Philips 160VW Page 9 Service Manual Download

Page: 9 / 74

HUDSON 9

Demo

on or off

Disable or Enable Demo

icture Boost

Frame Size

0-14

Adjust Frame Size

Brightness

0-100

Adjust Frame Brightness

Contrast

0-100

Adjust Frame Contrast

Hue

0-100

Adjust Frame Hue

Saturation

0-100

Adjust Frame Saturation

H. position

Adjust Frame horizontal Position

Position

V-position

Adjust Frame vertical Position

Bright Frame

on or off

Disable or Enable Bright Frame

OSD Setup

H-Position

0-100

Adjust the vertical position of OSD

V-Position

0-100

Adjust the horizontal position of OSD

Timeout

0-100

Adjust the OSD Timeout

Language

Select the OSD language

Extra

Auto Configure

yes or no

Auto adjust the picture to default

Reset

yes or no

Reset the menu to default

EXIT/DDC-CI

Turn ON/OFF DDC-CI Support

Information

Show the information of the main image and

sub-image source

Notes:

1) If the product has only one signal input, the item of “input Select” is disabling to adjust.

2) If the product screen size is 4:3 or input signal resolution is wide format, the item of “Image Radio” is disabling

to adjust.

3) One of DCR, Color Boost and Picture Boost function is active; the other two functions are turned off

accordingly.

LED Indicators

Status LED

Color

Full Power Mode

Green or Blue

Active-off Mode

Orange or Red

http://www.wjel.net

Summary of Contents for 160VW

Page 1: ...ation 10 4 1 Input Signal Connector 10 4 2 Factory Preset Display Modes 10 4 3 Pixel Defect Policy 11 4 4 Failure Mode of Panel 12 5 Block Diagram 13 5 1 Software Flow Chart 13 5 2 Electrical Block Diagram 15 6 Schematic Diagram 17 6 1 Main Board 17 6 2 Power Board 21 6 3 Key Board 23 7 PCB Layout 24 7 1 Main Board 24 7 2 Power Board 26 7 3 Key Board 28 8 Wiring Diagram 29 9 Scalar Board Overview ...

Page 2: ...HUDSON 9 2 Revision List Version Release Date Revision History A00 Oct 22 2008 Initial release Draft Version h t t p w w w w j e l n e t ...

Page 3: ...create shock fire or other hazards Under no circumstances should the original design be modified or altered without written permission from Philips Philips assumes no liability express or implied arising out of any unauthorized modification of design Customer assumes all liability FOR PRODUCTS CONTAINING LASER DANGER There is invisible laser radiation when open AVOID DIRECT EXPOSURE TO BEAM CAUTIO...

Page 4: ...tion 1366 x 768 60 Hz Plug Play VESA DDC2B CI Input Connector D Sub 15pin Input Video Signal Analog 0 7Vp p standard 75 OHM Positive Power Source 100 240VAC 50 60Hz Active 28 W Power Consumption Standby 1 W Resolution Speakers 2 x 1W Connector Type 15 pin Mini D Sub Signal Cable Type Detachable Dimensions Weight Height with base 292 mm Width 361 mm Depth 190 mm Weight monitor only 2 7 kg Physical ...

Page 5: ...l logic brightness control logic and DDC The power board will provide AC to DC Inverter voltage to drive the backlight of panel and the main board chips each voltage CN601 AC IN 100V 240V Power board Include Adapter Inverter Flat Panel and CCFL backlight Main Board RS232 Connector For white balance adjustment in factory mode CCFL Drive Video signal DDC Key Board HOST Computer h t t p w w w w j e l...

Page 6: ...el of the monitor see figure By changing these setting the picture can be adjusted to your personal preference The power cord should be connected Press the power button to turn on the monitor The power indicator will light up 3 2 Control Buttons Front View 1 Auto Exit 2 Volume 3 Volume 4 Menu 5 Power Rear View 1 Power 2 Analog 3 Audio h t t p w w w w j e l n e t ...

Page 7: ...itor is off and then press power button to turn the monitor on To un lock the OSD press and hold the MENU button while the monitor is off and then press the power button to turn the monitor on 5 Eco Mode hot key press the Eco key continuously to select the Eco mode of brightness when there is on OSD Eco mode hot key may not be available in all modes 6 Volume adjustment hot key when there is no OSD...

