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Product Training Guide PDP-503CMX Multimedia & Web Training Department 545 Nolan Drive Suite 100 Southlake, Texas 76092 Contents Preface ……………………….…….. 3 New Functions…………………4-7 Basic Specifications.……………... 8 Controls & Connectors…………………41-45 New Features ….………………..…. 9-18 Normal Operation & Menu Modes……46-65 Main PCB layout………….…………19 Integrator Modes………………………...66-93 Overall Block………………..…20-21 Disassembly……………………………...94-97 Overview…………………………..…22 Factory Service Modes………………….98-132 Video Card………………………...…23-24 Adjustments……………………………..133-145 RGB Block……………………….…..25-28 Digital Video………………………...29-30 Y Drive…………………………….….31-32 X Drive…………………………….….33-34 Sub Address………………………...35-36 Resonance & Mid Clamp…….……37-38 Fan Drive/Audio…………………….39-40 PCB Locations………………………….146 Shut Down & Power Down……………147-155 RGB/Digital Video Replacement…….156-157 Preface This technical training guide will address the disassembly and adjustments of the Pioneer PDP-503CMX Plasma Display. This guide was designed as a servicing aid and is not intended to replace the service manual. The student should have the appropriate service manual on hand when when using this guide. Data in the service manual for this unit contains specific information on safety, parts and adjustments. Safety information Important safety data for this Pioneer model is contained in the service manual. Before returning the unit to the customer, complete all product safety obligations and tests. Technicians who bypass safety features or fail to carry out safety checks may expose themselves and others to possible injury, and may be liable for any resulting damages. For more information on electronic circuits and block diagrams refer to Service manual ARP3093 Lead in the solder used in this product is a known reproductive toxicant which may cause birth defects or other reproductive harm. (California Health and Safety Code Section 25249.5). When servicing this or handling circuit boards and other components which contain solder, avoid unprotected skin contact with the solder. Also, when soldering do not inhale any smoke or fumes produced. 3 List of New Functions 1. Out of Menu Mode AUTO SET UP • A function to adjust SCREEN mode automatically. • The results of the adjustment is reflected on SCREEN value in Menu Mode. • It functions only in case of PC signal input. (INPUT 1 or 2). POINT ZOOM • A function to magnify a display picture. • The magnifying powers are 1.5 times, 2 times, 3 times, and 4 times • When setting "POINT ZOOM", the picture size becomes "FULL mode". • It functions only in the case of PC signal input. Levels Display • A function to display a setting content in OPTION menu. • It displays by pressing the "DISPLAY CALL" key more than 2 sec. during an OSD display by usual DISPLAY CALL. • Able to control this function using a new RS-232C command (DS2). STILL • A function to make a still picture from a present picture on the monitor. • Able to set up using RS-232C command (SLY/SLN). 4 2. In Menu Mode AUTO FUNCTION • A function to switch to this input automatically, when a signal is inputted to the input which was selected by this setting. Automatically it goes back to previous input when there is no input signal in the input. • This function works only with “INPUT1” and “INPUT4”. • For the “INPUT1”, this function works only with Composite SYNC and Separate SYNC. POWER CONTROL • To switch the settings “Normal Display”, “Linear Brightness”, and “Power Save”. 1. Normal Display : Almost the same as PDP-502 setting “ABL ON” 2. Linear Brightness : Almost the same as PDP-502 setting “ABL OFF” 3. Power Save : New function from PDP-503 A function to lower the peak brightness and lowers power consumption. • Able to set up using RS-232C command (1: PWN / 2:PWS / 3:PWL) PURECINEMA • A function to convert 480i to 480P based on 2-3 pull-down data. • There are three settings; OFF, STANDARD, and HQ. • Able to set up input signal NTSC/480i only • Able to set up using RS-232C command (PUN/PUS/PUH) DIGITAL NR • Setting up digital noise reduction. • There are four settings; OFF, LOW, MIDDLE, and HIGH. • It is effective only in the case of a VIDEO (NTSC) signal input. • Able to set up using RS-232C command (NRN/NRL/NRM/NRH) COLOR TEMP • A function that changes setting of the colors TEMP. • There are six settings: LOW (approx. –3000K), MID LOW (approx. –2000K), MIDDLE(+/- 0K), MID HIGH(approx. +1000K), HIGH(approx. +2000K) • It is effective only in the case of a VIDEO (NTSC) signal input. • Able to set up using RS-232C command (CT1/CT2/CT3/CT4/CT5) INPUT LABEL • A function to change “INPUT LABEL” of each input. • It is able to set up max. of eight letters. 5 3. Integrator Menu OFF TIMER • A function to switch to Stand-by mode after a set time. • This setting has OFF, TIMER (1 to 24H/ every 1H) MASK (0.0 to 9.5 H/ every 0.5 H) MASK Color (WHITE /RED / GREEN/ BLUE) 2 by 2 mode • A function to make temporally 4 screen multi-display. • This setting has ON or OFF and display area (upper left/ lower left/ upper right/ lower left). • Able to set up using RS-232C command (MGY/ MGN/ MG1/ MG2/ MG3/ MG4) ORBITER • A function to control burned display by shifting picture location for every moment. • The setting has ON or OFF • Make the picture location shift one dot by one dot horizontally or vertically every eight minutes. • Able to set up using RS-232C command (OMY/OMN). INVERSE • A function to control burned display by reversing output picture. • The setting has ON or OFF. • Able to set up using RS-232C command. ID SET • A function to set or change ID No. MONITOR NAME • A function to register a name with each unit. • Able to set max. of twelve letters. • Able to confirm the name by Display Call/ GET command HDTV Mode Setting • A function to set actual line number in HDTV (1080i/1035i) • Able to set this function when signal mode is “12/13” • Able to set up using RS-232C command (1080i=H80/1035i=H35) 6 4. Service Factory Menu 5. RS-232C Displaying / Setting Pulse Meter • A function to display or set the present pulse meter. • The display is ten million unit • The setting is hundred billion unit. • Able to set up using RS-232C command. Pulse meter display: PMD Pulse meter setting: PMS+ XXX Picture mute ON/OFF setting • A function to set Picture MUTE on or off. • No Last Memory function. • MUTE is canceled when other operations are conducted. • Able to set using RS-232C command only. • It is effective in case of only Normal mode/ RS-232C adjustment mode/ RS-232C factory adjustment mode. Writing setting in EEPROM for Plug & Play use • Releasing Write-protection of EEPROM for Plug & Play use. • Able to set only in service factory mode and RS-232C factory adjustment mode. When it exits the above modes, it returns to Protect setting. • Able to set up using RS-232C command. Write protect release: EWY Write protect setting: EWN Drive ON / OFF Setting. • A function to set Drive circuit on or off. • There is no last memory function. (After turning off a unit, this setting is canceled) • Able to set using RS-232C command only. • The command is effective only in Standby mode and RS-232C factory adjustment mode. 100 % display mode setting 100% • A function to change screen display into 100 % display. • It functions only in case of VIDEO signal. • All of menu modes are prohibited during this setting. • Able to set up using RS-232C command only. 7 Basic Specification PDP-502MX/MXE (Current model) PDP-503CMX PDP-433CMX Screen size 50inch 50inch 43inch Aspect ratio 16:9 16:9 16:9 1280(H) 768(V) 1280(H) 768(V) 1024(H) 768(V) Number of pixels Pixel pitch 0.858 mm (RGB) 0.808 mm Gradation (256 gray scale) Brightness 560cd/m2 0.858 mm (RGB) 0.808 mm (768 gray scale) 800cd/m2 0.930 mm (RGB ) 0.698 mm (768 gray scale) 800cd/m2 Contrast ratio 560:1 800:1 Viewing angle H: More than 160° H: More than 160° V: More than 160° V: More than 160° H: More than 160° V: More than 160° 4 2 2 Glass Glass MX: 100~120V 50/60Hz MX: 100~120V 50/60Hz MX: 100~120V 50/60Hz MXE: 100~240V 50/60Hz MXE: 100~240V 50/60Hz MXE: 100~240V 50/60Hz 380W TBD Fan Front filter Power requirements Acryl Power consumption 470W Effective screen size 1098mm 620.5mm Dimensions Weight 1218mm 714mm 98mm 40.3kg 1098 mm 620.5 mm 1218mm 714mm 98 mm 38.9kg 800:1 952.3 mm 536.1 mm 1070mm 630mm 98mm Less than 30kg 8 NEW Features/Benefits • PDA-5002 – When installed it adds Video, YC, and DVI input, as well as enabling High Definition. – Card manufactured and supported by Pioneer. PDA-5002 9 Rear View & Terminals FAN PDA-5002 (VIDEO CARD) 503CMX RGB/BNC*5 In x1 RGB/D-Sub In x 1 RGB/D-Sub Out x1 Audio/Mini LR In x1 Audio/Mini LR Out x1 Speaker LR x1 Control RS-232C/D-Sub 9 x1 SR/Mini In+Out x 1 Combi/Mini Din 6 In/O x1 PDA-5002 DVI-D In x1 YC/S VHS In x1 Composite/BNC In x1 Composite/BNC Out x1 Audio LR/RCA x2 10 DVI-D interface for PDA-5002 There are two types of DVI interface; DVI-D and DVD-I. PDA-5002 has DVI-D input. Which means this terminal can only accept Digital RGB signal. Also the cable must be DVI-D cable. (Yellow square) 11 DVI-I cable can not be used for PDA-5002. Technical explanation on the new features. - Higher luminance and contrast - Higher luminance is realized by changing the cell structure. 2. Technical explanation on the new features. - Higher luminance and contrast - 12 Deep Waffle Rib Structure: realises even higher light emission efficiency For the PDP-503, Pioneer’s further improved this technology by making each individual cell deeper. Deep Waffle Rib Structure (Deep Encased Cell Structure) The new cell structure has a greater light emission area, so this results in even higher light emission efficiency—50% higher than our previous model . (PDP-502) 13 PDP basic principles The PDP screen is 2 glass panels with pixels sandwiched. The pixels consist of tiny cells with electrodes on the top and bottom. Inert gas (Xenon+Neon) is trapped between 2 glasses, separated by a gap of just 100-200 microns wide. UV light is generated by discharging the gas using electrodes. Red, green and blue phosphors absorb these UV discharges and reradiate the energy as visible light to produce the colors that appear on the screen. Sustain electrode Address electrode Pioneer Method [B-C] Initialization discharge (Reset) charges the electric at +/- electrodes, activating gas to extract electron [F] Address discharge selects the cells required for emission by clearing the electric charge from unnecessary cells with comparatively small voltage [D] Sustaining discharge is made by a pulse of voltage on sustain electrodes. It generates UV light, which makes phosphor radiate visible light emission. [E] The electric at electrodes remains so that continuous pulses of AC voltage can make another light-emitting discharge 14 Improvement of gradation reproduction in low brightness range General PDP New CLEAR drive system 12 steps Input 256 steps (8bit Sub field method) Output/ Brightness Output/ Brightness 16 16 times times (lowest (lowest 5% 5% range) range) Input 200 steps 768 steps (grayscale/ NTSC) •Linear shaped characteristics of brightness level against input signal of conventional PDP is poor at gradation in low brightness range •Allocating comparatively more steps in low range, Characteristics of 503 has a gamma curve similar to analog CRT, which doesn’t require the artificial process for offsetting gamma curve 15 of input signal in video processing CLEAR driving method: the way to increase gradations 502MX: 12 sub-field x 2 (Field-to-field offset alternating) x 16 (Dither & Error dispersion) = 384 gradations 503CMX: Output luminance level PAL PC NTSC Sub-field 13 10 12 Field-to-field offset alternating Dither & Error dispersion Total gradations x2 x 32 = 832 x2 x 32 = 640 x2 x 32 = 768 1 1 1 Field-to-field offset alternating 1st Field 2nd Field Dither & Error dispersion 0.5 0.5 0.5 0 0 0 6 12 0 0 12 Input Signal level Each field (1/60 sec) can have 12 steps. (in case of NTSC) With using 2 neighboring fields, different grayscales are assigned. By combining these 2 fields, grayscales inbetween can be generated. As a result of it, another 12 steps can be implemented to get 2 times as many grayscales as that of 1 field. 24 0 12 24 Dithering & Error dispersion method realized by 10bit precise calculation refines the analog-like smooth gamma curve 16 Gradation Reproduction in Low Brightness Range Pioneer’s CLEAR* driving technology has succeeded in eliminating false contour of poor gradation areas. Details in shadow that were previously obscured in conventional PDP can now be seen. (*CLEAR: high-Contrast & Low Energy Address & Reduction of false contour sequence. We alternatively call it “Continuous Emission Display Technology”) Even with dark images, detailed patterns are faithfully reproduced. Pioneer CLEAR drive Conventional PDPs exhibit rough gradations in the low brightness range, so image quality in dark areas is inferior. Pioneer’s gradation slope is much smoother. 17 CLEAR sub-field driving method Continuous Emission Display Technology Grayscale Reset Address Sustain bright BIT NOLSB 2BIT 3BIT 4BIT 5BIT 6BIT 7BIT 8BIT 9BIT 10BIT11BIT MSB 0 1 › 2 › › 3 › › › 4 › › › › 5 › › › › › 6 › › › › › › 7 › › › › › › › 8 › › › › › › › › 9 › › › › › › › › › 10 › › › › › › › › › › 11 › › › › › › › › › › › 12 › › › › › › › › › › › › Continuous light emission Time (1/60 sec, NTSC) •Only one reset discharge per field •Continuous light Emission of the needed number of pulse •No random light emission = No more random gaps without emission Results : •Higher Contrast (Lowest brightness less than 1cd/m2) •Less Addressing power consumption: 1/3 vs 501 •No Dynamic False contour High Contrast & Low Energy Address & Reduction of false contour sequence 18 Main PCB Layout PDP503CMX Resonance Assy Power Supply Address Modules Scan Modules V-Mid Clamp PCB X-Drive Y-Drive Audio Assy Digital Video Assy Address Modules RGB Assy Input Assy Video Card 19 CLA1 DRIVER IC VADR2 DRIVER IC DRIVER IC ADDRESS CONNECT A ASSY AA1 Y4 PSU VCC_VH Y3 Y5 PSUS Y6 DRIVER IC DRIVER IC VCP Y-SUS MASK BLOCK V_IC5V VCP Y-SUS MASK BLOCK DRIVER IC CLK/LE DC/DC CONV BLOCK Drive Signal Y2 DRIVER IC RS-232C 232C DRIVER LOGIC BLOCK Drive Signal Combi OUT IC6901 BUFFER IC DRIVER IC Y1 DRIVER IC IC6501 BUFFER IC DRIVER IC TE1 THERMAL SENSOR ASSY Combi IN CLK/LE +5V V_OFS VCC_VH V_IC5V VC_VFVC_VF+ +5V +15V VSUS +15V VSUS IC2206 Pulse Module +5V +15V VSUS +RESET Block IC2204 Pulse Module +15V SOFT-D BLOCK VC_VF- V_OFS V_IC5V OFFSET BLOCK DRIVER IC SR OUT CONTROL ASSY Photo Coupler BLOCK VC_VF+ Y DRIVE ASSY V_IC5V VCC_VH Scan Signal SR IN C3 AD1 DRIVER IC C1 BGA1 DRIVER IC +12V 12V TEMP DRIVER IC VADR2 DRIVER IC CLAMP DRIVER IC DRIVER IC V+5V_ST BA2:9 BB2:9 GA2:9 GB2:9 RA2:9 RB2:9 DRIVER IC DRIVER IC 9V,±5V, 3V T1 DRIVER IC CLK/LE R2 BA2:9 BB2:9 GA2:9 GB2:9 R3 RA2:9 RB2:9 DRIVER IC DRIVER IC IC6601 BUFFER IC Switching Q115 STB5V SEL DRIVER IC DRIVER IC SAA2 ADR_CO SAA3 K1 Q6706 to Q6711 VADR_GEN SAA1 +60 VSU T Switching POWER SUP T104 VSUS R9 P6 +60 SAB R 3ST RE +3V REG +3V,+5V IC4 A/D PL IC5601 WIDE UCOM STB+5V P5 Switching Q119 T103 VADR R4 3State Buffer R6 ADR_C IC5001(IC102) T3 Audio OUT SAB2 SAB3 K1 Q6706 to Q6711 VADR_GEN DRIVER IC DRIVER IC ADR RESONANCE ASS K2 Audio IN K2 DRIVER IC VADR2 T101 Switching Q117 P2 SD RAM 16M T2 VADR2 DRIVER IC INPUT 1/2/5 IC5102(IC101) DRIVER IC T6 +3V,+2V T102 ADR RESONANCE ASSY +15V +12V +13.5V +6.5V -9V P1 SD RAM 16M IC5301(IC30) RGB ASSY SD RAM 16M SD RAM 16M +3V,+5V,-5V,+9V SEL Component/ RGB INPUT 2 12V,13.5V, -9V,6.5V DRIVER IC IC6881 BUFFER IC IN1 DET 12V, STB5V T5 12V,13.5V,-9V, 6.5V,STB5V INPUT 1 DRIVER IC CLK/LE OUTPUT 13.5V,6.5V,-9V DRIVER IC AC1 Component/ RGB Plug&Play E2PROM REG 12V,9V,±5V,3V T4 V+3V V+2V AB1 ADDRESS CONNECT B ASSY V+5V_ D16 V+3V V+2V KL_U0:2 XDRV_SIG ADL_LE_DL ADL_LE_UL V+3V_ V+2V_IC V+3V_ IC119 FLASH ROM V+3V_ IC1101 PANEL UCOM D17 DRIVER IC ADDRESS CONNECT C ASSY D13 DRIVER IC TXD0/RXD0 RE LED_SIG I2 IC1301(IC31 L) SUB-FILD CONV. for LEFT with FILD MEM. CLK GEN X180 V+3V DIGITAL ASSY DC-DC CONVERTER MODULE D9 BRIDGE A ASSY +12 V+3V IC1703 XY DRV SEQUENCE PATTERN GEN. YDRV_SIG SCAN_SIG V+3V_I V+2V_I C TXD/RX DRIVER IC CLAMP ADLCLK_DR V+5V_STB D12 IC120 MODULE UCOM BRIDGE C ASSY BGC1 DRIVER IC VADR2 DRIVER IC VADR2 IC1401 (IC31 SUB-FILD CONV. For RIGHT with FILD MEM. V+5V_STB D8 VADR2 DRIVER IC Overall BLOCK DIAGRAM DRIVER IC CLAMP SCAN VCC_VH VCC_VH VCC_VH VCC_VH VCC_VH VCC_VH PSUS SCAN VCC_VH VCC_VH VCC_VH VCC_VH VCC_VH PSUS VCC_VH SCAN A ASSY (UPPER) IC5 IC6201 ADD SEL_PULSE IC5 IC6202 ADD SEL_PULSE IC5 IC6203 ADD SEL_PULSE IC5 IC6204 ADD SEL_PULSE IC5 IC6205 ADD SEL_PULSE IC5 IC6206 ADD SEL_PULSE IC5 IC6001 ADD SEL_PULSE IC5 IC6002 ADD SEL_PULSE IC5 IC6003 ADD SEL_PULSE IC5 IC6004 ADD SEL_PULSE IC5 IC6005 ADD SEL_PULSE IC5 IC6006 ADD SEL_PULSE SCAN B ASSY (LOWER) KL2 SPR1 L OUT SP OUT R ASSY SIDE KEY ASSY KEY CONNECTOR ASSY KL1 VADR2 DRIVER IC DRIVER IC ADDRESS CONNECT D ASSY CLAMP C ASSY RE1 IR ASSY SW1 CLAMP A ASSY CLC1 CLAMP DRIVER IC 20 R 2 o K2 DRIVER IC BLOCK DIAGRAM DRIVER IC K3 DRIVER IC VADR2 LIVE DRIVER IC RC101 PRIMARY NEAUTRAL SUB ADDRESS A ASSY M111 Q122 SECONDARY POWER(RELAY) STB5V P3 R1 S2 DRIVER IC Audio IN3 DET SECAM FLT P4 DRIVER IC RL101 STB+5V 12V,5V IC4803 PLD for SYNC DRIVER IC IN4 DET DRIVER IC DRIVER IC IC6801 BUFFER IC Temp3 Audio_NG FAN_NG A5 +15V,+5VSTB A1 A_Mute2 R_Audio L_Audio IC6601 BUFFER IC BGB1 DRIVER IC VADR2 DRIVER IC VM2 V MID CLAMP ASSY V MID CLAMP U FAN_Mute +15V DRIVER IC VADR2 DRIVER IC CLAM A3 L_OUT R_OUT +5VSTB A7 A6 FAN_D BRIDGE B ASSY CLAMP DRIVER IC DRIVER IC VADR2 DRIVER IC X1 X2 DRIVER IC DRIVER IC V_RN DC/DC CONV BLOCK Drive Signal +5V AD1 LOGIC BLOCK Drive Signal DRIVER IC DRIVER IC V_SUS +5V +15V DRIVER IC +15V +15V IC3200 Pulse Module V_RN +Reset Pulse Block IC3201 Pulse Module V_SUS +5V AA1 DRIVER IC X DRIVE ASSY DRIVER IC ADDRESS CONNECT A ASSY BRIDGE D ASSY L1 MX LED ASSY D.C Det IC8701 REGULATOR IC8601 POWER AMP L OUT DRIVER IC VADR2 DRIVER IC BGD1 SP OUT L ASSY SPL1 +15V V MID CLAMP L VM1 Audio Mute OP-AMP(Buf) +5V_AD/RGB MX AUDIO ASSY ADDRESS CONNECT C ASSY CLK/LE R8 I2C-BUS Expander CLK/LE DRIVER IC DRIVER IC ADDRESS CONNECT B ASSY VIDEO SLOT ST1 ASSY DRIVER IC OUTPUT AWV1906 Only SD RAM 3D Y/C &CNR 6M LPF E2PROM SLOT CONNECTOR ASSY AB1 DRIVER IC INPUT4 Composite SEL 6M LPF 3L Y/C 6MLPF IC7302 CHROMA DECODE (4-1SEL) S3 6M LPF MATRIX I2C-BUS IC5505 MAIN UCOM SEL S-Video INPUT3 Audio VADR2 AC1 OVERALL BLOCK DIAGRAM DRIVER IC SAA2 ADR_CO SAA3 K1 Q6706 to Q6711 VADR_GEN SAA1 +60 Switching T105 FLASH ROM +7V +7V,-8V S1 STB+5V M114 VSUS_CONT REG REG +3V,+5V 3STATE Buffer IC7401 TMDS Receiver DVI-D K3 DRIVER IC DRIVER IC SUB ADDRESS B ASSY INPUT 5 SAB1 DRIVER IC T105 POWER SUPPLY MODULE T104 VSUS R9 P6 +60 +3V,+5V,-5V V1 IC4603 A/D PLL AMP IC5601 WIDE UCOM STB+5V P5 Switching Q119 T103 VADR R4 3State Buffer R6 ADR_C IC5001(IC102) T3 Audio OUT SAB2 SAB3 K1 Q6706 to Q6711 VADR_GEN DRIVER IC ADR RESONANCE ASSY ER CLK/LE DRIVER IC DRIVER IC DRIVER IC VADR2 DRIVER IC VADR2 DRIVER IC CLB1 DRIVER IC CLD1 CLAMP D ASSY X CONNECTOR B ASSY X CONNECTOR A ASSY CLAMP B ASSY IC6901 BUFFER IC P_SUS X3 P_SUS X4 IC6501 BUFFER IC DRIVER IC ADDRESS CONNECT D ASSY VCP X_SUS MASK VCP X_SUS MASK CLK/LE DRIVER IC 21 CLAMP CLAM Overview PDP-503CMX.– *Component in with PDA-5002 IN3 S in (Din6p) IN4 C.Vin (BNC) IN5 DVI-Din YCbCr RGB HV Audio SLOT Connect Assy (AWZ6634) * Slot card interface Video slot Assy, PDA-5002 (AWV1906) * IN3/4 Terminals * IN3/IN4 input select * YC seap * Color decoder * DVI-D terminal, TMDS decoder IND assy (AWZ6642) * LED Side SW assy (AWZ6637) * Key SW STB +5V AC IN PWR On/Off PD cont TH Sensor assy (AWZ6639) * Thermal sense Temp1 SP out assy L/R * Terminal * Thermal sense (L) X DRV Data Reso data Sub ADR A Assy (AWZ6646) *Adr Fault det Adr Data Key Tx/Rx Rem Key cont assy (AWZ6638) * Key matrix decoder Power Supply Assy (AXY1053) * SW P.S for STBY / Low / ADR / VSUS Voltage. * PD Control * Power factor improver MX Audio Assy (AWZ6644) * Audio AMP * FAN Drive Reso data Y DRV Data & Sel data Control assy (AW6633) * Vol level conv PWR on/off PD cont FAN (AXM1040) Adr Data Adr Data CL A assy (AWZ6650) Br A assy (AWZ6620) ADR connect A (NSP) * Dat line buffer&latch Vsus +230V Sel data Y Drive assy (AWZ6645) Psus * Sustain Y Drive * Select pulse buffer Psus * D-D Conv for VH/Vofs/Vf Sel data Vsus +230V ADR connect D (NSP) * Dat line buffer&latch Vadr +60V Vcc Vadr Scan A Scan B (NSP) (NSP) * Select pulse add * Select pulse add * Y Drive * Y Drive RS232C in Cont in/out Combi in/out IR Receive assy AWZ6643 REM IN Audio/FAN/ Temp3 Digital video Assy (AWV1903) * Dither/Error dispersion * Sub-Filed conversion (L/R) * Field Memory * Drive sequence gen. * DC-DC Conv for Low voltages used within this assy. * Panel control CPU (Panel drive) * Module control CPU (Comm with system/panel CPU/ Power control, PD control ) CL C assy (AWZ6652) Vadr Vadr ADR Reso Assy (AWZ6630) *ADR Voltage gene. ADR connect B (NSP) * Dat line buffer&latch Adr Data Vadr ADR connect C (NSP) * Dat line buffer&latch Address ICs X 40 (NSP) * Latch & Upper Address drive 3840 ADR 384 X,Y PDP PANEL (1280 x 768) 384 X, Y 3840 ADR Address ICs X 40 (NSP) * Latch & Lower Address drive ADR connect C (NSP) * Dat line buffer&latch Br C assy (AWZ6622) Vadr ADR connect B (NSP) * Dat line buffer&latch ADR Reso Assy (AWZ6630) *ADR Voltage gene. Sub ADR BAssy (AWZ6647) *Adr Fault det Bottom voltage Br B assy (AWZ6621) ADR connect D (NSP) * Dat line buffer&latch Psus Vsus +230V Psus X Drive assy (AWV1901) * Sustain X Drive * D-D conv Vrn Psus ADR connect A (NSP) * Dat line buffer&latch Br D assy (AWZ6623) Vadr Vadr CL B assy (AWZ6651) X connector A (NSP) * connetor IN2 RGBin (BNC) RGB Assy (AWZ6632) * RGB decoder for video signal * A/D converter RGB dat 2ch * Digital video processing ( Picture control ) * IP conversion HD/VD/CLK * OSD addition * Image size control (WIDE) * Sync control S-Data * System control CPU (Key/Remote/Temp/FAN/ Comm with module CPU) * TH sensor (Temp2) X connector B (NSP) * connector IN1 RGBin (Dsub15) RGB I/O Assy (AWZ6631) * IN1/2 Terminals RGBHV * IN1/IN2 input RGB/SY select YPbPr * Mini/Pin Audio select * Low Voltage regulators Audio (3/5/9/12V) V MID CLP (AWV1934) * Bottom Vol clamp CL D assy (AWZ6653) Vadr Bottom voltage Reso data 22 IC7004 UPC4570G2 IC7002 NJM2234M 2 - Selector IN VY SEL NT/PAL BPF SW M/N IC7103 CXA1875AM Expander HD_PLKU : IC7410 pin 7 → No.12 VD_PLKU : IC7410 pin 5 → No.12 SCDT : Hi : Active Link Lo : Inactive Link Input5 SELECT : Lo OTHERS : Hi CLK_PLK : IC7307 pin 7 → No.10, 11 HD_PLK : IC7307 pin 7 → No.9 - 12 DE_PLK : IC7307 pin 7 → No.9 - 11 VD_PLK : IC7307 pin 5 → No.9 - 12 RB_PLKO4 : IC7407 pin 15 → No.10, 11 IN4_DET : Hi : No Signal Lo : Exist IN3_DET : Hi : No Signal Lo : Exist INPUT4 NTSC Color Bar CR : K7301 → No.6 CB : K7302 → No.5 Y : K7303 → No.4 IC7303 TC7WH04FU INPUT4 NTSC Color Bar HD_PLD : IC7303 pin 7 → No.7 VD_PLD : IC7303 pin 5 → No.8 IC7402 - IC7407 LCX541FT 3 State Buffer IC7105 ML6428CS-1 6M LPF IC7201 ML6428CS-1 6M LPF DVI PS IC7203 IS41C16256-35K SD RAM IC7202 UPD64082GF-3BA 3D Y/C & CNP INPUT4 NTSC Color Bar 3DY : K7201 → No.2 3DC : K7202 → No.3 IC7102 CXD2064Q 3D Y/C SECAM FLT IC7410 TC7WH04FU Inverter PLK_CNT [0 : 4] IC7101 ML6428CS-1 6M LPF INPUT4 NTSC Color Bar VY : IC7002 pin 7 → No.1 IN3 Signal DET. Circuit IC7401 TFP201A TMDS Receiver VIDEO CARD (PDA-5002) IN4 Signal DET. Circuit IC7003 TC4052BF 2 - 1 Selector DVI_PS Input5 SELECT : Hi OTHERS : Lo Hi : Normal Operation Lo : Power Down CN7402 AKP1216 Input 5 DVI-D Terminal In JA7004 DKB1031 Input 3 (Audio In) CN7002 AKP1217 Input 3 (Y/C In) JA7003 DKB1031 Input 4 (Audio In) CN7001 AKX1051 Input 4 (Composite) IC7001 TK15420M Video Driver IC7104 24LC01B SDIN_SEL1 (pin 18) SCDT (pin 126) HD_PLKU (pin 25) VD_PLKU (pin 23) CLK_PLK (pin 130) DE_PLK (pin 128) HD_PLK (29) VD_PLK (27) RA_PLKO [0 : 7](pin 154-161) GA_PLKO [0 : 7](pin 142-149) BA_PLKO [0 : 7](pin 132-139) BB_PLKO [0 : 7](pin 54-61) GB_PLKO [0 : 7](pin 42-49) RB_PLKO [0 : 7](pin 32-39) R (pin 15) L (pin 13) IN4_DET pin 117) IN3_DET pin 118) VD_PLD (pin 11) HD_PLD (pin 9) CR (pin 7) CB (pin 5) Y (pin 3) SDA (pin 106) SCL (pin 104) 23 OUT IC7302 TB1274AF Chroma Decode (4 - 1 Select) Video Card (PDA-5002) Input 3 : YC using a "S" connector and audio RCA X 2. Input 4 : Composite in and out using (BNC) connectors and audio RCA X 2. Input 5 : DVI-D (Digital Visual Interface-Digital Host Only) Audio can be connected to the main stereo mini Jack for inputs 1 and 2. Slot detect signal when inserted Is sent to the main CPU Located on the RGB board. This allows inputs 3, 4 and 5 To be used as well as enabling High Definition signals From inputs 1 or 2. Signals from the DVI connector are sent through a TMDS Receiver (Time Minimized Differential Signaling) and on To the RGB board as 8 bit 2 phase digital RGB. 24 RGB Block Main IC’s IC5505 Main System Microprocessor IC4803 Sync Processing IC5301 Digital Video Processor IC4603 AD Converter IC4402 RGB Decoder IC5102 & 5001 I/P Converter & Selector Function/Control Module CPU, Wide Control CPU, Input frequency sync detect, RS232 control, Remote & key control, input switching, Fan control and Thermal sensor monitor Generates sync for OSD with no input, separates and processes all sync inputs except DVI and sets clamp levels for sync output to I/P selector IC Adjusts screen size, digital video enhance, On screen display generator, 8 to 10 bit converter (dither & error dispersion control) Converts all input analog video signals to digital RGB (8 bit) except DVI Converts Y/PB/PR and Y/CB/CR signals to RGB and outputs to the A to D converter Converts input digital RGB signals from Interlace to progressive and from 8 bit one phase input to 8 bit 2 phase output 25 I/O ASSY RGB ASSY 13.5V 6.5V -9V STB+5V IC4004 D-D conv V+12V IC4002 V+12V V+9V V+5V V+9V V+3.3V AD IC4003 V+5V STB+5V V-5V V+3.3V IC4005 Time Circuit