Acer
Contents
1. 3 3V VDDP AVDD T 9 9 FB104 FB103 600 600 C138 C139 C136 AN C137 22u 16V 0 1 16V 224 16 0 1 16V GND 18V vone CN105 vuo 4 20 19 FB102 18 60a mox C133 A C134 C135 RXOO 16 22u t6V AVDD VDDC T ie RXO1 12 T Hy RXO2 h GND C142 T H RXOC 85 88 VCTRL erg 5 8 RXO3 RED RINOP a LVBOP 3 3 RED RINON lt 3 GREEN GINOP RXO1 3 GREEN TOOORISOVINGS GINON LVB1M 4 5V R150 5 SOGNO 2K2ING BINOP LVB2M GAD RST 3 BLUE BINON LVB2P VA 3 HSYNC HSYNCO LVBCKM 3 VSYNC VSYNCO LVBCKP DDC_SDA_VGA DDCA_SDA RS232_TX R149 9 S 3 DDC SCL VGA DDCA_SCLirs232_RX GND 0105 PMBT3904 NC R152 j 4TKINC pea 1 RAOS LVAOM 0 Lvaop 39 R153 AVDD LVAIM 5 56 100K GND amp R125 LVA2M S gt x x x x x 390 1 55 5 5 2525 VCC5V GND GND GND BER OM U105 LvAaP 33 m 5 xl TSUM1PFR E of of xf of 5 C140 E S sert x REFM R190 165 a la Mie 0108 _ 5 WP OSD 0 GPIO P15 PWMO WP EDID 3 PM25LV2. Table 1 Protection Condition Spec Short output for 5V SCP short circuit protection output it must be shorted with auto recovery function before F802 OPP Over power protection nominal AC input 32W Table 2 Status H sy V SY Video Power LED nc nc Power On on on active lt 25W Blue Power Saving off on blanked lt 2W Orange on off blanked lt 2W Orange 5 Acer LCD X163W off off blanked lt 2W Orange Power Off lt 1W Off 3 2 Backlight Power Supply Panel CMO M156B1 L01 I Input Voltage 14 13 5 16 3 V Input current 1 1A typ 1 4 5 5 gt 2 0 On Off switch level 0 3VsVoffs 0 8 V Brightness PWM duty Extra PWM duty 35 100 High 3 3V Low 0 0V Freq 4 Vsync freq CCFL operating Voltage 650Vrms Typ 3 0mA min CCFL Current N 8 gt 3 gt Max CCFL startup voltage 21200 Vrms 0 C Operating frequency 40 80 KHz Protect delay time gt 1 second ficiency ____________ _ 6 load instead of CCFLs 100Kohm 2 Note Other panels please refer to the reference panel specs 3 3 Brightness output The test to verify specifications in this section shall be performed under the following standard conditions unless otherwise noted Temperature 25 Test pattern white Video Resolut
3. ee Si eger Power Supply Current p sedi LVDS commoninputvoltage Vic Note 1 The module should be always operated within above ranges Note 2 Measurement Conditions 5 0V 01 25 1475 y LCD Input 1uF High to Low Control Signal sw Tap i Vcc rising time is 470 5 Vcc 0 9Vcc 0 1Vcc 470 5 20 Acer LCD X163W Note 3 specified power supply current is under the conditions at Vcc 5 0 V Ta 25 2 f 60 Hz whereas a power dissipation check pattern below is displayed a White Pattern b Black Pattern Active Area Active Area c Vertical Stripe Pattern Active Area 3 1 2 Vcc Power Dip Condition i Dip condition 4 0v lt lt 4 5V Td lt 20ms 21 Acer LCD X163W 3 2 BACKLIGHT UNIT 25 29C m Lamp Input Voltage 7 0 Current 30 70 80 mAs 1200 06 Lamp On Voltage Vs scr Operating Frequency 50 55 60 KHz 3 7 LamplifeTme La 4000 50000 Hrs 5 l 7 0mA Power Consumption 92 4 7 0 Note 1 Lamp current is measured by current amplify amp oscilloscope as shown below HV HV Note 2 The voltage that must be larger than Vs should be applied to th
4. Acer LCD X163W Service Manual LCD Monitor Acer X163W Table of Contents Important Safety Notice 01 OT Prod ct Specification ccr LS 03 02 Flat Panel Specification eg EON Re vci en 17 Exploded Diagrami 34 04 x eine 35 05 Spare 41 06 and abet aee d i 42 07 Assembly and Disassembly 49 Appendix User s manual Copyright Copyright 2006 InnoLux Tech Corp Ltd All Rights Reserved This manual may not in whole or in part be copied Photocopied reproduced translated or converted to any electronic or machine readable form without prior written permission of InnoLux Tech Corp Ltd Acer X163W Service Manual Acer LCD X163W Important Safety Notice 1 Safety precautions This monitor is manufactured and tested on a ground principle that a user s safety comes first However improper used or installation may cause damage to the monitor as well as to the user Warning 2 This monitor should be operated only at correct power sources indicated on the label on the rear of the monitor If you re unsure of the power supply in you residence consult your local dealer or Power Company Do not try to repair the monitor by yourself as it contains n
5. 5 1 2 LCD module defects LCD module defects check follow to the IIS 5 2 Keypad Function 5 2 1 Control buttons on the front bezel CONTROL KEY KEYS FUNCTION A When main OSD un displays press AUTO to perform scenario OSD B When scenario OSD displays press AUTO to perform auto adjustment C When main OSD displays press AUTO to return to previous level menu or exit main OSD AUTO Acer LCD X163W A When OSD un displays when press the e Color menu will show B When OSD displays when press the e Color menu will show OSD will disappear Acer When main OSD isn t shown screen press MENU to enter main OSD interface When main OSD and displays press MENU to perform function of menu icon that is highlight or enter next level menu MENU When main OSD and scenario OSD displays press these keys to change the gt 4 contents of an adjustment item or change an adjustment value POWER Power on or power off the monitor 5 2 2 Hot Key Operation HOT KEY OPERATION FUNCTION DESCRIPTION e lt gt MENU POWER Press amp MENU at the same time and then FACTORY N press POWER for DC power on OSD menu MODE will be shown with F on the left top Select F for entering factory mode 5 30 0 Structure The On Sc