Page 8: ...cture V Position 0 100 Adjust the horizontal position of the picture Color Temp Warm Recall Warm Color Temperature from EEPROM Normal Recall Normal Color Temperature from EEPROM Cool Recall Cool Color Temperature from EEPROM sRGB Recall SRGB Color Temperature from EEPROM User B Blue Gain from Digital register User G Green Gain Digital register User R Red Gain from Digital register User Y Yellow Ga...

Page 9: ...just the OSD Timeout Language Select the OSD language Extra Auto Configure yes or no Auto adjust the picture to default Reset yes or no Reset the menu to default EXIT DDC CI Turn ON OFF DDC CI Support Information Show the information of the main image and sub image source Notes 1 If the product has only one signal input the item of input Select is disabling to adjust 2 If the product screen size i...

Page 10: ...ency Hz VGA 640 480 60Hz 31 469 59 940 VGA 640 480 67Hz 35 000 66 667 VGA 640 480 72Hz 37 861 72 809 VGA 640 480 75Hz 37 500 75 000 Dos mode 720 400 70Hz 31 469 70 087 SVGA 800 600 56Hz 35 156 56 250 SVGA 800 600 60Hz 37 879 60 317 SVGA 800 600 72Hz 48 077 72 188 SVGA 832 624 75Hz 46 875 75 000 Mac mode 832 624 75Hz 49 725 74 500 XGA 1024 768 60Hz 48 363 60 004 XGA 1024 768 70Hz 56 476 70 069 XGA ...

Page 11: ...full screen black pattern R G B 0 0 0 Black Dot Defects 1 Max 5 black dots 2 Max 2 joined 2 adjacent black dots 3 no defect with 3 adjacent black dots 4 Min distance between 2 black dots 10mm 5 Black dots are tested with full screen white R G B 255 255 255 red R G B 255 0 0 green R G B 0 255 0 blue R G B 0 0 255 pattern Total amount of Dot Defects are 5 Max Including bright and dark dot defects h ...

Page 12: ...s Foreign material inside polarizer It shows liner or dot shape Concentric circle formed Bottom back light of LCD is brighter than normal Back light un uniformity Backlight has foreign material Black or white color liner or circular type Quick reference for failure mode of LCD panel this page presents problems that could be made by LCD panel It is not necessary to repair circuit board Simply follo...

Page 13: ...HUDSON 9 13 5 Block Diagram 5 1 Software Flow Chat 1 2 N Y 5 Y N 10 Y N 12 Y N 7 Y N 6 4 3 8 9 14 11 13 Y N 15 Y N 16 17 19 Y N 18 h t t p w w w w j e l n e t ...

Page 14: ...n color Scalar initializes 10 In standby mode 11 Update the lifetime of back light 12 Check the analog port are there any signals coming 13 Does the scalar send out an interrupt request 14 Wake up the scalar 15 Are there any signals coming from analog port 16 Display No connection Check Signal Cable message And go into standby mode after the message disappears 17 Program the scalar to be able to s...

Page 15: ...0A 33 4C SAE Panel Interface CN403 Crystal 14 31818MHz X401 Keypad Interface CN401 Scalar IC TSUM1PFR LF Include MCU ADC OSD U401 D Sub Connector CN101 ESD U103 AZC199 04S H sync V sync RGB ESD U102 AZC199 04S VGA_R VGA_G VGA_B H_Sync V_Sync DSUB SCL DSUB SDA h t t p w w w w j e l n e t ...

Page 16: ...cuit R904 R932 R933 PWM Control IC Transformer AC input 12V ON OFF Control PWM Control IC Feedback Circuit Output Circuit Transformer MOSFET Lamp ON OFF 5V Bridge Rectifier and Filter Feedback Circuit Rectifier Diodes CN902 Over Voltage h t t p w w w w j e l n e t ...

Page 17: ...99 04S 1 2 3 4 5 6 I O1 GND I O2 I O3 VDD I O4 R117 100R 1 16W 5 R110 100R 1 16W 5 C111 5pF 50V C108 5pF 50V U103 AZC199 04S 1 2 3 4 5 6 I O1 GND I O2 I O3 VDD I O4 ZD104 UDZSNP5 6B 1 2 C113 0 047uF FB101 BEAD 1 2 FB102 BEAD 1 2 C104 5pF 50V R114 100R 1 16W 5 R112 75R 1 16W 5 R103 100R 1 16W 5 R121 10K 1 16W 5 C115 NC R101 0R05 1 10W 5 CN101 DB15 1 6 2 7 3 8 4 9 5 11 12 13 14 15 10 17 16 R107 75R ...

