2 under voltage protection

VYPRST under voltage protection

DC/DC block

UNKNOW15

DIGITAL Assy

VADR under voltage protection

X-DCDC

12

A

2 3 4

B

C

D

E

F

68

1

2 3 4

PDP-LX5090

5

Possible Defective Part Remarks

The POWER SUPPLY Unit of 60 inches model is a structure of the two parts.

Q1218,Q1219,Q1221-Q1223,Q1226

VSUS-SUSOUT and SUSOUT-SUSGND are short-circuited. VSUS-SUSOUT and SUSOUT-SUSGND are short-circuited.

Q2217-Q2224

each SCAN IC The abnormality of the SCAN IC Q1218,Q1219,Q1221-Q1223,Q1226 Q2217-Q2219,Q2221-Q2223 IC2601,IC2603,IC2604 Q2401,Q2402 KNOFS1 and KNOFS3 are short-circuited.

[SB2][SC1][SC2][SD1] are 60 inches model only.

each SCAN IC Q2764,D2768,R2764 Q2321-Q2326,Q2328-Q2331,Q2333,Q2334 L MSK is short-circuited. Q2424,Q2429 NOFS is short-circuited. D2606,Q2709-Q2711 Q2604,Q2605,IC2602 Q2418 PR-U is short-circuited. Q2662,R2669,L2301,R2335 Q2427 SOFT-G is short-circuited. Q2321-Q2326,Q2328-Q2331,Q2333,Q2334 L MSK is short-circuited. Q2430 KNOFS2 is short-circuited. Q2702,Q2705,R2714 Q2321-Q2326,Q2328-Q2331,Q2333,Q2334 L MSK is short-circuited. Q2703,Q2706,R2715 Q2321-Q2326,Q2328-Q2331,Q2333,Q2334 L MSK is short-circuited. Q2432 KNOFS4 is short-circuited. Q2704,Q2707,R2717 Q2106-Q2109,Q2111,Q2113,D2104-D2107

IC3301,IC3302 The history of SD1 remains

Q1711,Q1721,Q1731,Q1741,Q1911,Q1921,Q1931,D1711,D1721,D1731,D1741,D1911,D1921,D1931

TCP (IC1651,IC1661,IC1671,IC1681,IC1851,IC1861,IC1871) When the TCP is damaged, replace the panel.

Ref No. of L Assy (6 pieces) and S Assy (2 pieces) are common use.

L1201,R1217 Q1402 Q1405,Q1406 Q1302,Q1304 Q1403,Q1404 Q1301,Q1303 Q1108,Q1112,Q1116,Q1119

IC3801 Q3841,Q3861,Q3881,L3841,L3861,L3881 R3820,R3848,R3868,R3888

EXT_PD line : Open

EXT_PD line : Open It becomes "UNKNOW" except above-mentioned PD detection condition.

6 7 8

A

B

C

D

PDP-LX5090

5

6 7 8

E

F

69

1

[1] BLOCK DIAGRAM OF THE SHUTDOWN SIGNAL

MAIN ASSY

IO_AUDIO ASSY

8 8

8

5

97

8

15

11

10

TH7891

Temp. sensor

External FAN

TEMP2

RXD_ARIA TXD_ARIA

IC8201

MSP

I03

M13

M12

IC7003

EMMA2_UCOM

TXD_MD RXD_MD

A_NG_B

RST4

RST2

IC8401 D-Amp

I04

IC4702

VDEC

SCL_AV SDA_AV

SCL_AV5 SDA_AV5

SCL_MA SDA_MA

IC4801

ADC

IC4901

HDMI_RX

IC7004

EEPROM

IC8001 AV SW

IC8101

RGB SW

SCL_MB SDA_MB

IC6811

IF_UCOM

TXD_IF RXD_IF CLK_IF BUSY_IF

CE_IF REQ_IF

OTW

ANT_POW_DE

U5301

AD-FE

IC5401

COFDEM

FAN NG2

M5

2 =>1

SW

5V ⇔ 3.3V

Converter

2 3 4

5.4 DIAGNOSIS OF SD (SHUTDOWN)

A

B

C

D

E

F

70

1

PDP-LX5090

2 3 4

5

Note : The figures 1 to f indicate the number of times the Blue LED flashes when shut-down occurs in the corresponding route.

PANEL SENSOR ASSY

X DRIVE ASSY

DIGITAL ASSY

6

7

1

2

3

1

4

13

3-wire serial

Status notice line

BUS

I2C

UART

V+6_5V

IC6501

MULTI_LSI

M4

EMG_DDC

V+12V

V+6_5V

IC7002

AND-Gate

IC7002

AND-Gate

V+3_4V_ACT2

IC4402

3chDC-DC

V+3_4V_D

V+3_3V_D3

D11

IC3601

MODULE_UCOM

(MDU)

IC3301 SQ_LSI

IC3607 MONO

MULTI

TXD_SQ RXD_SQ CLK_SQ

CE_SQ

BUSY_SQ

RST_SQ

IC3805

3.3V_RST_IC

IC3602

DIG

EEPROM

IC3901

SENSOR

IC3902

BACKUP

EEPROM

IC3605

DAC

RST2

SQ_NON

TEMP1

DAC_DIN

DAC_DOUT

DAC_CLK

E_SCL

E_SDA

D24

SE1

STOP_SQ

FU3801

5A_FUSE

IC3801

DDC

PLANT

R3628

R1019

Identification

resistor

Identification

resistor

PSIZE

X1

D22

RXD_MD TXD_MD

6 7 8

A

B

C

D

E

PDP-LX5090

5

6 7 8

F

71

1

[2] SD (SHUTDOWN) DIAGNOSIS

Frequency of

LED Flashing (*1)

Major Type Detailed Type

Log Indication in Factory Mode

MAIN SUB

Abnormality in the Sequence LSI

Failure in MDU device communication

Abnormality in RST2 power decrease

Abnormality in panel temperature

Short-circuiting of the speakers D-AMP temperature abnormality

Failure in communication with the module microcomputer Failure in IF microcomputer 3-wire serial communication Failure in IIC communication with the main microcomputer

Failure in communication with the main microcomputer Abnormality in FAN

High temperature of the unit

Digital Tuner

Failure in the power supply

Main EEPROM Digital Tuner

Communication error Drive stop

Busy Version mismatching (hardware, software)

Version mismatching (hardware, backup memory)

Version mismatching (hardware, DIGITAL memory)

Digital EEPROM Backup EEPROM DAC IC –

Abnormality in high temperature

Abnormality in low temperature

–

IF microcomputer MULTI Tuner 1 MSP/MAP AV switch RGB switch Main VDEC VDEC SDRAM AD/PLL HDMI COFDEM – FAN2

–

DTV startup error

DC-DC Converter power decrease POWER SUPPLY

Main EEPROM communication error DTV Antenna

SQ-LSI

MD-DEV

RST2

TMP-NG

AUDIO

MODULE

MA-3L

MA-IIC

MAIN FAN

TEMP2

DTUNER

RST-MA

MA-EEP DTUNER

RTRY SQNO

BUSY

VER-HS

VER-HM

VER-HI

EEPROM BACKUP DAC –

TMP-H

TMP-L

–

IF MULTI FE1 MSPMAP AV-SW RGB-SW VDEC SDRAM ADC HDMI DEMOD – FAN2

–

PS/RST

M-DCDC RELAY

– D-ANT

Blue 1

Blue 2

Blue 3

Blue 4

Blue 5

Blue 6

Blue 7

Blue 8

Blue 9 Blue 10

Blue 11

Blue 12

Blue 13

Blue 15 –

Orange 1 Orange 2

Orange 3 Orange 4

Orange 5

Orange 6

Orange 1 Orange 2 Orange 3

–

Orange 1

Orange 2

– – –

–

Orange 1 Orange 2 Orange 1 Orange 2 Orange 3 Orange 4 Orange 5 Orange 6 Orange 7 Orange 8

Orange 13

–

Orange 2

–

Orange 1

Orange 1 Orange 2

– –

*1: If the DISPLAY key is pressed during shutdown (the blue LED is flashing), flashing of the orange LED, which indicates the subcategory, can be confirmed. The blue LED remains flashing. Pressing the DISPLAY key again will make the orange LED go dark.

A

2 3 4

B

C

D

E

F

72

1

2 3 4

PDP-LX5090

5

Checkpoint

Possible Defective

Part

Remarks

Communication line between MDU and SQ_LSI Drive detectig signal of MDU (SQ_NON)

Communication line between MDU and SQ_LSI (BUSY_SQ) Check the DIGITAL Assy and the software version of SEQ and the destination of the panel. Check the connection between [X1] and [D22]. Check the DIGITAL Assy and the software version of SEQ and the destination of the panel.