6. 45 Acer LCD X163W Assembly and Disassembly continue BOARD W O SPK LE15E1 510 ROHS Insert powerboard into the designated cnassis location of chassis the attached 791551400500R Insert Keypad wire 1 Check if the mainboard and relevent ir h re OK PCBA I F mainboar et ee 7917913005008 JBOARD W O LE 2 Insert the wire into the main board like d s wrie iilii the Picture 15F9 510 ROHS Connect mainboar P Connent powerboard with the relevant d amp powerb in the mainboard like the attached Picture SCREW P CROS 509146306200R S W WAS M3 6 Zn Cc Handle electric opener and 2pcs of M3 46 Acer LCD X163W Assembly and Disassembly continue Fix 3 pcs of screws separately on the SCREW P CROS poweboard and mainboard like the 509146306200R S W WAS M3 6 attached Picture1 Zn Cc Twist 1 Handle hexagonal screws and electric SCREW P CROS Hexagona 2 Twist screw in the interface like the s 2 attached Picture screws 1 Tear off the adhensive tape of FFC wire Insert 2 Insert FFC wire into the interface of HRN LVDS FEC LVDS wire into 3 Put FFC wire order and paste them panel on the panel 4 Fix chassis on the back of panel 47 Insert lamp wire Assemble Assemble cover back and Packing cushion Acer LCD X163W Assembly and Disassemb
7. oo 4 e K 42 491481400100R Bru 2008 4 30 29 150 1502 4 Acer LCD X163W m uan 2 U tei Y ami AO OF ist 43 Acer LCD X163W 6 2 IF BD Layout SILKSCREEN BOTTOM PCB NO 4914813001008 REV A DESIGNER XN KE FILE ILIF 090 PCB 0 2008 03 27 491481500100R 513 Eso 2 25 p 2u 25V 0512 514 2 2u 25V R502 C506 2 25 10K 1 16 _ tu 16V 1 CN502 AGND L iksz 1 4 2 3300 50 Ad caus Bo R507 R524 C503 0506 10 470 10 1 4 13 54148 vec 4 REF T 10K 1 FSET sw H2 DM 57 R501 11 501 0507 BOSC L 8 C520 20K 1 SN414 DBRT HL 0 047 50 4 3 300p 50V u501 H EN HE 2 1 8 E IC501 1 1 1 fp MP1008 1 4100 002 BRIGHTNESS R506 T SPW 078 10K C504 sr 220p 50V 3 R525 517 o2 470 7 R508 4 10p 3KV T
8. 40 20 0 20 40 60 80 Operating Specification Temperature range 0 to 40 C Relative humidity 0 to 90 2 2 Safety EMC Ergonomics and Compatibility Requirements Items Description UL cUL Nemko GS Safety EMC Nemko Ergo Ergonomics e Windows 95 98 Me Windows 2000 Windows XP Compatibility Power Energy Star Management e Acer LCD X163W 2 3 Electrostatic Discharge Requirements Sec Gontactdischarge Contact discharge 8KV Electrostatic Discharge 61000 4 2 55024 Air discharge 8KV Air discharge 15KV 2 4 Reliability Condition Spec Excluding the CCFL Life time Luminance becomes 50 40 000 Hours min Note1 Display an all WHITE field at mid Brightness and Contrast settings 3 Electrical and Optical Characteristics and Performance Input Voltage Range Universal input full range 100 240 50 60Hz AC Input Current 100Vac 0 8A max 240Vac 0 4A max Frequency Range 100Vac 50Hz 60Hz 240Vac Inrush Current 100Vac cold star 25 C 40A max 240Vac cold star 25 C 60A max 3 1 Main Power Supply Ripple and Noise 14 2V output lt 500mv 5V output lt 150mv VCC14 2V 13 5 16 3V 1 1A typ 1 4A m a VCC5 2V 4 95 5 45V 0 8A typ 1 0A m Power consumption Power consumption lt 25W
9. 024 022 D21 NA B5 B4 G7 G6 5 3 BACKLIGHT UNIT High Voltage Note 1 Connector Part No YEONHO 35001HS 02L or equivalent Acer LCD X163W Acer 5 4 COLOR DATA INPUT ASSIGNMENT The brightness of each primary color red green and blue is based on the 8 bit gray scale data input for the color The higher the binary input the brighter the color The table below provides the assignment of color versus data input 0 0 0 0 0 0 0 0 01010 0 Tal d 010 01 0 pom un 010 0 0 010 0 0 0 0100 010 010 010 Tisi Ts Tu 010 HA 0 0 010 010 G7 26 25164 G3 02 G1 Go B7 Be B5 B4 B3 B2 B1 BO 0 0 10 10 0 010 0 0 0 1 1 0 0 1 1 s a 0 0 0 0 0 0 1 1 1 1 L8 ES S OO 0 0 010010 0 0 0101010 0 0 0101010 0 1 0 0 0 1 1 1 0 1 0 lt U cc 79 2 5 E E Green ae el gt ooorrrorjcoco lt gt Oo gt gt Be ooo boo Note 1 0 Low Level Voltage 1 High Level Voltage 27 Acer LCD X163W 6 INTERFACE TIMING 6 1 INPUT SIGNAL TIMING SPECIFICATIONS The input signal timing specifications are shown as the following table and timing diagra
10. 1 10 Lv2 10K 1 R519 820 1 AF4971NN C518 0508 27 300 50 34414 R503 R504 10K 100K 1 C505 0 01 50 NA 2K21 6510 2204 25 Hd REF SH x D509 R527 SN4148 220K R515 Les 75K 9502 1 27002 p t R511 R572 560K 1 R530 10K 0505 D503 150K 1 SN4148 SN4148 R528 1 C516 R516 al 0 1 50V 75K 1 Q503 9501 27002 1 02 PMBT3904 REIS 10K 504 0502 InnoLux R529 SN4148 SN4148 7 1 Geis Document Number SIZE APPRO 0 1 50 TITLE CHECK BY Inverter SCH 2008 01 02 DRAWN BY Rev SHEET 4 OF 4 01 Tite lt Title gt Bize Document Number lev C Doc Rev Pate Wednesday April 09 2008 Bheet of T de gt CN104 ADC KEYO R902 R901 0603 3K9 0603 3K9 R903 0603 3K9 LED901 ISW906 O 5 905 ISW904 SW903 SW902 N SW SW TACT SW SW N SW i 8P 1 5mm SMD itle lt Title gt ize Document Number A lt Doc gt Date Wednesday April 09 2008 2 CN104 2x4P 2 0mm a gt 9 onl o itle Title ize Document Number A Doc Date Wednesday April 09 2008 2 0102 2 0 3 3V LD1117AL 1 8V 8 1 VOUT 2 0101