INPUT1 Input DET. IN1DET VOL IC4104 (TA7630P) Pre-Amp. IC4108 (BA7657F) RGB 2-1 SW 1/2 select IC4001 V+3.3V PLD V-5V V+3.3V IC4006 (LT1399CS) 3CH Video Amp. (TC74VHC541) TTL Conv. WP_SW EXT_INT IC4103 (TC4052BF) EXT/INT SEL A_MUTE2 AUDIO_NG HWR(66) RD(65) RES(62) Digital RGB UD[8:15] in 5 Video DVI in UA[0:20] 2-1 SEL IC102 CLP_AMP CBLK_MAT CLP_MAT CBLK_LPF SD RAM 16M SD RAM 16M ACL ACL AMP XUNLOCK (104) VCLK(132) DEO(99) HDO(98) VDO(97) (LCX541) 2-1 Selector Buffer EXT_INT -HS(100) +HS(101) +VS(102) Clamp SW 26 Sync processing Expan. DBR I2C BUS CLP_AMP(28) CLP_MAT(111) CBLK_MAT(110) CBLK_LPF(109) HDLD_PLL(31) SD RAM 3D_RST 3D Y/C&CNR DVI_PS RGB Y/PB/PR Y/CB/C R VY_SBL sync DVI/Other sel SYNC SEP Circuit RGB decode SDA(56) SCL(55) 6M LPF 3L Y/C 6M LPF in 3/4 Video CLP1(5) CLP2(6) HBLKT(7) VBLKT(8) HD_RGB(41) VD_RGB(42) HD_PLK2(117) VD_PLK2(116) HD_PLD(119) VD_PLD(118) HD_PLL(27) VD_AD(8) DIVOUT(32) HD_30(72) GeonSYNC(1) 2-1 GeonSYNC(2) SEL IC4402 (CXA2101AQ) MATRIX ~35M (3-1 Select) (LCX125) CLK SEL RAO[0:7]RBO[0:7] GAO[0:7]GBO[0:7] BAO[0:7]BBO[0:7] AD conv IC4603 (CXA3516R) A/D PLL AMP (2-1 Select) SYNCIN(111/112) HOLD(106) CLPIN(113) SCP-IN (31) 6M LPF SECAM FLT Chroma Decode (4-1 Select) in 3/4 sync sync out in 1/2 sync in 5 sync 6M LPF VIDEO VIDEO IN OUT 2-1 SEL Y/C CLK(236) IP conv IC5102 (PE5066ACK) IC101 DVI IC5001 HI(57) VI(58) FI(64) IP select YP[0:15] PBP[0:15] PRP[0:15] (TFP201H) TMDS RECEIVER (LCX541) Line Buffer in 1/2 Video Analog RGB HV / YPbPr IPKILL(68) CS(67) FILM(70) Audio Audio Input A Input B CLP_SW1(91) CLP_SW2(92) 1/2CLK (101) EMG_IP(67) CS(66) HWR(64) RD(65) RES(56) G/YOUT(2) B/CbOUT(1) R_CrOUT(3) HP(55) VP(56) HP(170) HD_AD(52) VP(169) RA_IP[0:7] GA_IP[0:7] BA_IP[0:7] CLK(3) FDET(60) VACT(61) WAIT(62) DIVOUT (103) YI[0:7] PBI[0:7] PR[0:7] CLP1(278) CLP2(279) YI[0:7] HBLK1(280)PBI[0:7] VBLK1(282) PR[0:7] VD_AD(53) YP[0:15] PBP[0:15] PRP[0:15] HI(168) VI(167) FI(166) Sync CLP_SEP(99) HPOL(98) VPOL(97) HSTATE(96) VSTATE(93) IC4110 (24LCS21A) Plug&Play ROM Mute IC4103 (TC4052BF) FIX/VAL SEL FIX_VAR A_MUTE1 Audio Amp. DVI HD_SEP(106) VD_SEP(107) INPUT1 Component /RGB INPUT1 Monitor Out INPUT2 Component /RGB Terminator SW Audio Input Audio Output Terminator SW 2ch 8bit RGB MCLKI(242) SD RAM 16M RAI[0:7]RBI[0:7] GAI[0:7]GBI[0:7] BAI[0:7]BBI[0:7] CLKI(286) HDI(297) DEI(296) VDI(299) HIS(300) SD RAM 16M screen size Enhance OSD Dither IC5602 (MEM29L800TA-90PFIN) Flash ROM UA [0 : 20] UD [0 : 15] IC5601 (HD64F2328VF) Wide UCOM Wide Control OSDH(62) RA[0:9]RB[0:9] GA[0:9]GB[0:9] BA[0:9]BB[0:9] 100MHz X'tal D.Video process CLKOUT(88) DEO(92) HDO(91) VDO(90) IC5301 (PD6357B) IC30 CS_30(66) IC_RST(126) RDB(91) HWRS(92) SGLB_AD(79) WP_SW(21) VOL(4) EXT_INT(76) FIX_VAR(84) A_MUTE1(77) A_MUTE2(78) SDIN_SEL(67) 2ch 10bit RGB sync RST IC AND TC7W126FU IC5501 (TC74WHTC541AFT) 3.3V → 5V Converter Wide UCOM Write Connector IC5503 (TC74WHTC541AFT) 5V → 3.3V Converter DIN_SEL (66) ACL_SW(58) SCL(29) SDA(30) SIGRST(88) FR_SEL(51) PLD_CE(90) TXD(1) CLK(2) H_POL(79) V_POL(80) SYNC_ST(85) SLOT_ST(93) SLOT_ST2(22) RGB_SEL(52) IN1DET(40) IN3DET(36) IN4DET(37) IC5504, IC5509 (74HCT00) SYNC SEL IC5505 (M3062FGAFP) Main UCOM System U-COM IC5502 (24LC64(I)SN EEP ROM KEY RST2(75) EXT_TXD(60) REM TC7W126FU (LM50C1M3) Thermo Sensor 2 V+2VD V+3VD PLD shift VD Shift RGB ASSY (M5223) OP AMP TXD0(35) RXD0(36) WE_MD(72) PNL_MUTE(60) POWER(53) REQ_MD(19) REM(18) CB_MUTE (50) 2-phase 8-bit RGB RS-232C Main UCOM (PS9248N) Write Connector RST IC LED 2-phase 10-bit RGB THERMO SENSOR FAN IN5DET(49) RY/BY(102) Adj data Backup data TEMP2(95) RESET(61) REQ_WU(71) H(119) VI(31) FI(118) DLK_PLL(105) PLL_OE(33) TXD_WU(97) SCK_WU(101) HWR_DLAY CLK(125) FR_SEL(134) PLD_CE(137) SCK(128) TXD(138) H_POL_U(132) V_POL_U(131) Slot State WE_WU(71) OSD_V(49) WACT_FRCT(32) φ(88) CLK2A(247) EEPROM HD_W(117) VD_W(34,73) DE_W(33,72) MCLKO(152) SYNC_ST(136) IN3DET TEMP(94) HWR_30 IC4803 (EPM3256ATC144-10) PLD for SYNC sync det IN3DET MD2(69) OSD_RXD(21) OSD_CLK(22) OSD_CE(23) HWRB(301) RDB(302) RESETB(303) CS4B(1) DVI D_CLK(63) D_RXD(61) Sync BUSY30(55) CNVSS(9) BUS(34) RXD1(32) TXD1(31) RST(12) EXT_RXD(62) FAN_NG(48) FAN(3) FWE(68) D_BUSY(64) BUSY(54) LED_G(37) LED_R(38) REQ_WU(74) KEY1_SCAN(20) CS_FLASH(69) FEW_CE(60) A13_FLASH(70) WAIT_FLASH(102) MD2(125) (E)SDA(82) (E)SCL(81) EEPRST(83) RST_WU(70) WU_CE(29) OSD_CE (45) WU_CE(47) DPMS(7) H_SYNC(5) H_SYNC(6) AUDIO_NC(42) ULK_PLL(30) HD_U(140) VD_U(139) DIGITAL VIDEO ASSY sub field conv IC31 (1/2) IC31 (2/2) DC/DC Converter Module UCOM 27 RGB Block Signal Flow Inputs 1 or 2 from the I/O assy if RGB go directly to IC4603 (RGB A/D converter), if the signals are component they enter IC4402 and then converted to RGB and sent to IC4603. After A/D conversion takes place from IC4603 the now Digital 8-bit RGB is sent onto IC5001 & IC5102 the interlace to progressive and selector IC’s. After I/P conversion the signals are sent out from IC5001 as 2 channel 8-bit RGB through a selector switch and onto IC5301 the Digital Video Processor IC. IC5301 contains the video correction circuitry needed to process the RGB signal. Brightness, contrast, white balance, video enhance, screen size and on-screen display are all controlled by IC5301. The output from the Video Process IC is 10-bit 2 channel RBG and exits this assembly and enters the Digital Video Board. Inputs 3 or 4 from the video card after conversion to Y/CB/CR (inside the video card) follow the exact same path as the component flow for inputs 1 or 2. The DVI input (input 5) from the video card is already 8-bit 2 channel digital RGB and bypasses the RGB decode, A/D converter and I/P converter. The DVI signals directly enter the Digital Video processor (IC5301). Sync paths for all inputs enter IC4803 (sync processor) through various inputs. After sync separation is preformed and analog to digital converting the sync outputs (for inputs 1, 2, 3 or 4) is sent to the I/P select chip IC5001. The output from the I/P select chip is sent to a selector switch. This switch will allow the RBG & sync or the DVI & sync to be sent onto the Digital Video Process IC. Sync signals are also sent to the system control IC (IC5505) to determine input signal frequency. 28 - Digital video circuit block - Sub-field conv(Left) Data left Data left Sub-field conv(Right) R2 - D2 25-44 GA/B 4 - 22 BA/B Data Right Data Right R3- D3 1 - 20 RA/B 22 CLK 24 DE 26 HD 28 VD ADR PD 2ch 10bit RGB Sync DRV signal sequencer DRV control signals Panel drv control CPU DRV control signals disable PD PD det R3-D3 31 P.Mute 35/36 TX/RX 47 REM 36 PWR PWR ON PD det D1/5p D1/1p D1/6p D1- P2 10 Relay 12 AC-Off 13 PD_Trig D.Video assy compatible for HDE/MXE/Module. Module CPU detect and set appropriate operation mode. Vofs compensation 29 Digital Video Assembly The 2 phase 10 bit RGB signal, sync, data and clock lines input the Digital Video Assembly from the RGB assembly. The signals pass through the line buffer and into IC1301 and IC1410 (sub-field Data Generators) where the address data is generated and sent out to the left section and right section address connectors A-D. X and Y drive sustain control is preformed by IC1703 and the panel microcomputer IC1101. The panel microcomputer monitors the horizontal and vertical drive signals to select the proper refresh rate. The module microcomputer IC1207 controls the panel microcomputer via logic lines sent through voltage logic level converters. IC1207 is controlled by IC5505 the main microcomputer on the RGB board. IC1207 functions also include thermal sensor monitoring, dew detection, reset control and is used not only to switch on the power supply but to also switch off the power supply should one of the power down detect lines activate. 30 - Y drive circuit block Scan logic Reset pulse gene Logic Block Sus pulse gen Sus pulse gen Sus mask Block Detect over current of 15V or Vcp. Voffset gene Detect over current over voltage of Vofs/ Vh/IC5V. D-D conv 31 Y- Drive Block The Y- Drive PCB receives Scan and Y – Drive signals from the Digital Video Assembly’s drive sequence generator. Scan signals are processed by the logic block and sent out to the upper and lower scan drive assembly’s. The Y – Drive signals ( YSUS up, YSUS down, YSUS B plus and YSUS ground are also sent to the logic block. The four signals are sent out in parallel to the upper and lower sustain pulse generators. The drive signal output from the sustain pulse generators are controlled by reset, offset and mask FET’s shown in each block to obtain the Panel Sustain signal sent to the upper and lower scan drive modules. This module also contains a DC to DC converter, dew detect and over current detect circuits. 32 - X drive circuit block - Sus pulse gen Logic Block Sus pulse gen Sus mask Block -Reset pulse gen Detect over current of 15V or Vcp. Detect over current of reset pulse. Detect over current. Over voltage of Vrn. Vrn D-D conv 33 X- Drive Block The X- Drive PCB receives X – Drive signals from the Digital Video Assembly’s drive sequence generator. The X – Drive signals ( XSUS up, XSUS down, XSUS B plus and XSUS ground are sent to the logic block. The four signals are sent out in parallel to the upper and lower sustain pulse generators. The drive signal output from the sustain pulse generators are controlled by reset and mask FET’s shown in each block to obtain the Panel Sustain signal sent to the upper and lower X connector assembly’s. This module also contains a DC to DC converter and over current detect circuits. 34 - Sub Address circuit block To Power Supply ADR K power down detection Detect over current of Vadr line. 1 Detect Stop of Vadr pulse To Digital Video Assembly To Address Resonance Assembly ADR load detect Detect current load of ADR IC. Limit the number of adr data pulses. 35 Sub Address Block The two Sub Address Circuits are located just above and below the address driver connect assembly’s ( between B & C connectors ). See the overall block Diagram for locations. The upper and lower sub address circuits monitor the current draw of the 60 volt supply to the address drivers. If a small amount of current draw is detected (more than normal) a signal is sent back to the Digital Video Assembly (ADRK EMG1) as an emergency signal and the Digital Video Assembly will limit the number of address data pulses in order to lower the current draw. If the current draw is too large the address power down signal will be sent to the Digital Video Assembly (ADRK PD) and the panel will go into power down condition. (red flashing LED). 36 Address resonance/V mid clamp circuit block ADR resonance assy K2 Vadr(60V) 1 10 19 20 21 22 23 K3- VM* 1 SW 2 DGND 3 ADRGND 4 V MID 5 V ADR To Bridge/ Clamp assy 37 Address Resonance & V-Mid Assembly’s The two Address Resonance circuits are located next to each Sub Address PCB and the V-Mid circuit is located just to the right of the power supply PCB. In later production models the V-Mid assembly will be located on the power supply bracket. These circuits are used to protect the address driver IC’s in the event of extreme picture changes. An example would be if the entire picture was alternating each cell black and white. This causes the IC’s to overheat. The Digital Video circuit will detect the rapid frequency change in the addressing signals and will turn on the V-Mid clamp switch. The VMid circuit will take the normally 60 volt address output signal and lower it by half (30 volts). The voltage will return to normal once the Digital Video circuit has determined the frequency to be an acceptable rate. 38 - MX audio circuit block - 1 3 2 4 1 2 3 1 6 10 IC8703 2 12 1 3 2 3 4 5 4 12 11 5 3 Detect DC on output line 3 10 FAN speed control 4 8 6 7 5 4 1 3 2 1 39 Fan Drive & Audio Block The fan drive circuit is located on the Audio MX assembly. Physical location between the RGB and the X-Drive assembly’s. In normal operation the two fans are off. The Main Microcomputer on the RGB board (IC5505) monitors temperature sensor three and when the temperature reaches 35° Celsius the fan drive signal is sent to the regulator (IC8701) and the fans start at low speed. As the temperature increases the fan speed also increases at a linear rate until full speed has been reached. The panel will go into shut down if the temperature reaches 78° Celsius (green flashing LED). Fan rotation detectors are located in each fan motor, if no rotation is detected IC8703 will instruct the CPU to enter shut down mode. A DC detector monitors the output from the 2 watt audio amplifier IC8601. If DC is detected on the right or left channel outputs the detector sends an Audio_NG signal to the RGB CPU and the unit enters the shut down state. (green flashing LED) 40 Controls and Connectors Controls and Connectors Operation panel on the main unit Main unit 4 5 6 Main unit 7 8 9 3 0 - 1 2 Note When optional speakers have been connected, the operation panel on the main unit will not be operable. Main unit Operation panel on the main unit 1 Display stand 4 STANDBY/ON button 2 Remote control sensor Point the remote control toward the remote sensor to operate the unit. 3 STANDBY/ON indicator This indicator is red during standby mode, and turns to green when the unit is in the operation mode. Flashes green when Power-Management function is operating. The flashing pattern is also used to indicate error messages. Press to put the display in operation or standby mode. 5 KEY LOCK/UNLOCK Button (concealed button) This switches between main unit panel and remote control operation permitted/forbidden. 6 INPUT button Press to select input. 7 MENU button Press to open and close the on-screen menu. 8 ADJUST (5/∞/3/2) buttons Use to navigate menu screens and to adjust various settings on the unit. Usage of cursor buttons within operations is clearly indicated in the on-screen display. 9 SET button Press to adjust or enter various settings on the unit. 0 SCREEN SIZE button Press to select the screen size. - AUTO SET UP button When using computer signal input, automatically sets the POSITION and CLOCK/PHASE to optimum values. 41 Controls and Connectors Connection Panel AC INLET 8Ω ~16Ω SPEAKER + OFF - INPUT5 AUDIO DIGITAL RGB R ! R 8Ω ~16Ω SPEAKER + — 1 CONTROL IN OUT 2 L = INPUT4 VIDEO AUDIO R 3 4 ~ OUTPUT % ^ INPUT1 RS-232C OUT L L @ # $ COMBINATION IN INPUT3 S-VIDEO — ON (ON SYNC) ANALOG RGB OUTPUT (ANALOG RGB) 5 6 G B INPUT2 (H/V SYNC) R HD AUDIO INPUT OUTPUT VD 75Ô 2.2 Ω kΩ 7 (INPUT1/2) 89 0 Plasma Display Section 1 SPEAKER (R) terminal For connection of an external right speaker. Connect a speaker whose impedance is 8 -16 Ω. 2 CONTROL IN/OUT (monaural mini jacks) For connection of PIONEER components that bear the Î mark. Making CONTROL connection enables control of the main unit as a component in a system. (NOTE) The main unit cannot be operated by the wired remote control RV-V107. 3 COMBINATION IN/OUT Used when a number of sets are controlled collectively. (See “5.6 Combination Connection”) Please use a mini DIN 6 pin cable (straight, fully connected) available on the market as the connecting cable. (NOTE) It has no ABL linking function. And it is not compatible with the RM-V4000V or other multi-projection. It is not output when the main power is off. 42 4 RS-232C This terminal is used for adjustments by a PC (EIA232-F standard). (See “5.5 RS-232C Adjustment Mode”) 5 INPUT1 (mini D-sub 15 pin) For connection of components that have RGB or component output jacks★ such as a personal computer, DVD player, or external RGB decoder. 6 OUTPUT (INPUT1) (mini D-sub 15 pin) Use the OUTPUT (INPUT1) connector to output the video signal to an external monitor or other component. (NOTE) • The video signal will not be output from the OUTPUT (INPUT1) connector when the main power of this display is off or in standby mode. • When connecting the main units in a series, please set the number that can be connected as a total of 5 including the set that the signal is initially input to. But a condition for performing separate sink or composite sink input and output is that the sink level of the source used is at least TTL level at 2.2kΩ terminal time. Controls and Connectors 7 INPUT2 (BNC jacks) For connection of components that have RGB or component output jacks★ such as a personal computer, DVD player, or external RGB decoder. 8 Synchronizing signal impedance selector switch Depending on the connections made at INPUT2, it may be necessary to set this switch to match the output impedance of the connected component’s synchronization signal. When the output impedance of the component’s synchronization signal is below 75 Ω, set this switch to the 75 Ω position. Video Card <PDA-5002> Section ★ ! INPUT5 (DVI-D jack) Use to connect a computer. Note: This unit does not support the display of copyguard-protected video signals. @ AUDIO INPUT3 (RCA Pin jacks) Use to obtain sound when INPUT3 is selected. Connect these jacks to the audio output connectors of components connected to the video card’s INPUT3. Note: The left audio channel (L) jack is not compatible with monaural input sources. 9 AUDIO INPUT (Stereo mini jack) Use to obtain sound when INPUT1, INPUT2 or INPUT5★ is selected. Connect this jack to the audio output connector of the device connected to the plasma display’s INPUT1 or INPUT2, or to the audio output connector of the device connected to the video card’s INPUT5★. 0 AUDIO OUTPUT (Stereo mini jack) Use to output the audio of the selected source component connected to the main unit to an AV amplifier or similar component. - MAIN POWER switch Use to switch the main power or the main unit on and off. = AC INLET A power cable is furnished with the main unit: connect one end of the power cable to this connector and the other end to a standard AC power source. ~ SPEAKER (L) terminal For connection of an external left speaker. Connect a speaker that has an impedance of 8 -16 Ω. # INPUT3 (S-video jack) For connection of components that have an S-video output jack such as a video deck, video camera, laser disc player, or DVD player. $ AUDIO INPUT4 (RCA Pin jacks) Use to obtain sound when INPUT4 is selected. Connect these jacks to the audio output connectors of components connected to the video card’s INPUT4. Note: The left audio channel (L) jack is not compatible with monaural input sources. % INPUT4 (BNC jack) For connection of components that have a composite video output jack such as a video deck, video camera, laser disc player, or DVD player. ^ OUTPUT (INPUT4) (BNC jack) Use the OUTPUT (INPUT4) jack to output the video signal to an external monitor or other component. Note: The video signal will not be output from the OUTPUT (INPUT4) jack when the main power of this display is off or in standby mode. 43 Controls and Connectors Pin layout INPUT 1 (Mini D-sub, 15-pin connector; female) pin layout RS-232C terminal (D-sub 9-pin connector; male) pin layout Note : Standard VGA connector (plug and play supported). Note : Plasma communicates as a DCE derice. 5 1 1 6 10 15 11 Pin No. $ INPUT1 input terminals 1 5 6 % INPUT1 output terminals 9 Signal Pin No. R or CR/PR 1 NC (not connected) 2 G or Y 2 TxD (Transmit Data) 3 B or CB/PB 3 RxD (Receive Data) 4 NC (not connected) 4 NC (not connected) 5 GND 5 GND 6 GND 6 NC (not connected) 7 GND 7 NC (not connected) 8 RTS (Request To Send) 9 NC (not connected) 8 GND 9 DDC +5V 10 GND 11 NC (not connected) 12 DDC SDA 13 HD or H/V SYNC 14 VD 15 DDC SCL NC (not connected) INPUT 5 ★ (DVI-D 24 pin connector; female) pin layout NC (not connected) 1 2 17 24 NC (not connected) 9 Pin No. Combination IN/OUT terminal pin layout Pin No. 44 6 5 4 3 2 1 Combination Combination IN OUT 1 GND GND 2 NC (not connected) NC (not connected) 3 TxD (output) 4 Signal Assignment 1 2 T.M.D.S. Data2– T.M.D.S. Data2+ 3 T.M.D.S. Data2/4 Shield 4 5 6 NC (No connection) NC (No connection) DDC Clock 7 DDC Data NC (No connection) 8 9 10 11 12 T.M.D.S. Data1– T.M.D.S. Data1+ T.M.D.S. Data1/3 Shield NC (No connection) RxD (input) 13 14 15 NC (No connection) +5V Power GND NC (not connected) NC (not connected) 16 17 Hot Plug Detect T.M.D.S. Data0 – 5 RxD (input) TxD (output) 6 NC (not connected) NC (not connected) 18 19 T.M.D.S. Data0+ T.M.D.S. Data0/5 Shield NC (No connection) 20 21 22 23 24 16 NC (No connection) T.M.D.S. Clock Shield T.M.D.S. Clock+ T.M.D.S. Clock– Remote Control Unit Remote Control Unit 1 SCREEN SIZE button Press to select the screen size. 1 7 Use to select the input. 8 2 2 INPUT buttons 9 ( , , and connected.) are used when the PDA-5002 is 3 MENU button Press to open and close the on-screen menu. 3 0 4 5 4 ADJUST (5/∞/3/2) buttons Use to navigate menu screens and to adjust various settings on the unit. Usage of cursor buttons within operations is clearly indicated at the bottom the on-screen menu display. 5 SET button Press to adjust or enter various settings on the unit. 6 - 6 MUTING button Press to mute the volume. 7 AUTO SET UP button When using computer signal input, automatically sets the POSITION and CLOCK/ PHASE to optimum values. 8 STANDBY/ON button Press to put the unit in operation or standby mode. 9 DISPLAY button Press to view the unit’s current input and setup mode. 0 POINT ZOOM button Use to select and enlarge one part of the screen. - VOLUME (+/–) buttons Use to adjust the volume. 45 Normal Operating Mode Normal Operating Mode About normal operating mode Normal operating mode enables the following: 1 Input switching • Pressing one of the INPUT buttons, 1 to 5 • Pressing the INPUT button on the operating panel of the main unit = = Input switches over to the selected input. This switches the input to the next input. 2 Screen-size switching • Repeated pressing the SCREEN SIZE button on the remote control or the operating panel of the main unit changes screen size in the following sequence: When reproducing video signals (signals other than PC signals) ★ = WIDE = 4 : 3 = FULL = ZOOM = When reproducing PC signals = DOT BY DOT = 4 : 3 = FULL = PARTIAL = (NOTES) • The screen size at which playback can be performed differs according to the input signal. See 5.1.3, “List of supported input signals”. Displays with “(TYPE)” appended, such as FULL (TYPE), will sometimes appear, indicating a simplified reproduction. • If an HDTV signal is detected, the screen size will switch to FULL (fixed). ★ • During video playback, switching screen size to ZOOM or PARTIAL permits scrolling the screen up or down with the 5 and ∞ buttons (V-SCROLL function). Refer to section 5.1.4, “List of adjustable and settable items”. You will note that the act of reduction, enlargement, etc. of the screen using the screen size changing function of this machine at a coffee shop, hotel, etc. for profit or for public view may result in infringement of the right of an author protected under the Copyright Law. 3 Display call A Press the DISPLAY button on the remote control. = The current input function, the incoming signal's horizontal and vertical frequencies, current screen size, and other characteristics are displayed on the screen. (NOTE) The displayed horizontal and vertical frequencies are measured values, and there may be some error in the measurements. B Push and hold the DISPLAY button on the remote control or the operating panel of the main unit for two or more seconds while A is displayed. = The various settings, internal temperature, etc. are displayed as shown on the screen below. I NPUT 1 P L A SMA P OWE R C O N T R O L POWE R MANAG E ME N T O F F T I ME R O R B I T E R MO DE MA S K C O N T R O L 2 X 2 MO DE T E M P ERA T UR E HOUR ME T E R I D NO. S E T : S T AN D AR D : ON : 2 / 0. 5 / W : OF F : OF F : OF F / U L :C : 0 0 0 2 7H : –– H FUL L 46 Normal Operating Mode 4 Volume adjustment/Muting • Push the VOLUME + button on the remote control. = The volume increases. • Push the VOLUME – button on the remote control. = The volume decreases. • Push the MUTING button on the remote control. = Each time the button is pushed, it switches from MUTING ON to MUTING OFF, or vice versa. 5 Automatic adjustment of the screen • During PC signal input, push the AUTO SET UP button on the remote control or main operating panel to automatically adjust the screen (NOTES) • Adjustment is impossible during video signal input. ★ • Adjustment is impossible during INPUT 5. ★ • It may be impossible to perform adjustment correctly in the case of a low brightness signal such as a black or blue background. 6 Point zoom • During PC signal input, push the POINT ZOOM button on the remote control. = The POINT ZOOM screen appears. • Select the expanded area and push the SET button. = The expansion ratio changes as follows each time the button is pushed. ⇒ X1.5 ⇒ X2.0 ⇒ X3.0 ⇒ X4.0 ⇒ Notes) This operation is impossible during video signal input. ★ 7 In addition to the above, several RS-232C commands are also available. Refer to section 5.5, “RS-232C Adjustment Mode”. 47 Menu Mode Menu Mode About menu mode 1) How to enter/exit menu mode • To enter menu mode and display the menu screen (refer to section 5.3.2, “Example of menu mode operation”), press the MENU button on the remote, or on the operating panel of the main unit while in normal operating mode. To return to normal operating mode, press the MENU button again. 2) When you carry out adjustments using menu mode: • Each of the adjustment values for PICTURE and SCREEN will be stored separately for each input function and each input signal. For more details please refer to “5.4.5 PICTURE and WHITE BALANCE adjustment values memory area table” and “5.4.6 SCREEN adjustment values area table”. 3) Notes (1) Menu mode is canceled automatically and normal operating mode is restored in the following cases: • When the input signal has been switched • When switching over to another input signal frequency • When no control is operated for a period of approximately eight minutes • When the KEY LOCK/UNLOCK button on the operating panel of the main unit is pressed (2) For adjustments in the menu mode, refer to the operating manual. (3) When making adjustments, we recommend using video signals that you actually intend to use. (4) The items that can be adjusted and set vary for each input signal. Only the OPTION can be set when a video signal is not being input. 