Check the connections between [X1] and [D22], and [SE1] and [D24]. Communication line between MDU and BACKUP EEPROM Check the DIGITAL Assy and the software version of SEQ and the destination of the panel. Check the connections between [X1] and [D22]. Communication line between MDU and DIG EEPROM Communication line between MDU and DIG EEPROM Communication line between MDU and BACKUP EEPROM Communication line between MDU and DAC

3.3 V output (TP3881) of DDC

V+6.5V of POWER SUPPLY Unit (Check [D25][P4]) FU3801 has melted. Installation environment

Installation environment Check the connection between SE1 and D24. Speaker terminals D_AMP Periphery of the cable between IO3 and M12, and IO4 and M13 Communication line between MAIN and MOD Periphery of the cable between D11 and M12 Communication line between IF and MAIN Communication line between MULTI and MAIN IIC communication line between Tuner and MAIN IIC communication line between MSP/MAP and MAIN IIC communication line between AV-SW and MAIN IIC communication line between RGB_SW and MAIN IIC communication line between M_VDEC and MAIN IIC communication line between VDEC and SDRAM IIC communication line between ADC and MAIN IIC communication line between HDMI_RX and MAIN IIC communication line between COFDEM and MAIN Communication line between IF and MAIN Dirt attached to the fan motor Periphery of the FAN CONNECT Assy Periphery of the cable between FA1 and FA3 Periphery of the fan control regulator Ambient temperature Temperature sensor or its periphery Periphery of the cable between IO4 and M13 Startup of BCM7404

RST2 V+3_4V_ACT2, V+3_3V_D3 RST4 V+12V, V+6_5V, V+5_1V, V+3_4V_D RST4 V+12V, V+6_5V, V+5_1V, V+3_4V_D Check the cables M2 and M3. IIC communication line between EEPROM and MAIN Antenna supply po

w

er

IC3601/IC3301 CN3201/IC3601/ IC3301/IC3607 IC3601/IC3301 IC3601/IC3301

IC3601/ SENSOR Assy(IC3902)

IC3601/IC3602

IC3601/IC3602 IC3601/SENSOR Assy(IC3902) IC3601/IC3605 IC3801/IC3805

POWER SUPPLY Unit, FU3801 SENSOR Assy (IC3901) SENSOR Assy (IC3901) JA8551 IC8401 CN7503,CN7504, CN4003,CN4004 IC7003 CN4101,CN4105 IC7003,IC6501 IC7003,IC6501 U5301,IC7003 IC8201,IC7003 IC8001,IC7003 IC8101,IC7003 IC4702,IC7003 IC4702,IC4802 IC4801,IC7003 IC4901,IC7003 IC5401,IC7003 IC6811,IC7003

IC4303

TH7891 CN7504,CN4004 IC6001

IC7002 IC7002 POWER SUPPLY Unit CN4207, CN4210 IC7004, IC7003 IC4304

SQ_IC communication not established. IC3301 may not have properly started up. A shutdown occurs if the drive waveform periodically does not output. (When SQ_NON of MDU input is High, a shutdown is generated.) If BUSY_SQ remains high, a shutdown is generated. When the identification resistor of PSIZE/PLANT and software version of SEQ are incoherent, a shutdown occurs.

When the identification resistor of PSIZE/PLANT and stored content of EEPROM on the SENSOR Assy are incoherent, a shutdown occurs.

When the identification resistor of PSIZE/PLANT and stored content of EEPROM on the DIGITAL Assy are incoherent, a shutdown occurs.

If RST2 does not become high after the unit is turned on, a shutdown will be generated in several seconds. Check if V + 6_5 V is started. Also check if the FU3801 on the DIGITAL Assy has been melted. If TEMP1 that is read by the module microcomputer is 85 °C or higher, a shutdown will be generated. A shutdown occurs if the reading of TEMP1 detected by the module microcomputer is –20 °C or less. Also check the connection between SE1 and D24. Check if any speaker cable is in contact with the chassis. Check if the AMP output is short-circuited. Check the temperature that is 125 °C or less. Check if cables are firmly connected.

Check the communication lines (TXD_MOD/RXD_MOD). Check if cables are firmly connected. Check the communication lines (TXD_IF/RXD_IF/CLK_IF/BUSY_IF/CE_IF/REQ_IF). Check the communication lines (TXD_ARIA/RXD_ARIA). Check the communication lines (SCL_TU/SDA_TU or SCL_AV/SDA_AV). Check the communication lines (SCL_AV/SDA_AV). Check the communication lines (SCL_AV5/SDA_AV5). Check the communication lines (SCL_AV5/SDA_AV5). Check the communication lines (SCL_MB/SDA_MB). Check the communication lines (SDRAM). Defective SDRAM Check the communication lines (SCL_AV/SDA_AV). Check the communication lines (SCL_MB/SDA_MB). Check the communication lines (SCL_AV/SDA_AV). C

heck the communication lines (TXD_IF/RXD_IF/CLK_IF/BUSY_IF/CE_IF/REQ_IF).

Check the fan.

(SD10 does not detect it at the temperature that fans do not turn.) FAN NG Check if cables are firmly connected. Check that the voltage outputs it. TEMP2 A shutdown occurs because of high temperature. TEMP2 Check if cables are firmly connected. Check the startup of the BCM7404 and the communication line with MAIN.

Check if each voltages are started. Check if each voltages are started. Check if each voltages are started. Check if cables are firmly connected. Check the communcation lines (SCL_EP/SDA_EP) Check the IC4304 and periphery device.

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

73

1

SUPPLEMENT: On the video setting for HDMI

There are three types of HDMI output formats: color difference 4:4:4, color difference 4:2:2, and RGB4:4:4. (The proportions, such as 4:4:4 and 4:2:2, represent those of the amount of data for video signal components. For example, as for color difference 4:4:4, the proportion of the amount of data as for Y, Cb, and Cr is 4:4:4.)

It is required to make the settings of the PDP according to the settings of the output equipment. For usual operation, however, set them to AUTO. If the color is inappropriate, make the settings manually. In the HDMI system, video signals are coded at 24 bits per pixel and transmitted as a series of 24-bit pixels. In a case of color difference 4:4:4, Y, Cb, and Cr use 8 bits each. In a case of color difference 4:2:2, Y, Cb, and Cr use 12 bits each, but Cb and Cr are transmitted at a half sampling rate of Y. This unit is capable of processing the upper 10 bits out of 12 bits of video data. Recent high-end DVD players, such as Pioneer DV-79AVi, are capable of outputting 10-bit color-difference signals. In general, it is said that picture quality for color difference 4:2:2 format is assumed to be higher, because human eyes are more sensitive to luminance than to colors. In the case of RGB4:4:4, R, G, and B use 8 bits each.

Symptom Cause, item to check, information

HDMI: Symptoms concerning the input format and settings

The picture color for an INPUT 1 or 3 or 4 signal is not correct.

The color setting for INPUT 1 or 3 or 4 is not compatible with that of the output equipment. Check whether the color setting is YPbPr or RGB.

The video signal to INPUT 1 or 3 or 4 is not displayed, and a message is displayed.

A unsupported video signal is input.

The audio signal input to the INPUT 1 or 3 is not output. No HDMI signal is input.

The audio setting for INPUT 1 or 3 is any setting, and a video signal is not input. If the audio setting is any setting, to output an analog audio signal, the HDMI signal must be input. (If a DVI device is to be connected, use a DVI-HDMI conversion cable.) If the HDMI video signal is not input, the analog audio signal is not output.

No sound of signals to INPUT 1 or 3 or 4 is output.

The setting on the side of the HDMI output equipment is wrong. Example: Dolby Digital

SCART video output

The video output signal from the SCART connector is deteriorated. Or when the video output signal from the SCART connector is recorded, its playback picture is deteriorated.

The video signal output from the SCART connector is Macrovision protected.

The video signal is not output when the component signal is input to INPUT 2.

The video signal is not output from the SCART connector when the component signal is selected.

The video signal is not output when the video signal is input to INPUT 1 or 3 or 4.

The video signal is not output from the SCART connector when the HDMI signal is selected.

AUDIO OUT and SCART

The image displayed on the PDP is not synchronized with the sound from the SCART.

The audio signal from the SCART connector is synchronized with the video output signal from the SCART connector. And the audio signal from the AUDIO OUT is synchronized with the video signal that is currently displayed.

DIGITAL OUT

Playback of the signal from the DIGITAL audio output connector is possible, but recording is not possible.

The video signal output from the DIGITAL connector is copy-protected.

The digital audio output signal from the DIGITAL connector is not synchronized with that from the SCART video output.

The digital audio output signal from the DIGITAL connector is synchronized with the video signal that is currently displayed, and not with the SCART video output.

Miscellaneous

The video signal to the S video connector is not displayed.

As the signal input to the connector that has been selected on the INPUT SELECT submenu of the Home menu is selected (this does not apply to the connectors located on the side of the unit), check the menu setting. If the output signal is not available even if the input signal is properly selected, input a signal to other input functions, check the connecting cables, or check the settings for the connected equipment.

The video signal to the composite video connector is not displayed.

The 1080p input signal is not displayed properly or at all, although the 1080i input signal is displayed properly.

Check that the connected cable supports HDMI Category 2. (As the clock frequency for the 1080p signal is triple that for the 1080i signal, signal degradation caused by a cable must not be neglected. A cable supporting HDMI Category 2 can be used for the 1080p signal. Although some conventional cables can support the 1080p signal, some others cannot.)

[1] INFORMATION ON SYMPTOMS THAT DO NOT CONSTITUTE FAILURE

The no-signal off function is not activated.

The no-signal off and no-operation off functions are effective only if video (composite, S video, component, HDMI [excluding PC]) input or TV input is selected.

The no-operation off function is not activated.

Power management does not function.

Power Management is effective only while an analog PC signal is being input. It is not effective with HDMI-PC signal input.

The AUTO SETUP function is not activated.

The Auto Setup function is effective only while an analog PC signal is being input. This function does not work if an analog PC signal is not input, even if the INPUT PC is selected.

Control via the SR connector is not possible. Wrong connection of the cable to the PC INPUT (AUDIO) connector is suspected. The audio signal from the PC is not output. Wrong connection of the cable to the SR connector is suspected.

The picture-quality setting (AV Selection) is not stored.