11. 800 x 600 60Hz 800 x 600 72Hz N A 800 x 600 75Hz N A 832 x 624 75Hz 1024 x 768 0 87Hz l N A 1024 x 768 60Hz 1024 x 768 70Hz 1024 x 768 75Hz N A 1280 x 1024 75Hz N A 1152 x 870 75Hz N A 0 591 Acer LCD X163W VESA 6 800 x 600 85Hz N A 5 1024 x 768 85Hz 4 1280 x 1024 60Hz 3 1280 x 1024 0 85Hz N A 2 1600 x 1024 0 60Hz N A 1 1600 x 1200 75Hz N A 0 1600 x 1200 85Hz N A 26 27h Standard Timing Identification 1 1024 x 768 66Hz 4 3 28 291 Standard Timing Identification 42 No Application 2A 2Bh Standard Timing Identification 3 No Application 2C 2Dh Standard Timing Identification 4 No Application 2bE 2Fh Standard Timing Identification 5 No Application 30 31h Standard Timing Identification 6 No Application 32 33h Standard Timing Identification 7 No Application 34 35h Standard Timing Identification 8 No Application Pixel Clock 85 86 MHz Horizontal Active 1366 Pixels Horizontal Blanking 432 Pixels 36 46h Vertical Active 768 Lines Vertical Blanking 27 Lines Horizontal Sync Offset 72 Pixels Horizontal Sync Pulse Width 144 Pixels Vertical Sync Offset 1 Lines Vertical Sync Pulse Width 3 Lines Horizontal Image Size 344 mm Vertical Image Size 193 mm Horizontal Border 0 Pixels Ver
12. built in 1 2 FEATURES Contrast ratio 500 1 Response time 8ms Brightness 250nits Color saturation NTSC 65 WXGA 1366 x 768 pixels resolution DE Data Enable only mode LVDS Low Voltage Differential Signaling interface RoHS compliance 1 3 APPLICATION TFT LCD Monitor 1 4 GENERAL SPECIFICATIONS em 1 specification Unt 344 232 H x 193 536 V 15 6 diagonal 347 5 H x196 8 V 0 252 H x 0 252 V m Pixel Arrangement RGBverticalstipe _____ Display Colors 16 coo lransmissive Normally White Surface Treatment ___ ____ AG type hard coating Haze25 1 5 MECHANICAL SPECIFICATIONS ees Mm o Typ Max Unt Note Horizontal H 363 3 363 8 364 3 m o 1 Sas Module Size Vertical V 215 4 215 9 216 4 Depth D SSS ae EES S 1300 Sa Note 1 Please refer to the attached drawings for more information of front and back outline dimensions Acer LCD X163W 2 ABSOLUTE MAXIMUM RATINGS 2 1 ABSOLUTE RATINGS OF ENVIRONMENT Symbol ee ee Storage Temperature m 3 Operating Ambient Temperature To 0 5 M Shock Non Operating 5e 1 ee Vibration Non Operating ere el CH CN Note 1 Temperature and relative humidity range is shown in the figure below a 90 RH Max Ta 40 b Wet bulb temper
13. high voltage output of the inverter When designing or ordering the 22 Acer LCD X163W inverter please make sure that a poor lighting caused by the mismatch of the Backlight and the inverter miss lighting flicker etc never occurs If the above situation is confirmed the module should be operated in the same manners when it is installed in your instrument The output of the inverter must have symmetrical negative and positive voltage waveform and symmetrical current waveform Unsymmetrical ratio is less than 10 Please do not use the inverter which has unsymmetrical voltage and unsymmetrical current and spike wave Lamp frequency may produce interface with horizontal synchronous frequency and as a result this may cause beat on the display Therefore lamp frequency shall be as away possible from the horizontal synchronous frequency and from its harmonics in order to prevent interference Requirements for a system inverter design which is intended to have a better display performance a better power efficiency and a more reliable lamp It shall help increase the lamp lifetime and reduce its leakage current a The asymmetry rate of the inverter waveform should be 1095 below b The distortion rate of the waveform should be within y 2 10 c The ideal sine wave form shall be symmetric in positive and negative polarities Asymmetry rate IIo 1 5 lms 100 I Distortion rate p p or p Ims Not
14. refers to the user manual Acer LCD X163W 01 Product Specification 1 General Acer X163W is designed with analog interface input it featured with embedded universal AC power supply It s a green product and meets all ROHS standard The power button and display control buttons are on the front of the monitor The monitors shall automatically to display lower resolution video modes into 1366 x768 full screen display The image can be adjusted through OSD control 1 1 Main Features Features Specifications Maximum resolution 1366 x 768 60Hz Back light system 2 CCFL top amp bottom edge side Actual Resolution display WXGA 1366 x 768 Pixel pitch mm 0 252 H x 0 252 V Display area 344 232 x 193 536 mm Response ine T yp 45 L 45 R 20 U 45 D Analog D sub 15 pin NA Plug amp Play VESA DDC2B ly University AC power AC 100 240V 50 60Hz 1 2 Accessories DVI cable cable Warranty Quick start Installation card Guide Guide Description 15m J 00 SST ee ee 2 Operation Specifications The unit should suffer no visible cosmetic damage and should operate with no degradation in display quality during exposure to the operating conditions and after exposure to the non operating conditions in any sequence 2 1 Environmental conditions Acer LCD X163W Relative Humidity Operating Range