48 Menu Mode Example of menu mode operation Adjusting contrast is shown below as an example of basic operation in menu mode. Step Switch the display on the menu screen (activating menu mode). Remote control unit Main unit MAIN MENU PICTURE MENU ] CO NT RA S T BR I GHT. C O L OR T I NT S H A RP INPUT4 SET UP : 0 : 0 : 0 : 0 : 0 OPTION RE S E T SELECT SET ENTER MENU EXIT The currently selected item is highlighted in yellow. Step Select PICTURE. Remote control unit Main unit MAIN MENU INPUT4 PICTURE ] SET UP : CO NT RA S T 0 : BR I GHT. 0 : C O L OR 0 : T I NT 0 : S H A RP 0 OPTION RE S E T SELECT SET ENTER MENU EXIT The currently selected item is highlighted in yellow. 49 Menu Mode Step Select BRIGHT. Remote control unit ‘ Main unit MAIN MENU ‘ SET INPUT4 PICTURE ] SET UP : CO NT RAS T : B R I GHT . : CO LOR : T I NT : S H ARP 0 0 0 0 0 RE S E T SELECT Step OPTION SET ENTER MENU EXIT Make adjustments. Remote control unit Main unit ] BR I GH T . ADJUST : 0 SET SET MENU EXIT Press the SET button to return to the screen in step 3. To make other adjustments, repeat steps 2 to 4. Step Complete the procedure. Remote control unit Main unit MENU ] 50 Restores normal operating mode. Menu Mode Settings in menu mode 1) Rewriting the input display The content displayed onscreen can be rewritten when input is changed. Where INPUT1 is normally displayed, for example, could be changed to display the name of a peripheral device, such as COMPUTER. (A maximum of 8 characters can be displayed.) Example: Changing the INPUT LABEL from INPUT1 to COMPUTER 1 Press the INPUT button and select INPUT1. Screen 2 2 Enter menu mode and select SET UP. MAIN MENU PICTURE ] INPUT1 SCREEN I N P UT L A B E L POWE R M A NA GEME NT C L AMP P O S I T I O N SETT I NG SELECT 3 Select INPUT LABEL. SET UP : I N P UT 1 : OF F : AU T O : V GA ENTER SET OPTION MENU EXIT Screen 3 I NPUT 1 I N P UT ] L ABE L BACK SPACE I N P UT 1 A N 0 ' B O 1 " C P 2 / D Q 3 – RE S E T SELECT E R 4 ( F S 5 ) G H I J K T U V W X 6 7 8 9 . : # ? @ S P A CE SET SET L M Y Z , & ~ E ND MENU EXIT 4 Move the cursor to the first relevant character (C in the example) and press the SET button. (Repeat this process to select all 8 characters.) • Any of the 52 characters displayed on the menu screen can be used. • When you select a character and then press the SET button, the input point will advance one character. • If you make a mistake, select BACK SPACE and press the SET button. This will move the input point back one character. • To restore the display to the initial setting (INPUT1, in this case), select RESET and press the SET button. • After you have finished inputting characters, move the cursor to END and press the SET button. 51 Menu Mode Setting POWER MANAGEMENT and AUTO POWER ON/OFF To save electricity, this function automatically shifts the device into power-saving mode when no picture (sync) signal is detected. • If not using this power-saving function → select OFF. • To enter power standby if no input signal is detected after 8 min → select AUTO POWER OFF: ON. • To switch between routine operating status and power-saving status, in accordance with the presence of signals → Select POWER MANAGEMENT: ON. Set-able condition : POWER MANAGMENT: INPUT 1 (personal computer signal), INPUT5★ Factory preset AUTO POWER OFF; other than the above : OFF 1 Select SET UP. 2 Move the cursor to POWER MANAGEMENT (AUTO POWER OFF) and use the SET button to change the setting. Setting will change between OFF and ON each time the SET button is pressed. Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SCREEN SET UP I N P UT L A B E L POWE R M A NA GEME NT C L AMP P O S I T I O N SETT I NG SELECT SET OPTION : I N P UT 1 : OF F : AU T O : V GA ENTER MENU MAIN MENU PICTURE INPUT1 SCREEN SET UP I N P UT L A B E L POWE R M A NA GEME NT C L AMP P O S I T I O N SETT I NG EXIT SELECT SET OPTION : I N P UT 1 : OF F : AU T O : V GA CHANGE MENU EXIT (NOTE) • To restore routine operating status from power standby status, press the POWER button on the remote control or main unití-s operation panel. • To restore routine operating status from power-saving status, either use a personal computer or press the INPUT button on the remote control or main unití-s operation panel. • However, when there is G ON SYNC or composite SYNC input, it will not be possible to restore routine operating status via personal computer alone. The INPUT button will need to be pressed after the personal computer has been operated appropriately. • Power consumption in power standby mode will be 1W. • Power consuption in power-saving mode will be around 1W for INPUT 1 and around 50W for INPUT 5. 52 Menu Mode Setting the color temperature ★ The color temperature for the video input signal can be set. Set all the INPUT settings, 1~4, in accordance with the following. • LOW: Equal to -3000k • MID LOW: Equal to -2000k • MIDDLE: + 0k (standard) • MID HIGH: Equal to +1000k • HIGH: Equal to +2000k Set-able condition Factory preset : Video signal input : MIDDLE 1 Select SET UP. 2 The cursor on COLOR TEMP and use the SET button to change the setting. Each time the SET button is pressed, the setting will change as follows: MIDDLE = MID HIGH = HIGH = LOW = MID LOW =··· Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L SELECT SET ENTER MAIN MENU PICTURE : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB MENU INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E M A C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L EXIT SELECT SET : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB CHANGE MENU EXIT 53 Menu Mode Reducing digital noise ★ The setting for the digital noise reduction function can be changed to improve the S/N rate when there is video signal input. Set all the INPUT settings, 1~4. Set-able condition Factory preset : Video signal input : LOW 1 Select SET UP. 2 Move the cursor to DIGITAL NR and use the SET button to change the setting. Each time the SET button is pressed, the setting will change as follows: LOW = MIDDLE = HIGH = OFF Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L SELECT 54 SET ENTER MAIN MENU PICTURE : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB MENU INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P UR E C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L EXIT SELECT SET : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB CHANGE MENU EXIT Menu Mode Setting HIGH CONTRAST ★ This is a function that, for video signal input, emphasizes brightness by adjusting the pictureí-s intermediate brightness. When using software involving many dark scenes or when using the unit in a bright environment, set HIGH CONTRAST to ON. If you wish to accurately reproduce fine details (such as the texture of human skin), set HIGH CONTRAST to OFF. Differences in the picture reproduced when HIGH CONTRAST is OFF or ON (refer to diagram at right) OFF ........ Reproduces input signalí-s brightness linearly. ON ......... Reproduces input signal with intermediate brightness Output (%) 100 90 80 HIGH CONTRAST ON adjusted. 40 HIGH CONTRAST OFF 20 Set-able condition Factory preset : Video signal input : OFF 0 20 80 100 Input (%) Image diagram of brightness adjustment 1 Select SET UP. 2 Move the cursor to HIGH CONTRAST and use the SET button to change the setting. Each time the SET button is pressed, the setting will switch between ON and OFF. Screen 1 Screen 2 MAIN MENU PICTURE INPUT4 SET UP I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P UR E C I N E M A C OL OR S Y S T E M 3 D Y / C MO DE SELECT SET ENTER MAIN MENU PICTURE OPTION EXIT OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E M A C OL OR S Y S T E M 3 D Y / C MODE : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : MO T I ON MENU INPUT4 SET UP SELECT SET : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : MO T I ON CHANGE MENU EXIT For INPUT 1 or INPUT 2, a screen like the following will be displayed. MAIN MENU PICTURE INPUT1 SET UP OPTION : I N P UT 1 I N P UT L A B E L AUT O P O WER OF F OF F : M I DD L E C OL OR T E M P : L OW D I G I T A L NR H I GH C O N T R A S T : O F F : OF F P U RE C I N E MA C L AM P P O S I T I O N : A U T O : V I DE O SETT I NG : RGB V I DE O S I GNA L SELECT SET CHANGE MENU EXIT 55 Menu Mode Setting PURECINEMA ★ The PURECINEMA function automatically determines picture signals taken at 24 frames per second (such as movie films) and changes the picture signal to a progressive one by means of 2-3 pulldown processes. For the standard PURECINEMA function, select HQ. Picture processing can produce time differences with sound signals. If this is distracting, select STANDARD. If OFF (the factory preset) is selected, only the usual progressive conversion will take place. Set-able condition Factory preset : 525i (480i), NTSC, 4.43NTSC : OFF 1 Select SET UP. 2 Move the cursor to PURECINEMA and use the SET button to change the setting. Each time the SET button is pressed, the setting will change as follows: OFF = STANDARD = HQ =··· Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L SELECT 56 SET ENTER MAIN MENU PICTURE : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB MENU INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L EXIT SELECT SET : I N P UT 1 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : V I DE O : RGB CHANGE MENU EXIT Menu Mode Setting the color system ★ INPUT 3 and 4 automatically determine the various television systems used in countries around the world. CAUTION This unit does not handle PAL-M and PAL-N systems. Normally, this function is set to COLOR SYSTEM: AUTO (for automatic determination). However, it sometimes does not properly reproduce VTR signals with repeated dubbing and the like (resulting in lack of color, etc.). In this case, make settings correspond to the input signal, as follows. Make all settings for INPUT 3 and 4. For NTSC signal input For PAL signal input = select COLOR SYSTEM: NTSC. = select COLOR SYSTEM: PAL. For SECAM signal input = select COLOR SYSTEM: SECAM. For 4.43 NTSC signal input = select COLOR SYSTEM:4.43NTSC. Fixing the settings when the input signal has been determined in advance will make smooth image processing possible, making it possible to reduce input switching time and prevent mistaken signal determination. Set-able condition: INPUT 3, 4 Factory preset: INPUT 3 : AUTO INPUT 4 : AUTO 2 Move the cursor to COLOR SYSTEM and use the SET button to change the setting. 1 Select SET UP. Each time the SET button is pressed, the setting will change as follows: AUTO = NTSC = PAL = SECAM = 4.43NTSC =···. Screen 1 Screen 2 MAIN MENU PICTURE INPUT4 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P UR E C I N E M A C OL OR S Y S T E M 3 D Y / C MO DE SELECT SET ENTER MAIN MENU PICTURE : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : MO T I ON MENU EXIT INPUT4 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N EMA C OL OR S Y S T E M 3 D Y / C MOD E SELECT SET : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AUT O : MO T I ON CHANGE MENU EXIT 57 Menu Mode Setting the clamp position Simultaneous input of RGB (G ON SYNC) signals and sync signals may produce brightness inappropriately, resulting in an overly bright screen or images with a greenish cast. If this occurs, select CLAMP POSITION: LOCKED. Normally, the setting may be left on CLAMP POSITION: AUTO. Methods for generating clamp pulse (a timing pulse necessary for reproducing brightness) are shown in Figure 1, a and b. Figure 2: Simultaneous input of sync signals and G ON SYNC Figure 1: Clamp pulse generation a. Generating a clamp pulse from separate sync Clamp effective area G (Green) Clamp effective area G (G ON SYNC) H (Separate Sync Signal) H (Separate sync signal) Clamp pulse Incorrect clamp timing Clamp pulse (CLAMP POSITION: AUTO) Clamp pulse (CLAMP POSITION: LOCKED) b. Generating a clamp pulse from G ON SYNC Clamp effective area G (G ON SYNC) Correct clamp timing Clamp pulse With CLAMP POSITION: AUTO, separate sync signals will be monitored. The method shown in Figure 1, “a,” will automatically be applied when separate sync signals are judged as present, and the method in Figure 1, “b,” will be applied when they are judged as not present. However, as shown in Figure 2, if separate sync signals are input simultaneously with G ON SYNC, the former will be judged as present, and clamp pulse wll be generated using the method shown in Figure 1, ”a.” This will result in incorrect clamp timing, preventing brightness from being produced normally. If this occurs, either do not connect the separate sync signals or select CLAMP POSITION: LOCKED. If CLAMP POSITION: LOCKED is selected, the clamp pulse wil be reproduced using the method in Figure 1, ”b,” whether or not separate sync signals are present. This will make it possible to produce brightness correctly. (NOTE) The figures above are for illustrative purposes only. (NOTE) Composite sync input may be considered to be the same as separate sync input. Set-able condition: INPUT 1 or 2 Factory preset: AUTO 1 Select SET UP. 2 Move the cursor to CLAMP POSITION and use the SET button to change the setting. Each time the SET button is pressed, the setting will change between AUTO and LOCKED. Screen 2 Screen 1 MAIN MENU PICTURE INPUT1 SCREEN SET UP I N P UT L A B E L POWE R M A NA GEME NT C L AMP P O S I T I O N SETT I NG SELECT SET OPTION : I N P UT 1 : OF F : AU T O : V GA ENTER MENU PICTURE INPUT1 SCREEN SET UP I N P UT L A B E L POWE R M A NA GEME NT C L A MP P O S I T I O N SETT I NG EXIT (NOTE) Cannot be set during component picture signal input. 58 MAIN MENU SELECT SET OPTION : I N P UT 1 : OF F : AUTO : V GA CHANGE MENU EXIT Menu Mode Setting 3D Y/C separation ★ The INPUT4 image input unit is equipped with a 3D Y/C separation circuit, the operation of which can be set. When reproducing still images, which involve no movement, select 3D Y/C MODE: STILL. Set-able condition : INPUT 4 and NTSC Factory preset : MOTION 1 Select SET UP. 2 Move the cursor to 3D Y/C MODE and use the SET button to change the setting. Each time the SET button is pressed, the setting will chang between MOTION and STILL. Screen 1 Screen 2 MAIN MENU PICTURE INPUT4 SET UP I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P UR E C I N E M A C OL OR S Y S T E M 3 D Y / C MO DE SELECT SET ENTER MAIN MENU PICTURE OPTION : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : MO T I ON MENU EXIT INPUT4 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F C OL OR T E M P D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C OL OR S Y S T E M 3 D Y / C MODE SELECT SET : I N P UT 4 : OF F : M I DD L E : L OW : OF F : OF F : AU T O : MO T I ON CHANGE MENU EXIT 59 Menu Mode Settings for peripheral equipment In accrodance with input signal frequency, this unit automatically identifies pesonal computer signals and video signals from DVD players and the like. Although it is equipped with function for identifying the resolution of personal computer signals, the automatic signal identification function will not operate for the following signal input: a) 31.5kHz horizontal/60Hz vertical and b) 48.4kHz horizontal/60Hz vertical or 56.5kHz horizontal/70Hz vertical. In such cases, settings must be made manually. Make all settings for INPUT 1, 2 and 5 in accordance with the following. Example: When connecting an AV device = select SETTING: VIDEO. When connecting a personal computer= select VGA, WIDE VGA, XGA or WIDE XGA in accordance with resolution. Set-able condition : INPUT 1, 2 and 5 a) For 31.5kHz horizonal and 60Hz vertical signal input b) For 48.4kHz horizontal and 60Hz vetical or 56.5kHz horizontal and 70Hz vertical signal input : VGA, for “a” Factory preset XGA, for “b” 2 Select SETTING and use the <2 / 3> button to 1 Select SET UP. change the setting. Each time the <2 / 3> button is pressed, settings will change as follows. a) 31.5kHz horizontal/60Hz vertical signal input For INPUT 1 or INPUT 2: VIDEO VGA WIDE VGA For INPUT 5: VGA WIDE VGA b) 48.4kHz horizontal/60Hz vertical or 56.5kHz horizontal/70Hz vertical input signal XGA Screen 1 WIDE XGA Screen 2 MAIN MENU PICTURE INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L : I N P UT 1 : OF F : L OW : OF F : OF F : AU T O : V I DE O : RGB S E T T I N G : V GA SELECT 60 SET ENTER MENU EXIT SELECT SET SET MENU EXIT Menu Mode Setting the input signal format ★ When a video signal is input to INPUT 1 or 2, settings must be made in keeping with peripheral devices in order to handle RGB and component picture signals. Make all settings for INPUT 1 and 2 in accordance with the following. Example: When reproducing RGB signals = select VIDEO SIGNAL: RGB. When reproducing signals from high-vision devices or DVD players = select VIDEO SIGNAL: COMPONENT. Set-able condition : INPUT 1 and 2, for video signal input (other than personal computer signals) Factory preset : INPUT 1: RGB INPUT 2: RGB 1 Select SET UP. 2 Move the cursor to VIDEO SIGNAL and use the SET button to change the setting. Each time the SET button is pressed, the setting will switch between RGB and COMPONENT. Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L SELECT SET ENTER MAIN MENU PICTURE : I N P UT 1 : OF F : L OW : OF F : OF F : AU T O : V I DE O : RGB MENU INPUT1 SET UP OPTION I N P UT L A B E L AUT O P O WER OF F D I G I T A L NR H I GH C O N T R A S T P URE C I N E MA C L AM P P O S I T I O N SETT I NG V I DE O S I GNA L EXIT SELECT SET : I N P UT 1 : OF F : L OW : OF F : OF F : AU T O : V I DE O : RGB CHANGE MENU EXIT For component video picture signal input, see “5.4.3 Adjustments and settings in the integrator mode”, 7) Setting component input. 61 Menu Mode Setting the power control This function reduces power consumption and panel deterioration by controlling screen brightness in accordance with the input signal. For a bright, easy-to-see screen = select POWER CONTROL: STANDARD. To reduce power consumption = select POWER CONTROL: MODE1. To reduce panel deterioration, such as burning in = select POWER CONTROL: MODE2. Factory preset : STANDARD Differences in picture reproduction resulting from power control settings (illustration): ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 62 Image signal gradations are reporudced faithfully, with no control applied. The part of a dark picture, overall, for which peak brightness is not raised reduces burn-in and other ○ brightness is made even brighter. ○ ○ ○ Lower figure: For a picture that is dark overall, similar to STANDARD, peak ○ ○ ○ ○ ○ ○ reduced by restraining the brightness of a bright picture, overall. ○ with peak brightness reproduced even brighter. ○ with no change (upper figure). Lower figure: A dark picture overall, MODE2 ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ Upper figure: Power consumption is ○ Upper figure: A bright picture overall, ○ MODE1 ○ STANDARD ○ ○ ○ For an input signal like the following: types of panel deterioration. Menu Mode 1 Select OPTION. 2 Move the cursor to POWER CONTROL and use the SET button to change the setting. Each time the SET button is pressed, the setting will change as follows: STANDARD = MODE 1 = MODE 2 =···. Screen 1 MAIN MENU PICTURE PICTURE I NPUT 1 SCREEN SCREEN SETUP SET UP OPTION OPTION P OWE R C O N T R O L MO D E 1 A U T O F U N C T I O N : I N PU T 1 A U D I O OU T : F I X ED SELECT SET CHANGE MENU EXIT POWER CONTROL settings are shared by all inputs (INPUT 1~5). 63 Menu Mode Setting automatic input switching Using AUTO FUNCTION to detect the signal for the set input makes it possible to automatically switch to that input. INPUT 4 cannot be selected if PDA-5002 is not mounted. Factory preset : OFF 1 Select OPTION. 2 Move the cursor to AUTO FUNCTION and use the SET button to change the setting. Each time the SET button is pressed, the setting will change as follows: OFF = INPUT1 = INPUT4★ =··· Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SCREEN SET UP OPTION POWE R C O N T R O L A U T O F U NC T I O N A UD I O O U T : S T A ND A RD : OF F : F I X ED SELECT SET CHANGE MENU EXIT MAIN MENU PICTURE INPUT1 SCREEN SET UP OPTION POWE R C O N T R O L A U T O F U NC T I O N A UD I O O U T : S T A ND A RD : OF F : F I X ED SELECT SET CHANGE MENU EXIT • AUTO FUNCTION will not operate if set to OFF. • When INPUT1 or INPUT4 is selected, when a signal to the selected input is detected, that input will be automatically switched to. Thereafter, input will not be switched even if the INPUT button on the remote control or plasma display is pressed. In addition, if there is no signal input after input has been switched with AUTO FUNCTION, input will be restored to what it was before it was switched by AUTO FUNCTION. 64 Menu Mode Setting audio output Either FIXED or VARIABLE can be selected for the volume of sound output obtained from the AUDIO OUTPUT terminal. 1 Select OPTION. 2 Move the cursor to AUDIO OUT and use the SET button to change the setting. Each time the SET button is pressed, the setting will change between FIXED and VARIABLE. Screen 1 Screen 2 MAIN MENU PICTURE INPUT1 SCREEN SET UP OPTION POWE R C O N T R O L : S T A ND A RD A U T O F U N C T I O N : OF F : F I X ED A UD I O O U T SELECT SET CHANGE MENU EXIT MAIN MENU PICTURE INPUT1 SCREEN SET UP OPTION POWE R C O N T R O L : S T A ND A RD A U T O F U N C T I O N : OF F : F I X ED A UD I O O U T SELECT SET CHANGE MENU EXIT • When FIXED is selected, audio output volume will not change even if VOLUME is adjusted on the plasma display. • When VARIABLE is selected, audio output volume will chang in keeping with the adjusted value for VOLUME. 65 Integrator Mode Integrator Mode About the integrator mode 1) How to enter integrator mode • Place the unit in integrator mode by doing the following: Procedure: In standby, switch on power to the unit using the e remote control or the operating panel of the main unit, as follows: MENU button = POWER button (This procedure should be complete in three seconds.) 2) Upon entering the integrator mode • The content of picture quality adjustment and picture location adjustment that are adjusted in menu mode are all initial values. The content of SET UP and OPTION are maintained, but COLOR TEMP becomes MIDDLE. 3) When you make adjustments in integrator mode: • The adjusted values of PICTURE, WHITE BALANCE, and SCREEN (see 5.4.3 1) ~ 3)) are stored in memory for each input function and input signal. However, regarding PICTURE WHITE BALANCE during PC signal input, up to 8 kinds of input signals (signal frequencies) can be stored in memory for each function. When 9 new kinds of input signals have been adjusted, the adjustment data for the input signal that has the longest history of adjustments is erased. • For more details please refer to “5.4.5 PICTURE and WHITE BALANCE adjustment values memory area tables” and “5.4.6 SCREEN adjustment values memory area tables”. 4) To exit integrator mode • Press the MENU button on the remote control or on the operating panel of the main unit to restore the unit to normal operating mode. 5) NOTES: (1) The input can't be switched while in the integrator mode. Make sure you have switched to the appropriate input before entering the integrator mode. It is also important to plug in signals beforehand. (2) Integrator mode is cancelled automatically in all of the following situations, returning to normal operating mode. • When switching over to another input signal mode (i.e., to another signal frequency) • When no operation occurs for a period of approximately three minutes • When you press the KEY LOCK/UNLOCK button on the operating panel of the main unit (3) For adjustments and settings, feed video signals that you will actually use into the production run. 66 Integrator Mode Example of integrator mode operation An example of adjustments of CONTRAST in the integrator mode is discussed below. Step Put the unit into standby, and do the following. Remote control unit Main unit ] MENU or I NTEGRATOR MENU PICTURE WHITE BAL CO N T R A S T B R I GH T H . E N H A NC E V . E N H AN C E SCREEN I NPUT 1 –– SET UP OPTION : 128 : 128 : 0 : 0 D E F AU L T ‘ (Within three seconds) ‘ (Within three seconds) SELECT SET ENTER MENU EXIT STANDBY/ON The currently selected item is highlighted in yellow. Step Select PICTURE. Remote control unit Main unit I NTEGRATOR MENU PICTURE ] WHITE BAL CO N T R A S T B R I GH T H . E N H A NC E V . E N H AN C E SCREEN I NPUT 1 –– SET UP OPTION : 128 : 128 : 0 : 0 D E F AU L T SELECT SET ENTER MENU EXIT The currently selected item is highlighted in yellow. 67 Integrator Mode Step Select BRIGHT. Remote control unit ‘ Main unit ‘ SET I NTEGRATOR MENU PICTURE ] WHITE BAL CO N T R A S T B R I GH T H . E N H A NC E V . E N H AN C E I NPUT 1 –– SCREEN SET UP OPTION : 128 : 128 : 0 : 0 D E F AU L T SELECT Step SET ENTER MENU EXIT Make adjustments. Remote control unit Main unit ] B R I GH T SELECT : ADJUST 128 MENU SET EXIT SET Press the SET button to return to the screen in Step 3. To continue to make other adjustments, repeat Steps 2 to 4. Step To complete your adjustments, exit integrator mode. Remote control unit Main unit MENU or ] Entering normal operating mode. or STANDBY/ON ] 68 Entering STANDBY. Although it is possible to exit integrator mode in other ways, such as by switching off the main power, we advise following the procedures shown at the left, in order to ensure that your adjustments are saved to memory. Integrator Mode Adjustments and settings in integrator mode For detailed information, see 5.4.2, “Example of integrator mode operation.” Adjusting PICTURE (picture quality) The items that can be adjusted here are CONTRAST, BRIGHT, COLOR, TINT, H.ENHANCE, V.ENHANCE, H.SHARP and V. SHARP. These differ somewhat from the items that can be adjusted in menu mode (see the instruction manual). 