Page 18: ...MVCC1 VCC3 3 ESD_5V DSUB_5V R446 NC Q410 MMBT2907AK R440 4K7 1 16W 5 Q409 MMBT2907AK R439 10K 1 16W 5 C427 100uF25V R447 10K 1 16W 5 R448 4K7 1 16W 5 Q406 2N3904S RTK PS R450 NC NC R0402 C426 100uF25V C432 0 1uF 16V C422 0 1uF 16V R441 1K 1 16W 5 D402 SM340A R437 10K 1 16W 5 C423 100uF25V R449 NC R442 100R 1 16W 5 CN404 CONN 1 2 3 4 5 6 7 8 9 FB403 NC U404 AP1117D33LA 1 2 3 ADJ GND VOUT VIN C428 0...

Page 19: ...P 49 LVB0M 50 LVA3M 34 LVA3P 33 GND 5 AVDD_ADC 6 MODE 1 32 MODE 0 31 VCTRL 52 VDDC 30 DDCA_SDA RS232_TX 18 DDCA_SCL rs232_RX 19 PWM0 GPIO_P26 62 GPIO_P15 PWM0 20 GPIO_P27 PWM1 28 GPIO_P12 55 GPIO_P00 SAR1 58 GPIO_P01 SAR2 59 GPIO_P06 60 GPIO_P07 61 GPIO_P13 63 GPIO_P14 64 GPIO_P11 I2C_MDA 25 GPIO_P10 I2C_MCL 26 RST 54 VDDP 51 VDDC 53 GND 29 RSTN 57 GND 3 TSUM1PFR LF U401 TSUM1PFR LF U401 R425 NC R...

Page 20: ...PB7 LVBCKM PB3 LVB1M PB7 LVB0M PB9 LVB3M PB1 LVB2M PB5 LVB3P PB0 LVB1P PB6 LVB2P PB4 LVBCKP PB2 LVB0P PB8 PPWR_ON PA9 PANEL_VCC PANEL_VCC VCC3 3 CMVCC CN403 CONN 2 4 6 8 10 12 14 1 3 5 7 9 11 13 R434 330 OHM 1 4W C420 0 1uF 16V R435 4K7 1 16W 5 C421 100UF25V R443 0R05 1 16W FB402 120OHM R436 47K 1 16W 5 Q404 PMBS3906 R461 NC 4K7 1 16W 5 R438 NC 0ohm Q405 AO3401 C419 0 22uF16V R433 10K 1 16W 5 PA 4...

Page 21: ... R900 680K OHM 1 4W R947 NC R947 NC C932 0 001uF C932 0 001uF 1 2 4 3 IC902 PC123X2YFZOF IC902 PC123X2YFZOF C904 0 22uF 275V C904 0 22uF 275V R938 10K 1 8W R938 10K 1 8W C928 0 01uF C928 0 01uF C917 680uF25V C917 680uF25V R923NC R923NC R902 680K OHM 1 4W R902 680K OHM 1 4W 1 2 ZD902 RLZ13B ZD902 RLZ13B L903 1 0uH L903 1 0uH R919 100 OHM 1 4W R919 100 OHM 1 4W t NR901 NTCR t NR901 NTCR C912 0 001uF...

Page 22: ... GND 7 C1 8 E1 9 E2 10 C2 11 VCC 12 OUTPUT CTRL 13 REF 14 2IN 15 2IN 16 IC801 TL494IDR IC801 TL494IDR R803 680K 1 10W R803 680K 1 10W R810 51K OHM 1 1 8W R810 51K OHM 1 1 8W R822 1K 1 8W R822 1K 1 8W 6 3 7 4 8 1 T801 POWER X FMR T801 POWER X FMR C846 NC C846 NC R850 22R 1 8W R850 22R 1 8W R807 10K 1 10W 1 R807 10K 1 10W 1 D814 LL4148 D814 LL4148 C824 0 1uF C824 0 1uF R825 22R 1 8W R825 22R 1 8W R8...