15. 010A 100SCE PANDORO Pad 8 vcc 50 1 spo GPIO P27 PWM1 28 PANEL ENABLE 2 72 we FW HOLD SCZ GPIO_P12 CCFL ENABLE 2 MM PWM1 GPIO_P25 SS Bi BRIGHTNESS 2 GND so R191 R141 1K POWER MENU R192 1K GPIONTISARO RIS ENTERIPLU abe KEYO 10K GPIO_POO SAR1 Eq EXITIMINUS GPIO PO1 SAR2 JADC_KEY2 RST VCCSV 54 RST D LED AMBER f LED_A GPIO Po7 t LEDGREEN LED G C Me GND C157 PWMO GPIO P26 22 EE Axe VOLUME 2 22050 A GPIO_P13 MUTE 2 S A XIN _ 14 DET 3 PMBT3906 LED_AC 101 R166 4 31818MHz C174 0 1 16V 10K 1 3 R165 330 C158 R0603 22p 50V LED A R167 100 NC 80603 GND NCE i GPIO P10 I2C MCL SCL A2 _ 11 2 _ SDA GND R176 ATZACOAN 10K MOBEIOI GND MODE 1 E WP OSD anos LED G C D didi PMBT3906 GND R169 GND Note 4 CN104 2x4P 2 0mm 2i 2 a POWER MINUS MENU PLUS KEY 5 ADG keva 5 LED_AMBER Note 5 LED A 4 1 LED blue driving circuit is reserved for BenQ model InnoLux Mstar 1PFR Common Board 1 OTHER KEY e KEV 2 Bypass capacitor C167 C168 C169 C170 C171 C172 C173 are for ESD and EMI issue ESD component Document Number SIZE BY 5 Rire gt 101 102 103 are for GPIO direct driving LED 9 558528228 3 RL111 RL112 RL113 are reserved for some panel spec 1
16. 2 10R 1 500 801 C805 400V SPW 093 L802 68u 450V lt 1 eus cer XE 4n7 1KV 68K 2W 2 D805 5uH R829 I _ D801 R803 SB5150 10 1W J 814 06 NC 47 1 2 4M C807 2806 C811 ES 2 478 1n500V EQF 2V ue 12V 4W R807 20801 2 F802 V sv D804 4 125 R824 MUR1100 2 4M 6 C814 R817 0806 10V 220uF 10V 688 A02 R825 24M T 1 C815 47u 25V R809 R813 150R 10K 51K 1 R811 R810 1 801 5K1 1 4 1 4 2815 1K 1 802 21 w l2 R814 MNN 258 1K 0808 LTV817M C816 o 0 0 1N4003 0 1 100V C804 0 47u X2 R816 MEB 275V R812 6R8 NC 9 1V 1 10K 1 C817 ZD806 D809 0 1u 50 SN4148 C801 1 2200 2 C818 TL431 250V 1 474 25 0822 R818 821 3K3 1 RT801 4700P Y1 10u 16V 5R L F801 2A 250V CN801 InnoLux BenQ 15W 2 lt lt 5 3 2 4 1 Document Number SIZE APPRO 1 5 B 6 BRIGHTNESS x 50mm 6P TITLE CHECK BY AC IN Power SCH TO SCALER BD CN101 0825 0 1 50V ee DATE 2008 01 03 DRAWN BY SHEET 2 OF 3 V01 6 2 20103 CN102 Note 2 DZ11AA1 H5W6 4F 0 2114 47 C113 0 1u 16V _ gt R115 47 C114j 0 1u 16V gt gt GREEN R116 47 2115 0 1u 16V gt C116 SOG 10p 50V NC R122 84 5 C119 0 1u 16V RED R123 84 5 C120 0 1 16V gt gt GRE
17. 63W Workmanship LVDS cable NG Check the pins of 0105 6 White Screen White Screen Check LVDS OK Cable Insert OK NG OK ChangeLVDS Cable NG Check VLCD is 45V OK Check LVDS cable Check Panel Enable of U105 0105 fail heck 0101 0104 R107 R108 NG Q104 R107 R106 fail 40 Acer LCD X163W Workmanship LVDS cable NG Panel NG Acer LCD X163W 05 Spare Parts List 41 INL P N Description MOQ 20 791791300500R BOARD W O LE15F9 510 ROHS 20 791551400500R PCBA P I BOARD W O SPK LE15E1 510 ROHS 20 791791500000R PCBA KEYPAD BOARD LE15F9 510 ROHS 20 453070801190R PWRCORD 16 250 BLK 6FT VDE KTL H05VV F 20 453010100470R CABLE D SUB 15P MALE 1 5M BLK BLUE ROHS 20 430303001630R HRN LVDS FFC 30P 125mm ROHS 20 430300802000R HRN ASS Y 171mm 2X4PW O4P 8PTO 1X8P W O7 20 714050017700R Assy back for CMO for out LE15F9 20 714030018901R ASSY BEZEL BLACK for out LE15F9 20 714011204100R stand le15F9 20 714020015100R Assy base cvoer for out LE15F9 20 501020223400R back cover for CMO for out LE15F9 20 701000010200R Assy Chassis for CMO for out LE15F9 10 631102050170R LCP 15 6 M156B1 L01 901 A CMO ROHS Acer LCD X163W 06 Schematics and Layouts 6 1 PI BD Layout 4914814001006 lt
18. 8 7 SSM24APT m B PAD B 5 VOUT 3 23V 4 c406 6 BRIGHTNESS 4 2 E Ei 7 lt __ 4 Q PAD 2 EI 4 0 C104 2 c101_ RO805 NC 0 1 16V C102 100u 16V S Power Inverter GND 100u 16V NC Board 5 GND GND 0101 VCC5V AP2305GN Note 4 VCC ESD 22u 16V NC C103 Note 6 0 1 16 R105 R113 AKT CoFL ON OFF uS n G 0603 111 Rio 4 CCFL ENABLE Q103 100 3904 4 PANEL ENABLE gt 1 112 R108 1u 16V 47K N Q104 PMBT3904 2N7002 NC C107 0 1 16V NC 1 8V 1 8V 4 VLCD wcb 100u 16V C110 T 0 1 16V Mstar 1PFR Common Board APPRO BY GND InnoLux Note Document Number 1 101 is no locked packgae for normal model CN101 is locked packgae for special model Dell 1PFR 2 D101 must be co layed with R101 3 U101 must contain TO263 TO252 and SOT223 package TITLE 4 Reserved for 3 3V panel POWER DC TO DC 5 Low enable CHECK BY 6 Reserved 111 112 0102 for panel power discharge 2008 1 26 DRAWN 820 4700P Y1 NC R802 C80