1 Enter integrator mode and switch to the input (INPUT 1~5) you want to adjust. Screen 1 Personal computer signal input I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. Select PICTURE and the item to adjust. ] WHITE BAL CO N T R A S T B R I GH T H . E N H A NC E V . E N H AN C E I NPUT 1 –– SCREEN SET UP OPTION : 128 : 128 0 : 0 : D E F AU L T When DEFAULT is selected on screen 1, all adjustment values for PICTURE will be restored to the factory preset values. SELECT SET ENTER MENU EXIT Video signal input ★ I NTEGRATOR MENU PICTURE WHITE BAL CO N T R A S T B R I GH T CO L O R T I NT H . S HARP V . S H A RP : : : : : : I NPUT 1 –– SCREEN SET UP OPTION 128 128 128 128 8 8 D E F AU L T SELECT 2 Make the necessary adjustments. (NOTE) When in INPUT 1, 2 or 5 during personal computer signal input, COLOR, TINT, H. SHARP and V. SHARP cannot be adjusted. During video signal input, H.ENHANCE and V.ENHANCE cannot be adjusted. SET ENTER EXIT Screen 2 ] H. E N H A N CE : Make adjustments using the 2 and 3 buttons on the remote MENU SELECT ADJUST 0 MENU SET EXIT SET control or the main unit’s operating panel. The values adjusted here will be the initial values for adjustment in menu mode. In addition, if SHARP is adjusted in menu mode, the amount of that adjustment will be added to both the H. SHARP and V. SHARP adjustment values in integrator mode. Press the SET button to return to screen 2. <Adjustable range> 0 to 255 for CONTRAST, BRIGHT, COLOR and TINT 0 to 15 for H.ENHANCE, V.ENHANCE, H.SHARP★ and V.SHARP★. 69 Integrator Mode Adjusting WHITE BALANCE The items that can be adjusted here are R HIGH, G HIGH, B HIGH, R LOW, G LOW and B LOW. 1 Enter integrator mode and switch to the input (INPUT 1~5) Screen 1 you want to adjust. I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL R. G. B. R. G. B. ] H I GH H I GH H I GH L OW L OW L OW I NPUT 1 –– SCREEN : : : : : : SET UP OPTION 255 255 255 128 128 128 D E F AU L T Select WHITE BALANCE and the item to adjust. SELECT SET ENTER MENU When DEFAULT is selected on screen 1, all adjustment values for WHITE BALANCE will be restored to the factory preset values. 2 Make the necessary adjustments. Make adjustments using the 2 and 3 buttons on the remote control or the main unit’s operating panel. Press the SET button to return to screen 1. Screen 2 ] R. H I G H <Adjustable range> 70 0 to 255 for each item SELECT : ADJUST 255 MENU SET EXIT SET EXIT Integrator Mode Adjusting SCREEN (screen position) The items that can be adjusted here are H.POSITION, V.POSITION, CLOCK, PHASE and V.SIZE. 1 Enter integrator mode and switch to the input (INPUT 1~5) Screen 1 you want to adjust. I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “ – –“ mark is. WHITE BAL I NPUT 1 –– SCREEN SET UP OPTION H . POS I T I ON : 1 2 8 V . P O S I T I ON : 1 2 8 : 128 C L OC K : 31 P HA S E 0 : V . S I ZE ] D E F AU L T Select SCREEN and the item to adjust. SELECT SET ENTER MENU EXIT When DEFAULT is selected on screen 1, all adjustment values for SCREEN will be restored to the factory preset values. 2 Make the necessary adjustments. (NOTE) CLOCK and PHASE can only be adjusted during personal computer signal input. Make adjustments using the 2 and 3 buttons on the remote control or the main unit’s operating panel. Screen 2 ] H. P O S I T I ON : 1 2 8 SELECT ADJUST MENU SET EXIT SET The values adjusted here will be the initial values for menu mode. Press the SET button to return to screen 1. <Adjustable Range> 0 to 255 for H. POSITION, V. POSITION and CLOCK (initial value: 128) 0 to 127 for V. SIZE (initial value: 0) 0 to 63 for PHASE (initial value: 32) <Adjusting Order> For the sake of efficiency, make adjustments in the following order: V.POSITION = H.POSITION = CLOCK = H.POSITION = PHASE = H.POSITION 71 Integrator Mode Setting the 4-screen display (2x2 mode) This function is for large screen display involving four units. (No consideration has been given to joints.) For 4-screen display, set 2x2 to ON and then set LAYOUT in keeping with the positioning illustrated below. Regular display 4-screen display UP LEFT UP RIGHT Factory preset : 2x2: OFF LAYOUT: UP LEFT DOWN LEFT 1 Enter integrator mode. (See 5.4.1, “Integrator mode.”) DOWN RIGHT Screen 1 I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. Select 2x2 MODE for SET UP. WHITE BAL 2 X 2 MO D E B R T EN H A N C E S U B V O L UME ] SELECT 2 Move the cursor to 2x2 and use the 2 and 3 buttons to change the setting. Each time the 2 and 3 buttons are pressed, the setting will switch between OFF and ON. Move the cursor to LAYOUT and use the 2 and 3 buttons to change the setting. Each time the 2 and 3 buttons are pressed, the setting I NPUT 1 –– SCREEN SET SET UP OPTION : OF F / U L : OF F : 60 ENTER MENU EXIT Screen 2 ] 2 X 2 MOD E 2X2 L A Y OU T SELECT : ON : UP LEFT CHANGE MENU SET EXIT SET will change as follows: UP LEFT Ô DOWN LEFT Ô UP RIGHT Ô DOWN RIGHT Ô ··· Press the SET button to return to screen 1. Make 2x2 MODE settings for each input (INPUT 1~5). (NOTE) Four-screen display cannot be used with reversed display in MIRROR MODE. (Settings, however, can be changed.) 72 Integrator Mode Setting brightness enhancement at screen center This function improves and enhances the brightness of the center of the screen. To emphasize screen brightness = set to ON To equalize screen emphasis = set to OFF Factory preset : OFF 1 Enter integrator mode. Screen 1 (See 5.4.1, “About the integrator mode.”) I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL 2 X 2 MO D E B R T EN H A N C E S U B V O L UME ] I NPUT 1 –– SCREEN SET UP OPTION : OF F / U L : OF F : 60 Select SET UP. SELECT 2 Move the cursor to BRT ENHANCE and use the SET button ENTER MENU EXIT Screen 2 to change the setting. I NTEGRATOR MENU PICTURE Each time the SET button is pressed, the setting will change between ON and OFF. SET ] WHITE BAL –– SCREEN 2 X 2 MO D E B R T EN H A N C E S U B V O L UME I NPUT 1 SET UP OPTION : OF F / U L : OF F : 60 Set BRT ENHANCE for each input (INPUT1~5). SELECT SET CHANGE MENU EXIT Select EXIT on screen 2 to return to screen 1. (NOTE) The brightness enhancement function will not work for magnified display with 2x2 MODE: ON. (However, settings can be changed.) 73 Integrator Mode Setting the high-vision screen mode (HDTV MODE) ★ This function sets the screen to match the high-vision picture signals that are input. When the high-vision picture signal is 1125i (1035i) = set to 1035i When the high-vision picture signal is 1125i (1080i) = set to 1080i Set-able condition Factory preset : For 1125i/60Hz signal input : HDTV MODE, 1035i 1 Enter integrator mode. Screen 1 (See 5.4.1, “About the integrator mode.”) I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL 2 X 2 MO D E B R T EN H A N C E H D T V MO D E V I D EO I N P U T S U B V O L UME ] I NPUT 1 –– SCREEN SET UP OPTION : OF F / U L : OF F : 1035 i : COMPONE N T 1 : 60 Select SET UP. SELECT ENTER MENU EXIT Screen 2 2 Move the cursor to HDTV mode and use the SET button to I NTEGRATOR MENU change the setting. Each time the SET button is pressed, the setting will change between 1035i and 1080i. SET PICTURE ] WHITE BAL –– SCREEN 2 X 2 MO D E B R T EN H A N C E H D T V MO D E V I D EO I N P U T S U B V O L UME I NPUT 1 SET UP OPTION : OF F / U L : OF F : 1035 i : COMPONE N T 1 : 60 (NOTE) If this items are not set correctly, the following problems could result. i) If 1080i has been set, the upper portion of the screen might not display images in part, regardless of whether the input signal is 1035i. ii) If 1035I has been set, information may be lost from the top of the screen, regardless of whether the input signal is 1080i. 74 SELECT SET CHANGE MENU EXIT Integrator Mode Setting component input ★ INPUT 1 and 2 handle two kinds of component picture signals. Set them in accordance with the peripheral devices used. Make each of the settings for INPUT 1 and 2, in accordance with the following. For Y Pb Pr input (from high-vision devices, etc.) = select VIDEO INPUT: COMPONENT1 For Y Cb Cr input (from DVD players, etc.) Set-able condition Factory preset = select VIDEO INPUT: COMPONENT2 : INPUT 1 and 2, during video signal input (other than personal computer signals) : COMPONENT2 for 525i, 525p, 625i and 625p input COMPONENT1 for 1125i, 1125p and 750p input Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) The set ID will be displayed on the upper right where the “– –“ mark is. PICTURE WHITE BAL 2 X 2 MO D E B R T EN H A N C E H D T V MO D E V I D EO I N P U T S U B V O L UME ] I NPUT 1 –– SCREEN SET UP OPTION : OF F / U L : OF F : 1035 i : COMPONE N T 1 : 60 Select SET UP. SELECT ENTER MENU EXIT Screen 2 2 Move the cursor to VIDEO INPUT and use the SET button I NTEGRATOR MENU to change the setting. PICTURE Each time the SET button is pressed, the setting will change between COMPONENT1 and COMPONENT2. SET ] WHITE BAL 2 X 2 MO D E B R T EN H A N C E H D T V MO D E V I D EO I N P U T S U B V O L UME SELECT –– SCREEN SET I NPUT 1 SET UP OPTION : OF F / U L : OF F : 1035 i : COMPONE N T 1 : 60 CHANGE MENU EXIT 75 Integrator Mode Adjusting SUB VOLUME This item adjusts the sound input level for each input. It is convenient for adjusting levels between different sources (such as DVD players, personal computers, etc.). First release sound silencing. Then, enter integrator mode and adjust appropriately. 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) Screen 1 I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL 2 X 2 MO D E B R T EN H A N C E S U B V O L UME ] I NPUT 1 –– SCREEN SET UP OPTION : OF F / U L : OF F : 60 Select SET UP. SELECT 2 Select SUB VOLUME. SET ENTER MENU EXIT Screen 2 I NTEGRATOR MENU PICTURE ] WHITE BAL 2 X 2 MO D E BR T E N H ANC E S U B V O L UME SELECT 3 Make the necessary adjustments. Make adjustments using the 2 and 3 buttons on the remote SET I NPUT 1 –– SCREEN SET UP OPTION : OF F / U L : OF F : 60 ENTER MENU EXIT Screen 3 control or the main unit’s operating panel. Press the SET button to return to screen 2. ] SU B V O L UME : <Adjustable Range> 0 to 60 for each item <Adjusting Order> ADJUST SET 60 SET MENU EXIT For the sake of efficiency, make adjustments in the following order: (1) VOLUME (routine operating mode): Raises the volume to the actual usage status. (2) SUB VOLUME (integrator mode): Adjusts high-volume input in keeping with low-volume input. 76 Integrator Mode 1 AUDIO INPUT (INPUT1/2/5) ....Stereo mini jack INPUT1 SUB VOLUME INPUT2 SUB VOLUME POWER AMPLIFIER INPUT SELECTOR INPUT5 SUB VOLUME VOLUME 2 AUDIO INPUT (INPUT3) ★....Pin jack INPUT3 SUB VOLUME 3 AUDIO INPUT (INPUT4) ★....Pin jack INPUT4 SUB VOLUME Audio block diagram (conceptual diagram) This unit is equipped with 3 audio input systems. <PDP-503CMX/PDP-503MXE> 1 AUDIO INPUT (INPUT1, 2 and 5): Stereo mini jack = Is selected in common when PICTURE INPUT 1, 2 or 5 has been selected. <PDA-5002> 2 AUDIO INPUT (INPUT3): Pin jack = Is selected when PICTURE INPUT 3 has been selected. 3 AUDIO INPUT (INPUT4): Pin jack = Is selected when PICTURE INPUT 4 has been selected. Use of SUB VOLUME: Example 1 When a personal computer is connected to INPUT 1 (picture input only) and a DVD player has been connected to INPUT2 (pictures and sound): = Will reproduce the DVD player’s sound when PICTURE INPUT 1 or 2 has been selected. When sound is not necessary with personal computer input (INPUT 1), set the SUB VOLUME for INPUT 1 to 0. Use of SUB VOLUME: Example 2 When a DVD player is connected to INPUT 3 (pictures and sound) and a personal computer to INPUT 5 (pictures and sound): = When the difference in volume between the DVD player and personal computer is distracting, adjust SUB VOLUME for whichever source is louder. 77 Integrator Mode Setting the OSD display This function suppresses the OSD display (INPUT display, etc.) in normal operating mode. Even while OSD is OFF, the following OSD displays are possible. 1 MENU display (menu mode and integrator mode) 2 Warning just prior to AUTO POWER OFF or power management function operation 3 Warning from self-diagnosis function when interior temperature of set has become high 4 Announcements while KEY LOCK is in effect and KEY LOCK/UNLOCK setting displays 5 Display calls (including) When OSD display is not necessary, owing to automatic running directions and the like = select OFF. Factory preset : ON 1 Enter integrator mode. Screen 1 (See 5.4.1, “About the integrator mode.”) I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT CHANGE MENU EXIT Screen 2 2 Move the cursor to OSD and use the SET button to change I NTEGRATOR MENU the setting. Each time the SET button is pressed, the setting will change between ON and OFF. SET PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : OF F : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 OSD applies to all inputs (INPUT1~5). SELECT 78 SET CHANGE MENU EXIT Integrator Mode Setting the baud rate When controlling or adjusting the unit from a PC, the RS-232C port can be set to one of six communication speeds (baud rates): 1200, 2400, 4800, 9600, 19200 and 38400BPS. Factory preset : 4800BPS 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) Screen 1 I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] Select OPTION. SELECT 2 Move the cursor to BAUD RATE and use the SET button to change the setting. as follows: 4800BPS = 9600BPS = 19200BPS = 38400BPS = 1200BPS = 2400BPS = ··· BAUD RATE applies to all inputs (INPUT1~5). SET –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 CHANGE MENU EXIT Screen 2 I NTEGRATOR MENU PICTURE Each time the SET button is pressed, the setting will change SCREEN ] WHITE BAL SCREEN OS D B AUD RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E SELECT SET –– I NPUT 1 SET UP OPTION : OF F : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 CHANGE MENU EXIT Set the unit’s baud rate to match the PC’s. With long RS-232C cables, we recommend setting lower baud rates. 79 Integrator Mode Setting OFF TIMER This function automatically puts the power supply on standby status after a set time has elapsed. To alleviate screen burn-in, the full mask can be displayed for a set time before standby status goes into effect. If settings are made as follows, TIMER: ON DISPLAY TIME: 10H MASK TIME: 2.5H MASK COLOR: WHITE then after 10 hours of normal operation, a mask will be displayed (white) for 2.5 hours. Then, standby status will go into effect. (At this time, the power supply will remain on for last memory.) Factory preset : TIMER: OFF DISPLAY TIME: 1H MASK TIME: 0.0H MASK COLOR: WHITE 1 Enter integrator mode. Screen 1 I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL I NPUT 1 –– SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OFF TIMER under OPTION. SELECT 2 Select the item and use the 2 and 3 buttons to change the SET ENTER MENU Screen 2 setting. The TIMER setting will switch between OFF and ON. DISPLAY TIME will change in one-hour increments, between 1 and 24H, as follows: ··· Ô 1H Ô 2H Ô ··· Ô 24H Ô 1H··· ] OF F SELECT MASK TIME will change in half-hour increments, between 0.0 and 9.5H, as follows: ··· Ô 0.0H Ô 0.5H Ô ··· Ô 9.5H Ô 0.0H Ô ··· MASK COLOR will change as follows: ··· Ô WHITE Ô RED Ô GREEN Ô BLUE Ô ··· Press the SET button to retun to screen 1. OFF TIMER is shared by all inputs (INPUT1~5). 80 T I ME R T I ME R D I S P L A Y T I ME MA S K T I M E MA S K C O L O R : OFF : 1H : 0. 0 H : WH I T E CHANGE MENU SET EXIT SET EXIT Integrator Mode Setting FULL MASK This function uses the PDP internal signal to display the entire screen as one color: red, white, green or blue. For settings other than FULL MASK: OFF, external input signals cannot be displayed. It is an emergency measure for handling screen burn-in (although it cannot completely eliminate it). For details, see 5.8, “Regarding the problem of images become burnt onto the screen.” Factory preset : OFF Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) The set ID will be displayed on the upper right where the “– –“ mark is. PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT 2 Move the cursor to FULL MASK and use the SET button to I NTEGRATOR MENU PICTURE After setting the color for the full mask, press the MENU button and leave integrator mode. This will display the full mask. CHANGE MENU EXIT Screen 2 change the setting. Each time the SET button is pressed, the setting will change as follows: OFF = WHITE = RED = GREEN = BLUE = ··· SET ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E SELECT SET –– I NPUT 1 SET UP OPTION : OF F : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 CHANGE MENU EXIT FULL MASK applies to all inputs (INPUT1~5). Selecting EXIT on screen 2 to return to screen 1. (NOTE) The full mask will not be displayed when OFF TIMER is set to TIMER: ON. (However, settings can be changed.) 81 Integrator Mode Adjusting SIDE MASK This item adjusts the brightness of 4:3, DOT BY DOT and other non-image parts around the screen. Brightness can be adjusted separately from RGB. When making adjustments, pay attention to the brightness balance between the picture signals displayed and the adjoining sets. (NOTE) A striped pattern may appear on top of the mask during adjustment, but this is not a defect. Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) The set ID will be displayed on the upper right where the “– –“ mark is. PICTURE WHITE BAL OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] I NPUT 1 –– SCREEN SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT 2 Select SIDE MASK. SET CHANGE MENU Screen 2 I NTEGRATOR MENU PICTURE WHITE BAL SELECT SET I NPUT 1 –– SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] SET UP OPTION : OF F : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 ENTER MENU Screen 2 3 Make the necessary adjustments. Make adjustments using the 2 and 3 buttons on the remote control or the main unit’s operating panel. When DEFAULT is selected on screen 3, all SIDE MASK adjustment values will be restored to the factory preset values. ] S I D E MA S K R . L EVE L G . L EVEL B . L EVEL <Adjustable range> 0 to 255 for each item. SIDE MASK applies to all inputs (INPUT1~5). 82 : 128 : 128 : 128 D E F AU L T SELECT Press the SET button to return to screen 2. EXIT ADJUST MENU SET EXIT SET EXIT Integrator Mode Setting MASK CONTROL When MASK CONTROL is set to ON and image size is DOT BY DOT or 4:3, the display position of non-image parts around the screen will change slightly each time the power is applied to prevent screen burn-in. When MASK CONTROL is OFF, the display position will remain stable. Factory preset : ON 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) Screen 1 I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] Select OPTION. SELECT between ON and OFF. SET –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 CHANGE MENU EXIT Screen 2 2 Move the cursor to MASK CONTROL and use the SET button to change the setting. Each time the SET button is pressed, the setting will change SCREEN I NTEGRATOR MENU PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K M A S K C O N T RO L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 MASK CONTROL applies to all inputs (INPUT1~5). SELECT SET CHANGE MENU EXIT 83 Integrator Mode Setting ORBITER MODE This function moves the screen’s display position little by little over time. (Around every 8 minutes, the position is shifted horizontally and vertically 1 bit each (range: ±3 bits). When ORBITER MODE is set ON, it will work to reduce the occurrence of screen burn-in when still images are displayed. Factory preset : OFF Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E ] –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT CHANGE MENU EXIT Screen 2 2 Move the cursor to ORBITER MODE and use the SET button I NTEGRATOR MENU to change the setting. Each time the SET button is pressed, the setting will change between OFF and ON. SET PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / I / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 ORBITER MODE applies to all inputs (INPUT1~5). SELECT 84 SET CHANGE MENU EXIT Integrator Mode Setting INVERSE MODE (negative-positive inversion) This function is for negative-positive inversion of displayed images. It is an emergency measure for handling screen burn-in occurring when still images are displayed (although it cannot completely eliminate it). Factory preset : OFF 1 Enter integrator mode. Screen 1 I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– SET UP I NPUT 1 OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT CHANGE MENU EXIT Screen 2 2 Move the cursor to INVERSE MODE and use the SET button I NTEGRATOR MENU to change the setting. Each time the SET button is pressed, the setting will change between OFF and ON. SET PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 3 8 4 0 0 BP S : OF F / 1 2 / 0. 5 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 INVERSE MODE applies to all inputs (INPUT1~5). SELECT SET CHANGE MENU EXIT 85 Integrator Mode Setting COLOR MODE In addition to values for normal operation (COLOR MODE1), this unit has independent and separate PICTURE and WHITE BALANCE adjustment values set to be optimal for TV studio retakes (COLOR MODE 2). (See 5.4.4, “PICTURE and WHITE BALANCE adjustment values memory area tables.”) Change the settings to suit your usage purpose. Factory preset : COLOR MODE: MODE1 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) Screen 1 I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT I NTEGRATOR MENU PICTURE between MODE1 and MODE2. When the COLOR MODE setting is changed, all input functions and input signal PICTURE and WHITE BALANCE CHANGE MENU EXIT Screen 2 2 Move the cursor to COLOR MODE and use the SET button to change the setting. Each time the SET button is pressed, the setting will change SET ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E SELECT SET –– I NPUT 1 SET UP OPTION : OF F : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 CHANGE MENU EXIT adjustment values will be changed all at once. COLOR MODE applies to all inputs (INPUT1~5). (NOTE) The current color mode setting status can be confirmed by the display color of the character string at the very top of the screen. White: COLOR MODE: MODE 1 Yellow: COLOR MODE: MODE 2 86 Integrator Mode Setting MIRROR MODE This function permits displayed images to be reversed in various ways. Normal playback Left-right reversed playback = MIRROR MODE: OFF = MIRROR MODE: X Up-down reversed playback = MIRROR MODE: Y Up-down, left-right reversed playback = MIRROR MODE: XY Normal playback Left/right reversed playback [MIRROR MODE: OFF] [MIRROR MODE: X] Up/down/left/right reversed playback Up/down reversed playback [MIRROR MODE: XY] [MIRROR MODE: Y] The MIRROR MODE: XY setting is useful for smart cable arrangement, making it possible to draw bundled cables upward (towards the ceiling) when the display is mounted upside-down using ceiling suspension hardware (PDK5012). (NOTE) In using the PDK-5012 hardware, observe the operating temperature restrictions and other limitations specified in section 4.8, “Plasma Display Ceiling Suspension Hardware: PDK-5012.” Factory preset : MIRROR MODE: OFF Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL –– SCREEN I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OFF : AU T O P L A S MA : : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT Select OPTION. SELECT 2 Move the cursor to MIRROR MODE and use the SET button Screen 2 to change the setting. 1 T UP N I NOITPO Each time the SET button is pressed, the setting will change as follows: OFF = X = Y = XY = ··· SET ] –– PU TES UNEM ROTA RGE T N I NEERCS LAB ETIHW ERUTCIP X: O T UA : : AM S A L P –– : E D OM R O R R I M L OR T N OC N A F E MA N R O T I N OM T E S . ON D I H C: H0 0 0 0 0 : E R U T A R E PME T R E T E M R U OH TIXE UNEM EGNAHC MIRROR MODE applies to all inputs (INPUT1~5). TES TCELES 87 Integrator Mode Setting the cooling fan control formula The back of the main unit is equipped with cooling fans. This function switches the control formats of the cooling fans. To use the internal temperature sensor to automatically control fans = select AUTO To set a fixed number of maximum revolutions (thus cutting automatic control) = set MAX (NOTE) The MAX setting is useful when special installation applies. However, as fan rotation noise will be substantial, this setting should be used carefully in consideration of the surrounding environment (particularly if the unit is installed in a quiet place). For more details on installation, see Chapter 3, “Installation.” Factory preset : AUTO Screen 1 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) The set ID will be displayed on the upper right where the “– –“ mark is. I NTEGRATOR MENU PICTURE ] WHITE BAL SCREEN –– I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OFF : AU T O P L A S MA : : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT Select OPTION. SELECT Screen 2 2 Move the cursor to FAN CONTROL and use the SET button to change the setting. I NTEGRATOR MENU PICTURE Each time the SET button is pressed, the setting will switch between AUTO and MAX. SET ] WHITE BAL SCREEN –– I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OFF : AU TO : P L A S MA : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT FAN CONTROL applies to all inputs (INPUT1~5). SELECT 88 SET Integrator Mode Assigning a name to the monitor One name can be assigned per set. Factory preset : &&&PLASMA&&& Screen 1 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL I NPUT 1 –– SCREEN SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N A M E I D NO . S E T : OF F : AU T O : P L A SM A : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H ENTER EXIT Select MONITOR NAME under OPTION. SELECT 2 Move the cursor to the first character and press the SET button. (Repeat this process to select all 12 characters.) SET MENU Screen 2 I NTEGRATOR MENU –– I NPUT 1 MON I TOR NAME • Any of the 52 characters displayed on the menu screen can be used. • When you select a character and then press the SET button, the input point will advance one character. • If you make a mistake, select BACK SPACE and press P L A SMA ] BACK SPACE A B C D E F G H I K K L M N O P Q R S T U V W X Y Z 0 1 2 3 4 5 6 7 8 9 . , ' " / – ( ) @ : # ? & ~ RESE T SELECT S PACE SET SET E ND MENU EXIT the SET button. This will move the input point back one character. • To restore the display to the initial setting (PLASMA), select RESET and press the SET button. After you have finished inputting characters, move the cursor to END and press the SET button. MONITOR NAME applies to all inputs (INPUT1~5). 