The picture-quality setting is stored for each input. As the setting is changed when another input is selected, the user may have a false idea that the setting is not stored.

The picture size changes arbitrary. The Auto Size setting is set to ON.

The display position of the screen changes slightly while the screen is on.

The orbiter function for minimizing the effects of phosphor burn is activated. Although the setting for this function can be changed on the Home menu, retaining the factory setting is strongly recommended.

2 3 4

5.5 NON-FAILURE INFORMATION

A

B

C

D

E

F

74

1

2 3 4

PDP-LX5090

5

[2] FUNCTION OF DECREASING THE BRIGHTNESS LEVEL

If the panel temperature becomes high or a video signal that requires activation of panel protection is input, the unit will protect the panel by decreasing the brightness level. * While a mask is being displayed, the panel protection function will not be activated.

Limiting for the maximum number of SUS pulses

By gradually decreasing the limit for the maximum number of SUS pulses, the temperature of the panel will be lowered.

• The limit for the maximum number of SUS pulses will be decreased by 8 per 5 seconds.

• The lower limit for the maximum number of SUS pulses is about 700.

• The maximum number of SUS pulses will begin to increase gradually if the conditions that led to activation of the protection function return to normal.

ABL adjustment value offset

By gradually offsetting the ABL adjustment value, the temperature of the panel will be lowered. The number of SUS pulses, which is determined based on the input APL (average picture level), will be decreased.

• The ABL adjustment value will be offset by one step per 30 seconds.

• The ABL adjustment value will be gradually restored if conditions that let to activation of the protection function return to normal.

2000

700

Fig. 1: Relationship between input APL and number of SUS pulses

Input APL

Limiting for the maximum number of SUS pulses

Offsetting of the ABL adjustment value The number of SUS pulses with regard to the input APL will be decreased.

Number of SUS pulses

Fig. 3: Detection example: Protection against panel cracking

Fig. 2: Detection example: SCAN IC protection

Protection Function Name

Purpose Conditions Protection Function Remarks

High-temperature protection function 1

For protection of parts (DCF)

High-temperature protection function 2

Panel protection function 1

Panel protection function 2

Panel protection function 3

For reducing heating in the unit

For preventing burn-in

For protection of SCAN ICs

For protection against panel cracking

Panel temperature (TEMP1) reaches 65 ºC.

Panel temperature (TEMP1) reaches 80 ºC.

A still image is displayed for 3 minutes or more.

An image with which a particular load is applied to one SCAN IC is displayed. (See Fig. 2)

An image with which the heat of part in the panel is increased is displayed. (See Fig. 3)

Offsetting the ABL adjustment value

Limiting for the maximum number of SUS pulses

The picture will be considered to be still if only the mouse cursor is moved.

Limiting for the maximum number of SUS pulses

6 7 8

A

B

C

D

5

PDP-LX5090

6 7 8

E

F

75

1

[1] PANEL DRIVE-POWER ON/OFF FUNCTION

POWER SUPPLY Unit POWER SUPPLY Unit

When the panel drive-power is ON When the panel drive-power is OFF

Multi base

GND

Alligator clip

DRF-SW-B (TEST PIN)

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 (Vsus, VAddress) in order to avoid a power down (PD).

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 panel drive-power supply or with the other system power supply.

Method:

1. Short-circuit between the specified location of the POWER SUPPLY Unit and GND (Multi base section recommended), using a jumper with alligator clips (refer to the photos below).

2. Execute [DRV S00] by RS-232C command. ([DRV S01] for release)

Supplemental explanation:

•

When the panel drive-power is in OFF state, there will be no PD, except PS_PD, as the PD signal has been muted.

• If the clip is removed in the OFF state of the panel drive-power, PD will take place at the instance of clip removal.

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

• Under RS-232C command control, [DRV S01] (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 [DRV S00/S01] is effective even during standby.

• Setting with RS-232C commands or the remote control unit is enabled during Standby mode. However, if the unit is left unoperated for about 10 seconds in Standby mode after setting with RS-232C commands or the remote control unit is completed, the setting will become void.

• When the main power switch is set to OFF, no command is accepted.

• Setting with RS-232C commands or the remote control unit will become void if the AC power cord is unplugged, the main power switch is set to OFF, or the unit is left unoperated for about 10 seconds in Standby mode.

2 3 4

5.6 OUTLINE OF THE OPERATION

A

B

C

D

E

F

76

1

2 3 4

PDP-LX5090

5

DIGITAL Assy IO Assy

If an emergency signal is detected, it will be transmitted.

0 to 12V

FAN_VCC2

TEMP2

FAN_NG2 FAN_ON2 FAN_CONT2

OR

FAN_2_ REG

TEMP2

IF_Ucom

Main_Ucom

Module_Ucom

R

External fans

FAN CONNECT Assy

MAIN Assy

The Main microcomputer controls the IF microcomputer as a port expander.

Detection of disconnection

VOLTAGE CONTROL

The external fans cool down the whole unit.

• The operating temperature of the fan is higher than the ambient temperature, because the sensor temperature is read by the microcomputer.

• If the critical values for signals are displayed in the address circuit, the fan may be activated or be rotated at higher speed in response to values lower than the set temperature values shown above.

• When the temperature rises, the sensor voltage of TEMP2 decreases.

• When the voltage of the DAC output for external FAN decreases, rotation speed of FAN rises.

DAC output

Block diagram

Operation specifications

Notes:

Temperature SD

DAC2

DAC1

STOP

0xFF

43.0 ºC 45.0 ºC 51.0 ºC 54.0 ºC 62.0 ºC (<- PDP-LX5090)

41.0 ºC 43.0 ºC 49.0 ºC 52.0 ºC 62.0 ºC (<- PDP-LX5090H)

External FAN

[2] SPECIFICATION OF THE FAN CONTROL

6 7 8

A

B

C

D

PDP-LX5090

5

6 7 8

E

F

77

1

[3] PROCESSING IN ABNORMALITY

Specifications for port monitoring

Operation specifications of the main CPU

Conditions for resetting the circuits

Port Name SD/PD Indication Active

A_NG_B AUDIO

Shutdown occurs when the signal is "L." 30 mS ∗ 10 times

OTW AUDIO

Shutdown occurs when the signal is "L." 120 mS ∗ 3 times

Monitoring conditions

RST4 = "H" (always) (Monitoring starts 2 sec after the above conditions are established.)

Operation

The main CPU operations described below will be performed when either "A_NG_B = L" or "OTW = L" is detected (established) under the monitoring conditions.

Speaker short-circuit

A_NG_BA_NG_B

MAIN_UCOM

PULL_D

OTWOTW

MAIN Assy

IO_AUDIO Assy

(1) Establish the short-circuit of the speaker by the main CPU

• After a warning indication is displayed for 5 sec, a shutdown is generated (the blue LED flashes 5 times).

• A warning indication is displayed for all input-signal types.

• Example of a warning indication: "The speaker terminals are short-circuited. After reconnection, turn the unit on again."

(2) Display conditions When the panel is on: A warning indication is displayed immediately. When the panel is off: A warning indication is not displayed immediately but is displayed when the panel is turned on. Note: A warning indication is displayed each time the panel is turned on if the conditions for a shutdown persist.

The circuits will be reset upon Standby ON/OFF.

IF_UCOM

DIGITAL POWER

AMP IC

Circuit configuration

PULL_D

A

2 3 4

B

C

D

E

F

78

1

2 3 4

PDP-LX5090

5

Specifications for port monitoring

Port Name SD/PD Indication Active

RST2 ASIC power

(M-DCDC)

Shutdown occurs when the signal is "L." for 5 sec after PSW1 is ON. or for 2 sec while the unit is ON.

RST3 AC power

AC_OFF when the signal is "H."

Monitoring conditions

• Panel screen ON (RST4 = H and PSW1 = H)

• While awaiting restoration of RST2 (RST2 = L)

Operation

Shutdown occurs immediately Blue LED flashes 13 times

Excepting passive standby

If "RST3 = H" (AC_OFF) is detected under the monitoring conditions, a power-off process starts. Monitoring of the RST3 port is continued, while monitoring of other ports is interrupted. Communication is controlled only by the IF microcomputer. The port outputs are set as specified. If the signal at the RST3 port continues to be H after 30 mS of waiting, monitoring is continued. If RST3 is L, a restoration process starts according to the latest power-on/-off status.

RST4 MAIN power

(RELAY)

Shutdown occurs if the signal is "L." for 5 sec after RELAY2 is ON. or for 2 sec while the unit is ON or in Functional STB.

RELAY2 = ON (High)

Shutdown occurs immediately Blue LED flashes 13 times

Power supply and DC-DC converter

SW_REG

MAIN

POWER

SW

DC/DC Converter

MODULE_Ucom

Inverter

AND

RST4

RST3

PSW1

RST2

ACTIVE

AC shutdown detection

Voltage detection

DC_DC Converter output control

PON/POFF Command

Startup Main ucom

Command

MAIN_UCOM

IF_UCOM

RELAY2

POWER SUPPLY Unit

DIGITAL ASSY

MAIN Assy

Circuit configuration

V+3_4V_D3

V+3_4V_D

V+3_4V_ACT

V+6.5V

AC_DET

RELAY1

V+12V

PULL_D

OR

PULL_U

V+3_4V_ACT2

V+6_5V

PULL_D

PULL_U

V+5_1V

PULL_D

PULL_U

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

79

1

TEMP2

FAN_VCC1/FA_VCC2

PULL_U

SENSOR

FAN CONT2

FAN_NG2 (H act)

Drive

Circuit

OR

FAN ON2

Fan and temperature sensor

Circuit configuration

MAIN Assy

PANEL SENSOR Assy

FAN CONNECT Assy

IO Assy

DIGITAL Assy

IF_UCOM

FAN

V+3_3V_UCOM

TEMP1

SENSOR

MAIN_UCOM

DAC

MODULE_

UCOM

PULL_D

Specifications for port monitoring

Port Name SD/PD Indication Active

TEMP2 High temperature at

MTB

Shutdown occurs if any values equal to or greater than minimum to require a shutdown are detected. 1 S ∗ 3 times

Monitoring conditions Operation

FAN_NG2 FAN

Shutdown occurs when the signal is "H." 1 S ∗ 3 times

RST2 = H and FAN_ON2 = H (Monitoring starts 3 sec after the above conditions are established.)