19. EE 60 317 40000 1024 768 60 1344 806 48 363 60 004 65 000 NOR N oN 1024 768 70Hz 1328 806 56 476 70 069 75 000 MAC MODES voa ewwogss gw awsz sso 667 30240 Other MODES 13187809 66 025 70 400 WXGA arra P P esso 1 Non interlace signals only interlace signal cannot be display 2 Please refer to F W specification for more detail 3 Each frequency of Power Macintosh and Sun Ultra is a reference value 4 22 DDC signals DDC signals 4 3 Timing requirements Scan Frequency Horizontal Vertical Out of range 4 4DDC data 4 4 1 EDID File Format EDID Structure EDID Data Table X163W EDID table Acer LCD X163W 5V 50mA TTL level Sync polarity or Sync polarity or 56 70Hz Excluding Horizontal 31 57 KHz or ertical 56 70 Hz panel DCLK 85 MHz Message Input Not Supported on screen EDID Standard Compliance 5 5 EDID Standard Version 3 Revision 0 Version 1 Revision 3 See the attached table for example 0 1 2 3 4 5 6 7 X163W EDID table detail description Address Vendor Product Identification Description 00 07h ID information Header ID information Header 08 09h pte ID Manufacturer ACR ID Product Code 0058 ID Serial Number 8080AA5C 10h Week of Manufactu
20. EN R124 84 5 C121 0 1u 16V VGA DET 2 VCC ESD VCC5V VGA5V e 27 4 eT D 1 16V NC C123 6124 C125 R126 D106 5 5 0 1 16V 0 1 16V 0 1 16V 0 1 16V BAV70 N C128 pev GND GND 21272 R128 R129 0103 4 7 4K7 gt 10K 24 02 2130 1K VOC AO VGA_SCL R131 100 Al SDA R132 100 5 SCL 2 SDA GND 101 1200 GND R133 1K 4 gt 5 4 ___ gt 4 EDID 4 al 8 DDC SCL 4 al al a x 2 Xx Note 5 e gt 8 C gt SDA VGA 4 131 132 i 8 8 h 8 8 33p 50V NC 33p 50V NC Al A GND GND InnoLux Mstar 1PFR Common Board Document Number APPRO BY 1PFR Note VGA INPUT 1 R120 is reserved for Samsung model 2 0603 package for Bead C116 C117 C118 are reserved for EMI or performance issue 3 C122 C123 C124 C125 are reserved for ESD or EMI issue DATE 2008 1 26 DRAWN 4 R126 is reserved for Samsung model 5 C131 C132 are reserved for tuning performance issue A 4 4 4
21. Others depend on timing 8 0 SOP of firmware upgrade 8 1 Operational ESD requirements condition Equipment PC ISP card signal cable and power cable Manufacture of FW IC PMC SST MX 8 2 Operational steps antistatic wrists antistatic gloves Name of ISP program ISP_Tool_v3 7 5 3 fingers and connecting cable 1 Connection connect PC to PCBA with signal cable and then keep AC and DC in open state signal cable Acer LCD X163W 2 Adjust ISP programming Firstly double click ISP Tool v3 7 5EXEI and open ISP program then select Device next select manufacturer model of FW IC which should be correspondent with that of PCBA FW IC Double click Figure One MStar ISP Utility 3 7 5 3 SEES weed 3 Program i Contig Connect Con WPH Control Customize Flash Status r Write Protect Protect BPO BP1 WPEN Pm25L 512 Pm 25LV020 C None C Protect 1 4 251 040 Protect 1 2 6 Protect All Flash Status 8C Secondly download FW software first select READ and then load FW software in Rooter Fig 2 CA Documents and Settings 1201138 AH 7 904613006028 _1917A Checksum 0x1444 A fj ACER_1917A_color_imolux YO_E 1_BB4O hex 19 s RTD2120Estend ACER 19174 color innolux FETA Elapsed Time t Thirdly select Connect and enter ISP MODE as in the fol
22. PFR Ss 3 4 CN103 amp CN104 are no lockedpackgae for normal model THLE a w CN103 amp CN104 are locked packgae for special model Dell SCALER CHECK BY 5 55 al a 5 Delete R149 R150 R151 R152 Q105 Reset reserved components and change Reset Voltage from 5V to 4 5V 2 2008 1 26 DRAWN Rev SHEET 4 OF Acer LCD X163W 7 0 Assembly and Disassembly The tool of Assembly and disassembly 1 Electrostatic gloves 2 Electric screwdriver the lengthe of screwdriver top is 10 0 5cm the diameter of screwdriver topis 5 H5mm Sequence Procedures Description 1 Take panel out of box and place it on the foam 2 Tear open the PE bag and put it in the LCP designated carton 15 6 M156B1 3 Place panel on the foam like the 6311020501705 101 901 attached picture CMO ROHS Remark Do not touch the lamp cord and place the surface of panel downsides on the cush 1 Reverse the panel by 180 degree put the surface of panel upsides and insert front bezel in the panel ASSY 714030018901R BEZEL BLACK fo r out LE15F9 Assemble 2 Reverse panel by 180 degree using both hands put the surface of panel downsides and make sure FFC interface is closer to operator 3 Paste tinfoi Place the chassis the cushion after ASSY Chassis VW chassis 7 check like the attached Picture1 701000010200R Audio LE15E1
23. R817 C815 0806 Check feedback circuit Check IC801 have output Change IC END 36 Acer LCD X163W 3 No Raster No raster Yes LED Blue Yes Backlight can t be turned on Is there 14Vdc voltage on pin9 of 1 501 Check board No R503 Are connected rightly Connecting the CN501 CN502 output connector again Is there high level voltage on pin8 of 1 501 Is there instantaneously pulse wave on pin14 pin11 of 501 at the moment of restart Yes U501 fail 501 fail T501 fail Check feedback circuit 0507 0508 37 4 Black Screen Black Screen Check power supply Pin 1 2 of CN 101 OK Check power supply For 1105 OK Check reset Pin 54 of U105 OK Check Crystal waveform Pin 1 2 of 0105 OK Check CCFL Enable Pin55 of ULOS 1105 fail Check Pin 5 of CN101 38 NG Acer LCD X163W POWER Fail Check D101 0101 0102 Check C164 R153 Check X101 C157 C158 Inverter Fail Check 0103 R105 R106 5 Bad Screen Bad Screen Check LVDS cable Change LVDS OK cable NG Check Crystal OK Pin 1 2 of 0105 N Chang X101 157 158 39 Acer LCD X1