89 Integrator Mode Assigning an ID Here, an ID is assigned necessary for making adjustments in RS-232C adjustment mode. For details, see 5.5, “RS-232C adjustment mode.” Factory preset :–– Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL I NPUT 1 –– SCREEN SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OF F : AU T O : P L A S MA : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H ENTER EXIT Select ID NO. SET under OPTION. SELECT 2 Use the 2 and 3 buttons to select the appropriate digit and SET MENU Screen 2 then use the 5 and ∞ buttons to change the numerical values. IDs can be set from 00 to FF. ] I D N O. S E T : CHANGE 90 SELECT – – MENU SET EXIT SET Integrator Mode Input settings when using a video card other than the PDA-5002 Make settings in accordance with the input signals from the video card provided. For details, see the instruction manual on video cards. (NOTE) These items cannot be set if no video card has been provided or the PDA-5002 has been provided. (Items will not be displayed.) Factory preset : VIDEO (RGB) Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) The set ID will be displayed on the upper right where the “– –“ mark is. PICTURE ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT I NTEGRATOR MENU button to change the setting. PICTURE COMPONENT2 = ··· SLOT INPUT applies to all input. CHANGE MENU EXIT Screen 2 2 Move the cursor to SLOT INPUT and then use the SET Each time the SET button is pressed, the setting will change as follows: VIDEO (RGB) = COMPONENT1 = SET ] WHITE BAL SCREEN –– I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T S L OT I NPU T : OF F : AU T O : P L A S MA : –– : V I D EO ( RGB ) T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT SELECT SET 91 Integrator Mode Simple checking of internal temperature This function enables the unit’s internal temperature to be easily checked using the level meter indicator. When the indicator is green = internal temperature is normal. When the indicator is yellow or red = internal temperature is slightly high. Turn OFF the power supply once, confirm installation status immediately, and then use air conditioning or the like to counteract the heat radiation. CAUTION When checking the internal temperature, conduct aging thoroughly, just as before making adjustments. (Minimum: 30 min. with a 100% white signal.) The same applies to checking the effect of countermeasures to heat radiation. For more details, see Chapter 3, “Installation.” Screen 1 1 Enter integrator mode. (See 5.4.1, “About the integrator mode.”) I NTEGRATOR MENU PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT SET I NTEGRATOR MENU PICTURE mode. (See 5.2.1, “About normal operating mode.”) ] WHITE BAL SCREEN –– I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OFF : AU T O P L A S MA : : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT SELECT 92 EXIT Screen 2 2 Use TEMPERATURE to check the internal temperature. Temperature can also be checked by depressing the DISPLAY button for over 2 seconds in normal operating CHANGE MENU SET Integrator Mode Checking the accumulated ON time This function displays the accumulated time (in 1-hour units) for which the unit has been receiving power. CAUTION The accumulated time does not include the time when the unit is in standby mode. Screen 1 1 Enter integrator mode. I NTEGRATOR MENU (See 5.4.1, “About the integrator mode.”) PICTURE The set ID will be displayed on the upper right where the “– –“ mark is. ] WHITE BAL SCREEN OS D BAU D RA T E O F F T I ME R F U L L MA S K S I D E MA S K MA S K C O N T R O L O R B I T E R MO D E I N V E R S E MO D E C O L O R MO D E –– I NPUT 1 SET UP OPTION : ON : 4 8 0 0BPS : OF F / 1 / 0. 0 / W : OF F : 128 / 128 / 128 : ON : OF F : OF F : MO D E 1 Select OPTION. SELECT SET I NTEGRATOR MENU PICTURE The accumulated ON time can also be checked by mode.”) EXIT Screen 2 2 Use HOUR METER to check the accumulated ON time. depressing the DISPLAY button for over 2 seconds in normal operating mode. (See 5.2.1, “About normal operating CHANGE MENU ] WHITE BAL SCREEN –– I NPUT 1 SET UP OPTION M I R R O R MO D E F A N CO N T RO L MO N I T O R N AM E I D NO . S E T : OFF : AU T O : P L A S MA : –– T E M P E RA T UR E H OUR ME T E R :C : 0 0 0 0 0H H CHANGE MENU EXIT SELECT SET 93 PDP-503CMX, PDP-503MXE, PDA-5002 DISASSEMBLY SW Power Supply Module 1 4 5 Remove the Rear Case (50M).(Screws × 20) 1 ×2 1 1 ×2 1 1 ×2 ×2 Insert it and reduce the Clamper. Insert the SW Power Supply Module into the slit of Sub Frame L and R. Slit 1 1 5 SW Power Supply Module 1 1 1 1 1 1 ×2 Sub Frame L Sub Frame R 1 1 2 3 Remove four screws. Remove the SW Power Supply Module. SW Power Supply Module 2 SW Power Supply Module Clamper 2 4 3 2 94 Diagnosis 2 PDP-503CMX, PDA-5002 DIGITAL VIDEO Assy 1 2 Remove the Rear Case (50M). (Screws × 20) 3 4 5 Remove the Terminal Panel M. (Screws × 11) 7 Remove the SW Power Supply Module. (Connector, Screws × 4) Remove the DIGITAL VIDEO Assy. (Connector, Circuit Board Spacer × 6) Remove a screw of earth block. Remove the RGB Base. (Screws × 4) DIGITAL VIDEO Assy 3 3 3 ×2 5 ×2 3 RGB Base 4 5 ×2 ×2 3 3 3 ×2 ×2 7 Terminal Panel M DIGITAL VIDEO Assy 6 Remove connectors and binders, and remove the RGB Base with PCB Assys. DIGITAL VIDEO Assy RGB Assy SLOT CONNECTOR Assy 6 RGB Base 95 PDP-503CMX, PDA-5002 Y DRIVE, SCAN (A), (B) Assy 1 7 8 Remove the three screws. Remove the Rear Case 50 (M). (Screws × 20) Remove the Y DRIVE Assy. (Connector, Screws × 8) 8 ×2 Y DRIVE Assy 8 ×2 Front Case 50 (M) 8 2 3 4 Loosen a rivet. 1 ×3 Remove the Lead Cover MX. 8 ×2 8 ×2 Pull out a Flexible Cable. SIDE KEY Assy 2 4 Lead Cover MX Rivet 3 Turn it not to press the rivet. Lead Cover (Because when the rivet presses, MX fit in once again.) It is easy to remove when pull out the Lead Cover MX with the rivet before completely removing the rivet. 5 6 Remove bottom by the fulcrum at the top of Front Case (50). 9 Reverse the SCAN (A) and SCAN (B) Assemblies. 10 When it is necessary, exchange the ROM. Remove the Front Case (50). SCAN (A) Assy Front Case 50 (M) ROM ×6 Rear Case 6 Aluminum Materials 9 It is the structure that a hook of Front Case (50) was put between with Rear Case and aluminum materials. 9 5 96 SCAN (B) Assy PDP-503CMX, PDA-5002 X DRIVE Assy 1 2 Diagnosis of the Video Card (PDA-5002) 1 2 3 Remove the Rear Case (50M). (Screws × 20) Remove the X DRIVE Assy. (Connector, Screws × 8) Remove the Rear Case (50M). (Screws × 20) Remove the Video Card. (Screws × 2) Remove the SLOT CONNECTOR Assy from the RGB Assy and reconnect it with the Jig Cable (GGD1035). Jig Cable (GGD1035) SLOT CONNECTOR Assy RGB Assy 3 2 ×2 2 ×2 2 ×2 2 ×2 3 2 2 X DRIVE Assy 4 Video Card 2 Reconnect the Video Card. (Slot does not pass it.) Video Card SLOT CONNECTOR Assy 4 RGB Assy Diagnosis 97 PDP-503CMX, PDP-503MXE, PDA-5002 ADJUSTMENT SERVICE FACTORY MODE Perform the operations of Service Factory mode using the Remote Control Unit provided with the Plasma Display (AXD1459). State Transition Diagram Normal Operation Mode FACTORY (AA5F) At standby (within 3 sec.) FACTORY (AA5F) Menu (AA8B) KEY LOCK "Menu" key (AA8B) ‘ "Set" key (AA8A) ‘ "STAND BY/ON" key (AA1C) STANDBY/ON (AA1C) POWER OFF (AA1B) POF Service Factory Mode INFORMATION mode Audio system switch (AAD3-AF70) or Display call (AA4A) Factory default screen "MUTING" key (AA49) RANGE CHECK mode Front surround (AA1D) • Function switch • Mode change of input signal • Execute Final Setup "MUTING" key (AA49) This mode is not used for service. "MUTING" key (AA49) REFERENCE mode AV selection (AA59) or Standard/AV memory (AA43) • Common adjustment of each signal input "MUTING" key (AA49) OFFSET mode Double audio (AA1E) • Adjustment of the signal input side. "MUTING" key (AA49) VIDEO OPTION mode SCREEN SIZE (AAD3-AF3C) "MUTING" key (AA49) INITIALIZE mode 98 Full auto zoom (AAD3-AF36) or P. ZOOM (AAD3-AF22) PDP-503CMX, PDA-5002 • AXD1459 (PDP-503CMX) POWER POWER MENU SCREEN SIZE DISPLAY CALL SCREEN SIZE FULL AUTO ZOOM FULL AUTO ZOOM SET DISPLAY CALL SURROUND MODE MUTE SOUND VOLUME AUDIO AV MEMORY MUTE SOUND VOLUME MENU SURROUND MODE MPX AV SELECT MPX AUDIO SET • AXD1432 (PDP-501HD) • AXD1673 (PDP-502HD) 99 PDP-503CMX, PDA-5002 Caution of Operation of the Remote Control Unit • In the service factory mode, use the key which does not exist in a remote control unit (AXD1459) attached to this product as the direct selection key of item when selects each item. These keys can use with the attached remote control units (AXD1432 and AXD1673) in the PDP-501HD and PDP-502HD. • When operate the service factory mode with the attached remote control unit in this product, selection is possible with the following key cyclically. Large item selection: MUTE key Selection except large item: UP (5), DOWN (∞) keys Operation When Entered the Service Factory Mode 1 Setting value of menu mode • Reset "PICTURE" item (center value). Notes : Adjustment value of "PICTURE" to reset is limited to the following face. At VIDEO: Current signal mode of the selected input function At PC: Correspond to the history of the signal mode input into past, "Table A to H ". • Reset all "SCREEN" items (center value). Note: Adjustment value of "SCREEN" to reset is limited to the current signal mode of the selected input function. Supplement: If execute FINAL SET UP or PICTURE DEFAULT, minimize the adjustment value of menu mode here so that it becomes the center value. • "SET UP" and "OPTION" of menu mode are maintained except items as follows. COLOR TEMP: It becomes "MIDDLE" setting AUTO POWER OFF/POWER MANAGEMENT: Setting is maintained, but do not work 2 Adjustment value of the integrator mode • Adjustment values of "PICTURE" and "WHITE BAL" select the adjustment values which are applicable to the current input function signal mode. Notes : Adjustment value of "PICTURE" and "WHITE BAL" to reset is limited to the following face. At VIDEO: Current signal mode of the selected input function At PC: Correspond to the history of the signal mode input into past, "Table A to H ". • SCREEN setting value is maintained. • "SET UP" and "OPTION" of integrator menu are maintained except items as follows. SIDE MASK LEVEL: Adjustment value is reset, and it becomes default value. FULL MASK which was set with the integrator mode: Release OFF TIMER: Release • COLOR MODE (integrator menu) setting maintains setting in the integrator menu. 3 Others • When input signal mode changed, change setting, and display default screen (INFORMATION-VERSION) of the service factory mode. Maintain the service factory mode. Note: At a point in time when the input signal mode changed, perform an operation of 1 and 2. • Switch it in selected FUNCTION when switched FUNCTION. Then display default screen (INFORMATION-VERSION) of the service factory mode, and maintain the service factory mode. Note: At the point that switched FUNCTION, perform an operation of 1 and 2. • Perform COLOR DETECT setting with "COLOR SYSTEM" of set menu mode. • Only address 0100-01FF of module microcomputer / EEPROM copy/updates the data to the module microcomputer area of main microcomputer EEPROM. • Various protection feature of the panel (Still picture detection, Block brightness detection and SCAN IC protection feature) turns OFF. Notes: When each protection feature turns OFF once and released the factory mode, maintain it. Protection feature turns ON by turning ON from POWER OFF. Therefore turn ON from POWER OFF by all means in order to operate protection feature when released the factory mode. • In the no input, apply playback and non-correspondence PC signal input, accepts only the setting item that does not depend on a signal mode. (But refer to the item "MASK1 and MASK2" about MASK setting.) An item depending on the signal mode turns the display color to gray and it cannot change the setting. 100 PDP-503CMX, PDA-5002 Adjustment Items Table of Service Factory SLOT Name CD EXP OSD Display Name RS-232C Command Service Factory Operation Adjustment Range (OFFSET Reference Value) YDL Y-DELAY YDL REF/OFS-SLOT-1 0 to 15 [8] YOUTLEV Y-OUT LEVEL YOL REF/OFS-SLOT-2 0 to 63 [32] TINT CD TINT CTI REF/OFS-SLOT-3 0 to 63 [32] CrOFFSET CDR OFFSET CDR REF/OFS-SLOT-4 0 to 15 [8] CbOFFSET CDB OFFSET CDB REF/OFS-SLOT-5 0 to 15 [8] R-Y_LEVEL R-Y LEVEL LRY REF/OFS-SLOT-6 0 to 255 [128] B-Y_LEVEL B-Y LEVEL LBY REF/OFS-SLOT-7 0 to 255 [128] Name OSD Display Name RS-232C Command Service Factory Operation RGB1 MATRIX AD Adjustment Range (OFFSET Reference Value) 0 to 63 [32] PICTURE MAT CONT MCT REF/OFS-RGB1-1 BRIGHT MAT BRIGHT MBR REF/OFS-RGB1-2 0 to 63 [32] COLOR MAT COLOR MCL REF/OFS-RGB1-3 0 to 63 [32] HUE MAT TINT MTI REF/OFS-RGB1-4 0 to 63 [32] MAINCONTRAST AD MAIN CONT MCA REF/OFS-RGB1-5 0 to 255 [128] 0 to 255 [128] SUBRCONTRAST AD R HIGH GHA REF/OFS-RGB1-6 SUBGCONTRAST AD G HIGH BHA REF/OFS-RGB1-7 0 to 255 [128] SUBBCONTRAST AD B HIGH RHA REF/OFS-RGB1-8 0 to 255 [128] 0 to 255 [128] BRIGHTR AD R LOW GLA REF/OFS-RGB1-9 BRIGHTG AD G LOW BLA REF/OFS-RGB1-10 0 to 255 [128] BRIGHTB AD B LOW RLA REF/OFS-RGB1-11 0 to 255 [128] Name OSD Display Name RS-232C Command Service Factory Operation COLOR COLOR COL REF/OFS-RGB2-1 Adjustment Range (OFFSET Reference Value) 0 to 255 [128] TINT MCONTRAST TINT CONTRAST TNT CNT REF/OFS-RGB2-2 REF/OFS-RGB2-3 0 to 255 [128] 0 to 255 [128] MBRIGHT BRIGHT BRT REF/OFS-RGB2-4 0 to 255 [128] R HIGH R. HIGH RHI REF/OFS-RGB2-5 0 to 255 [255] G HIGH G. HIGH GHI REF/OFS-RGB2-6 0 to 255 [255] B HIGH B. HIGH BHI REF/OFS-RGB2-7 0 to 255 [255] 0 to 255 [128] RGB2 IC102 W/B IC30 W/B R LOW R. LOW RLW REF/OFS-RGB2-8 G LOW G. LOW GLW REF/OFS-RGB2-9 0 to 255 [128] B LOW B. LOW BLW REF/OFS-RGB2-10 0 to 255 [128] Name OSD Display Name RS-232C Command Service Factory Operation DIGITAL DIGITAL Adjustment Range (OFFSET Reference Value) 0 to 255 [255] PANEL R-HIGH PANEL R-HIGH PRH REF/OFS-DIGITAL-1 PANEL G-HIGH PANEL G-HIGH PGH REF/OFS-DIGITAL-2 0 to 255 [255] PANEL B-HIGH PANEL B-HIGH PBH REF/OFS-DIGITAL-3 0 to 255 [255] PANEL R-LOW PANEL R-LOW PRL REF/OFS-DIGITAL-4 0 to 999 [512] PANEL G-LOW PANEL G-LOW PGL REF/OFS-DIGITAL-5 0 to 999 [512] PANEL B-LOW PANEL B-LOW PBL REF/OFS-DIGITAL-6 0 to 999 [512] ABL LEVEL ABL LEVEL ABL REF/OFS-DIGITAL-7 0 to 255 [128] X-SUS-B X-SUS-B XSB REF-DIGITAL-8 4 to 12 X-SUS-G X-SUS-G XSG REF-DIGITAL-9 4 to 12 Y-SUS-B Y-SUS-B YSB REF-DIGITAL-10 4 to 12 Y-SUS-G Y-SUS-G YSG REF-DIGITAL-11 4 to 12 V-SUS V-SUS VSU REF-DIGITAL-12 0 to 255 V-OFFSET V-OFFSET VOF REF-DIGITAL-13 0 to 255 OSD Display Name RS-232C Command Service Factory Operation SIDE MASK LEVEL (VIDEO OPTION) Name IC30 Adjustment Range (OFFSET Reference Value) 0 to 255 R SIDE MASK LEV R SIDE MASK LEV RSL VOP-M LEV-1 G SIDE MASK LEV G SIDE MASK LEV GSL VOP-M LEV-2 0 to 255 B SIDE MASK LEV B SIDE MASK LEV BSL VOP-M LEV-3 0 to 255 101 PDP-503CMX, PDA-5002 COLOR TEMP (VIDEO OPTION) IC102 IC30 RS-232C Command Service Factory Operation Adjustment Range (OFFSET Reference Value) 0 to 255 [128] Name OSD Display Name COLOR COLOR VOP-CT-3 TINT TINT VOP-CT-4 0 to 255 [128] MCONTRAST CONTRAST VOP-CT-1 0 to 255 [128] MBRIGHT BRIGHT VOP-CT-2 0 to 255 [128] R HIGH R. HIGH VOP-CT-5 0 to 255 [255] G HIGH G. HIGH VOP-CT-6 0 to 255 [255] B HIGH B. HIGH VOP-CT-7 0 to 255 [255] R LOW R. LOW VOP-CT-8 0 to 255 [128] G LOW G. LOW VOP-CT-9 0 to 255 [128] B LOW B. LOW VOP-CT-10 0 to 255 [128] Service Factory Operation COLOR MODE2 (VIDEO OPTION) IC102 IC30 Name OSD Display Name COLOR COLOR VOP-CM2-3 Adjustment Range (OFFSET Reference Value) 0 to 255 [128] TINT TINT VOP-CM2-4 0 to 255 [128] MCONTRAST CONTRAST VOP-CM2-1 0 to 255 [128] MBRIGHT BRIGHT VOP-CM2-2 0 to 255 [128] RS-232C Command R HIGH R. HIGH VOP-CM2-5 0 to 255 [255] G HIGH G. HIGH VOP-CM2-6 0 to 255 [255] B HIGH B. HIGH VOP-CM2-7 0 to 255 [255] R LOW R. LOW VOP-CM2-8 0 to 255 [128] G LOW G. LOW VOP-CM2-9 0 to 255 [128] B LOW B. LOW VOP-CM2-10 0 to 255 [128] Calculation of Adjustment Value in the Service Factory Mode • As for the adjustment value in the service factory mode, it becomes an actual adjustment value that subtracted OFFSET reference value (value in [ ] of the above table) from the value that added a REFERENCE adjustment value and an OFFSET adjustment value. Notes: It becomes the adjustment value the value that adjusted it with REFERENCE because there is not an OFFSET adjustment value as forR SIDE MASK LEV, G SIDE MASK LEV and B SIDE MASK LEV of item SIDE MASK LEVEL and X-SUS-B, X-SUS-G, YSUS-B, Y-SUS-G, V-SUS and V-OFFSET of item DIGITAL. • As for COLOR MODE2 and COLOR TEMP, it becomes OFFSET value of each the value that subtracted OFFSET reference value (a value in [ ] of the above table) from a adjustment value of selected mode. It becomes a adjustment value of the last RGB 2 device (IC30 and IC102) the value that added this OFFSET value to each adjustment item of RGB 2. Actual Calculation Example • Each adjustment value of SLOT/ RGB 1/RGB2/DIGITAL (REFERENCE value) + { (OFFSET value) – [OFFSET reference value] } ... Calculation of a value to add as OFFSET • COLOR MODE2 OFFSET value { (COLOR MODE2 adjustment value) - [OFFSET reference value] } ... Calculation of a value to add as OFFSET for COLOR MODE2 Note: Add it only in COLOR MODE2 selection. • COLOR TEMP OFFSET value {(COLOR TEMP adjustment value) - [OFFSET reference value] } ... Calculation of a value to add as OFFSET for COLOR TEMP Note: Add it only in COLOR TEMP 1,2,4 and 5 selection. Perform the addition in the normal operation, menu mode and COLOR TEMP adjustment mode of the service factory mode (in item VIDEO OPTION), and add OFFSET value of selected setting. COLOR TEMP OFFSET does not add it in order to work by COLOR TEMP 3 setting in the integrator mode and in the service factory mode except COLOR TEMP adjustment mode. 102 PDP-503CMX, PDA-5002 Display Description of Service Factory Menu 1. In Adjustment Item 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–04 –2 ∗NT OF S – S L O T Display color : White Halftone : Blue (second row/15th row for each 5 to 36 columns) When there is not item which is applicable to the input signal mode, display the adjustment value with "––––––" (–––––––)", and perform the item indication color to gray. 5 10 : ∗ ∗ ∗ ( ∗ ∗ ∗ ) Y – DE L AY 15 16 • Second row / 6th to 16th columns : Display the upper layer of selection item • • • At the Service factory mode Second row / 6th to 7th columns : Display the ID No. • • • At the RS-232C factory mode Second row / 9th to 16th columns : Display the upper layer of selection item • • • At the RS-232C factory mode • Second row / 19th to 20th columns : Current color mode setting • Second row / 22th to 23th columns : Current slot type Slot Type or Model Type At PDA-5002 is mounted with Display S1 PDP-503PRO and PRO-1000HD Outside Product Slot No SLOT T1 to T8 NO US • Second row / 25th to 27th columns : Current function • Second row / 29th to 32th columns : Current signal mode • Second row / 32th columns : Current Screen size (Refer to the "classification of input signal" with regard to each numeric value.) Current signal mode displayes the signal mode of any of mode 03, mode 31, mode E1, mode 61 or mode 71. Setting Signal Mode Display VIDEO 03 VGA 31 WVGA XGA E1 61 WXGA 71 Current signal mode displayes the signal mode of any of mode 12 or mode 13. HDTV Mode Setting (Integrator Menu) Signal Mode Display 1080i 12 1035i 13 Display in the no signal and non-correspondence signal Signal Mode Display Signal Definition FB OUT OF RANGE (The signal that the measurement is impossible with the main microcomputer) FC OUT OF RANGE (In the video system signal when video signal does not input) FD FE OUT OF RANGE (In the non-correspondence signal at DVI input) FF No signal OUT OF RANGE (When the measurement is possible with the main microcomputer, and non-correspondence signal that is not applicable to FC and FD) • Second row / 33th column : Current input form Input Form Component Video–RGB Composite Y/C * / Display # @ Non-display excepting above form (blank). • Second row / 34th to 35th columns : Current color system Color System NTSC PAL SECAM 4.43NTSC PAL-M PAL-N BLACK/WHITE Display NT PL SC 4N PM PN BW Non-display it (blank) when a case except COLOR SYSTEM mentioned above and COLOR SYSTEM setting is fixed. • 15th row / 6th to 24th columns : Current item selection • 15th row / 26th to 35th columns : RANGE CHECK selection : Current selecting value 1. At REFERENCE selection : Adjustment value 2. At OFFSET selection : OFFSET value ( adjustment value) * Adjustment value is REFERENCE value + OFFSET value. 3. At VIDEO OPTION selection : No display At INITIALIZE selection : The setting that is selected. (There is no display in the item which there is the lower layer.) 103 PDP-503CMX, PDA-5002 2. INFORMATION 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I NFO VE RS I ON 5 10 MA I N WI DE WI DE U C OM U C OM F R OM : ∗ ∗ ∗ : ∗ ∗ ∗ : ∗ ∗ ∗ MO D U PANE PANE U C OM U C OM F R OM : ∗ ∗ ∗ : ∗ ∗ ∗ : ∗ ∗ ∗ 15 16 Basic Operation • Display the state of each item Rem Code Key Name Function & Display Description Remarks Main, Wide, module and panel microcomputer : Ver Wide flash (OSD) / Panel flash (Sequence) : Ver × AA01 1 VERSION AA02 2 PD INFO AA03 3 NG INFO AA04 4 TEMPERATURE 1/2/3/FAN output × AA05 5 MEMO Display MEMO × AA06 6 AA07 7 AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item Past eight times / Place (1st, 2nd) / Time Stamp Display the each AUDIO/FAN/MODULE/PANEL/WIDE/ information MAIN IIC/MODULE IIC/DEW AA94 AA95 AA8A SET AAD3-AF70 AUDIO AA4A DISPLAY CALL AA1D SURROUND MODE AA59 AV SELECT Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX screen. AAD3-AF3C SCREEN SIZE AAD3-AF36 FULL AUTO ZOOM AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING / setting screen. INFORMATION RANGE CHECK REFERENCE OFFSET VIDEO OPTION INITIALIZE RANGE CHECK Operating specification • Start from VERSION (Key1) when shifted to this setting screen. • When each key was pressed, follow the required operation. Note : Perform VERSION display as the default screen of the service factory mode. 104 Lower Layer × × PDP-503CMX, PDA-5002 3. OSD Display in INFORMATION 1 VERSION 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I NFO VE RS I ON 5 10 MA I N WI DE WI DE U C OM U C OM F R OM : ∗ ∗ ∗ : ∗ ∗ ∗ : ∗ ∗ ∗ MO D U PANE PANE U C OM U C OM F R OM : ∗ ∗ ∗ : ∗ ∗ ∗ : ∗ ∗ ∗ 15 16 2 PD INFO. 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I NFO PD I NFO 5 1ST X – DDC ADR– K Y – DRV ADRES –– – –– –– – –– –– – –– –– – –– 1 2 3 4 5 6 7 8 10 2 ND – X – DDC DC – DC – – – –– – – – –– – – – –– – – – –– – – – –– 0 0 0 0 0 0 0 0 5 2 1 0 0 0 0 0 1 2 3 3 0 0 0 0 4 4 5 4 0 0 0 0 8 8 8 8 0 0 0 0 H H H H H H H H 2 1 3 1 0 0 0 0 5 4 6 5 0 0 0 0 M M M M M M M M 15 16 Display the power down point (1st or 1st, 2nd) and an hour meter of the time. Perform display to maximum eight times, and if display became more than eight times, perform clear in order from the old information, and update it to the latest information. Display details at PD INFORMATION 1 2 3 4 Display PD Point X-DRV X-DDC Y-DRV Y-DDC X-DRIVE X-DC/DC CONVERTER Y-DRIVE Y-DC/DC CONVERTER 5 6 7 8 Display PD Point ADRES ADR-K POWER DC-DC ADDRESS junction ADDRESS resonance Power supply DC/DC CONVERTER (DIGITAL) 3 NG INFO. 1 5 10 15 20 25 30 35 40 1 I NFO NG #1 –S1– I N4–02 –2 ∗NT I NFO 5 10 AU D I O : : FAN : MO D U L E : PANE L : WI DE : MA I N I I C MOD U L E I I C : : DEW D E T OK OK OK OK OK OK OK OK 15 16 105 PDP-503CMX, PDA-5002 4 TEMPERATURE 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I NFO • Each display is the value of A/D input or D/A output of the microcomputer (0 to 255). • Temperature sensor 1, 2 and 3 • FAN TEM PER A T URE 5 10 T E MP 1 T EMP 2 T EMP 3 : 128 : 104 : 088 FAN : 135 15 16 Note: Refer to "Shut down diagnosis" in the "7.1.2 SHUTDOWN/POWER DOWN DIAGNOSIS BY LED DISPLAY" to calculate real sensor temperature from each indicated value. 5 MEMO 1 5 10 15 20 25 30 35 1 I NFO #1 –S1– I N4–02 –2 ∗NT ME MO 5 –– – – – –– – –– – – –– – – – –– – –– – – 10 –– – – – –– – –– – – –– – – – –– – –– – – 15 16 106 40 PDP-503CMX, PDA-5002 4. REFERENCE 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT RE F 5 Display color : White Halftone : Blue (Second row / 15th row for each 5th to 36th columns) 10 15 16 RG B 1 Basic Operation • Select the adjustment table. Rem Code Key Name Function & Display AA01 1 RGB1 AA02 2 RGB2 AA03 AA04 3 4 DIGITAL SLOT AA05 5 AA06 6 AA07 7 AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select the upper item AA97 ∞ Select the lower item Description Remarks Lower Layer ? Select the adjustment table ? ? ? AA94 AA95 AA8A SET Select the item and shift to lower layer AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING OFFSET /setting screen Operating specification • Start from RGB 1 (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer. • When each key was pressed, follow the required operation. • In INPUT5 (DVI) selection, impossible "RGB1" and "SLOT" selections (do not perform the display skip). • When SLOT is not inserted and the external SLOT is inserted, selection of "SLOT" is impossible (do not perform the display skip). • When selection of the item is impossible, turn the OSD display color into gray. 107 PDP-503CMX, PDA-5002 1 REFERENCE — RGB1 1 5 10 15 20 25 30 35 40 1 R E F – RG B 1 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 MA T : ∗ ∗ ∗ CO N T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remark AA01 1 MAT CONT × AA02 2 MAT BRIGHT × AA03 AA04 3 4 MAT COLOR MAT TINT × × AA05 5 AD MAIN CONT AA06 6 AD R HIGH AA07 7 AA08 8 AD G HIGH AD B HIGH AA09 9 AD R LOW × AA00 10 AD G LOW × AA46 11 AD B LOW × AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ Call the adjustment value and display it. Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING OFFSET / setting screen. Operating specification • Start from MAT CONT (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−", and turn the item display color into gray. 108 Lower Layer × × × × PDP-503CMX, PDA-5002 2 REFERENCE — RGB2 1 5 10 15 20 25 30 35 40 1 R E F – RG B 2 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 : ∗ ∗ ∗ CO N T R A S T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 CONTRAST × AA02 2 BRIGHT × AA03 AA04 3 4 COLOR TINT × × AA05 5 R HIGH AA06 6 G HIGH AA07 7 AA08 8 B HIGH R LOW AA09 9 G LOW × AA00 10 B LOW × AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ Call the adjustment value and display it. × × × × Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING OFFSET / setting screen. Operating specification • Start from CONTRAST (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−", and turn the item display color into gray. 109 PDP-503CMX, PDA-5002 3 REFERENCE — DIGITAL 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT RE F – D I G 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 PANE L R – H I GH : ∗ ∗ ∗ Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks AA01 1 PANEL R–HIGH × AA02 2 PANEL G–HIGH × AA03 AA04 3 4 PANEL B–HIGH PANEL R–LOW × × AA05 5 PANEL G–LOW AA06 6 PANEL B–LOW AA07 7 ABL LEVEL AA08 8 X–SUS–B × × AA09 9 X–SUS–G × AA00 10 Y–SUS–B × AA46 11 Y–SUS–G × AA47 12 V–SUS × AA4D BS1 V–OFFSET × AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item Call the adjustment value and display it. AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING OFFSET / setting screen. Operating specification • Start from PANEL R-HIGH (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−", and turn the item display color into gray. 110 Lower Layer × × PDP-503CMX, PDA-5002 4 REFERENCE — SLOT (At Connected SLOT ST1) 1 5 10 15 20 25 • This mode is effective for SLOT ST1 only in connection 30 35 40 1 RE F – S L OT #1 –S1– I N4–02 –2 ∗NT Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 5 10 15 16 : ∗ ∗ ∗ Y – DE L AY Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 Y–DELAY × AA02 2 Y–OUT LEVEL × AA03 AA04 3 4 CD TINT CDR OFFSET AA05 5 CDB OFFSET AA06 6 R–Y LEVEL × AA07 7 B–Y LEVEL × AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item Call the adjustment value and display it. AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. × × × Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING OFFSET / setting screen. Operating specification • Start from Y-DELAY (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−", and turn the item display color into gray. 111 PDP-503CMX, PDA-5002 5. OFFSET 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT OF S Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 5 10 15 16 RG B 1 Basic Operation Select the adjustment table Rem Code Key Name Function & Display AA01 1 RGB1 AA02 2 RGB2 AA03 AA04 3 DIGITAL SLOT AA05 5 AA06 6 AA07 7 AA08 8 4 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select the upper item AA97 ∞ Select the lower item Description Remarks Lower Layer ? Select the adjustment table ? ? ? AA94 AA95 AA8A SET Select the item and shift to lower layer AAD3-AF70 AUDIO AA4A DISPLAY CALL AA1D SURROUND MODE AA59 AV SELECT Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX screen. AAD3-AF3C SCREEN SIZE AAD3-AF36 FULL AUTO ZOOM AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING / setting screen. INFORMATION RANGE CHECK REFERENCE OFFSET VIDEO OPTION INITIALIZE VIDEO OPTION Operating specification • • • • • • Start from RGB 1 (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer. When each key was pressed, follow the required operation. In INPUT5 (DVI) selection, impossible "RGB1" and "SLOT" selections (do not perform the display skip). When SLOT is not inserted and the external SLOT is inserted, selection of "SLOT" is impossible (do not perform the display skip). When selection of the item is impossible, turn the OSD display color into gray. Selection of each item is impossible at no input signal. 112 PDP-503CMX, PDA-5002 1 OFFSET — RGB1 1 5 10 15 20 25 30 35 40 1 O F S – RG B 1 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 MA T : ∗ ∗ ∗ ( ∗ ∗ ∗ ) CO N T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 MAT CONT × AA02 2 MAT BRIGHT × AA03 AA04 3 4 MAT COLOR MAT TINT × × AA05 5 AD MAIN CONT AA06 6 AD R HIGH AA07 7 AA08 8 AD G HIGH AD B HIGH AA09 9 AD R LOW × AA00 10 AD G LOW × AA46 11 AD B LOW × AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ Call the adjustment value and display it. × × × × Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING VIDEO OPTION / setting screen. Operating specification • Start from MAT CONT (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)", and turn the item display color into gray. 113 PDP-503CMX, PDA-5002 2 OFFSET — RGB2 1 5 10 15 20 25 30 35 40 1 O F S – RG B 2 #1 –S1– I N4–02 –2 *NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 : * * * ( * * * ) CO N T R A S T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks AA01 1 CONTRAST × AA02 2 BRIGHT × AA03 AA04 3 4 COLOR TINT × × AA05 5 R HIGH AA06 6 G HIGH AA07 7 AA08 8 B HIGH R LOW AA09 9 G LOW × AA00 10 B LOW × AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ Call the adjustment value and display it. Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING VIDEO OPTION / setting screen. Operating specification • Start from CONTRAST (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)", and turn the item display color into gray. 114 Lower Layer × × × × PDP-503CMX, PDA-5002 3 OFFSET — DIGITAL 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT OF S – D I G 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 PANE L R – H I GH : ∗ ∗ ∗ ( ∗ ∗ ∗ ) 16 Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 PANEL R–HIGH × AA02 2 PANEL G–HIGH × AA03 AA04 3 4 PANEL B–HIGH PANEL R–LOW AA05 5 PANEL G–LOW AA06 6 PANEL B–LOW × AA07 7 ABL LEVEL AA08 8 X–SUS–B × × × × Call the adjustment value and display it. × × AA09 9 X–SUS–G AA00 10 Y–SUS–B AA46 11 Y–SUS–G AA47 12 V–SUS × AA4D BS1 V–OFFSET × AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item − AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Selection is possible, and setting is impossible × × Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING VIDEO OPTION / setting screen. Operating specification • Start from PANEL R–HIGH (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)", and turn the item display color into gray. • Because there is not the item which is applicable to an OFFSET item as for X–SUS–B, X–SUS–G, Y-SUS-B, Y–SUS–G, V–SUS and V–OFFSET, selection is impossible. Always turn the OSD display color into gray, and display the adjustment value to "−−−−− (−−−−−)". 115 PDP-503CMX, PDA-5002 4 OFFSET — SLOT (At Connected SLOT ST1) 1 5 10 15 20 25 • This mode is effective for SLOT ST1 only in connection 30 35 40 1 OF S – S L OT #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 : ∗ ∗ ∗ ( ∗ ∗ ∗ ) Y – DE L AY Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks AA01 1 Y–DELAY × AA02 2 Y–OUT LEVEL × AA03 AA04 3 4 CD TINT CDR OFFSET AA05 5 CDB OFFSET AA06 6 R–Y LEVEL × AA07 7 B–Y LEVEL × AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item Call the adjustment value and display it. AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. Store the adjustment value and shift to upper layer. AA8A SET AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING VIDEO OPTION / setting screen. Operating specification • Start from Y-DELAY (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)", and turn the item display color into gray. 116 Lower Layer × × × PDP-503CMX, PDA-5002 6. VIDEO OPTION 1 5 10 15 20 25 30 35 40 1 V I DEO OPT #1 –S1– I N4–02 –2 *NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 S I DE MA S K LEV Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 SIDE MASK LEV Shift to adjustment screen of SIDE MASK LEVEL at SET (AA8A). ? AA02 2 C MODE2 Shift to adjustment screen of COLOR MODE2 at SET (AA8A). ? AA03 AA04 3 Shift to adjustment screen of COLOR TEMP LOW at SET (AA8A). 4 C TEMP LOW C TEMP MID LOW AA05 5 AA06 6 AA07 7 AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 Select the adjustment item C TEMP MID HIGH C TEMP HIGH AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item Shift to adjustment screen of COLOR TEMP MID LOW at SET (AA8A). ? ? Shift to adjustment screen of COLOR TEMP MID HIGH at SET (AA8A). ? Shift to adjustment screen of COLOR TEMP HIGH at +SET (AA8A). ? AA94 AA95 AA8A SET Select the item and shift to adjustment screen. AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING INITIALIZE / setting screen. 117 PDP-503CMX, PDA-5002 Operating specification • Start from SIDE MASK LEVEL (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer. • When each key was pressed, follow the required operation. • When entered the service factory mode, COLOR MODE works by integrator setting. However in the COLOR MODE2 adjustment, Work with COLOR MODE2 without relation in COLOR MODE setting of the integrator menu. • COLOR TEMP Setting in the COLOR TEMP Adjustment When entered the service factory mode without a relation in user setting, COLOR TEMP becomes "MIDDLE". In the COLOR TEMP adjustment, switch the operation to setting of selected COLOR TEMP. 118 PDP-503CMX, PDA-5002 1 SIDE MASK LEV. Adjustment 1 5 10 15 VO P – S MASK 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 R S I DE MA S K LEV : ∗ ∗ ∗ Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display AA01 1 R SIDE MASK LEV AA02 2 G SIDE MASK LEV AA03 AA04 3 B SIDE MASK LEV 4 AA05 5 AA06 6 AA07 7 AA08 8 AA09 9 AA00 10 AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ Description Remarks Call the adjustment value and display it. Lower Layer × × × Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. AA8A SET Store the adjustment value and shift to upper layer. AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING INITIALIZE / setting screen. Operating specification • Start from R SIDE MASK LEVEL (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. 119 PDP-503CMX, PDA-5002 2 COLOR MODE2 Adjustment 1 5 10 15 20 25 30 35 40 1 VO P – C MOD E 2 #1 –S1– I N4–02 –2 ∗NT 5 COLOR MODE indication of second row/35th columns displays the default. (It is not controlled with the COLOR MODE in adjustment.) Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 : ∗ ∗ ∗ CON T R A S T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks AA01 1 CONTRAST × AA02 2 BRIGHT × AA03 AA04 3 COLOR × 4 TINT AA05 5 R HIGH AA06 6 G HIGH AA07 7 B HIGH × AA08 8 R LOW × AA09 9 G LOW AA00 10 B LOW AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ × Call the adjustment value and display it. Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. AA8A SET Store the adjustment value and shift to upper layer. AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING INITIALIZE / setting screen. Operating specification • Start from CONTRAST (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • It becomes COLOR MODE2 during COLOR MODE adjustment. However, do not perform the last memory of setting. (Perform last memory of the adjustment value.) 120 Lower Layer × × PDP-503CMX, PDA-5002 3 COLOR TEMP Adjustment 1 5 10 15 20 25 30 35 1 VO P – C T M I D H #1 –S1– I N4–02 –2 ∗NT 40 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 5 10 15 16 : ∗ ∗ ∗ CON T R A S T Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 CONTRAST × AA02 2 BRIGHT × AA03 AA04 3 COLOR × 4 TINT AA05 5 R HIGH AA06 6 G HIGH AA07 7 B HIGH × AA08 8 R LOW × AA09 9 G LOW × AA00 10 B LOW × AA46 11 AA47 12 AA4D BS1 AA4E BS3 AA4F BS5 AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 AA97 ∞ × Call the adjustment value and display it. × × Select upper item Select lower item AA94 Adjustment value of the parameter selecting goes up. AA95 Adjustment value of the parameter selecting goes down. AA8A SET Store the adjustment value and shift to upper layer. AAD3-AF70 AUDIO INFORMATION AA4A DISPLAY CALL AA1D SURROUND MODE RANGE CHECK AA59 AV SELECT REFERENCE Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX OFFSET screen. AAD3-AF3C SCREEN SIZE VIDEO OPTION AAD3-AF36 FULL AUTO ZOOM INITIALIZE AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING INITIALIZE / setting screen. Operating specification • Start from CONTRAST (key 1) when shifted to this setting screen. • When a key was pressed, follow the required operation after performing the last memory of current adjustment value. • Works by the selected COLOR TEMP setting during COLOR TEMP adjustment. However, do not perform the last memory of setting and maintain the "M IDDLE". (Perform last memory of the adjustment value.) 121 PDP-503CMX, PDA-5002 7. INITIALIZE 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I N I T 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 CO L O R : EU RO DET Basic Operation • Perform the modification and confirmation of various setting. Rem Code Key Name Function & Display Remarks Lower Layer AA01 1 COLOR DET ...→EURO→SA→ALL→... × AA02 2 EEP CHECK EEPROM writing check × AA03 AA04 3 ON ↔ OFF 4 ACL SW INTEGRATOR MODE × × AA05 5 AA06 6 P&P WRITE ENA HOURMETER SET AA07 7 PULSEMETER SET AA08 8 FINAL SET UP AA09 9 VIDEO STANDARD ...→0→1→2→3→4→5→6→7→8→9→A... × AA00 10 PC STANDARD ...→0→1→2→3→4→5→6→7→8→9→A... × AA46 11 VIDEO MODE1 ...→0→1→2→3→4→5→6→7→8→9→A... × AA47 12 PC MODE1 ...→0→1→2→3→4→5→6→7→8→9→A... × AA4D BS1 EEP DATA READ Shift to setting screen at SET (AA8A) ? AA4E BS3 MASK1 Shift to setting screen at SET (AA8A) ? AA4F BS5 MASK2 Shift to setting screen at SET (AA8A) ? AA50 BS7 MEMO Shift to writing screen at SET (AA8A) ? AA51 BS9 Execute at SET (AA8A) AA52 BS11 SERVICE PARTS PICTURE DEFAULT × × AA53 BS13 AA54 BS15 AA96 5 Select upper item AA97 ∞ Select lower item AA94 Select the function AA95 Select the function AA8A SET ...→LOCK→UNLOCK→... × For Plug & Play EEPROM writing Set the current hourmeter Set the pulse hourmeter Shift to setting screen at SET (AA8A) ? Shift to setting screen at SET (AA8A) ? Execute at SET (AA8A) × Execute at SET (AA8A) Select the item and shift to lower layer, or store the adjustment value and shift to upper layer. AAD3-AF70 AUDIO AA4A DISPLAY CALL AA1D SURROUND MODE AA59 AV SELECT Shift to various AA43 AV MEMORY adjustment / setting AA1E MPX screen. AAD3-AF3C SCREEN SIZE AAD3-AF36 FULL AUTO ZOOM AAD3-AF22 P.ZOOM Shift to next adjustment AA49 MUTING / setting screen. 122 Description INFORMATION RANGE CHECK REFERENCE OFFSET VIDEO OPTION INITIALIZE INFORMATION PDP-503CMX, PDA-5002 Operating specification • Start from COLOR DET (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer. • When each key was pressed, follow the required operation. • Perform the last memory of COLOR DET., ACL SW, INTE. MODE, MEMO, VIDEO STANDARD, PC STANDARD, VIDEO MODE1, PC MODE1, HOURMETER SET, PULSEMETER SET, FINAL SET UP, MASK1, MASK2 and PICTURE DEFAULT. Function description 1. COLOR DET. : Set the color detection system. EURO SA ALL 2. EEP CHECK: Check the EEPROM writing Display lower two places with the hexadecimal number of the result that added data to subaddress 1760-177C (PDC XGA/SHARP data) of EEPROM. 3. ACL SW: Set the ACL. 4. INTEGRATOR MODE: Set the integrator protection. 5. P&P WRITE ENA: Set the writing permission of the EEPROM for Plug & Play. 6. HOURMETER SET: Display and set the hourmeter. 1 5 10 15 20 25 30 35 40 1 Can change three places of upper rank of SETDATA. 5∞ : Select numeric value. : Can select three places of upper rank. SET : Shift to the setting modification and confirmation screen. #1 –S1– I N4–02 –2 ∗NT I N I T 5 HOURME T ER SET N OW DATA : 1 2 34 5H SET DATA : 0 9 70 0H 10 15 16 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I N I T SET 5 HOURME T ER SET : YES/NO selection : Store the SET DATA at YES selection and shift to INIT screen. Hold the NOW DATA at NO selection and shift to INIT screen. ? 10 YES NO 15 16 7. PULSEMETER SET: Display and set the pulse meter. 1 5 10 15 20 25 30 35 1 #1 –S1– I N4–02 –2 ∗NT I N I T 5 P U L S EME T E R 40 Can change three places of upper rank of SETDATA. 5∞ : Select numeric value. : Can select three places of upper rank. SET : Shift to the setting modification and confirmation screen. SET N OW DATA : 1 2 34 5 . 6 7G SET DATA : 0 9 70 0 . 0 0G 10 15 16 123 PDP-503CMX, PDA-5002 1 5 10 15 20 25 30 35 40 1 #1 –S1– I N4–02 –2 ∗NT I N I T SET 5 P U L S EME T E R SET : YES/NO selection : Store the SET DATA at YES selection and shift to INIT screen. Hold the NOW DATA at NO selection and shift to INIT screen. ? 10 YES NO 15 16 8. FINAL SET UP: Setting to the factory shipping state. (Refer to the Final Setup Details.) 9. VIDEO STANDARD: Set the peak occurrences of STANDARD (USER MENU / POWER CONTROL) in the video system signal. (Set the following table 1.) Note: Please do not perform the change of setting in the service. 10. PC STANDARD: Set the peak occurrences of STANDARD (USER MENU / POWER CONTROL) in the PC system signal. (Set the following table 2.) Note: Please do not perform the change of setting in the service. 11. VIDEO MODE1: Set the peak occurrences of MODE1 (USER MENU / POWER CONTROL) in the video system signal. (Set the following table 3.) Note: Please do not perform the change of setting in the service. 12. PC MODE1: Set the peak occurrences of MODE1 (USER MENU / POWER CONTROL) in the PC system signal. (Set the following table 4.) Note: Please do not perform the change of setting in the service. Current Input Signal POWER CONTROL setting VIDEO PC STANDARD mode Table1 Table2 MODE1 Table3 Table4 MODE2 PL6 (fixed) 13. EEP DATA READ: Display the each address data of EEPROM. 1 5 10 15 20 25 30 35 1 #1 –S1– I N4–02 –2 ∗NT I N I T 5 40 : Select the address (four places) place. 5∞ : Select numeric value. SET : Shift to upper layer. Update display data (hex) every address modification. Display color : White (Selected address is yellow) Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 EEP DAT A READ : 1 0 FF - 8 0 14. MASK1: Select the full mask. (Refer to "1 MASK1" .) Note: Mask 1/2 are commonness and perform one item last memory. 15. MASK2: Select the mask pattern. (Refer to "2 MASK2" .) Note: Mask 1/2 are commonness and perform one item last memory. Caution: (item 14, 15 commonness) • When key operation is done and performs OSD display, turns OFF FULL MASK for two seconds and display OSD. (common to in all modes) • In FULL MASK selection (in MASK selection menu), Select the mask and turn off OSD two seconds later of no operation, and MASK screen displays. • Perform MASK determination (press "SET"), and FULL MASK screen display starts. • Release of the mask is possible only with "M00" with the RS-232C factory adjustment mode or "MASK OFF" of the service factory menu. (Release is impossible with "FULL MASK OFF" of the integrator menu and "FMN" of the RS-232C command.) 124 PDP-503CMX, PDA-5002 16. MEMO: Display and edit the memo data. 1 5 10 15 20 25 30 35 40 <MEMO/SELECT> • Select MEMO to edit with 5∞ keys. • Shift to the <MEMO/EDIT> screen with the SET key. • When selects BACK and presses the SET key, shift to the upper layer. 1 #1 –S1– I N4–02 –2 ∗NT I NFO ME MO 5 – – – – – – – – – –– – – – – – – – – – – –– – – – – – – – – – – –– – 10 – – – – – – – – – –– – BACK 15 16 1 5 10 15 20 25 30 35 1 M E MO P DP - 5 0 3MX 5 10 A N 0 ` B O 1 ' C P 2 / D Q 3 - RESET 15 16 SEL ECT E R 4 ( BACK F S 5 ) G T 6 @ H U 7 ∗ I V 8 : J W 9 # K X . ? SPACE SET SET SPACE L Y , & M Z 40 <MEMO/EDIT> • Editing technique refers to the step of INPUT label of the user menu. • Default is "− − − − − − − − − − − −" display. (& shows space.) • When "RESET" was pressed, display returns to the default display setting. END MENU EX I T 17. SERVICE PARTS : Rewrite a PD number of the module microcomputer to the parts recognition number for service. Refer to "7.1.3 AUTOMATIC BACKUP OF DIGITAL VIDEO ASSY DATA". For service recognition number: Modify the first column of the PD number to F Caution: Only the EEPROM for the module microcomputer to modify the service recognition number. A service identification number of module microcomputer data area in EEPROM for main microcomputer does not rewrite it. Examples: F691 (an original PD number is 5691). 18. PICTURE DEFAULT • The data which adjusted in the service factory mode reflect as default value of PICTURE, WHITE BAL and SIDE MASK LEVEL of the integrator menu. • The value that adjusted in the service factory mode is not reflected to all video output data except the service factory mode so long as does not execute "PICTURE DEFAULT" or "FINAL SETUP". • Execute "PICTURE DEFAULT" after the adjustment for the value that adjusted in the service factory mode is reflected to video output data. Note: When executed "PICTURE DEFAULT" 1 All the PICTURE items of the user menu are reset. 2 PICTURE, WHT BAL and SIDE MASK LEVEL of the integrator menu become default value all in base with the current factory adjustment value. 125 PDP-503CMX, PDA-5002 FINAL SETUP Details Items Initial Setting Remarks Key Remote control input Power supply (STANDBY/ON) Input function NO CARE INPUT1 VIDEO WIDE 1 DOT BY DOT (In the video signal input) Every each input function 3 FULL (incluted TYPE) (In the PC signal input) Every each input function and signal mode Priority sequence is 1 → 2 → 3 Vertical position adjustment (V scroll) 0 Every each input function (at VIDEO) KEY LOCK UNLOCK VOLUME 0 Screen size PC 2 4 : 3 (incluted TYPE) All input functions are common User menu setting item PICTURE Default value of all adjustment SCREEN Default value of all adjustment Every each input function and signal mode Every each input function and signal mode (at PC) INPUT LABEL &INPUT∗& (∗: 1 to 5). Every each input function AUTO POWER OFF OFF Every each input function POWER MANAGEMENT OFF INPUT1 (at PC) /5 COLOR TEMP MIDDLE DIGITAL NR LOW HIGH CONTRAST OFF PURECINEMA OFF Every each input function (at 525i (NTSC)) COLOR SYSTEM AUTO Every each INPUT3/4 CLAMP POSITION AUTO Every each INPUT1/2 3D Y/C MODE MOTION INPUT 4 Every each input function (at VIDEO) VGA (at mode03, 31, E1) SETTING XGA (at mode61, 71, 63, 73) VIDEO SIGNAL Every INPUT 1/2 RGB POWER CONTROL STANDARD AUTO FUNCTION OFF AUDIO OUT FIXED (VIDEO/PC) All input functions are common All input functions are common Integrator menu setting item PICTURE Default value of all adjustment items WHITE BALANCE Default value of all adjustment items SCREEN Default value of all adjustment items 2×2 MODE BRT. ENHANCE HDTV MODE VIDEO INPUT OFF/Upper left VIDEO OFF PC OFF Every each input function and signal mode Every each input function Every each function that the PC input is possible 1035i All input functions are common COMPONENT1 750p/1125i/1125p COMPONENT2 525i/525p/625i/625p SUB VOLUME 60 Every input function OSD ON BAUD RATE 4800BPS TIMER OFF/1/0.0/WHT 126 Set is common (Setting/Timer time/Mask time/mask color) All input functions are common PDP-503CMX, PDA-5002 Items Initial Setting FULL MASK SIDE MASK Remarks OFF R LEVEL Default value G LEVEL Default value B LEVEL Default value MASK CONTROL ON ORBITER MODE OFF INVERSE MODE OFF COLOR MODE MODE1 MIRROR MODE OFF FAN CONTROL AUTO MONITOR NAME &&&PLASMA&&& ID NO SET −− SLOT INPUT VIDEO (RGB) Set is common Set is common Set is common Factory Setting Item INTE MODE UNLOCK MASK1/2 setting OFF ACL SW ON COLOR DET Set is common NO CARE RS-232C Setting Item VIDEO MUTE OFF LED ON 100% display OFF Set is common 127 PDP-503CMX, PDA-5002 1 MASK1 1 5 10 15 20 25 30 35 40 1 I N I T – MA SK 1 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 16 MA SK : OFF ( 6 0H z ) Basic Operation Perform the adjustment of each parameter. Function & Display Description Remarks Lower Layer Rem Code Key Name AA01 1 MASK OFF OFF × AA02 2 MASK51 White × AA03 3 MASK52 Cyan 274 × AA04 4 MASK53 Mazenta 1023 × AA05 5 MASK54 Flesh color × AA06 6 MASK55 Cyan 1023 × AA07 7 MASK56 Light purple × AA08 8 MASK57 Sky blue × AA09 9 MASK58 Red × AA00 10 MASK59 Green × AA46 11 MASK60 Blue × AA47 12 MASK61 Black × AA4D BS1 MASK62 Red 779 × AA4E BS3 MASK63 Reservation × AA4F BS5 MASK64 Reservation × AA50 BS7 MASK65 Reservation × AA51 BS9 MASK66 Reservation × AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select the upper item AA97 ∞ Select the lower item AA94 Select free-running frequency ••→50Hz→60Hz→70Hz→•• Default is 60 Hz AA95 Select free-running frequency ••→50Hz→60Hz→70Hz→•• Default is 60 Hz AA8A AAD3-AF70 AA4A AA1D AA59 AA43 AA1E SET AUDIO DISPLAY CALL SURROUND MODE AV SELECT AV MEMORY MPX AAD3-AF3C AAD3-AF36 AAD3-AF22 AA49 SCREEN SIZE FULL AUTO ZOOM P.ZOOM MUTING Store the selected item and shift to upper layer INFORMATION RANGE CHECK Shift to various adjustment / setting screen. REFERENCE OFFSET VIDEO OPTION INITIALIZE Shift to next adjustment / setting screen. INFORMATION Operating specification • Start from MASK OFF (Key1) when shifted to this setting screen. However, set MASK position is a default when sets an either mask already. • When entered this mode by the state that either MASK set of MASK2, setting of MASK2 is off, and MASK 1 starts from MASK OFF (Key1). • When a key was pressed, follow the required operation after performed the last memory of the current adjustment value. Caution: In the MASK setting, do not display the OSD. When other operations were selected, perform OSD display after MASK OFF for two seconds. Then return to selected FULL MASK display. 