Shutdown occurs immediately Blue LED flashes 10 times

RST4 = H (Monitoring starts 1 sec after the above conditions are established.)

In the Panel screen ON: Shutdown occurs after the warning indication is displayed for 30 sec. In the Functional STB:

Shutdown occurs immediately

Blue LED flashes 11 times

TEMP1

Panel temperature is high

Panel temperature is low

Shutdown occurs if any values equal to or greater than minimum to require a shutdown are detected. 200 mS ∗ 5 times (average)

Digital video RST2 = H

Shutdown occurs after waiting for 30 sec. Blue LED flashes 4 times

Shutdown occurs after waiting for 3 sec. Blue LED flashes 4 times

Port Name SD/PD Indication Active

ANT_POW_DET

DTB antenna short-circuited

Warning message is displayed when the signal is L (100 mS, 3 times)

Monitoring conditions

RST4 = H and ANT_POW_B = L

Operation

If "ANT_POW_DET = L" is detected (established) under the monitoring conditions, an SD log is created and the warning message is displayed for 60 sec. A shutdown process is not performed in the power system.

DTB Antenna power supply

Circuit configuration

Specifications for port monitoring

Inverter

Latch

ON/OFF

Overcurrent

Detection

ANT_POW_B

H: OFF L: ON

48

47

Monitoring

H: ON L: OFF

ANT

Current limit IC

IF_UCOM

ANT_POW_DET

MAIN Assy

MAIN_UCOM

V+5_1V_D

Hold "L" at the short-circuit.

A

2 3 4

B

C

D

E

F

80

1

PDP-LX5090

2 3 4

5

[1] PREPARED TOOLS

[2] USING RS-232C COMMANDS

Individual ports are provided for RS-232C and SR+ connectors with this model. Therefore, unlike the case of previous models, which required switching of exclusive operation between these connectors on the Integrator menu, switching is no longer required.

It is necessary to prepare the following one to use 232C command.

• PC

• Application for control

• 232C cable (straight) ∗ The setting of the Com port cannot be communicated if it doesn't do correctly. (Please follow a set explanation of PC in the Com port)

6 7 8

5.7 OUTLINE OF RS-232C COMMAND

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

81

1

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

ABL

∗∗∗

Adjusting the upper limit of the power

%

% %

%

% %

%

% % %

%

% % %

% % % %

%

% %

%

% %

%

S00

MOD

Note 1 Note 1 Note 1 Note 1

Clear the hour meter of screen display of MAIN NG

S01

BSM

S00

After image/Burning safe mode: OFF

S01

After image/Burning safe mode: ON

BCP

Copying the backup data in the EEPROM

∗∗∗

S∗∗

CBU

Clearing backup data of EEPROM

CHM

Clearing data of the hour meter

CSF

Color sensor function OFF Color sensor function ON

CHR

Clearing data of the hour meter of MTB/MR side

CNG

Clearing shutdown history of MTB/MR side

%

CMT

Clearing data of the maximum temperature

CPC

Clearing power-on count data

CPD

Clearing power-down histrory

CPM

Clearing data of the pulse meter

CSD

Clearing shutdown history of Panel side

DW*

To subtract ∗ to the adjustment value (∗ = 0 to 9, subtract 10 with DW0 and set to minimum value with DWF)

DRV

DIZ

S00

S01

S00

CSM

Color space mode 1: Pioneer original Color space mode 2: EBU standard conformity

S02

S01

CTP

Color temperature switch OFF Color temperature switch LOW setting

S01

S00

% %

CHN

Changing tuner preset channel (1 step forward) Changing tuner preset channel (1 step reverse)

REV

FWD

Panel drive-power OFF

S00

Dither/L dither OFF & noise OFF

S01

Dither/L dither ON & noise ON

S02

Dither/L dither OFF & noise ON

S03

Dither/L dither ON & noise OFF

S01

Panel drive-power ON

A

MDU

B

C

D

MTB

AMT

Audio mute OFF

AP0

ADDRESS L1, L2 setting

AP1

ADDRESS L3, L4 setting

%

MOD

S∗∗

AP3

ADDRESS U3, U4 setting

%

MOD

S∗∗

AP2

ADDRESS U1, U2 setting

APN

1V average pulse number setting

%

MOD

MOD MOD

MOD

MOD MOD

∗∗∗

CSB

Blue coefficient of color sensor

%

MOD

∗∗∗

CSG

Green coefficient of color sensor

%

% %

%

Color temperature switch MID LOW setting Color temperature switch MID setting

S03

S02

% %

Color temperature switch MID HIGH setting Color temperature switch HIGH setting

S05

S04

% %

MOD

∗∗∗

CSR

Red coefficient of color sensor

Audio mute ON

RS-232C command list

RS-232C commands can be used in Service Factory mode. Before using RS-232C commands, it is necessary to change the factory presetting. See "5.7 OUTLINE OF RS-232C COMMAND". [Note ; If you want to see version infomation (ex. QS1, QSE, Factory, Menu), Please see 10 seconds after starting.]

Note 1: It is necessary to turn off the power for reflecting the setting change.

2 3 4

5.8 LIST OF RS-232C COMMANDS

A

B

C

D

E

F

82

1

PDP-LX5090

2 3 4

5

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

% % % % % % %

% % %

%

% %

% % % %

%

% % %

%

% % % %

%

% %

%

MOD

MAIN

MOD

MOD MOD

MAIN

MAIN MAIN MAIN MAIN MAIN

MAIN

MOD MOD MOD

MOD

MOD MOD

MOD

MOD MOD MOD

MOD

MDU

MTB

INA

∗∗∗

Switching the terrestrial analog signal, direct tuning (∗∗∗: channel number)

Switching the terrestrial analog signal (Channnel is in the last.)

INH

Switching the Home Media Gallery / Home Gallery

INP

Input switch: INPUT 1

∗∗∗

INC

Switching the terrestrial digital signal, direct tuning (∗∗∗:channel number)

Switching the terrestrial digital signal (Channnel is in the last.)

%

MAIN

∗∗∗

IND

Switching the satellite digital signal, direct tuning (∗∗∗:channel number)

Switching the satellite digital signal (Channnel is in the last.)

Input switch: INPUT 2 Input switch: INPUT 3 Input switch: INPUT 4

Input switch: INPUT 5 Input switch: INPUT 6 (PC)

M

MKC

MASK OFF H ramp (slant 1) M H ramp (slant 4) M

Slanting ramp M

30 for aging 05 for aging

S06

S00

S01 S02

FBM

OFF (In-phase SUS drive prohibition) MODE1 (In-phase SUS drive permission)

S00 S01 S32

S03

S04 S05

S06

S01 S02

S03

% % %

%

MIR

Mirror display mode: OFF Mirror display mode: Right and left inversion Mirror display mode: Top and bottom inversion

Mirror display mode: Top and bottom and right and left inversion

S00

S01 S02

S03

S04 S05

Erasing afterimage 1

S07

Erasing afterimage 2

S08

White (change in luminance level)

S09

PEAK detection raster

MKS

S10

Address lack check

%

MOD

S11

Green vertical line scroll

%

MOD

S12

Green horizontal line scroll

%

MOD

S13

Vertical ramp vertical scroll (white)

%

MOD

S14

Vertical ramp vertical scroll (green)

%

MOD

S15

Horizontal ramp horizontal scroll (white)

%

MOD

S16

Horizontal ramp horizontal scroll (green)

%

MOD

S17

Cross hatch + window

S00

MASK OFF

S01

H ramp (slant 1)

S02

H ramp (slant 4)

I

%

% % % %

% %

%

FAJ

Determining the flag of the DIGITAL Assy adjustment in "adjustment is completed"

FAN

FAY

Factory mode ON

Factory mode OFF

FST

Set each memory setting of MTB/MR side to the shipment state.

S34

%

Set each memory setting of MTB/MR side to the shipment state.

F

Note 1: It is necessary to turn off the power for reflecting the setting change.