Page 23: ...C 0 1uF 2 1 3 4 5 SW004 SW SW004 SW 2 1 3 4 5 SW005 SW SW005 SW ZD004 NC UDZS5 6B ZD004 NC UDZS5 6B C003 NC 0 001uF C003 NC 0 001uF R005 1K 1 10W 1 R005 1K 1 10W 1 2 1 3 4 5 SW002 SW SW002 SW R003 0R05 1 10W 1 R003 0R05 1 10W 1 C008 NC 0 1uF C008 NC 0 1uF C001 NC 0 001uF C001 NC 0 001uF C010 NC 0 1uF C010 NC 0 1uF C006 NC 0 1uF C006 NC 0 1uF 1 2 3 4 5 6 CN001 CONN CN001 CONN R002 2K OHM 1 4W R002 ...

Page 24: ...2 C2 Q408 C2 R402 C3 R430 C2 R458 C3 C111 C4 C423 B2 Q409 B2 R403 C3 R431 C2 U102 C4 C113 C4 C425 C2 Q410 B2 R404 D2 R432 C2 U103 C4 C114 C3 C426 C3 R101 C4 R405 C4 R433 B4 U401 B3 C115 C4 C427 C2 R102 C4 R406 B2 R434 B4 U402 B4 C401 C4 C428 C2 R103 C4 R407 D2 R435 B4 U403 C5 C403 C2 C429 C4 R104 C3 R408 C4 R436 B4 U404 D3 C404 C3 C432 B2 R105 C4 R409 C2 R437 C2 X401 C3 C406 B4 CN101 D4 R106 C4 R4...

Page 25: ...HUDSON 9 25 h t t p w w w w j e l n e t ...

Page 26: ...D4 CN902 A5 J804 B2 J914 A5 C903 B3 D900 C4 J805 B2 L901 D3 C904 D4 D901 C3 J806 B2 L903 A4 C906 C4 D905 A4 J807 B1 L904 A3 C907 C4 D906 B3 J809 A2 L905 B5 C908 D3 D907 A4 J810 B2 NR901 D3 C915 A4 F901 C2 J811 A2 Q901 C4 C917 B3 F902 B5 J812 A2 R908 B4 C918 A3 F903 A4 J813 A2 R914 C4 C921 B5 FB602 B5 J901 A3 R946 B3 C922 A3 FB901 C4 J902 C4 R948 A5 C938 C4 GND1 D1 J903 C4 T801 C2 C939 A5 IC601 C5 ...

Page 27: ...R820 A2 R865 B2 R939 B3 C819 A1 D803 B1 Q808 B1 R821 A1 R900 D3 R940 B3 C820 B2 D805 A1 Q809 A2 R822 A1 R901 C3 R942 B3 C821 A2 D806 A2 Q811 B2 R823 A2 R902 D3 R943 B3 C822 A2 D807 A1 Q812 B2 R824 B2 R904 C4 R947 A5 C823 A1 D810 B2 Q903 B3 R825 B2 R905 C4 R952 A5 C824 B2 D811 B2 Q904 A5 R826 B2 R906 C4 R961 B4 C825 B2 D812 B2 R601 A5 R827 A2 R907 C3 R962 B4 C834 A2 D814 A2 R602 B5 R828 A1 R909 B4 ...

Page 28: ...1 B3 GND1 A1 GND2 A4 SW001 B2 SW002 B3 SW003 B1 SW004 B3 SW005 B4 C001 A4 R002 A4 C002 A2 R003 B2 C003 B4 R004 A3 C004 B4 R005 B2 C005 A2 ZD001 B2 C006 B2 ZD002 B4 C007 B4 ZD003 B1 C008 B3 ZD004 B3 C009 B3 ZD005 B3 C010 B1 h t t p w w w w j e l n e t ...

Page 29: ...m Main Board 9Pin 14 Pin Panel D SUB TSUM1PFR LF U401 CN403 1 9 CN404 7Pin 1 6 CN401 Power Board AC IN CN902 10 1 CN801 CN802 CN901 14 10Pin CN101 Key Board 6 Pin 1 6 CN001 4 1 CN602 2 1 13 4Pin CN601 h t t p w w w w j e l n e t ...

Page 30: ...HUDSON 9 30 9 Scalar Board Overview MSTAR chip Flash ROM ESD DC DC Converters ESD h t t p w w w w j e l n e t ...