128 PDP-503CMX, PDA-5002 2 MASK2 1 5 10 15 20 25 30 35 40 1 I N I T – MA SK 2 #1 –S1– I N4–02 –2 ∗NT 5 Display color : White Half tone : Blue (second row / 15th row for each 5 to 36th columns) 10 15 MA SK : OFF ( 6 0H z ) 16 Basic Operation Perform the adjustment of each parameter. Rem Code Key Name Function & Display Description Remarks Lower Layer AA01 1 MASK OFF OFF × AA02 2 MASK 01 Pattern 1 (Ramp) × AA03 3 MASK 02 Pattern 2 (Color-bar) × AA04 4 MASK 03 Pattern 3 (Slanting line) × AA05 5 MASK 04 × AA06 6 MASK 05 AA07 7 MASK 06 Pattern 4 (For W/B Lo-Light adjustment 1/5Window (14%, 56%)) Pattern 5 (For W/B Lo-Light adjustment 1/5Window (Pred, Skin)) Pattern 6 (For W/B Peak adjustment 1/5Window (100%)) AA08 8 MASK 07 Pattern 7 (Peak signal : For peak measurement and adjustment 1/5Window (100%)) × AA09 9 MASK 08 Pattern 8 (Reservation) × AA00 10 MASK 09 Pattern 9 (For scan IC protection test Window-A) × AA46 11 MASK 10 Pattern 10 (For scan IC protection test Window-B) × AA47 12 MASK 11 Pattern 11 (Reservation) × AA4D BS1 MASK 12 Pattern 12 (Reservation) × AA4E BS3 MASK 13 Pattern 13 (Reservation) × AA4F BS5 MASK 14 Pattern 14 (Reservation) × AA50 BS7 AA51 BS9 AA52 BS11 AA53 BS13 AA54 BS15 AA96 5 Select the upper item AA97 ∞ Select the lower item AA94 Select free-running frequency ••→50Hz→60Hz→70Hz→•• Default is 60 Hz AA95 Select free-running frequency ••→50Hz→60Hz→70Hz→•• Default is 60 Hz AA8A SET AAD3-AF70 AUDIO AA4A DISPLAY CALL AA1D SURROUND MODE AA59 AV SELECT AA43 AV MEMORY AA1E MPX AAD3-AF3C SCREEN SIZE AAD3-AF36 FULL AUTO ZOOM P.ZOOM AAD3-AF22 AA49 MUTING × × Store the selected item and shift to upper layer INFORMATION RANGE CHECK Shift to various adjustment / setting screen. REFERENCE OFFSET VIDEO OPTION INITIALIZE Shift to next adjustment / setting screen. INFORMATION Operating specification • Start from MASK OFF (Key1) when shifted to this setting screen. However, set MASK position is a default when sets an either mask already. • When entered this mode by the state that either MASK set of MASK1, setting of MASK1 is off, and MASK 1 starts from MASK OFF (Key1). • When a key was pressed, follow the required operation after performed the last memory of the current adjustment value. Caution: In the MASK setting, do not display the OSD. When other operations were selected, perform OSD display after MASK OFF for two seconds. Then return to selected MASK display. 129 PDP-503CMX, PDA-5002 Cassification 1 of Input Signal Mode (VIDEO) SIG Mode 00 • 5 00 • 6 00 • 7 00 • 8 00 • 9 01 • 5 01 • 6 01 • 7 01 • 8 01 • 9 02 • 5 02 • 6 02 • 7 02 • 8 02 • 9 03 • 5 03 • 6 03 • 7 03 • 8 03 • 9 11 • 5 11 • 7 12 • 5 12 • 7 13 • 5 13 • 7 14 • 5 14 • 7 15 • 5 15 • 7 130 Signal Type OSD display (100% tentative) 4:3 SDTV • 625i FULL (PAL/SECAM) ZOOM WIDE (100% tentative) 4:3 SDTV • 625p FULL (PAL • Progressive) ZOOM WIDE (100% tentative) 4:3 SDTV • 525i FULL (NTSC/4.43NTSC) ZOOM WIDE (100% tentative) 4:3 SDTV • 525p FULL (NTSC • Progressive) ZOOM WIDE HDTV • 1125i (1080 number of effective (100%) scanning lines) FULL HDTV • 1125i (1080 number of effective (100%) FULL scanning lines) V. Frequency fv (Hz) H. Frequency fh (Hz) Display Pixel Number INPUT5 (DVI input) Correspondence 1280 × 768 984 × 768 1280 × 768 1280 × 768 1280 × 768 1280 × 768 984 × 768 1280 × 768 1280 × 768 1280 × 768 1280 × 768 984 × 768 1280 × 768 1280 × 768 1280 × 768 1280 × 768 984 × 768 1280 × 768 1280 × 768 1280 × 768 1280 × 768 1280 × 768 × (no-correspondence) × (no-correspondence) 50 15.6 50 31.2 60 15.7 60 31.5 50 28.1 60 33.8 1280 × 768 1280 × 768 × (no-correspondence) HDTV • 1125i (1035 number of effective (100%) FULL scanning lines) 60 33.8 1280 × 768 1280 × 768 × (no-correspondence) HDTV • 750p (720 number of effective scanning lines) (100%) FULL 60 45.0 1280 × 768 1280 × 768 × (no-correspondence) HDTV • 1125p (1080 number of effective scanning lines) (100%) FULL 60 67.5 1280 × 768 1280 × 768 × (no-correspondence) × (no-correspondence) × (no-correspondence) × (no-correspondence) PDP-503CMX, PDA-5002 Classification 2 of Input Signal Mode (PC) SIG Mode Signal Type OSD Display V. Frequency v (Hz) H. Frequency h (Hz) Display Pixel Number INPUT5 (DVI input) Correspondence 20 • 2 640 × 400 FULL 56 24.8 1280 × 768 × (non-correspondence) 23 • 2 640 × 400 FULL 70 31.5 1280 × 768 % (correspond informally) 60 31.5 66 35.0 72 37.9 75 37.5 85 43.3 56 35.1 60 37.9 72 48.1 75 46.9 85 53.7 75 49.7 31 • 0 31 • 1 31 • 2 32 • 0 32 • 1 32 • 2 34 • 0 34 • 1 34 • 2 35 • 0 35 • 1 35 • 2 36 • 0 36 • 1 36 • 2 40 • 4 40 • 1 40 • 2 41 • 0 41 • 1 41 • 2 44 • 0 44 • 1 44 • 2 45 • 0 45 • 1 45 • 2 46 • 0 46 • 1 46 • 2 55 • 0 55 • 1 55 • 2 640 × 480 640 × 480 640 × 480 640 × 480 640 × 480 800 × 600 800 × 600 800 × 600 800 × 600 800 × 600 832 × 624 DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL DOT BY DOT 4:3 FULL 640 × 480 1024 × 768 1280 × 768 640 × 480 1024 × 768 1280 × 768 640 × 480 1024 × 768 1280 × 768 640 × 480 1024 × 768 1280 × 768 640 × 480 1024 × 768 1280 × 768 800 × 600 1024 × 768 1280 × 768 800 × 600 1024 × 768 1280 × 768 800 × 600 1024 × 768 1280 × 768 800 × 600 1024 × 768 1280 × 768 800 × 600 1024 × 768 1280 × 768 832 × 624 1024 × 768 1280 × 768 ? (correspondence) % (correspond informally) % (correspond informally) % (correspond informally) % (correspond informally) ? (correspondence) ? (correspondence) % (correspond informally) % (correspond informally) % (correspond informally) % (correspond informally) 61 • 1 61 • 2 1024 × 768 DOT BY DOT FULL 60 48.4 1024 × 768 1280 × 768 ? (correspondence) 63 • 1 63 • 2 1024 × 768 DOT BY DOT FULL 70 56.5 1024 × 768 1280 × 768 % (correspond informally) 65 • 1 65 • 2 1024 × 768 DOT BY DOT FULL 75 60.0 1024 × 768 1280 × 768 % (correspond informally) 66 • 1 66 • 2 1024 × 768 DOT BY DOT FULL 85 68.7 1024 × 768 1280 × 768 % (correspond informally) 70 • 2 1280 × 768 DOT BY DOT 56 45.1 1024 × 768 ? (correspondence) 71 • 2 1280 × 768 DOT BY DOT 60 48.1 1024 × 768 ? (correspondence) 73 • 2 1280 × 768 DOT BY DOT 70 55.5 1024 × 768 % (correspond informally) 131 PDP-503CMX, PDA-5002 SIG Mode OSD Display V. Frequency v (Hz) H. Frequency h (Hz) Display Pixel Number INPUT5 (DVI input) Correspondence 81 • 1 81 • 2 1152 × 864 4 : 3 (TYPE) FULL (TYPE) 60 53.7 1024 × 768 1280 × 768 ? (correspondence) 84 • 1 84 • 2 1152 × 864 4 : 3 (TYPE) FULL (TYPE) 72 64.9 1024 × 768 1280 × 768 % (correspond informally) 85 • 1 85 • 2 1152 × 864 4 : 3 (TYPE) FULL (TYPE) 75 67.5 1024 × 768 1280 × 768 % (correspond informally) 95 • 1 95 • 2 1152 × 870 4 : 3 (TYPE) FULL (TYPE) 75 68.7 1016 × 768 1280 × 768 % (correspond informally) A2 • 1 A2 • 2 1152 × 900 4 : 3 (TYPE) FULL (TYPE) 66 62.0 984 × 768 1280 × 768 % (correspond informally) A5 • 1 A5 • 2 1152 × 900 4 : 3 (TYPE) FULL (TYPE) 76 71.7 984 × 768 1280 × 768 % (correspond informally) B1 • 1 B1 • 2 1280 × 960 4 : 3 (TYPE) FULL (TYPE) 60 60.0 1024 × 768 1280 × 768 ? (correspondence) C1 • 1 C1 • 2 C1 • 3 1280 × 1024 4 : 3 (TYPE) FULL (TYPE) PARTIAL 60 64.0 960 × 768 1280 × 768 1280 × 768 ? (correspondence) C5 • 1 C5 • 2 1280 × 1024 4 : 3 (TYPE) FULL (TYPE) 75 80.0 960 × 768 1280 × 768 × (non-correspondence) C6 • 1 C6 • 2 1280 × 1024 4 : 3 (TYPE) FULL (TYPE) 85 91.1 960 × 768 1280 × 768 × (non-correspondence) D1 • 1 D1 • 2 1600 × 1200 4 : 3 (TYPE) FULL (TYPE) 60 75.0 1024 × 768 1280 × 768 × (non-correspondence) D2 • 1 D2 • 2 1600 × 1200 4 : 3 (TYPE) FULL (TYPE) 65 81.3 1024 × 768 1280 × 768 × (non-correspondence) D3 • 1 D3 • 2 1600 × 1200 4 : 3 (TYPE) FULL (TYPE) 70 87.5 1024 × 768 1280 × 768 × (non-correspondence) D5 • 1 D5 • 2 1600 × 1200 4 : 3 (TYPE) FULL (TYPE) 75 93.8 1024 × 768 1280 × 768 × (non-correspondence) 1600 × 1200 4 : 3 (TYPE) FULL (TYPE) 106.3 1024 × 768 1280 × 768 × (non-correspondence) 852 × 480 DOT BY DOT FULL 31.7 852 × 480 1280 × 768 ? (correspondence) D6 • 1 D6 • 2 E1 • 1 E1 • 2 132 Signal Type 85 60 PDP-503CMX, PDA-5002 ADJUSTMENT REQUIRED WHEN THE SET IS REPAIRED OR REPLACED RGB Assy Y DRIVE Assy When repaired When repaired 1. Adjustment is impossible if replacing the Matrix IC or AD/PLL/AMP IC. 2. Adjustment is unnecessary in case of others. 1. VOFS/VH/IC5V voltage adjustment 2. Timing adjustment of pulse module When replaced When replaced 1. SUSB ground timing adjustment 2. Panel white balance adjustment White balance adjustment SW POWER SUPPLY Module X DRIVE Assy When replaced When repaired No adjustment required. 1. VRN voltage adjustment 2. Timing adjustment of pulse module DIGITAL VIDEO Assy When replaced When repaired 1. SUSB ground timing adjustment 2. Panel white balance adjustment No adjustment required. When replaced 1. Adjustment is unnecessary when replacing only the DIGITAL VIDEO Assy. 2. When replaced with RGB Assy simultaneously, remove IC1204 (24LC04(1) SN-TBB) from the former PC Board to replace, and install it to the new PC Board. 3. When use new Assy which replaces it and recovered as service parts once again, replace IC1204 with new IC. Video Card (PDA-5002) When repaired 1. Y LEVEL adjustment 2. Color difference and TINT adjustment When replaced No adjustment required. DIGITAL VIDEO Assy SW POWER SUPPLY Module Y DRIVE Assy X DRIVE Assy RGB Assy Video Card (PDA-5002) Fig. 1 PC Board Location (rear side view) 133 PDP-503CMX, PDA-5002 ADJUSTMENT Video Card Adjustment • Adjust after replacement of IC's. • Perform adjustments from step 1 to step 6 every each input signal. NTSC PAL SECAM 443NTSC PALM PALN INPUT4 Step Adjustment Item Input Signal Control NTSC PAL INPUT3 Measuring Point Adjusting Value Adjusting Method Adjust Level so that the peak to peak of waveform becomes 700 mVp-p. 1 Y Level Adjustment (IC7130)(SA83) RAMP IC7302 CN7401-pin 3 700mVp-p a 700mVp-p a: Adjust Offset so that the pedestal level becomes fixed. b: Adjust Level so that the peak to peak of waveform becomes 525 mVp-p. 2 3 R-Y Offset Adjustment (IC7130)(SA88) Color-Bar CN7401-pin 7 525mVp-p b a 525mVp-p B-Y Offset Adjustment (IC7130)(SA88) Color-Bar 4 IC7302 IC7302 CN7401-pin 5 525mVp-p TINT Adjustment (IC7130)(SA80) a: Adjust Offset so that the pedestal level becomes fixed. b: Adjust TINT so that the height ratio of each stair step waveform becomes fixed. c: Adjust Level so that the peak to peak of waveform becomes 525 mVp-p. b b b a c 525mVp-p a: Adjust Offset so that the pedestal level becomes fixed. b: Adjust Level so that the peak to peak of waveform becomes 525 mVp-p. 5 6 134 R-Y Level Adjustment (IC7103) (SA101) B-Y Level Adjustment (IC7103) (SA100) Color-Bar IC7103 CN7401-pin 7 525mVp-p b a 525mVp-p Color-Bar IC7103 CN7401-pin 5 525mVp-p a: Adjust Offset so that the pedestal level becomes fixed. b: Adjust TINT so that the height ratio of each stair step waveform becomes fixed. c: Adjust Level so that the peak to peak of waveform becomes 525 mVp-p. b b b a c 525mVp-p PDP-503CMX, PDA-5002 Operating Check After each adjustment was completed, confirm the following signals are output correctly. • INPUT3 input signal • INPUT4 input signal • INPUT5 input signal • Signal distinction circuit operation • Audio signal VIDEO CARD (PDA-5002) CN7401 VIDEO SLOT ST1 Assy TP7202 TP7302 TP7301 TP7303 TP7414 TP7205 TP7201 TP7109 TP7204 TP7203 TP7108 IC7302 TP7206 TP7415 TP7413 TP7416 TP7105 TP7107 TP7106 TP7110 TP7111 TP7207 TP7104 IC7103 TP7102 TP7101 TP7112 TP7103 TP7007 TP7412 TP7403 TP7404 TP7006 TP7015 TP7402 TP7013 TP7016 TP7009 TP7011 TP7008TP7005 TP7010 TP7014 TP7012 TP7003 TP7001 TP7004 TP7002 Adjustment Points 135 PDP-503CMX, PDA-5002 Main Unit Adjustment VOFS/VH/IC5V Voltage Adjustment Input Signal Adjusting Point Adjusting Method VOFS (Offset voltage) adjustment Method 1 1. Write down a adjustment value of V-OFFSET of REF-DIG mode in the factory mode. 2. Set this adjustment value to center (128). 3. Adjust VR2701 so that the voltage between K2701 (VOFS) and K2703 (SUS GND) becomes 45V. 4. Return it to the value that wrote down a adjustment value of V-OFFSET in step 1. Method 2 1. Read the adjustment value of V-OFFSET of REF-DIG mode in the factory mode. 2. Adjust VR2701 so that the voltage between K2710 (VOFS) and K2703 (SUS GND) becomes following voltage ± 0.5V. Input Command VR2701 (VOFS) (Y DRIVE Assy) White 100% DAC Output Setting Voltage Input Command DAC Output Setting Voltage VOF000 0.4 25 VOF134 2.599212598 45.94488 VOF006 0.4984375 25.9375 VOF141 2.71496063 47.04724 VOF013 0.61328125 27.03125 VOF147 2.814173228 47.99213 VOF019 0.71171875 27.96875 VOF153 2.913385827 48.93701 VOF026 0.8265625 29.0625 VOF160 3.029133858 50.03937 VOF032 0.925 30 VOF166 3.128346457 50.98425 VOF038 1.0234375 30.9375 VOF172 3.227559055 51.92913 VOF045 1.13828125 32.03125 VOF179 3.343307087 53.0315 VOF051 1.23671875 32.96875 VOF185 3.442519685 53.97638 VOF058 1.3515625 34.0625 VOF191 3.541732283 54.92126 VOF064 1.45 35 VOF198 3.657480315 56.02362 VOF070 1.5484375 35.9375 VOF204 3.756692913 56.9685 VOF077 1.66328125 37.03125 VOF211 3.872440945 58.07087 VOF083 1.76171875 37.96875 VOF217 3.971653543 59.01575 VOF090 1.8765625 39.0625 VOF223 4.070866142 59.96063 VOF096 1.975 40 VOF230 4.186614173 61.06299 VOF102 2.0734375 40.9375 VOF236 4.285826772 62.00787 VOF109 2.18828125 42.03125 VOF242 4.38503937 62.95276 VOF115 2.28671875 42.96875 VOF249 4.500787402 64.05512 VOF122 2.4015625 44.0625 VOF255 4.6 65 VOF128 2.5 45 The symptom is case of mis-adjustment If the VOFS Voltage adjustment is not performed properly, dots like blinking luminance points appear. If deviated greatly from the right adjustment point, panel will light white. VR2703 (VH) (Y DRIVE Assy) VH (voltage for scan IC) Adjustment Adjust so that the voltage between K2716 (VH) and K2720 (PSUS) becomes 130V ± 0.5V. PSUS (=GNDH) is a floating GND and the electric potential is different from that of chassis GND. Be sure not to short-circuit PSUS (=GNDH) and another GND, because that may damage the unit. The symptom is case of mis-adjustment If the VH adjustment is not performed properly, dots like blinking luminance points appear. If deviated greatly from the right adjustment point, panel will light white. VR2702 (IC5V) (Y DRIVE Assy) IC5V Adjustment Adjust so that the voltage between K2707 (IC5V) and K2720 (PSUS) becomes 5.0V ± 0.1V. PSUS (=GNDH) is a floating GND and the electric potential is different from that of chassis GND. Be sure not to short-circuit PSUS (=GNDH) and another GND, because that may damage the unit. Note : Be sure to measure between specified test points. 136 PDP-503CMX, PDA-5002 Sustain Pulse Waveform Adjustment Adjusting Point Input Signal REF_DIG mode in Factory mode White 100% X-SUS-B : key 9 Y-SUS-B : key 11 Adjusting Method X-SUS-B, Y-SUS-B Adjustment Set to the indicated value with a key on the remote control unit. (Refer to "Timing adjustment of control signal of X and Y Drive Assys".) VRN Voltage Adjustment Adjusting Point Input Signal White 100% VR3701 (VRN) (X DRIVE Assy) Adjusting Method VRN (minus reset voltage adjustment) Adjust so that the voltage between K3707 (VRN) and K3702 (SUS-GND) becomes -300V ± 1.0V. Panel White Balance Adjustment Input Signal Adjusting Point Adjusting Method Adjust the parameter in the OFFSET-DIGITAL of factory mode as follows; PANEL R-HIGH PANEL B-LOW In this time, dispay uses the mask (MASK04) of factory mode. Reference : Adjustment values using the Media color-difference meter (A-100) MASK Left Side MASK Right Side x 295 291 y 306 300 Mask Level Adjustment Input Signal Adjusting Point VIDEO OPTION mode in Factory mode SIDE MASK LEV. R SIDE LEVEL : key 1 G SIDE LEVEL : key 2 B SIDE LEVEL : key 3 Adjusting Method Side mask color / Level Adjustment Set the indicated value with the keys on the remote control unit. 137 PDP-503CMX, PDA-5002 White Balance Adjustment • Video Card (PDA-5002) is necessary for white balance adjustment for Video signal of RGB Assy. • Adjust with Video system signal (525i) and RGB (PC VGA) signal. • Adjust so that the Red and Blue signals becomes the same level and amplitude by reference with Green signal. Input Signal Step Adjusting Method 1 2 Input a 525i signal to INPUT1 or INPUT2 with a component signal. A signal pattern is only luminance signal such as lamp signal and a STEP signal. And use the signal which black level (0IRE) and gradation can confirm. Note: May use a standard NTSC Video signal as Y (luminance) signal of component signal. 3 In the signal input function (INPUT1 or INPUT2), perform the display mode of VIDEO signal to component. MENU → SETUP → VIDEO SIGNAL : COMPONENT 4 Turn to standby once, and perform power supply ON with the factory mode once again. MENU → SET → POWER ON 5 Turn ACL SW setting to OFF. INITIALIZE mode ACL SW : 3 key Select OFF by right and left keys. 6 7 Video signal 138 Connect a Video card in RGB Assy through a jig cable, and set it in the state that RGB Assy can measure. (Refer to page 133 "Diagnosis of the Video Card (PDA-5002)".) Cannot measure the signal level that does not use a jig cable. Note: Be careful in the direction of connector of a jig cable. Decrease three steps of MAT CONT adjustment value of OFFSET-RGB1. OFFSET mode: Select the RGB 1 mode by top and bottom keys MAT CONT : 1 key Decrease three steps of adjustment value by right and left keys. Decrease two steps of MAT BRIGHT adjustment value of OFFSET-RGB1. OFFSET mode: Select the RGB 1 mode by top and bottom keys MAT BRIGHT : 2 key Decrease two steps of adjustment value by right and left keys. 8 Take a trigger of oscilloscope with HD_PLL (3.3Vp-p) of K4805. 9 Measure a signal waveform of Green signal at K4603, and measure the black level (0IRE) of signal and signal amplitude. 10 AD R LOW adjustment Measure the black level (0IRE) of Red signal at K4602, and adjust so that the level of AD R LOW to match the black level (0IRE) of Green signal which measured with step 10. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD R LOW : 9 key Adjust by right and left keys. 11 AD R HIGH adjustment Measure the signal amplitude of Red signal at K4602, and adjust so that the level of AD R HIGH to match the signal amplitude of Green signal which measured with step 10. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD R HIGH : 6 key Adjust by right and left keys. 12 AD B LOW adjustment Measure the black level (0IRE) of Blue signal at K4604, and adjust so that the level of AD B LOW to match the black level (0IRE) of Green signal which measured with step 10. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD B LOW :11 key Adjust by right and left keys. 13 AD B HIGH adjustment Measure the signal amplitude of Blue signal at K4604, and adjust so that the level of AD B HIGH to match the signal amplitude of Green signal which measured with step 10. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD B HIGH : 8 key Adjust by right and left keys. PDP-503CMX, PDA-5002 Input Signal Step Adjusting Method Adjust the black level of Red and Blue signals to reference with black level of Green signal Adjust the signal amplitude of Red and Blue signals to reference with signal amplitude of Green signal Green signal waveform Red or Blue signal waveform Green signal waveform Signal amplitude of Green signal Red or Blue signal waveform Black level of Green signal Video signal Black level of Red or Blue signal 14 15 Increase three steps of MAT CONT adjustment value of OFFSET-RGB1. OFFSET mode: Select the RGB 1 mode by top and bottom keys MAT CONT : 1 key Increase three steps of adjustment value by right and left keys. Increase two steps of MAT BRIGHT adjustment value of OFFSET-RGB1. OFFSET mode: Select the RGB 1 mode by top and bottom keys MAT BRIGHT : 2 key Increase two steps of adjustment value by right and left keys. 16 Turn ACL SW setting to ON. INITIALIZE mode ACL SW : 3 key Select ON by right and left keys. 1 Input a RGB (PC) signal to INPUT1 or INPUT2. A signal pattern is only luminance signal such as lamp signal and a STEP signal. And use the signal which black level (0IRE) and gradation can confirm. • Recommended signal: VESA VGA@60Hz 2 Turn to standby once, and perform power supply ON with the factory mode once again. MENU → SET → POWER ON 3 Take a trigger of oscilloscope with HD_PLL (3.3Vp-p) of K4805. 4 Measure the signal waveform of Green signal at K4603, and measure the black level (0IRE) of signal and signal amplitude. 5 AD R LOW adjustment Measure the black level (0IRE) of Red signal at K4602, and adjust so that the level of AD R LOW to match the black level (0IRE) of Green signal which measured with step 10 of video signal. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD R LOW : 9 key Adjust by right and left keys. 6 AD R HIGH adjustment Measure the signal amplitude of Red signal at K4602, and adjust so that the level of AD R HIGH to match the signal amplitude of Green signal which measured with step 10 of video signal. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD R HIGH : 6 key Adjust by right and left keys. RGB (PC) signal 139 PDP-503CMX, PDA-5002 Input Signal Step RGB (PC) signal Adjusting Method 7 AD B LOW adjustment Measure the black level (0IRE) of Blue signal at K4604, and adjust so that the level of AD B LOW to match the black level (0IRE) of Green signal which measured with step 10 of video signal. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD B LOW : 11 key Adjust by right and left keys. 8 AD B HIGH adjustment Measure the signal amplitude of Blue signal at K4604, and adjust so that the level of AD B HIGH to match the signal amplitude of Green signal which measured with step 10 of video signal. Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keys AD R LOW : 8 key Adjust by right and left keys. Adjust the black level of Red and Blue signals to reference with black level of Green signal Adjust the signal amplitude of Red and Blue signals to reference with signal amplitude of Green signal Green signal waveform Green signal waveform Red or Blue signal waveform Red or Blue signal waveform Signal amplitude of Green signal Black level of Green signal Black level of Red or Blue signal Color Balance Adjustment Input Signal Fresh color Adjusting Point Adjusting Method REFERENCE1 mode Color Balance Adjustment in Factory mode After adjusting the white balance, check the flesh color of figures in LD still pictures. If the color COLOR : key 3 is not natural, adjust it with the keys on the remote control unit. TINT : key 4 Reference : Adjustment values using the Media color-difference meter (A-100) 20% window-step signal (-3dB) White Balance 80% window-step signal (-3dB) Flesh Color 140 Window chroma signal NTSC HD PC x 298 299 302 y 307 315 308 Y 6.6 5.7 2.9 x 293 292 297 y 309 312 319 Y 135 148 66.2 x 430 427 − y 365 362 − PDP-503CMX, PDA-5002 Timing Adjustment of X and Y DRIVE Assys Control Signal Adjustment Method CR delay circuit is each inserted on signal path of four control signals (SUS-U, SUS-B, SUS-D, SUS-G) driving the pulse module. Quantity of delay can adjust pulse module of one side with VR. Adjust VR while measuring the waveform of the pulse module, and match timing. Adjustment VR X DRIVE SUS-U VR3203 SUS-D VR3202 SUS-B VR3201 SUS-G VR3200 Y DRIVE VR2204 VR2203 VR2202 VR2201 Test pin for adjustment and measurment Pulse Module X DRIVE Upper Lower SUSOUT K3105 K3106 SUS-U K3200 K3204 SUS-D K3108 K3205 Y DRIVE Upper Lower K2212 K2203 K2220 K2224 K2207 K2225 Adjustment Procedure Power ON Black Mask Screen Measuring points of waveform are refered to next page. Display a SUSOUT waveform Coarse adjustment of SUS-U, SUS-B, SUS-G Display a SUS-D waveform SUS-D adjustment Adjust the waveform to 20-25ns. Display a SUS-U waveform SUS-U adjustment Adjust the waveform to 20-25ns. Power OFF Adjust VR resistance value of SUS-B and SUS-G to match VR resistance value of SUS-D within ± 2Ω. Power ON and display a SUS-D waveform SUS-D readjustment Adjust the waveform to 20-25ns. Display a SUS-U waveform SUS-U readjustment Adjust the waveform to 20-25ns. Power OFF Adjust VR resistance value of SUS-B and SUS-G to match VR resistance value of SUS-D within ± 2Ω. Power ON and display a SUSOUT waveform Compare waveform, and do harmonize almost? No Yes Adjustment end 141 PDP-503CMX, PDA-5002 Measuring Waveform of Pulse Module Timing Adjustment Timing adjustment of the pulse module control signal adjusts with the sustain pulse of eighth pulse (X DRIVE) and the ninth pulse (Y DRIVE) from the back of 6SF. Measuring point of waveform Y DRIVE SUSOUT waveform 1SF X DRIVE SUSOUT waveform 2SF 3SF 4SF 5SF 6SF 7SF 1SF 1ms/div Magnify 6SF block 2SF 3SF 4SF 5SF 6SF 7SF 1ms/div Magnify 6SF block CH1 : Y SUSOUT Under (K2203), 50V/div CH2 : Y SUSOUT Upper (K2212), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay 5µs/div Use this sustain pulse and adjust. CH1 : X SUSOUT Under (K3106), 50V/div CH2 : X SUSOUT Upper (K3105), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay 5µs/div Use this sustain pulse and adjust. • Perform adjustment of waveform with a black mask screen. • It is easy to adjust when turned field AB offset to OFF (RS-232C command: OCN) in adjustment. Note: • Sampling rate of oscilloscope sets it more than 500MS/s in order to perform ns order adjustment. • Collecting calibration of probe before adjustment by all means. When took waveform be each drive Assy unit, measure it at the fourth sustain pulse from the back except for a large width sustain pulse. Therefore, when measured both waveform of the X and Y drives together, it becomes the sustain pulse of 8 and 9 pulses from the back. • Connect GND of probe measuring waveform to SUSGND terminal by all means. • Precise waveform is not displayed, and an adjustment gap may occur that does not collect GND properly. Waveform coarse adjustment Measure the SUSOUT waveform When there is a gap with waveform of CH1 / CH2 of the part which enclosed in the following circle, adjust required VR to overlap the waveform. 