Note 1 Note 1 PDP-LX5090H only

PDP-LX5090 only

6 7 8

A

5

6 7 8

PDP-LX5090

B

C

D

E

F

83

1

% %

%

% %

%

MOD MOD

MOD

S03

V ramp (slant 1) S04 S05

Slanting ramp

Window (Hi= 870, Lo= 102)

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

%

% % %

%

% % % %

% % %

%

% % % %

% % %

%

% % %

% %

MOD MOD

MOD

MOD MOD

MOD

MOD MOD

MOD

MOD MOD

MOD MOD MOD MOD MOD

MOD

MOD MOD

MOD

MDU

MTB

MKS

B & W, checker (4 lines)

B & W, checker (8 lines)

Slanting lines

COLOR BAR

Red & black, checker (1 line)

Red & black, checker (2 lines) S21

S15

S16 S17

S18 S19

S20

Red & black, checker (4 lines) S22

Red & black, checker (8 lines) S23

Erasing afterimage (RGB: zigzag, V: reverse) S24

Black raster (max SUS pulses)

S25

1 for perfect linear S26

2 for perfect linear S27

3 for perfect linear S28

4 for perfect linear S29

RGB checker 1 S30 S31

S32 S33 S34

S35 S36 S37 S38 S39

RGB checker 2

Window GREEN (GREEN=1023)

Even line horizontal stripes

Window BLUE (BLUE=1023)

Window RED (RED=1023)

Afterimage check 2

Afterimage check 4

%

MOD

S40

Red single-color slanting ramp

%

MOD

S41

GREEN single-color slanting ramp

%

MOD

S42

BLUE single-color slanting ramp

%

MOD

S43

For panel light check 1

%

MOD

S44

For panel light check 2

%

MOD

S45

5 for perfect linear

%

MOD

S46

6 for perfect linear

%

MOD

S47

7 for perfect linear

%

MOD

S48

8 for perfect linear

%

MOD

S49

Mask for ABL adjustment

Afterimage check 3

Odd line horizontal stripes

Afterimage check 1

M

% % % %

% % % % %

% % %

% %

%

% %

%

MOD MOD MOD MOD MOD MOD MOD MOD

MOD

S06 S07 S08

S09 S10 S11

S12

S14

Window (Hi= 1023, Lo=000)

Window (Hi= 1023, Lo= 102)

Window (Hi= 1023) 4 %

STRIPE (MGT/GRN)

B & W, checker (2 lines)

STRIPE (GRN/MGT) S13

B & W, checker (1 line)

Window (Hi= 1023) 1.25 %

Window (1/7 LINE)

Note 5

Note 5: Peak luminance detection function (PKD) modification is impossible.

A

2 3 4

B

C

D

E

F

84

1

PDP-LX5090

2 3 4

5

%

%%

%

MOD MOD

Raster - White

Raster - Red

S01 S02

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

NGP

%

MOD

MASK OFF

S00

MKR

S00

Negative positive inversion: OFF S01

Negative positive inversion: ON

PAV

AV selection: FACTORY

P

%

S01

AV selection: STANDARD / PERFORMANCE

%

S02

AV selection: DYNAMIC

%

S03

AV selection: MOVIE

%

S04

AV selection: GAME

%

S05

AV selection: SPORT

%

S06

AV selection: PURE

%

S07

AV selection: USER

%

MAIN

N

OSD

S00

OSD display setting: OFF S01

OSD display setting: ON

%

% % %

% %

%

O

%

% %

%

% %

% % %

%

% % % %

% % % % %

MOD

MOD MOD

MOD

MOD MOD

MOD

MOD MOD

MOD

MOD MOD

MOD

Raster - Green

S04

S03

Raster - Blue

S05

Raster - Black

S06

Raster - Cyan

S07

Raster - Magenta

S08

Raster - Yellow

S09

Raster - Pink

MST

Display one screen

S01

S00

PsideP (Main size: normal)

MSE

Product form : one body/monitor model

S01

S00

Product form : System model

S02

PinP (Right down)

S03

PinP (Right up)

S04

PinP (Left down)

S05

PinP (Left up)

S08

SWAP (Exchanging sub-screen)

S10

Raster - Yellow egg color

S11

Raster - Light blue

S12

Raster - Beige S13 S14

S15 S16 S17

S18 S19 S20 S21

Raster - Yellow green

Raster - Magenta 120

Raster - Gray 120

Raster - Yellow 120

Raster - Cyan 120

Raster - Blue 626

Raster - Red 1023+

%%

% %

MOD

S22

Raster - Green 1023+

% %

MOD MOD

S23 S24

Raster - Blue 1023+

Raster - Green 225

%%

MOD

%%

MOD

%%

MOD

S25

Raster - Gray 307

Raster - Red 626

Raster - Green 626

Note 1 Note 1

Note 1: It is necessary to turn off the power for reflecting the setting change.

6 7 8

A

5

6 7 8

PDP-LX5090

B

C

D

E

F

85

1

S08

AV selection: isf-DAY

%

S09

AV selection: isf-NIGHT

%

S11

AV selection: isf-AUTO

%

S12

AV selection: Standard

%

S13

AV selection: Reserved (Australian standard)

%

S10

AV selection: OPTIMUM

%

PDM

S00

Passing PD signals to the POWER SUPPLY Unit => Power-down

S01

Not passing PD signals to the POWER SUPPLY Unit => No power-down

PFL

S00

Peripheral luminance correction: OFF

S01

Peripheral luminance correction: ON fixed

S02

Peripheral luminance correction: APL interlocked ON

PES

S00

For general-purpose commonness: Standard

S01

For general-purpose commonness: Energy saving 1

S02

S00

For general-purpose commonness: Energy saving 2

Factory mode at panel side: OFF

∗∗∗

PBH

PAV

Panel white balance adjustment - Blue highlight

PBL

Panel white balance adjustment - Blue low light

PFN PFS

Setup the panel side to shipment

PFY

Factory mode at panel side: ON

PGB

Blue gamma setting: Straight

PGG

Green gamma setting: Straight

%

% %

%

S∗∗

Center luminance correction

%

% %

% % %

S10

For general-purpose Japan standard: Standard

S11

For general-purpose Japan standard: Energy saving 1

% %

S12

For general-purpose Japan standard: Energy saving 2

%

PCS

S00

Normal operation

S01

Catalog specification operation

% %

%

MOD MOD

∗∗∗

PBX

Panel Bx measuring value

%

MOD

∗∗∗

PBY

Panel By measuring value

%

% % %

MOD

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

P

S01

Blue gamma setting: Fixed on 1.6

S02

Blue gamma setting: Fixed on 1.7

% %

S03

Blue gamma setting: Fixed on 1.8

S04

Blue gamma setting: Fixed on 1.9

% %

S05

Blue gamma setting: Fixed on 2.0

S06

Blue gamma setting: Fixed on 2.1

% %

S07

Blue gamma setting: Fixed on 2.2

S08

Blue gamma setting: Fixed on 2.3

% %

S10-31

Blue gamma setting: Customize

%

S09

Blue gamma setting: Fixed on 2.4

%

S01

Green gamma setting: Fixed on 1.6

S02

Green gamma setting: Fixed on 1.7

% %

S03

Green gamma setting: Fixed on 1.8

S04

Green gamma setting: Fixed on 1.9

% %

S05

Green gamma setting: Fixed on 2.0

S06

Green gamma setting: Fixed on 2.1

% %

S07

Green gamma setting: Fixed on 2.2

S08

Green gamma setting: Fixed on 2.3

% %

S10-31

Green gamma setting: Customize

%

S09

Green gamma setting: Fixed on 2.4

%

∗∗∗

PGH

Panel white balance adjustment - Green highlight

%

MOD

Note 2: Mask setting and the picture quality setting of MTB are not changed.

Note 2

A

2 3 4

B

C

D

E

F

86

1

PDP-LX5090

2 3 4

5

∗∗∗

PGL

Panel white balance adjustment - Green low light

%

MOD

S00

PGR

Red gamma setting: Straight

%

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

P

∗∗∗

PON

Power ON

PRH

Panel white balance adjustment - Red highlight

PRL

Panel white balance adjustment - Red low light

Power OFF

POF

PUC

S00

Pure cinema: OFF

S01

Pure cinema: Standard

S02

Pure cinema: Advance

PPT

S00

Panel protection function: OFF

S01

Panel protection function: ON

%

% %

S00

S00 S01

PKD

Peak luminance detection: OFF

Peak luminance detection: ON No brightness limitation : 100 %

PKL

% %

% % %

%%

% %

%

%%

% %

%

S03

Pure cinema: Smooth

%%

MOD MOD

∗∗∗

PRX

Panel Rx measuring value

PRY

Panel Ry measuring value

%

MOD MOD

MAIN

MAIN MAIN

%%

MAIN

QAJ

QMT QNG

QPD

QPM

Acquiring various adjustment values of the panel side

Acquiring temperature of MTB/MR side and Fan speed Acquiring shutdown information of MTB/MR side Acquiring logs of power-down points

Acquiring data of the pulse meter Acquiring panel white balance adjustment values

QPW

%

Acquiring characteristic / function setting values of the panel side

QPF QS1

Acquiring unit data, such as the software version

%

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

QS2

Q

S01

Red gamma setting: Fixed on 1.6

S02

Red gamma setting: Fixed on 1.7

% %

S03

Red gamma setting: Fixed on 1.8

S04

Red gamma setting: Fixed on 1.9

% %

S05

Red gamma setting: Fixed on 2.0

S06

Red gamma setting: Fixed on 2.1

% %

S07

Red gamma setting: Fixed on 2.2

S08

Red gamma setting: Fixed on 2.3

%

S01

Brightness limitation 1 : 87 %

S02

Brightness limitation 2 : 73 %

% %

S03

Brightness limitation 3 : 60 %

S04

Brightness limitation 4 : 52 %

% %

S05

Brightness limitation 5 : 40 %

S06

Brightness limitation 6 : 27 %

% %

S07

Brightness limitation 7 : 13 %

%

S10-31

Redt gamma setting: Customize

%

∗∗∗

PGX

Panel Gx measuring value

%

MOD

∗∗∗

PGY

Panel Gy measuring value

%

MOD

S09

Red gamma setting: Fixed on 2.4

%

S00

PMT

Canceling panel muting S01

Panel muting

% %

Note 3

Note 3: The mute is unable while displaying the internal mask.