24. ature should be 39 Max Ta gt 40 c No condensation Note 2 The temperature of panel display surface area should be 0 Min and 60 Max Relative Humidity RH 100 Operating Range Storage Range 40 20 0 20 40 60 80 Temperature Note 3 11ms half sine wave 1 time for X Y 7 Note 4 10 300 Hz 10 3 cycles each X Y 2 Note 5 At testing Vibration and Shock the fixture in holding the module has to be hard and rigid enough so that the module would not be twisted or bent by the fixture The fixing condition is shown as below At Room Temperature LCD Module Side Mount Fixing Screw Side Mount Fixing Screw Gap 2mm Bracket Acer LCD X163W 2 2 ELECTRICAL ABSOLUTE RATINGS 2 2 1 TFT LCD MODULE Power Supply Voltage 2 2 2 BACKLIGHT UNIT LampVotagg V 25 1 2 Lamp Current 23 8 mA ys 1 2 also see 10 LampFrequeny F 50 60 KHz Note 7 Note 1 Permanent damage might occur if the module is operated at conditions exceeding the maximum values Note 2 Specified values are for lamp Refer to 3 2 for further information Acer LCD X163W 3 ELECTRICAL CHARACTERISTICS 3 1 1 TFT LCD MODULE 25 2 CRUS Symbol r Unt Min Power Supply Voltage Oe cose ee ee eee Ripple Voltage
25. e 7 50 60KHz the frequency range can guarantee the optical and electrical characteristics 40 80KHz the frequency range will not effect the Lifetime and reliability characteristics 23 Acer LCD X163W 4 BLOCK DIAGRAM 4 1 TFT LCD MODULE LVDS INPUT TIMING CONTROLLER TFT LCD PANEL 1366x3x768 l 8 NVOS o lt gt m 3 V0 dZOtZ LNVSIN WLS HOLO3NNOO DATA DRIVER IC DC DC CONVERTER amp REFERENCE VOLTAGE VL LAMP CONNECTOR 4 2 BACKLIGHT UNIT 1 HV Pink 1 HV Pink 2 LV White 24 Acer LCD X163W 5 INPUT TERMINAL PIN ASSIGNMENT 5 1 TFT LCD MODULE Pin Name Desorption 1 5 o Positive LVDS differential data input Channel 8 HXi Negative LVDS differential data input Chanel o _ Positive LVDS differential data input Channel 25 Acer LCD X163W 5 2 LVDS mapping table D4 LVDS Channelo a Dataorder GO R5 R4 R2 Ri RO 015 es B1 G2 02 025 024 022 021 Dataorder DE B5 B4 83 2 Data order NA B7 B6 G7 66 R7 R6 LVDS Channel 1 D15 6 p2 R4 R3 R2 Dataorder_ B1 G5 G4 G3 026 025
26. e lamp for more than 1 second Inverter Current Amplify Oscilloscope Measure equipment Current Amplify Tektronix TCPA300 Current probe Tektronix TCP312 Oscilloscope TDS3054B after startup Otherwise the lamp may not be turned on normally Note 3 The lamp frequency may produce interference with horizontal synchronization frequency from the display which might cause line flow on the display In order to avoid interference the lamp frequency should be detached from the horizontal synchronization frequency and its harmonics as far as possible Note 4 P l x Vix 2 for 2 lamps Note 5 The lifetime of lamp can be defined as the time in which it continues to operate under the condition 25 2 C 7 0 mArms until one of the following events occurs a When the brightness becomes 50 of its original value b Effective lighting length decreases 80 under for initial Effective lighting length is a scope of luminance 80 over for average luminance at several point in lamp center Note 6 The waveform of the voltage output of inverter must be area symmetric and the design of the inverter must have specifications for the modularized lamp The performance of the Backlight such as lifetime or brightness is greatly influenced by the characteristics of the DC AC inverter for the lamp All the parameters of an inverter should be carefully designed to avoid producing too much current leakage from
27. ion 1366 x 768 Video input level 700 mV 2 Warm up time 30 minutes LCD Module BL CMO M156B1 L01 gt 210 cd m Set brightness control and also contrast control at maximum to measure the screen center the light output shall gt BL cd m as panel spec 3 4 White balance Chromaticity Coordinate Mode Cool 9300K 0 283 0 030 0 297 0 030 Warm 6500K 0 313 0 030 0 329 0 030 User Panel While x Panel While y The test standard conditions refer to Sec 3 3 Brightness and contrast are under default value 3 5 Brightness uniformity The test standard conditions refer to Sec 3 3 Acer LCD X163W Min luminance of nine points backlight luminance of nine points backlight 1 2 1 10 99 gt 75 e AG 4 Input Output Signal Specifications 4 1 Video signals Analog RGB signal Input impedance 75 Ohm 0 7 Sync Input impedance gt 2 2k Ohm Separate H V sync 4 2Signal Timing 421 D SUB Inputs Through D SUB connectors this unit can support Fy 31 57 KHz Fv 56 70Hz and panel DCLK lt 85 MHz SXGA display modes as below MODES Vertical Nominal Nominal Sync Nominal Sync Pixel Clock Frequency Frequency 0 5KHz Polarity Polarity 640 480 60Hz 800 525 31469 59 941 Resolution 1024 625 EN 35 156 z 250 1056 628 37 879 I