Page 31: ...nstructions 1 Place the monitor face down on a smooth surface Be careful to avoid scratch and injury during the process of uninstall 2 Remove three screws remarked in red to remove the Stand Base ASS Y h t t p w w w w j e l n e t ...

Page 32: ...5 latches at the bottom of BACK COVER as below and open the other latches along the edge of the BACK COVER then lift dismounts BACK COVER 4 Remove Bezel 5 Disconnect KEY BOARD CABLE 6 Remove two speakers from Main Frame h t t p w w w w j e l n e t ...

Page 33: ...Remove main frame cover A Disconnect the two connectors marked in blue B Remove the four screws marked in red C Press to release left and right latches of LVDS CABLE and then disconnect it h t t p w w w w j e l n e t ...

Page 34: ...rd A Remove the two screws marked in red B Remove three screws marked in red to remove the Power Board and Main Board from Main Frame C Disconnect the connector marked in blue LVDS Connector MB KB Connector MB PB Connector h t t p w w w w j e l n e t ...

Page 35: ... look if the picture is normal Please reinsert and make sure the AC of 100 240 is normal Reinsert or check the Adapter Inverter section X401 oscillate waveforms are normal Check C426 and C428 Replace U401 Replace X401 OK OK OK NG NG NG NG Measure U404 PIN2 3 3V h t t p w w w w j e l n e t ...

Page 36: ...eck Correspondent component Replace U401 X401 oscillate waveform is normal Check C426 and C428 OK OK OK OK OK NG NG NG NG Check reset circuit of U401 is normal Check HS VS from CN101 is normal Replace X401 Check Correspondent component NG NG OK Replace U401 X401 oscillate waveform is normal h t t p w w w w j e l n e t ...

Page 37: ...r CN403 solder Check Correspondent component Replace Panel Check Correspondent component Replace U401 OK OK Replace X401 OK NG NG NG NG Check reset circuit of U401 is normal OK X401 oscillate waveform is normal Measure Q404 base is low level h t t p w w w w j e l n e t ...

Page 38: ...ed circuit and F901 circuit Check start voltage for the pin3 of IC901 Check R904 R932 R933 and Change IC901 NG Check the auxiliary voltage is bigger than 16V and smaller than 32V 1 Check IC901 2 Check R909 D901 circuit OK OK NG Check Q901 D903 IC902 IC903 D915 D916 D921 D922 OK Check IC901 pin8 PWM wave OK Check IC901 NG NG NG OK NG h t t p w w w w j e l n e t ...

Page 39: ... Main Board NG OK Check IC801 PIN12 12V NG OK Check Q805 Q808 Check IC801 PIN8 9 or PIN10 11 have the output of square NG OK Change IC801 Check Q809 have the output of square wave at short time NG OK Check Q809 Check the output of T801 Check connecter lamp OK NG Change T801 h t t p w w w w j e l n e t ...

Page 40: ...s unstable or not working Is Key Pad Board connecting normally Connect Key Pad Board Is Button Switch normally Replace Button Switch Y N N Is Key Pad Board normally Replace Key Pad Board Y N Y Check Main Board h t t p w w w w j e l n e t ...

Page 41: ...e B Microsoft operation system Windows 95 98 2000 XP C PORT95NT exe program D Software ISP SN Alignment kits The kit contents a ISP BOARD x1 b Printer cablex1 c VGA cable x1 Connect the ISP board as follow The process of ISP write is as follows Connect to the PC LPT Connect to the Philips 160VW9 h t t p w w w w j e l n e t ...

Page 42: ...HUDSON 9 42 42 a Double click running the program as follows b Click icon and click to search the program Philips_160VW9_TSUM16AWR_M156B1L01_080731 V001 F0AB and click save h t t p w w w w j e l n e t ...

Page 43: ...HUDSON 9 43 c Click icon it will show Load Message Loading OK d Click icon then click If it burns successfully it will show as the follow picture h t t p w w w w j e l n e t ...

Page 44: ... information about DDC Display Data Channel may be obtained from Video Electronics Standards Association VESA Extended Display Identification Data EDID information may be also obtained from VESA 1 An i486 or above personal computer or compatible 2 Microsoft operation system Windows 95 98 2000 XP 3 PORT95NT exe TPVDDC2 0 program 4 Software OSD SN Alignment kits The kit contents a OSD SN BOARD x1 b ...