6 7 8

A

5

6 7 8

PDP-LX5090

B

C

D

E

F

87

1

∗∗∗

SML

Adjustment of the side mask level

%

% % % %

MAIN

∗∗∗

SN0

Setting of the serial No. 0 (panel) Setting of the serial No. 1 (panel)

SN2 SN3 SN4

Setting of the serial No. 2 (panel)

SN1

∗∗∗

Setting of the serial No. 3 (panel)

∗∗∗

Setting of the serial No. 4 (panel)

%

% % % %

%

SWA

∗∗∗

Estimated value of the illuminant color (absolute value)

%

SWR

∗∗∗

Estimated value of the illuminant color (relative value)

%

S01 S02

SQM

VIDEO sequence setting PC sequence setting

% %

S03

FILM sequence setting

%

MOD MOD

MOD

QSI

Acquiring data related with signals

%

% %

%

Each information output for panel

QS3

%

Each information output for panel (individual function)

QS5 QSE

Acquiring unit data, such as the software version of MTB/MR side (specific destination)

QSD

Acquiring data on shutdown

%

QSP

Acquiring sub-version of the microcomputer for panel

S00-07

RBL

R2K

BLUE setting for panel degradation correction : Level 0 to 7

%

MOD

S00-07

RGL

GREEN setting for panel degradation correction : Level 0 to 7

%

MOD

∗∗∗

First reset (wedge width)

∗∗∗

Second reset (wedge width)

R1K

%

%%

%

MOD

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

S00 S01

S01-08

Shutdown enabled

SDM

SFR

Shutdown prohibited Measures against AM radio noise - Pattern 1 to 8

S

%

% % %

MOD

∗∗∗

SAT

Timing adjustment between the scan and address

%

MOD S00 S01 S02

SCW

Normal operation Draw the warning blue window (left side) Draw the warning red window (right side)

% %

%

S00 S01 S02 S03

SDF

SRS DEFINITION: OFF SRS DEFINITION: DEFINITION1 SRS DEFINITION: DEFINITION2 SRS DEFINITION: DEFINITION3

S00 S01

SMC

Smooth clear drive OFF Smooth clear drive ON

%

% %

S00

S01-08

SKM

STREAKING correction mode OFF STREAKING correction mode Setting mode 1 to 8

%

% %

MOD

S00 S01 S02 S03

S00 S01

SSM

SSCG OFF SSCG ON

%

% %

S00 S01

SWF

Reflection of the estimated information of the illuminant color: OFF Reflection of the estimated information of the illuminant color: ON

% %

SRS

SRS: OFF SRS: SRS1 SRS: SRS2 SRS: SRS3

S00

RLS

Room light sensor operation : OFF

%

S01-05

Room light sensor operation : 1 to 5

%

Q

R

Note 1

S00-07

RRL

RED setting for panel degradation correction : Level 0 to 7

%

MOD

Note 1

Note 1: It is necessary to turn off the power for reflecting the setting change.

A

2 3 4

B

C

D

E

F

88

1

PDP-LX5090

2 3 4

5

V

%

% %

%

MOD

∗∗∗

S00 S01

VRP

∗∗∗

Adjustment of the reference value of Vyprst voltage

∗∗∗

Adjustment of the reference value of Vsus voltage

VSU

%

∗∗∗

Adjustment of the reference value of Vxpofs1 voltage

VX1

MOD

%

∗∗∗

Adjustment of the reference value of Vxpofs2 voltage

VX2

MOD

%

∗∗∗

Adjustment of the reference value of Δ Vyknofs1, 2/3/4 voltage

VYF

WBI

Panel WB standard output mode: OFF

XSB

Panel WB standard output mode: ON

2SF-repeat XSUS (resonance up width)

W

X

%

MOD

∗∗∗

X3B

2SF-third XSUS (resonance up width)

%

MOD

∗∗∗

X1B

3SF and later-first XSUS (resonance up width)

VFQ

S02

Setting the frequency in Mask mode to VD-50 Hz

S03

Setting the frequency in Mask mode to VD-60 Hz S05

S06 S07 S13

Setting the frequency in Mask mode to VD-72 Hz

Setting the frequency in Mask mode to VD-75 Hz-1

Setting the frequency in Mask mode to PC-60 Hz

Setting the frequency in Mask mode to VD-75 Hz-2

%

% %

% % % %

MOD MOD

MOD

MOD MOD

%

MOD

%

V1F

∗∗∗

Adjustment of the reference value of Vyknofs 1, 2 voltage

MOD

%

V3F

∗∗∗

Adjustment of the reference value of Vyknofs 3 voltage

MOD

%

V4F

∗∗∗

Adjustment of the reference value of Vyknofs 4 voltage

MOD

∗∗∗

Adjustment of the reference value of Vysnofs voltage

VOF

VOL

UP∗,

DW∗,

∗∗∗

To adjust the volume

Note 4

UAJ

Determining the flag for the DIGITAL Assy adjustment in "not adjusted"

UP∗

SZM

To add ∗ to the adjustment value (∗ = 0 to 9, add 10 with UP0 and set to maximum value with UPF)

S00

S01

S00 S01

S02 S03

Setting the screen size to Dot by Dot Setting the screen size to 4 :3

Setting the screen size to ZOOM

Setting the screen size to WIDE or WIDE1

Setting the screen size to FULL or FULL 1080i

S04 S05

Setting the screen size to CINEMA

U

% % % %

TBS

S00

S01 S02 S03

TRUBASS: OFF TRUBASS: TRUBASS1

TRUBASS: TRUBASS3

TRUBASS: TRUBASS2

% % % %

% %

%

MAIN MAIN

MAIN

S06

Setting the screen size to FULL 14:9

%

MAIN

S07

Setting the screen size to CINEMA 14:9

%

MAIN

Setting the screen size to WIDE2

S11 S12

Setting the screen size to AUTO

%

MAIN MAIN

MOD

THS

Theater port interlock operation OFF Theater port interlock operation ON

T

% %

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

S

%

Note 4: Use this command by designating the adjustment value *** (=000 to 060).

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

89

1

Command

Name

Function

Effective only

in Factory

mode

Active U-com

Last

Memory

Remarks

MDU

MTB

Y

%

% % %

%

MOD

∗∗∗

Y1K

1SF-YSUS-Tail (wedge width)

1SF-YSUS-Tail (resonance down width)

2SF-second YSUS (resonance up width)

2SF-repeat YSUS (resonance up width)

Y1Z

Y2B

%

MOD

∗∗∗

2SF-YSUS-Tail (wedge width)

Y2K

%

MOD

∗∗∗

2SF-YSUS-Tail (resonance down width)

Y2Z

%

MOD

∗∗∗

3SF and later (SSF 2 pulses)-YSUS Tail (wedge width)

YNK

%

MOD

∗∗∗

3SF and later-YSUS Tail (wedge width)

YTK

%

MOD

∗∗∗

3SF and later-YSUS Tail (resonance down width)

YTZ YSB

ZME

Initializing the video EEPROM data of the MTB/MR side

Z

A

2 3 4

B

C

D

E

F

90

PDP-LX5090

1

2 3 4

5

Model information and version information are returned.

[1] QS1 (PANEL STATUS)

Command

Format

Effective Operation

Modes

Function Remarks

[QS1] Every Time Output of status Return data: 3 (ECO) + 112 (DATA) + 2 (CS) = 117 Byte

2: Panel Generation

9G9

3: Destination

∗

Commonness

4: Grade

∗

Commonness

Z Evaluation

Data Arrangement

Data

Length

Output Example

ECO 3 byte QS1

1 Resolution/Size 1 byte F 2 Panel Generation 1 byte 9 3 Destination 1 byte

∗

4 Grade 1 byte

∗

5 Panel Product Form 1 byte A 6 Boot version of Module microcomputer 3 byte -01A 7 Program version of Module microcomputer 8 byte -01A ‘ ’ ’ ’ 8 Boot version of sequence processor 3 byte -01Z 9 Program version of sequence processor 8 byte -01Z ‘ ’ ’ ’

10 Panel information 8 byte G9_50F_2

A

H

B

-01A 01A

-01A

11

14 15

Derivative operation identification 1 byte

∗

12 Reserved (panel section) 7 byte

∗∗∗∗∗∗∗

13

, (comma) 1 byte ,

16

MTB generation 1 byte

17

MTB destination 1 byte

9

18

MTB grade 1 byte

19

MTB product form 1 byte

20

Program version of IF microcomputer 8 byte

21

Boot version of IF microcomputer 4 byte

22

Program version of Main microcomputer 8 byte Boot version of Main microcomputer 4 byte

23

Common version of ASIC 8 byte

24

Boot version of ASIC 8 byte

25

PRS version of ASIC 8 byte PIC version of ASIC

8 byte

-0A

01A

26 27

Common version of the Digital Tuner 8 byte Boot version of the Digital Tuner

4 byte

4A

CS

2 Byte

2 byte

5: Panel Product Form

A One body/monitor model S System model

14: MTB Generation

9

G9

15: MTB Destination

A North America C China E Europe

G General

J Japan

U Australia

16: MTB Grade

H Elite/One body Europe HD

/System Europe HD/One body

Australia T Regular/One body Europe SD D Derivative Model

17: MTB Product Form

S System model

B One body model

∗

No Grade (Japan/General/China)

11: Derivative Operation Identification

∗

Standard model operation 1 Derivative model operation

1: Resolution/Size

F

50-FHD (1920∗1080)

G

60-FHD (1920∗1080)

10: Panel Information (8 Byte)