28. lowing Figure 3 14 Acer LCD X163W Program ij Connect Dis Con End Addr OXIFFFF Fourthly select AUTO and keep its default value Click for beginning programming There will be prompting if programming is OK MStar ISP Utility Y3 7 5 3 Device Program i Config Connect Dis Con ReConnect Erase Device Blank Message Blanking 7 File Area Blank OK Read File Erase Area Program Message Programing Checksum 0x6ECD Program OK Verify Message Verifying Program Verify I2C Flash Status 8C Note if programming fails or success rate is not high click Config and adjust its speed in E2PROM DEVICE SETTING MStar ISP Utility 3 7 5 3 ommunication Setting Port Type LPT Base Adar 00378 31 auto Detech Status 1 switch UART I2c Acer LCD X163W era Program E2PRO Device Setting 2 Pin Definition Speed 93 gt SbAin 521 5 C SCL out Status PIN SPI Setting Reverse High USE SPI 16 Acer LCD X163W 02 Flat Panel Specification 1 GENERAL DESCRIPTION 1 1 OVERVIEW M156B1 L01 is 15 6 TFT Liquid Crystal Display module with 2 CCFL Backlight unit and 30pin 1ch LVDS interface This module supports 1366 x 768 WXGA mode and can display up to 16 7M colors The inverter module for Backlight is not
29. ly continue Thread lamp wire into the relevant hole of chassis like the attached Picture PCBA KEYPAD Assemble keypad as picture 790071500000R BOARD LE1973 ROHS Check if back cover and stand is fixed properly 714011204100R stand le15F9 CUSHION put the monitor into the cushion as picture 506060011210R LEFT LE15F9 48
30. m em Symbol Win Typ Max Unt Note Frequency Fc 500 76 5 MHz Tem Ped T _ 43 0 m HighTme Th 47 te LowTme te wospw ee me Tw 59 HodTme Tw 76 see Bax Horizontal Active Display Term Thu _ 6_ ise aes Te Bie me Te ha e Note Because this module is DE only mode Hsync Vsync input signals should be set to low logic level or ground Otherwise this module would operate abnormally INPUT SIGNAL TIMING DIAGRAM 28 Acer LCD X163W 6 2 POWER ON OFF SEQUENCE To prevent a latch up or DC operation of LCD module the power on off sequence should be as the diagram below Power On Power Off X Restart Power Supply for LCD Vcc Interface Signal LVDS Signal of Transmitter V Power for Lamp Timing Specifications 0 5 t1 10 msec 0 lt t2 50 msec 0 lt t3 50 msec t4 500 msec tb 450 msec t6 90 msec 29 7 OPTICAL CHARACTERISTICS 7 1 TEST CONDITIONS Acer LCD X163W Vale it Ambient Temperature EE RN Ta ____ Ambient Humidit Fr Supply Voltage ENSURE eee According to typical
31. o user serviceable parts This monitor should only be repaired by a qualified technician Do not remove the monitor cabinet There are high voltage parts inside that may cause electric shock to human bodies Stop using the monitor if the cabinet is damaged Have it checked by a service technician Put your monitor only in a lean cool dry environment If it gets wet unplug the power cable immediately and consult your closed dealer Always unplug the monitor before cleaning it Clean the cabinet with a clean dry cloth Apply non ammonia based cleaner onto the cloth not directly onto the class screen Do not place heavy objects on the monitor or power cord Product safety notice Many electrical and mechanical parts in this chassis have special safety visual inspections and the protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage wattage etc Before replacing any of these components read the parts list in this manual carefully The use of substitute replacement parts which do not have the same safety characteristics as specified in the list may create shock fire or other hazards Service notes When replacing parts or circuit boards clamp the lead wires around terminals before soldering Keep wires away from high voltage high temperature components and sharp edges Keep wires in their original position so as to reduce interference Adjustment of this product please
32. point X at Figure Note 6 Note 3 Definition of Response Time Tz Gray Level 255 Gray Level 255 100 Essen T gos Pe haue SM m Optical Response it rama ES 0 lt gt d ed 66 67ms 66 67ms 21 Acer LCD X163W Note 4 Definition of Luminance of White Lc Measure the luminance of gray level 255 at center point Le L 1 L x is corresponding to the luminance of the point X at Figure in Note 6 Note 5 Measurement Setup The LCD module should be stabilized at given temperature for 20 minutes to avoid abrupt temperature change during measuring In order to stabilize the luminance the measurement should be executed after lighting Backlight for 20 minutes in a windless room LCD Panel USB2000 CS 1000T Center of the Screen Light Shield Room 500 mm Ambient Luminance lt 2 lux 32 Acer LCD X163W Note 6 Definition of White Variation 8W Measure the luminance of gray level 255 at 13 points Maximum L 1 L 2 L 3 L 4 L 5 L 6 L 7 L 8 L 9 L 10 L 11 L 12 L 13 ON Minimum LC L 4 9 117 L 8 L 10 L0 L 12 93 x Test Point X 1 to Vertical Line Number Active Area Note 7 Definition of Response Time Tara ave Tara ave 5 defined as the total average response time for Gray To Gray The Gray to Gray response