Page 45: ...HUDSON 9 45 Take analog DDC write for example as follow a Double click appear as follow Figs h t t p w w w w j e l n e t ...

Page 46: ...HUDSON 9 46 46 b Choose Analog click to search the program and click OK h t t p w w w w j e l n e t ...

Page 47: ...HUDSON 9 47 c Key the same 14 numbers in the Input SN blank and Verify SN blank then click Program Now analog DDC Write completes as follow h t t p w w w w j e l n e t ...

Page 48: ...20 31 36 30 56 57 00 00 00 FD 70 00 37 4B 1E 3C 08 00 0A 20 20 20 20 20 20 00 B3 Decoded EDID data Header Header 00 FF FF FF FF FF FF 00 x Header x Vendor Product Identification ID Manufacturer Name PHL ID Product Code 0875 ID Serial Number ebd90100 Week of Manufacture 23 Year of Manufacture 2001 x Vendor Product Identification x EDID Structure Version Revision EDID Version 01 EDID Revision 03 x E...

Page 49: ...asic Display Parameters Features Color Characteristics Red x 0 6347656250 Red y 0 3349609375 Green x 0 2822265625 Green y 0 5966796875 Blue x 0 1533203125 Blue y 0 0849609375 White x 0 3125000000 White y 0 3281250000 x Color Characteristics x Established Timings Established Timings 1 BF 720x400 70Hz VGA IBM 640x480 60Hz VGA IBM 640x480 67Hz Apple Mac II 640x480 72Hz VESA 640x480 75Hz VESA 800x600 ...

Page 50: ...ailed Timing 1366x768 60Hz x Detailed Timing Descriptions x Detailed Timing Descriptions Detailed Timing FF Monitor SN 312312312132 Detailed Timing FC Monitor Name Philips 160VW Detailed Timing FD Monitor limits Min V rate 55Hz Max V rate 75Hz Min H rate 30 KHz Max H rate 60 KHz Max Pixel Clock 80MHz x Detailed Timing Descriptions x Extension Flag 00 Checksum B3 h t t p w w w w j e l n e t ...

Page 51: ...re 1 Switch the chroma 7120 to RGB Mode with press MODE button 2 Switch the MEM channel to Channel 3 with up or down arrow on chroma 7120 3 The LCD indicator on chroma 7120 will show x 313 30 y 329 30 Y 150cd m2 typ 4 Adjust the RED on factory window until chroma 7120 indicator reached the value R 100 5 Adjust the GREEN on factory window until chroma 7120 indicator reached the value G 100 6 Adjust...

Page 52: ...et the tolerance 100 2 D Adjust sRGB color temperature 1 Switch the chroma 7120 to RGB Mode with press MODE button 2 Switch the MEM channel to Channel 10 with up or down arrow on chroma 7120 3 The LCD indicator on chroma 7120 will show x 313 30 y 329 30 Y 150cd m2 4 Adjust the RED on factory window until chroma 7120 indicator reached the value R 100 5 Adjust the GREEN on factory window until chrom...

Page 53: ...HUDSON 9 53 15 Monitor Exploded View h t t p w w w w j e l n e t ...

Page 54: ...UNLINK 8 FQ102 Q34G0274ABJ 1B0100 REAR COVER15 6 9 FQ103 705GQ834333 LCD 15 6 STAND BASE ASS Y SMTCR U402 100GPMM6000Z11 MCU ASS Y 056G1133 81 CMO FQ305 089G 17356C554 AUDIO CABLE FQ307 089G 725CAA DB D SUB CABLE FQ301 089G402A15NIS1 POWER CORD FQ205 705GQ8CS057 CUSHION ASSY IC902 056G 139 3A IC PC123Y22FZ0F IC601 056G 616 34 IC APA2069JITUL 2 6W 2 PDIP 16 T901 080GL19T 26 T X FMR 460uH SRW24LQL T...

Page 55: ...DDC KIT 715L2005C2 9965 000 43197 FOR ALL MODEL OSD SN KIT 715GT033 C 9965 000 43252 FOR ALL MODEL FOR ALL HUDSON 7 NOVATEK ISP KIT 715LT035A 9965 000 43198 FOR 170A8 190B8 150S8 170S8 190S8 170V8 190V8 NOVATEK ISP KIT 715GT048 1 996510018193 FOR 190S9 190B9 190SW9 190BW9 191EW9 MSTAR ISP KIT 715GT039 A 996510010027 200CW8 190VW9 170V9 190V9 160VW9 REALTEK ISP KIT 715GT039 A 996510010027 170CW8 h ...