1ms/div Magnify the adjustment waveform Adjust with SUS-B 500ns/div Adjust with SUS-U 142 CH1 : Y SUSOUT Under (K2203), 50V/div CH2 : Y SUSOUT Upper (K2212), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay Adjust with SUS-G PDP-503CMX, PDA-5002 SUS-D Adjustment (Y DRIVE) SUS-U Adjustment (Y DRIVE) 1ms/div Magnify 6SF block 1ms/div Magnify 6SF block 5µs/div 5µs/div Magnification Magnification 1ms/div Magnify 6SF block 1ms/div Magnify 6SF block 500ns/div 200ns/div Magnification Magnification 1ms/div Magnify 6SF block 1ms/div Magnify 6SF block Upper PM 20 - 25ns Upper PM Lower PM 20 - 25ns 10ns/div CH1 : Y SUS-D Under (K2225), 50V/div CH2 : Y SUS-D Upper (K2207), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay Lower PM 10ns/div CH1 : Y SUS-U Under (K2224), 50V/div CH2 : Y SUS-U Upper (K2220), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay Waveform Confirmation in Adjustment completion Measure the SUSOUT waveform Confirm it to waveform of CH1 / CH2 of the part which enclosed in the following circle whether there is not a large gap. (A gap of the quantity that shifts 20nS and adjusted remains.) 1ms/div Magnify the adjustment waveform 500ns/div CH1 : Y SUSOUT Under (K2203), 50V/div CH2 : Y SUSOUT Upper (K2212), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay When adjust in the power supply ON state, change so that the quantity of gap that adjusted by temperature-rise of the pulse module becomes small. Therefore, perform high power OFF (RS-232C command: DRF) except measurement time of waveform when adjusts, and adjustment error by temperature-rise does not occur. 143 PDP-503CMX, PDA-5002 SUS-B Ground Timing Adjustment It is necessary to make this adjustment when replacing the X or Y DRIVE Assy and the pulse module. Measurement point and method Measurement point of waveform of X and Y DRIVE Assy in timing adjustment is test pin of SUSOUT of the pulse module of bottom of the main unit. X DRIVE Assy : K3106 Y DRIVE Assy : K2203 Measurement screen : White mask The measurement is easy to perform when turns field AB alternation to OFF. (RS-232C command: OCN) Measure a sustain pulse of the fourth pulse (X DRIVE) and the fifth pulse (Y DRIVE) from the back of the fourth FS, and adjust. In the start section of this sustain pulse, waveform has inflection point with the timing when SUS-B becomes ON. Adjust so that the voltage of this inflection point is the nearest to 150V and do not become less than 150V. Adjustment parameter X DRIVE: XSUSB (RS-232C command : XSB) Y DRIVE: YSUSB (RS-232C command : YSB) Note: • Connect GND of probe measuring waveform to SUSGND terminal by all means. • Precise waveform is not displayed, and an adjustment gap may occur that does not collect GND properly. Waveform in the measurement Rst 1SF 2SF 3SF 4SF 1ms/div Magnify 4SF block X Y X Y X Y X Y X Y X Y CH1 : Y SUSOUT (K2203), 50V/div CH2 : X SUSOUT (K3106), 50V/div CH4 : YPR-U1 (K2038)- Trigger, 5V/div Trigger : 2msec delay 5µs/div Measure a waveform of this section and adjust. G O N K Magnify the fourth pulse sustain pulse (XSUSOUT waveform) from the back of the above waveform. 100msec/div 150V Line 100msec/div 150V Line GND 50V/div This broken section moves by changing the adjustment parameter. 144 50V/div Become less than 150V. → NG PDP-503CMX, PDA-5002 Y DRIVE Assy X DRIVE Assy K2720 (PSUS) K2716 (VH) K2218 (1/2 VSUS) K2215 K2217 (SUS_B) (SUS_U) K2214 (SUS_G) K2717 (VH CONT) K3214 (SUSGND) K3708 (VRN_OVP) K3213 (1/2VSUS) K3702 (SUS. GND) K3707 (VRN) K2216 (SUS_D) VR3701 (VRN. ADJ) K2227 (SUS_D) K3705 VRN UVP) K3701 (VSUS) K3205 (SUS_D) K2715 (YDC_DC_PD) K2226 (SUS_U) K3703 (SUS. GND) K2718 (VH UVP) K3704 (VRN. CNT) K3204 (SUS_U) VR2703 (VH_ADJ) K2212 (SUSOUTB) K2719 (VH OVP) K2222 K2703 (SUSGND) K2702 (VSUS) VR2701 K2710 (VOFS) K2011 K2010 K2013 K2009 K2005 K2003 K2002 K2001 K2004 K2205 K2708 (VOFS) K2705 (SUSGND) K3106 (SUSOUT_B) K2709 K2712 (VOFSUVP) K2211 K2225 (SUS_D) K3102 (XNR_PD) K3030 K2050 K2048 K2046 K2045 K2049 K2047 K2044 K2043 (DGND) K2021 K2008 (YPR_U2) K2012 (DGND) (PN MUTE) K2053 (SOFT_D) K2041 (OFS) K2040 K2038 (YCP_MSK) (YPR_U1) K2039 (YSUS_MSK) K2007 K2037 (YSUS_G) K2029 (DGND) K2028 (YSUS_U) (YSUS_D) K2006 K2024 (+5V) VR2204 K2027 (DGND) (SUS_U_ADJ) (YSUS_B) VR2203 K2101 (SUS_D_ADJ) (DEW_DET) VR2202 (SUS_B_ADJ) VR2201 (SUS_G_ADJ) K2203 (SUSOUTA) K2704 (VF-) K3008 (PN_MUTE) K3021 K3007 K3010 (XNR-U) K3022 K3025 K3015 K3017 (XSUS-MSK) (XCP-MSK) K3014 (XNR-D1) K3012 (XSUS-D) K3203 (1/2VSUS) K2701 (VF+) K3018 (XNR-D2) K3013 (XSUS-G) K3004 (XSUS-U) K3003 K3001 (XSUS-B) (+5V) K3103 (VCP_PD) VR3203 (SUS-U) K3108 (SUS_D) K3104 (+5V) VR3202 (SUS-D) VR3201 (SUS-B) VR3200 (SUS-G) K3200 (SUS_U) K2714 (GNDHS) K3009 K3006 K3011 K3029 K2221 (+15V) K2707 (IC5V) K2224 (SUS_U) K3706 (X DC-DC PD) K3105 (SUSOUTA) K2706 (+14V) K2711 (-8V) K2713 VR2702 (IC5V_ADJ) (IC5V UVP) K3201 (SUSGND) Adjusting Points 145 PDP-503CMX, PDA-5002 GENERAL INFORMATION PCB LOCATION CLAMP A Assy ADR CONNECT A Assy DIGITAL VIDEO Assy BRIDGE A Assy ADR CONNECT B Assy SUB ADDRESS A Assy RESONANCE Assy THERMAL SENSOR Assy SCAN (A) Assy ADR CONNECT C Assy BRIDGE B Assy Y DRIVE Assy SW POWER SUPPLY Module SLOT CONNECTOR Assy ADR CONNECT D Assy SCAN (B) Assy CLAMP B Assy IR Assy V MID CLAMP Assy SIDE KEY Assy X CONNECTOR (A) Assy KEY CONNECTOR Assy MX AUDIO Assy CLAMP C Assy SP OUT R Assy ADR CONNECT D Assy X DRIVE Assy Video Card (PDA-5002) CONTROL Assy BRIDGE C Assy X CONNECTOR (B) Assy I/O Assy ADR CONNECT C Assy SP OUT L Assy RGB Assy RESONANCE Assy SUB ADDRESS B Assy ADR CONNECT B Assy BRIDGE D MX LED Assy Assy ADR CONNECT A Assy Rear View 146 CLAMP D Assy PDP-503CMX, PDA-5002 SHUT DOWN/POWER DOWN DIAGNOSIS BY LED DISPLAY When internal circuit abnormality and other operation abnormality occurred from this unit, self-diagnose display function by STANDBY/ON (LED) indicator is loaded. Each NG point by LED blinking and a PD (power down) point are as follows. Shut Down • Operations : When a microcomputer detected abnormality, turn the power supply to OFF. • LED display : Green blinks Examples: LED blinks in the DIGITAL-IIC communication NG Green LED lights for 200 msec. Lights out for 100 msec Green LED lights for 200 msec. Lights out for 3 sec Number of blinks Name 1 2 3 4 5 6 7 8 9 Panel Microcomputer NG DIGITAL-IIC communication NG Dewdrop abnormality Temperature abnormality FAN abnormality Module microcomputer NG Wide microcomputerNG RGB-IIC communication NG Audio NG How to release the shut down state When turn the power supply ON by remote control units, release from the shut down state, and turn the power supply ON. (It is not necessary to turn the AC power OFF.) Power Down • Operations : When this unit becomes the dangerous state, turn the power supply OFF with the protection circuit. • LED display : Red blinks * When protection circuit more than two places almost worked simultaneously, display LED in order to 1st - 2nd. Examples: LED blinks in the 1st power down = Y-DC/DC CONVERTER, 2nd power down = Y-DRIVE 2nd power-down information 1st power-down information Red LED lights for 200 msec. Lights out for 100 msec Red LED lights for 200 msec. Lights out for 1 sec Red LED lights for 200 msec. Lights out for 3 sec Number of blinks 1 2 3 4 5 6 7 8 Name Y-DRIVE Y-DC/DC CONVERTER X-DC/DC CONVERTER X-DRIVE Power supply Address junction Address resonance DIGITAL-DC/DC CONVERTER How to release the power down state AC power OFF ↓ Wait for PD LED in the power supply module disappearing (for around 30 seconds). ↓ Afterwards, wait moreover for five seconds. ↓ Return by AC power ON. * After power down release, this unit rises up in the standby state. 147 148 A7 A6 IC8151 Thermal Sensor 3 SPL1 A3 IC8601 Audio Amp. OR A5 4 TEMP2 IC5512 Thermal Sensor 2 4 TEMP3 9 AUDIO_NG IC7104 EEPROM S2 R1 IC4402 Matrix IC IC5502 EEPROM IC7202 3D Y/C & CNR V1 S3 8 8 TXD0 RXD0 (E)SCL (E)SDA 6 IC7103 Expander TXD CLK *WU_CE IC5602 Wide UCOM external Flash ROM IC7302 Chroma Decode VIDEO SLOT ST1 ASSY SCL SDA IC5505 Main UCOM SLOT CONNECTOR ASSY R8 5 FAN_NG 7 IC5601 Wide UCOM R3 Note: 1 - 8 show LED flashing number of times when shut down occurred in this route. SP (L) ASSY FAN FAN MX AUDIO ASSY RXD BUSY REQ_WU RGB ASSY SCL SDA IC1207 Module UCOM 1 Expander 2 P2 D1 IC1204 EEPROM D6 D18 IC1191 Panel UCOM external Flash ROM DEW_DET 3 TEMP1 4 TXD CLK *PU_CE SW POWER SUPPLY MODULE D3 RXD BUSY REQ_PU IC1101 Panel UCOM DIGITAL VIDEO ASSY IC8351 Thermal Sensor 1 Y2 CN2002 Moisture Sensor Y DRIVE ASSY TE1 THERMAL SENSOR ASSY PDP-503CMX, PDA-5002 Block Diagram of Shut Down Signal System PDP-503CMX, PDA-5002 Shut down diagnosis 1 Panel microcomputer NG 1 When a module microcomputer failed in communication with a panel microcomputer, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. 5 10 15 20 25 30 35 40 25 30 35 40 25 30 35 40 1 5 Abnormality to expect Open / Short of communication line in the Assy 10 S H U T DOWN 15 16 2 DIGITAL-IIC communication NG 1 When a module microcomputer failed in communication with outside EEPROM or EXPANDER, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. * However, this communication NG may occur in the standby state. 1 Abnormality to expect • Open / Short of communication line in the Assy • Breaking of wire between DIGITAL VIDEO Assy (D1) and SW POWER SUPPLY Module (P2). 10 5 10 15 20 5 S H U T DOWN 15 16 3 Dew drop detection When it becomes the dew drop state in this unit, this NG occurs. After the dew drop detection, shut down immediately. Abnormality to expect for dew drop Disconnect a connector CN2002 between Dew drop sensor and Y DRIVE Assy. 4 Temperature abnormality 1 When temperature of this unit became abnormally high, this NG occurs. Shut down after OSD display from the NG detection for 30 seconds. 5 10 15 20 1 5 Abnormality to expect when it occurs in the environment that is not high-temperature • Disconnect a connector between SP TERMINA (L) Assy (SPL1) and MX AUDIO Assy (A3). • Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8). • Disconnect a connector between DIGITAL VIDEO Assy (D18) and temperature sensor 1 (TE1). WAR N I NG THERMAL ALERT 10 15 16 Reference Shut down temperature of each temperature sensor TEMP2 data 150 ( 80°C) TEMP3 data 101 ( 56°C) * TEMP1 is not shut down by temperature, and it shuts down when connector was disconnected. 1 5 10 15 20 25 30 35 40 1 I N FO #1 – S1 – I N1 – 0 6 – 2 ∗NT T EM P E R A T UR E Temperature display by "INFORMATION" of the factory menu TEMP1 (°C) TEMP1 (data) -50 TEMP2 (°C) TEMP2 (data) /2+5 TEMP3 (°C) TEMP3 (data) /2+5 5 T E MP 1 T EMP 2 T E MP 3 : 128 : 104 : 088 FAN : 135 10 15 16 149 PDP-503CMX, PDA-5002 5 FAN NG When a fan does not function, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. * FAN NG detection functions only in case of following. • When FAN CONTROL setting is maximum • When sensor temperature of TEMP3 is more than 30°C with FAN CONTROL setting is AUTO. (even if connector is left when does not turn the FAN, this unit does not work.) Abnormality to expect • Disconnect a junction connector between FAN (A6) and MX AUDIO Assy (A7). • Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8). • FAN forced stop by an alien substance involving it. 1 5 10 15 20 25 30 35 40 25 30 35 40 25 30 35 40 25 30 35 40 1 5 WAR N I NG FAN FAILURE 10 15 16 6 Module microcomputer NG When a main microcomputer failed in communication with a module microcomputer, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. * However, this communication NG may occur by the standby state. Abnormality to expect • Open / Short of communication line in the Assy. • Disconnect a connector between RGB Assy (R3) and DIGITAL VIDEO Assy (D3). • Writing defectiveness of module microcomputer (IC1207) software. 1 10 15 20 5 10 S H U T DOWN 15 16 7 Wide microcomputer NG When a main microcomputer failed in communication with a wide microcomputer, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. 5 1 1 5 10 15 20 1 5 Abnormality to expect • Open / Short of communication line in the Assy. • Software writing defectiveness of wide microcomputer (IC5601). • Writing defectiveness of outside Flash ROM (IC5602) on the wide microcomputer. 8 RGB-IIC communication NG When a main microcomputer failed in IIC communication, this NG occurs. Shut down after OSD display for 30 seconds from the NG detection. * However, this communication NG may occur by the standby state. Abnormality to expect • Open / Short of communication line in the Assy. • SLOT and the insertion of the SLOT junction PC Board are incomplete. 10 S H U T DOWN 15 16 1 5 10 15 20 1 5 10 Notes: There is the case that it becomes the following symptom except NG when the SLOT insertion is incomplete. • Audio of INPUT3 and 4 are not output. • Do not switch from INPUT3 to 5 (SLOT function). • Video signal of INPUT1 and 2 are not appear. 9 Audio NG When DC component added on the speaker output line, this NG occurs. After the NG detection, shut down immediately. Abnormality to expect • Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8). • Short-circuits between + and - of C8615 and C8622. 150 S H U T DOWN 15 16 RESONANCE ASSY (Lower) RESONANCE ASSY (Upper) ADR CONNECT ASSY (Lower) ADR CONNECT ASSY (Upper) OR IC1201-pin 6 OR IC1201-pin 8 Address PD Mute 6 D1202 Cathode AND 7 8 DIGITAL DC-DC D1 PD_TRIGGER DIG_ADR.PD OR 4 Y DRIVE ASSY Y Drive 1 PD Circuit P2 SW POWER SUPPLY MODULE X Drive X DRIVE ASSY Note: 1 - 8 show LED flashing number of times when power down occurred in this route. D17 D16 OR D12 - D15 OR D8 - D11 DIGITAL VIDEO ASSY P3 P4 2 Y DC-DC 5 3 X DC-DC Y1 X1 OR Relay Circuit PDP-503CMX, PDA-5002 Block Diagram of Power Down Signal System 151 PDP-503CMX, PDA-5002 Kind and function of the various protection circuit (P.D. circuit) Assy Name Red LED OSD Display Number of Blinks Y-DRV Y DRIVE Assy Y-DDC 1 2 Kind of P.D. Circuit VCP OCP P.D. by VOFS overvoltage VOFS UVP P.D. by VOFS undervoltage (= overcurrent) VH OVP 3 X DRIVE Assy X-DRV 4 VRN OVP P.D. by VRN overvoltage VRN UVP P.D. by VRN undervoltage (= overcurrent) VCP OCP P.D. by VCP overcurrent VSUS UVP P.D. by VSUS undervoltage (= overcurrent) P.D. by VADR overvoltage 15V OVP 5 P.D. by reset circuit overcurrent P.D. by VSUS overvoltage VADR OVP VADR UVP POWER P.D. by VH undervoltage (= overcurrent) P.D. by IC5V undervoltage (= overcurrent) VSUS OVP SW POWER SUPPLY Module P.D. by VH overvoltage IC5V UVP RESET OCP P.D. by VADR undervoltage (= overcurrent) P.D. by 15V overvoltage 15V UVP P.D. by 15V undervoltage (= overcurrent) 12V UVP P.D. by 12V undervoltage (= overcurrent) 6.5V OVP P.D. by 6.5V overvoltage 6.5V UVP P.D. by 6.5V undervoltage (= overcurrent) 13.5V UVP -9V UVP P.D. by 13.5V undervoltage (= overcurrent) P.D. by -9V undervoltage (= overcurrent) +B OVP P.D. by +B overvoltage +B OCP P.D. by +B overcurrent AC200V P.D. P.D. by AC200V apply PFC module overheat protection VSUS arc resistance overheat protection ADR CONNECT Assy ADRES 6 ADR.PD P.D. by disconnecting the connector RESONANCE Assy ADR-K 7 ADR.K.PD P.D. by ICP open and TCP defective 5.0V OVP P.D. by 5V overvoltage DIGITAL VIDEO Assy DC-DC 8 5.0V UVP P.D. by 5V undervoltage (= overcurrent) 3.3V OVP P.D. by 3.3V overvoltage 3.3V UVP P.D. by 3.3V undervoltage (= overcurrent) 2.5V OVP P.D. by 2.5V overvoltage 2.5V UVP P.D. by 2.5V undervoltage (= overcurrent) Reference OVP : Over Voltage Protect UVP : Under Voltage Protect OCP : Over Current Protect Note 1: AC200V P.D. is not applicable to the PDP-503MXE model. 152 Remarks P.D. by VCP overcurrent VOFS OVP VH UVP X-DDC Function Note 1 PDP-503CMX, PDA-5002 Diagnosis Method in Power Down 1st/2nd/time stamp are stored eight times of power down in the past. 1 OSD display of PD history Display with "INFORMATION" of the factory menu. 1 5 10 15 20 25 30 35 40 1 PD Power Down Point Y-DRIVE Y-DC/DC COVERTER X-DC/DC CONVERTER X-DRIVE Power supply ADDRESS junction ADDRESS resonance DC/DC CONVERTER (DIGITAL) #1 – S1 – I N4 – 0 2 – 2 ∗NT I N FO I N FO 5 10 15 16 1 2 3 4 5 6 7 8 1 ST X – DDC ADR – K Y – DR V ADRES ––––– ––––– ––––– ––––– 2 ND ––––– X – DDC D C – DC ––––– ––––– ––––– ––––– ––––– Display of PD point 0 5 1 4 8 H 2 5M 0 2 2 4 8 H 1 4M 0 1 3 5 8 H 3 6M 0 0 3 4 8 H 1 5M 0 0 0 0 0 H 0 0M 0 0 0 0 0 H 0 0M 0 0 0 0 0 H 0 0M 0 0 0 0 0 H 0 0M OSD Display Y-DRV Y-DDC X-DDC X-DRV POWER ADRES ADR-K DC-DC Time stamp display [OOOOOH] : HOUR, [OOM] : MINUTE Example) Time stamp display is [65432H10M] → 65432 hours 10 minutes 2 PD history read in by RS-232C command "GPD" Order 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Data contents The latest 1st PD point The latest 2nd PD point The latest PD time stamp 1st PD point before twice 2nd PD point before twice PD time stamp before twice 1st PD point before three times 2nd PD point before three times PD time stamp before three times 1st PD point before four times 2nd PD point before four times PD time stamp before four times 1st PD point before five times 2nd PD point before five times PD time stamp before five times 1st PD point before six times 2nd PD point before six times PD time stamp before six times 1st PD point before seven times 2nd PD point before seven times PD time stamp before seven times 1st PD point before eight times 2nd PD point before eight times PD time stamp before eight times Size 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte 1 byte 1 byte 7 byte Data of PD point Power Down Point Y-DRIVE Y-DC/DC COVERTER X-DC/DC CONVERTER X-DRIVE Power supply ADDRESS junction ADDRESS resonance DC/DC CONVERTER (DIGITAL) "GPD" Data 1 2 3 4 5 6 7 8 Time stamp data before 5 byte: HOUR, after 2 byte: MINUTE Example) Time stamp is [6543210] → 65432 hours 10 minutes 153 154 X DC DC X DRIVE 3 4 ADR ADR K DIGITAL DC DC 6 7 8 PS Y DC DC 2 5 Y DRIVE 1 Q2211, Q2212, R2277, IC2208, IC2210 TCP damage of IC6704 (ICP), disconnect D16 and D17 connectors, panel microcomputer is defective, outside Flash ROM of the panel microcomputer is defective. Disconnect D8 - D15 connectors SW POWER SUPPLY Module D/D CONV. BLOCK (DIGITAL VIDEO Assy) IC1901 D/D CONV. BLOCK (DIGITAL VIDEO Assy) IC1901 D/D CONV. BLOCK (DIGITAL VIDEO Assy) IC1901 RESONANCE Assy ADDRESS CONNECT A~D Assy SW POWER SUPPLY Module ADDRESS CONNECT A - D Assy, RESONANCE Assy, D/D CONV. BLOCK (DIGITAL VIDEO Assy) 5.0V UVP 3.3V UVP 2.5V OVP 2.5V UVP K1904 Lo K1905 Lo K1906 Lo 3.3V OVP K1903 Lo 5.0V OVP K1901 Lo K1902 Lo ADR. K. PD When P3 connector disconnected, P.D. does not occur Note: About PS PD The condition that Red LED blinks five times (power supply PD) 1 When the internal protection circuit of SW POWER SUPPLY Module worked 2 When a microcomputer was not able to identify the PD point ↓ Being careful because the protection circuit of SW POWER SUPPLY Module cannot conclude that worked. When the voltage is not output even if P4, P3 and P6 connectors disconnected When pin 5 of P2 connector disconnected, P.D. does not occur When P6 connector disconnected, P.D. does not occur IC2206, IC2214 (Pulse module) IC8601 (Audio IC) VRN D/D CONV. BLOCK in normal operation Drive section (control signal, output elements etc.) in normal operation Y DRIVE Assy ADR. PD VRN OCP IC5V D/D CONV. BLOCK in normal operation SCAN Assy in normal operation MX AUDIO Assy K3102 Lo VCP OCP VRN UVP VRN OVP IC5V UVP When P4 connector disconnected, P.D. does not occur Q3122 K3103 Lo K3705 Lo K3708 Lo K2713 Lo SCAN Assy in normal operation IC3200, IC3201 (Pulse module) X DRIVE Assy IC3200, IC3201 (pulse module), IC3103, IC3104, IC3106, IC3107, IC3110, IC3113, R3109 Q3122 IC3702, IC3712 VRN D/D CONV. BLOCK (X DRIVE Assy) X DRIVE Assy IC2704, IC2706, IC2717 IC5V D/D CONV. BLOCK (Y DRIVE Assy) IC3701, IC3702, IC3712 SCAN IC SCAN (A), (B) Assy VRN D/D CONV. BLOCK (X DRIVE Assy) SCAN IC IC2704, IC2706, IC2717 SCAN (A), (B) Assy X DRIVE Assy VOFS D/D CONV. BLOCK in normal operation Drive section (control signal, output elements etc.) in normal operation Diagnosis Condition VH D/D CONV. BLOCK in normal operation VH UVP VH OVP VOFS UVP VOFS OVP VCP OCP Operation P.D. Circuit Drive section (control signal, output elements etc.) in normal operation K2718 Lo K2719 Lo K2709 Lo K2712 Lo K2211 Lo Circuit State IC2711, IC2712, IC2716 IC2712, IC2716 IC5V D/D CONV. BLOCK (Y DRIVE Assy) VH D/D CONV. BLOCK (Y DRIVE Assy) VH D/D CONV. BLOCK (Y DRIVE Assy) IC2701, IC2702, IC2709, IC2715 IC2702, IC2709, IC2715 VOFS D/D CONV. BLOCK (Y DRIVE Assy) VOFS D/D CONV. BLOCK (Y DRIVE Assy) IC2206, IC2214 (Pulse module), IC2203, IC2204, IC2212, IC2213, IC2213, IC2217, R2209 Possible Part of Error Y DRIVE Assy Error Pont Diagnosis of the error point in the various protection circuit (P.D. circuit) operation (Red LED blinks) Number P.D. Point in of Blinks Operation PDP-503CMX, PDA-5002 PDP-503CMX, PDA-5002 Block diagram for Power supply section SW POWER SUPPLY MODULE AC IN 100 - 240V Power Factor Control ST-BY Power Supply STB5V Y DRIVE ASSY +B395V VSUS DC/DC Converter VOFS DC/DC Converter VOFS -45V VH DC/DC Converter VH 130V IC5V, VF12V DC/DC Converter IC5V VF12V VSUS 225V VADR 61V VADR DC/DC Converter 6.5V DC/DC Converter (6.5V, 13.5V, -9V) 13.5V -9V 15V DC/DC Converter (15V, 12V) 12V X DRIVE ASSY VRN DC/DC Converter VRN -300V DIGITAL VIDEO ASSY 15V DC/DC Converter (5V, 3.3V, 2.5V) 5.0V 3.3V 2.5V Supplementary information 1. Power on/off switch for the large-signal system (SW102) Function: Only the power for the small-signal system (15V, 12V, 6.5V, 13.5V, and -9V) is on, and the power for the large-signal system (VSUS, VADR) is off. Usage: Use when only an operational check for the smallsignal system is required. Supplementary information: When this switch is to be used, the wires of pin 5 (DIG, ADR, and PD) of the P2 connector of the power-supply module should be disconnected to prevent the PD circuit from operating. To turn the power of the large-signal system off without using this switch, operation from an external PC through RS-232C commands "DRF" is basically required. In this case, the above procedure is not required, as the PD circuit is muted by software. Method of power supply ON in the large signal system OFF state with RS-232C command 1 Confirm that this unit is the standby state. 2 Transmit RS-232C command "DRF." 3 Turn the power supply ON by remote control unit, side key or command "PON." ∗ When turn the power supply OFF once, return to setting of large signal system ON. When turn the power supply ON in the large signal system OFF, transmit "DRF" command each time. 2. 200V AC power-down switch (SW101) Function: While 200V AC voltage is applied, operation of the PD circuit is turned on and off (ON when the switch is set to 100V AC, and OFF when the switch is set to 200V AC). Setting: For the MXE model only, the switch is set to 200V, and for other models, it is set to 100V. 3. Temperature compensation of the VOFS voltage for the drive system Function: Control the power supply voltage mentioned above according to temperature. (Temperature compensation works so that the voltage is lowered on the lowertemperature side, and is raised on the highertemperature side.) Purpose: To improve the yield by compensating the temperature characteristics of the panel. Supplementary information: For this model, temperature compensation is performed only for the VOFS voltage, and not for the VSUS voltage, and it is controlled by software. 4. When a fuse blows • If a fuse blows, never turn the power on again only after replacing the fuse. (In most cases, the fuse itself did not have any problem. So as long as factors of overcurrent have not been removed, chances of destruction increase every time the power is turned on. In the worst case, about a dozen parts may be destroyed.) • Principally, the whole power-supply module must be replaced. 5. Voltage adjustment of the panel drive As this model employs the electronic VR system for the VSUS and VOFS voltages, and as the voltage-adjustment data are stored in the DIGITAL assembly, voltage adjustment of the panel drive is not necessary when the power-supply modules are changed. (For VADR, VH, and VRN, adjustments with semifixed VR controls are necessary.) For this model, as the power-supply block has been developed and designed by an outside vendor, at the point you know which module is a cause of failure (through diagnosis described elsewhere in this manual), change the corresponding modules, and do not diagnose or repair the module. Similarly, the switches and the semifixed VRs inside the powersupply module must not be adjusted without a special reason. 155 - Digital video adjustment data back up function SM page 136 to 137 - Restore Back up BU IC5502 RGB Contents of IC1204(EEPROM) Panel White balance data Sustain timing adjustment value V-Sus/Vofs value RGB Power on D.Video New part RGB BU Data restored New RGB Faulty Power on with service factory mode. RGB New/used part RGB New/used Data back upped Data from D.Video assy is back upped to RGB assy by entering the service factory mode. D.Video Case 2: When replacing faulty RGB assy . Back up data in the RGB assy will be restored to New digital video assy just by turning on the power. D.Video Faulty Case 1: When replacing faulty Digital video assy with new part. It is possible to restore backup data from RGB assy to digital video assy, when digital video assy is replaced. IC1204 D.Video PDP-503MXE has function to backup adjustment data of digital video assy into EEPROM located on the RGB assy. Adjustment know-how D.Video D.Video 156 - Digital video adjustment data back up function SM page 136 to 137 - Power on If at this time, the unit was put into Factory-service mode wrong data will be back upped on EEPROM of original RGB assy. Original back up data in RGB assy will be lost. RGB D.Video RGB Initialize by service part mode D.Video RGB Wrong data back upped. Original erased. Data of different panel Power on with service factory mode. Wrong adjustment data for this panel RGB Data of different panel RGB Backup data data Backup data initialized D.Video It is OK to mount on the other PDP units. Initialized=same as new part. To avoid this !! When you are using digital video assy from other PDP unit, it is necessary to initialize EEPROM of Digital video assy before removing it. How to initialize the ROM. Set the unit into service factory mode. Select menu [INIT] then [SERVICE PART]. Push [SET] and EEPROM in the Digital video assy will be initialized. D.Video used part with data D.Video D.Video Faulty * Case 3: When replacing faulty Digital video assy with used part. Adjustment know-how D.Video 157