33. re 08 11h Year of Manufacture 2008 12h Version Number 1 13h Revision Number 3 14h Analog Digital Signal Level 7 Analog Signal Level Signal Level Standard 6 5 0 700 0 300 1 000Vp p Setup 4 No Blank to black Setup 8 Acer LCD X163W Sync Inputs Supported 3 Separate Syncs Supported Sync Inputs Supported 2 No Composite Sync Supported Sync Inputs Supported 1 No Sync on Green Supported 15h 16h 17h 18h 19 228 23h 24h 25h Sync Inputs Supported 0 Max Horizontal Image Size Max Vertical Image Size Gamma VESA DPMS 7 VESA DPMS 6 Display Off Consumption 5 Display Type 4 3 sRGB Standard Color Space 2 Preferred Timing Mode 1 GTF Standard 0 Red x Green x y Blue x y White x y IBM VGA 7 XGA2 6 5 Apple 4 3 2 1 0 7 6 5 4 3 2 1 0 Apple 7 Serration Required 35 20 22 Standby Suspend Active Off Very Low Power RGB Color Display No sRGB Color Space No Preferred Timing Mode No Default GTF Supported 0 638 0 333 0 290 0 153 0 082 0 313 0 329 720 x 400 70Hz N A 720 x 400 88Hz N A 640 x 480 60Hz 640 x 480 67Hz 640 x 480 72Hz N A 640 x 480 75Hz N A 800 x 600 56Hz
34. reen Display OSD shall be an easy to use icon based menu through keypad OSD buttons or remote control unit The unit shall leave the factory with all OSD controls set to their default values First Second Third Control Range Default Value User mode 50 Text mode 50 Contrast 0 100 Standard mode 50 Graphics mode 60 56 Brightness User mode 77 Text mode 44 Brightness one 0 100 Standard mode 77 Graphics mode 97 77 miade Focus 0 100 Depend on each timing Clock 0 100 50 Bud Horizontal 0 100 50 Vertical 0 100 Depend each timing Warm 6500 Cool 9300 Color Red 0 100 80 User Green 0 100 80 Blue 0 100 80 Language NO EMEA EMEA English English English Acer LCD X163W Deutsch Deutsch Espanol Hollands Ny Kia P wee Frangais Frangais Italiano Italiano Suomalainen a Hor Position 0 100 50 OSD Ver Position 0 100 50 OSD Timeout 10 120 20 mu Input Digital Resolution Info H Freq V Freq Reset Exit Notes Clock default 50 is for Visa timing
35. tical Border 0 Lines Non Interlaced Normal Display No Stereo Flags Digital Separate Vsync Positive Polarity Hsync Negative Polarity 48 59h Min Vertical Frequency 56 Hz Max Vertical Frequency 70 Hz Min Horizontal Frequency 31 kHz Acer LCD X163W Max Horizontal Frequency 57 kHz Max Pixel Clock 90 MHz 5A 6Bh Monitor Serial Number 1234567890AB 6C 7Dh Monitor Name X163W 7Eh Extension Flag 00 7Fh Checksum 43 5 Function Specifications All the tests to verify specifications in this section shall be performed under the following standard conditions unless otherwise noted The standard conditions are Temperature 25 5 Warm up time 30 minutes minimum Checking display modes All the specified modes 5 1 Panel general specifications 5 1 1 General specifications Supplier CMO Model name M156B1_L01 Display Area 344 232 x193 536 mm Pixel Pitch 0 252 H x 0 252 V Display Colors 16 7 Million Number of Pixel Pixel Arrangement 1366x768 pixels RGB vertical stripe 250 210cd m Min 500 1 Contrast Ratio 350 1 Min Viewing Angle 45 R 45 L 45 D 20 U Typ CR gt 10 Display Mode Normally White Frame rate 75Hz Response Time Tr Tf 8ms Typ Surface Anti glare Haze 25 Treatment Hard coating 3H Lamp 2 CCFL 363 8 W x215 9 H x14 3 D
36. time is defined as the following chart Gray to Gray Target Gray Ce TS e ee ee ee ee ee ae ee posee er pn ie a ee een eee EAA ES InitialGray Gt28 G160 C 6192 EHE A 0255 33 EI 3 509412610500R SCREW B CROSS T T 4 10 BLK ROHS 1 4 5092166081108 Acer LCD X163W 03 Exploded Diagram 3 1 LCD Exploded drawing All e o um No Description set Uni Torque Remark 5091463062008 3 7520 25 509000000700R 3 54 0 1 pes 6 0 7 0 Bezel AND Backcover 1 34 Acer LCD X163W 04 Troubleshooting 1 No Power amp LED Off i Check primary Check IC802 rectifier voltage C805 T801 Check F801 L801 D801 Check pin1 of IC802 voltage Check R803 R807 about 2V R824 R825 R812 Check pin2 of IC802 Check 817 voltage about 2 5V D808 R816 818 817 801 Check pin2 of IC802 voltage is lo feedback 35 Acer LCD X163W 2 DC output voltage is unstable Output voltage unstable Check ZD801 D803 D805 Check ZD801 Check Pin R of Check 809 801 803 about 2 5 Check reference voltage Check R810 R811 Check
37. value 3 ELECTRICAL CHARACTERISTICS a es aa Lamp Current Inverter Operating Frequenc mA Darfon VK12164 101 7 2 OPTICAL SPECIFICATIONS The relative measurement methods of optical characteristics are shown in 7 2 The following items should be measured under the test conditions described in 7 1 and stable environment shown in Note 5 Ee Mn Color Chromaticity CS 1000T Center Luminance of White Center of Screen Contrast Ratio NE Response Time White Variation Write Variation Viewing Horizontal CR 10 Viewing Angle Vertical DRM 82000 30 9 0 Oy 20 0 638 4299 0 03 0 591 591 0 03 0 EXE 0 313 0 343 2 um Fm foe SR nep 2425 48 Die Pel aw en Ea el ie 1 5 Acer LCD X163W Note 1 Definition of Viewing Angle 0x y Normal 09 12 o clock direction Oy 909 6 o clock Oy 902 0 90 Note 2 Definition of Contrast Ratio CR The contrast ratio can be calculated by the following expression Contrast Ratio CR L255 LO L255 Luminance of gray level 255 L 0 Luminance of gray level 0 1 is corresponding to the Contrast Ratio of the
Download Pdf Manuals
Related Search