Page 56: ...ENTERING 3 3 BRIGHTNESS UNIFORMITY 3 4 WHITE COLOR COORDINATES 3 5 WHITE COLOR UNIFORMITY 3 6 PURITY 3 7 VIEWING ANGLE AND RESPONSE TIME 3 8 SURFACE TREATMENT OF FRONT POLARIZER 4 STANDARD ACCESSORIES 4 1 POWER CABLE 4 2 VIDEO CABLE 4 3 AUDIO CABLE 4 4 INSTRUCTION MANUAL 4 5 GUARANTEE CARD 4 6 DISKETTE 5 RELIABILITY 5 1 MTBF 5 2 LIFETIME OF BACKLIGHT TUBES 6 SAFETY TEST 6 1 PRODUCTION LINE TEST 6 ...

Page 57: ...HUDSON 9 57 9 QUALITY 9 1 DISPLAY DEFECT REQUIREMENTS 9 2 ACCESSORIES ONE 10 AUDIO ELECTRICAL PERFORMANCE 10 1 STANDARD TESTING CONDITIONS 10 2 AMPLIFIER CHARACTERISTIC h t t p w w w w j e l n e t ...

Page 58: ...ing to final SHT 560 2736 sets for 40 container w pallet 2 Electrical Performance All tests must be performed under standard testing conditions item 2 1 unless otherwise specified 2 1 Standard testing conditions Warm up time 30 min AC supply voltage 230V 5 50 3 Hz Ambient temperature 25 C 2 C Humidity 50 10 Display mode 1366x768 60 Hz all white Contrast control Set to factory preset value which al...

Page 59: ...00 VGA 640x480 75Hz 840 x 500 37 500 N 75 00 N 31 500 800x600 56Hz 1024 x 625 35 156 N P 56 250 N P 36 000 800x600 60Hz 1056 x 628 37 879 P 60 317 P 40 000 800x600 72Hz 1040 x 666 48 077 P 72 188 P 50 000 SVGA 800x600 75Hz 1056x625 46 875 P 75 000 P 49 500 1024x768 60Hz 1344x806 48 363 N 60 004 N 65 000 1024x768 70Hz 1328x806 56 476 N 70 069 N 75 000 XGA 1024x768 75Hz 1312x800 60 023 P 75 029 P 78...

Page 60: ...e monitor is equipped with a power management according to NUTEK power consumption and is EPA 4 0 Tier 2 compliant There is a delay of 5s 7s before the transition from On state to any power saving state to avoid unintentionally entering of a power saving stage during display resolution and timing mode changes Transition from any power saving state to another can be instantaneous The recovery from ...

Page 61: ...nd 2 7 2 Control Function For Analog Input Brightness Contrast Eco Mode Gamma 1 2 3 DCR Focus Clock H V Position Color Temperature Cool Warm Normal sRGB RGBYCM Color Boost Full Enhance Nature Skin Green Field Sky Blue Auto Detect Demo Picture Boost Frame Size Brightness Contrast Hue Saturation H V Position Bright Frame on off OSD Setup H V Position Timeout Language Extra Input Select Auto Config R...

Page 62: ...HUDSON 9 62 62 h t t p w w w w j e l n e t ...

Page 63: ... horizontal position of the picture Each step will increase decrease value by 1 0 100 Do Auto Config Image Setup V Position N A Adjust the vertical position of the picture Each step will increase decrease value by 1 0 100 Do Auto Config Warm N A Recall Warm Color Temperature from EEPROM N A Normal N A Recall Normal Color Temperature from EEPROM N A Cool N A Recall Cool Color Temperature from EEPRO...

Page 64: ...e Picture Boost Bright Frame N A Enhance Area function ON OFF Recall OFF Value H Position N A Adjust the horizontal position of the OSD Each step will increase decrease value by 5 0 100 Recall 50 Value V Position N A Adjust the vertical position of the OSD Each step will increase decrease value by 5 0 100 Recall 50 Value Timeout N A Adjust the OSD timeout Each step will increase decrease value by ...