1 to 2nd byte G9

50 60

Generation information

4 to 5th byte

50 inch 60 inch

F

6th byte FHD

3 2

‘

8th byte 50 inch 2nd PLANT (Reserved)

50 inch 2nd PLANT

1 50 inch 1st PLANT

Others

‘ = space

5.9 DETAILS OF EACH COMMANDS

6 7 8

A

B

C

D

E

5

6 7 8

PDP-LX5090

F

91

1

[2] QS2 (PANEL OPERATION DATA)

Data Arrangement

Data

Length

Output Example

ECO 3 byte QS2

1

Notify of the standby operation transition

1 byte 1 2 Adjustment flag of the main unit 1 byte 0 3 Adjustment-data backup flag 1 byte 0 4 "1st PD" data 1 byte 0 5 "2nd PD" data 1 byte 0

0

6 Color sensor data 1 byte

∗∗

∗∗∗∗

∗∗∗

7 Reserved 2 byte 8 Temperature data (TEMP 1) 3 byte 128 9 SD data 1 byte 0

10 SD subcategory data 1 byte 0 11 Operation status induced by SD 1 byte 0

12 Reserved 3 byte

00000259

13 HOUR METER 8 byte

0 0 0

0

14 MASK indication 1 byte 0

4A

15 Still picture detection 1 byte 16 SCAN protection detection 1 byte 17 Panel crack detection 1 byte 1819Address emergency detection 1 byte

Reserved 4 byte

CS

2 Byte 2 byte

1:

Power supply status

0

Shifting to Passive Standby is not possible.

P

During power ON

1

Shifting to Passive Standby is possible.

2: Adjustment flag of the main unit

0

Adjustment completed

1

Adjustment not completed

3: Adjustment-data backup flag

0 Adjustment completed 1

Adjustment not completed

4, 5: PD data

0 No PD data 2 POWER 3 SCAN 4 SCN-5V 6 Y-DCDC 7 Y-SUS 8 ADRS A X-DCDC

10-1: SD subcategory (SQ_LSI)

0 No SD-Sub data 1 Communication error 2 Drive stop 3 BUSY 4 Version mismatching (H/S)

B X-SUS C DIG-DCDC F UNKNOWN

9: SD data

0 No SD 1 SQ_LSI 2 MDU-DEVICE 3 RST2

4 Panel temperature

11: Operation status induced by SD

0 Normal 1 Relay-off completed

2

During warning indication

14: MASK indication

0 MASK-OFF 1 MASK-ON

15 to 18: Detection of Each Protection function

0 Normal operation 1 At detection of protection operation

Command

Format

Effective Operation

Modes

Function Remarks

[QS2] Every Time

Output of status

Return data: 3 (ECO) + 34 (DATA) + 2 (CS) = 39 Byte

The command QS2 is for acquiring data on the panel's operational information.

10-2: SD subcategory (MDU-DEVICE)

0 No SD-Sub data 1 EEPROM 2 BACKUP 3DAC

6: Color sensor data

- Function OFF (including standby) 0 Normal 1 Hardware connection is not completed 2 Data mismatching

10-3: SD subcategory (Panel temperature)

0 No SD-Sub data 1 Panel high temperature 2 Panel low temperature

5 Version mismatching (H/M) 6 Version mismatching (H/I)

A

2 3 4

B

C

D

E

F

92

1

2 3 4

PDP-LX5090

5

Data Arrangement

Data

Length

Output Example

ECO 3 byte QS3

1 SERIAL 15 byte - - - - - - - - - - - - - - 2 HOUR METER 8 byte 00000000 3 TOTAL HR METER 8 byte 00000000 4 PON COUNTER 8 byte 00000000 5 Panel temperature (*1) 5 byte 23.5 6 Reserved (TEMP0 acquisition) 5 byte _ _ _._ 7 MAX panel temperature history (*1) 5 byte 78.3 8CSReserved 4 byte

∗∗∗∗

2 Byte 2 byte 94

Command

Format

Effective Operation

Modes

Function Remarks

[QS3] Every Time

Output of status

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

[3] QS3 (OTHER DATA ON THE PANEL)

The command QS3 is for acquiring data on operational information of the panel.

Note (*1) : Centigrade scale

Data Arrangement

Data

Length

Output Example

ECO 3 byte QS5

1 Color sensor data (Note) 1 byte 2 2 RED data of color sensor 4 byte 0425 3 GREEN data of color sensor 4 byte 2112 4 BLUE data of color sensor 4 byte 5000 5 Reserved 32 byte

∗∗ to ∗∗

CS 2 Byte 2 byte 94

Command

Format

Effective Operation

Modes

Function Remarks

[QS5] Every Time

Output of status

Return data: 3 (ECO) + 45 (DATA) + 2 (CS) = 50 Byte

[4] QS5 (COLOR SENSOR DATA)

The command QS5 is for acquiring the color sensor information.

Note: The color sensor data is output as the same data as QS2.

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

93

1

Data Arrangement

Data

Length

Output Example

ECO 3 byte QSP

1 MDUcom-PRG 8 byte =01Y 2 MDUcom-DATA_TBL 8 byte =01Y ’ ’ ’ ’ 3 SQ_LSI-PRG 4 byte =01Y 4 SQ_LSI-PIC_TBL 8 byte =01Y ’ ’ ’ ’ 5 SQ_LSI-SEQ_DATA 4 byte =01Y 6CSReserved 8 byte

∗∗∗∗∗∗∗∗

2 Byte 2 byte A3

Command

Format

Effective Operation

Modes

Function Remarks

[QSP] Every Time

Output of status

Return data: 3 (ECO) + 40 (DATA) + 2 (CS) = 45 Byte

[5] QSP (SUB VERSION OF THE PANEL SECTION)

The command QSP is for acquiring sub version data on software of the panel.

A

2 3 4

B

C

D

E

F

94

PDP-LX5090

1

2 3 4

5

[6] QAJ (PANEL ADJUSTMENT DATA)

Data Arrangement

Data

Length

Output Example

ECO 3 byte QAJ

1 Vsus adjustment value 3 byte 128 2 Vysnofs adjustment value 3 byte 128 3 Vyprst adjustment value 3 byte 128 4 Vxpofs1 adjustment value 3 byte 128 5 Vxpofs2 adjustment value 3 byte 128 6 Vyknofs1,2 adjustment value 3 byte 128 7 Vyknofs3 adjustment value 3 byte 128

11 R1K adjustment value 3 byte 128 12 R2K adjustment value 3 byte 128 13 Y1K adjustment value 3 byte 128

8 Vyknofs4 adjustment value 3 byte 128 9

Δ Vyknofs1,2/3/4 adjustment value

3 byte 128

10 Reserved 6 byte

∗∗∗∗∗∗

14 Y1Z adjustment value 3 byte 128

15 X1B adjustment value 3 byte 128 16 Y2B adjustment value 3 byte 128 17 X3B adjustment value 3 byte 128 18 YSB adjustment value 3 byte 128 19 XSB adjustment value 3 byte 128 20 YTK adjustment value 3 byte 128

24 YNK adjustment value 3 byte 128 25 SAT adjustment value 3 byte 128 26 Reserved 3 byte

∗∗∗

21 YTZ adjustment value 3 byte 128 22 Y2K adjustment value 3 byte 128 23 Y2Z adjustment value 3 byte 128

27 AM radio countermeasure 1 byte 1 28CSReserved 2 byte

∗∗

2 Byte 2 byte B7

Command

Format

Effective Operation

Modes

Function Remarks

[QAJ] Every Time

Output of status

Return data: 3 (ECO) + 84 (DATA) + 2 (CS) = 89 Byte

The command QAJ is for acquiring the panel's factory-preset data.

27: AM radio countermeasure

n n: 1 to 8 (SUS frequency n)

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

95

1

[7] QPW (VIDEO ADJUSTMENT DATA OF THE PANEL)

Data Arrangement

Data

Length

Output

Example

ECO 3 byte QPW

1

Type of drive sequence (Note 1)

4 byte 60VS 2 ABL adjustment table 1 byte 1 3 Type of WB adjustment table

(Note 1)

1 byte 1

4 ABL adjustment value 3 byte 128 5 R-HIGH adjustment value 3 byte 256 6 G-HIGH adjustment value 3 byte 256 7 B-HIGH adjustment value 3 byte 256

15 Center luminance correction 1 byte 0 16 Reserved 1 byte

∗

17 Interlocked with APL 1 byte 0 18

Transition of protective operations

1 byte 0

19CSReserved 2 byte

∗∗

8 R-LOW adjustment value 3 byte 512 9 G-LOW adjustment value 3 byte 512

10 B-LOW adjustment value 3 byte 512 11 R gamma setting 2 byte 31 12 G gamma setting 2 byte 10 13 B gamma setting 2 byte 10 14 Streaking correction 1 byte 1

2 Byte 2 byte 37

15: Center luminance correction

0 OFF

2 ON (interlocked with APL)

1ON

11, 12, 13: RGB Gamma setting

n 00 to 31

18: Transition of protective operations

0 Upper limit state for brightness 1 Brightness being reduced 2 Lower limit state for brightness 3

Brightness being increased

17: Interlocked with APL

0 OFF 1ON 2

WB interlocked ON/γ OFF

3

WB interlocked OFF/γ ON

1: Type of Drive sequence

60VS Video 60 Hz

50VS Video 50 Hz

72VS Video 72 Hz

75V1 Video 75-1 Hz 75V2 Video 75-2 Hz

60PS PC 60 Hz

2: ABL adjustment table

n n: 1 to 3

3: Type of WB adjustment table

n n: 1 to 4

Command

Format

Effective Operation

Modes

Function Remarks

[QPW] Every Time

Output of status

Return data: 3 (ECO) + 40 (DATA) + 2 (CS) = 45 Byte

The command QPW is for acquiring the factory-preset data about the video of the panel.

Note 1: The "75 Hz-2" Drive Sequence type signals and WB Adjustment Table 4 are output only when "75 Hz-2" (VFQS07) is selected for internal signals (mask signals). When external signals are selected and the Drive Sequence type is 75 Hz, "75 Hz-1" is output because "75 Hz-1" and "75 Hz-2" are not distinguished for external signals.

A

2 3 4

B

C

D

E

F

96

1

2 3 4

PDP-LX5090

5

Data Arrangement

Data

Length

Output Example

ECO 3 byte QPM

1 Pulse meter B 1 8 byte 00000000 2 Pulse meter B 2 8 byte 00000000 3 Pulse meter B 3 8 byte 00000000 4 Pulse meter B 4 8 byte 00000000 5CSPulse meter B 5 8 byte 00000000

2 Byte 2 byte E7

Command

Format

Effective Operation

Modes

Function Remarks

[QPM] Every Time

Output of status

Return data: 3 (ECO) + 40 (DATA) + 2 (CS) = 45 Byte

Return data: 3 (ECO) + 69 (DATA) + 2 (CS) = 74 Byte

Note: The minimum for a returned value of the pulse meter for each block (B1-B2) is one million.

[8] QPF (FUNCTION OF THE PANEL)

[9] QPM (PULSE METER VALUE)

Data Arrangement

Data

Length

Output Example

ECO 3 byte QPF

1 R-REVISE setting value 1 byte 0 2 G-REVISE setting value 1 byte 0 3 B-REVISE setting value 1 byte 0 4 Reserved 3 byte

∗∗∗

5

ADDRESS L1,L2 setting value

2 byte 01 6

ADDRESS L3,L4 setting value

2 byte 13 7

ADDRESS U1,U2 setting value

2 byte 32

11

Full-screen black display mode

1 byte 1

12 Reserved 4 byte

∗∗∗∗

13 PANEL RX 3 byte 512

8

ADDRESS U3,U4 setting value

2 byte 30 9 Reserved 4 byte

∗∗∗∗

10 Streaking correction 1 byte 1

14 PANEL RY 3 byte 512

15 PANEL GX 3 byte 512 16 PANEL GY 3 byte 512 17 PANEL BX 3 byte 512 18 PANEL BY 3 byte 512 19 Reserved 6 byte

∗∗∗∗∗∗

20 Color sensor R coefficient 3 byte

∗∗∗

21 Color sensor G coefficient 3 byte

∗∗∗

22 Color sensor B coefficient 3 byte

∗∗∗

23 Reserved 12 byte

∗∗ to ∗∗

CS

2 Byte 2 byte 37

Command

Format

Effective Operation

Modes

Function Remarks

[QPF] Every Time

Output of status

The command QPF is for acquiring the characteristic and the function setting value of the panel.

The command QPM is for acquiring the accumulated pulse count.

1: 2: 3: RGB-REVISE setting value

n n: 0 to 7 (Level n)

5 to 8: ADDRESS α, β setting

nm

n: 0 to 9 (Address α setting PHASE n) m: 0 to 9 (Address β setting PHASE m)

10: Streaking correction

0nOFF

n: 1 to 8 (Mode n)

11: Full-screen black display mode

01OFF (In-phase SUS drive prohibition)

MODE1 (In-phase SUS drive permission)

6 7 8

A

B

C

D

5

6 7 8

PDP-LX5090

E

F

97

1

[10] QPD (POWER DOWN LOGS)

Data Arrangement

Data

Length

Output Example

ECO 3 byte QPD

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 24CSData from the hour meter for the eighth latest PD 8 byte 000001A7

2 Byte 2 byte 27

" PD data

0 No PD 2 P-POWER 3 SCAN 4 SCN-5V 6 Y-DCDC 7 Y-SUS 8 Address A X-DCDC B X-SUS C DIGI-DCDC F UNKNOWN

Command

Format

Effective Operation

Modes

Function Remarks

[QPD] Every Time

Output of status

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

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

A

2 3 4

B

C

D

E

F

98

1

2 3 4

PDP-LX5090

5

[11] QSD (SHUTDOWN LOGS of the Panel Section)

Data Arrangement

Data

Length

Output Example

ECO 3 byte QSD

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 00495204 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 00100355 10 Fourth latest SD data 1 byte 2 11 Fourth latest SD subcategory data 1 byte 5 12 Data from the hour meter for the fourth latest SD 8 byte 00075620 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 00000852 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 00000451

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 24CSData from the hour meter for the eighth latest SD 8 byte 00000000

2 Byte 2 Byte 7D

Command

Format

Effective Operation

Modes

Function Remarks

[QSD] Every Time

Output of status

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

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

" SD data

0 No SD 1 SQ_LSI 2 MDU-DEVICE 3 RST2 4 Panel temperature

" SD subcategory (SQ_LSI)

0 No SD-Sub data 1 Communication error 2 Drive stop

4 Version mismatching (H/S)

3 BUSY

" SD subcategory (MDU-DEVICE)

0 No SD-Sub data 1 EEPROM 2 BACKUP 3DAC

" SD subcategory (Panel temperature)

0 No SD-Sub data 1 TEMP1 (high temperature) 2 TEMP1 (low temperature)

5 Version mismatching (H/M) 6 Version mismatching (H/I)

6 7 8

A

B

C

D

E

F

PDP-LX5090

5

6 7 8

99

1

Data Arrangement

Data

Length

Output Example

3 byte QSE

∗∗∗∗

FFFF

1234

13

1

ECO

Reserved 4 byte 2 DTB HARDWARE version 4 byte 3 User setting password 4 byte

CS Check Sum 2 byte

Data Arrangement

Data

Length

Output Example

3 byte QMT

276

1

009

5

1

ECO

A/D value of temperature of MTB/MR section 3 byte

2

FAN rotating speed of MTB/MR section

(0: STOP, 1: LOW, 2: HIGH)

1 byte

3 A/D value of room light sensor 3 byte 4 Level of room light sensor (Value: 1 to 5) 1 byte

Command

Format

Effective Operation

Modes

Function Remarks

[QSE] Every time

Output of status

Induce it peculiar, individual information is acquired.

• For PDP-LX5090

• For PDP-LX5090H

[12] QSE (DESTINATION PECULIAR INFORMATION)

[13] QMT (STATUS INFORMATION OF MTB/MR SECTION)

Return data: 3 (ECO) + 12 (DATA) + 2 (CS) = 17 Byte

Command

Format

Effective Operation

Modes

Function Remarks

[QSE] Every time

Output of status

Return data: 3 (ECO) + 28 (DATA) + 2 (CS) = 33 Byte

Return data: 3 (ECO) + 8 (DATA) = 11 Byte

Command

Format

Effective Operation

Modes

Function Remarks

[QMT] Every time

Output of status

Temperature information / FAN rotation state / Room light sensor information on the MTB/MR section is acquired.

* Returned each block.

Data Arrangement

Data

Length

Output Example

3 byte QSE

E

∗∗∗

0342

∗∗∗∗∗∗∗∗∗∗∗∗∗∗∗∗

13

1

ECO

Check flag for production 1 byte 2 Reserved 3 byte 3 DTB HARDWARE version 4 byte 4 Reserved 16 byte

1234

5 User setting password 4 byte

CS Check Sum 2 byte

A

2 3 4

B

C

D

E

F

100

1

2 3 4

PDP-LX5090

Pioneer PDP-LX5090 Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

PDP-LX5090

SAFETY INFORMATION

CONTENTS

1. SERVICE PRECAUTIONS

1.1 NOTES ON SOLDERING

1.2 CHARGED SECTION AND HIGH VOLTAGE GENERATING POINT

2. SPECIFICATIONS

2.1 ACCESSORIES

2.2 SPECIFICATIONS

2.3 PANEL FACILITIES

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

3.2 QUICK REFERENCE

3.3 PCB LOCATIONS

4. BLOCK DIAGRAM

4.1 OVERALL WIRING DIAGRAM (1/2)

4.2 OVERALL WIRING DIAGRAM (2/2)

4.3 OVERALL BLOCK DIAGRAM (1/2)

4.4 OVERALL BLOCK DIAGRAM (2/2)

4.5 POWER SUPPLY UNIT

4.6 50F X DRIVE ASSY

4.7 50F Y DRIVE, 50F SCAN A and B ASSYS

4.8 POWER SUPPLY BLOCK of 50F X, Y DRIVE and 50F SCAN A and B ASSYS

4.9 50F ADDRESS L and S ASSYS

4.10 50F DIGITAL ASSY

4.11 POWER SUPPLY BLOCK of MAIN ASSY

4.12 IO_AUDIO ASSY

4.13 LED and IR ASSYS

5. DIAGNOSIS

5.1 POWER SUPPLY OPERATION

5.2 DIAGNOSIS FLOWCHART OF FAILURE ANALYSIS

5.3 DIAGNOSIS OF PD (POWER-DOWN)

5.4 DIAGNOSIS OF SD (SHUTDOWN)

5.5 NON-FAILURE INFORMATION

5.6 OUTLINE OF THE OPERATION

5.7 OUTLINE OF RS-232C COMMAND

5.8 LIST OF RS-232C COMMANDS

5.9 DETAILS OF EACH COMMANDS