Page 65: ...sition setting in OSD Setup item Input Not Supported When the Hsync Frequency Vsync Frequency or Resolution is out of the monitor support range will show this message This message will be flying Cable Not Connected Analog Only Model When the video cable is not connected will show this message This message will be flying No Signal Analog Only Model When the video cable is connected but there is no ...

Page 66: ... 68 22 13 78 2ª B3 70 A2 55 48 98 27 20 15 50 54 BF EE 00 31 0A 61 4C 01 01 01 01 01 01 30 01 01 01 01 01 01 66 21 56 AA 51 00 1E 30 46 8F 40 33 00 58 C2 10 00 00 1E 00 00 00 FF 00 33 31 32 50 33 31 32 33 31 32 31 33 32 33 00 00 00 FC 00 50 60 68 69 6C 69 70 73 20 31 36 30 56 57 00 00 00 FD 70 00 37 4B 1E 3C 08 00 0A 20 20 20 20 20 20 00 B3 Note Byte 0C 0D 0E 0F means Serial No Byte 10 11 means Ma...

Page 67: ... 5 Brightness control is reset Contrast control is set to max Brightness of all pixels white CR Brightness of all pixels black 3 2 5 DCR Dynamic Contrast Ratio To improve Contrast Ratio Reducing Black Luminance by Backlight Control and Data Stretch the Dynamic Contrast Ratio DCR measured at center position 5 of the display should be 1500 1 typ and is calculated according to the following formula T...

Page 68: ... accessories one about the value please The response time is measured from 90 to 10 tr and from 10 to 90 tf for a transition from white 100 to black 0 to white 100 3 8 Viewing angle The viewing angle should be 90 Typ horizontal and 65 Typ vertical for CMO M156B1 L01 Panel The display orientation should be in that way that the direction with gray scale inversion if present points to the bottom edge...

Page 69: ...A detailed calculation is required from the vendor The demonstrated MTBF will be more than 70 000h The vendor has to perform appropriate tests and will provide a detailed report 5 2 Lifetime of Backlight Tubes After 20 000h the brightness is still more than 50 of the original brightness 6 Safety Test Following tests are performed by 100 of all units 6 1 Production Line Test A 100 production line t...

Page 70: ...rical fast transient EN55024 IEC61000 4 4 NO functional disturbance 1kv power cord Surge EN55024 IEC61000 4 5 Cs EN55024 IEC61000 4 6 Power frequence magnetic immunity EN55024 IEC61000 4 8 Voltage dips Interruptions EN55024 IEC61000 4 11 Harmonics current Emission IEC61000 3 2 Voltage Fluctuation Flicker IEC61000 3 3 8 Environmental 8 1 Environmental Conditions Climatic Operation according to IEC ...

Page 71: ...mbar 70Kpa max not relevant Radiation Solar heat 700 W m2 Dewing Allowed Test condition 16h with 25 C and 72h with 70 C Ambient tem sunshine 8 2 Environmental Condition mechanical 8 2 1 Operating according to IEC 721 EN60721 Class 3M2 Test Procedure IEC 68 EN 60068 Freq range Hz 10 30 30 200 200 500 Change db oct 12 6 Spectral acceleration density m2 s3 0 75 Accel RMS m s2 4 3 Axis 3 Vibration ran...

Page 72: ...istance between 2 bright dots 10 mm Bright dots are tested with full screen black pattern R G B 0 0 0 Max 5 black dots Max 2 joined 2 adjacent black dots no defect with 3 adjacent black dots Min distance between 2 black dots 10mm Black dots are tested with full screen white R G B 255 255 255 red R G B 255 0 0 green R G B 0 255 0 blue R G B 0 0 255 pattern Total amount of Dot Defects are 5 Max Incl...

Page 73: ...ontrast ratio Viewing angle Units degree Response Time Units ms Parameter Panel Typic al Min Typic al Min H left Typ H Right Typ V Up Typ V Down Typ Typ ical Max CMO M156B1 L01 750GLM5 6B1112N 250 210 500 350 45 45 45 20 8 Remark Refer to other Panel SPEC about the parameter please h t t p w w w w j e l n e t ...

Page 74: ...nd HV regulation are always checked as a standard servicing procedure and the reason for this prudent routine is clearly understood by everyone It is important to use an accurate and reliable HV meter It is recommended that the HV recorded on each customer s invoice which will demonstrate a proper concern for the customer s safety 5 When troubleshooting and making test measurements in a receiver w...

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