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svga (portrait) monochrome hr-tft transflective memory lcd featuring fpc connector, 16% reflectivity with 15:1 contrast. LS060S2UD01 lcd module product specification march 2010 lcd specification lcd group technical document

lcp-1310002-1 records of revision model no LS060S2UD01 spec no. date no. page summary note lcp-1310002 2010.03.03 - - - 1st issue
lcp-1310002-2 notice this publication is the proprietary of sharp and i s copyrighted, with all rights reserved. under the copyright laws, no part of this publication may be reproduced or tr ansmitted in any form or by any means, electronic o r mechanical for any purpose, in whole or in part, without the e xpress written permission of sharp. express written permission is also required before any use of this publication ma y be made by a third party. the application circuit examples in this publicati on are provided to explain the representative appli cations of sharp's devices and are not intended to guarantee a ny circuit design or permit any industrial property right or other rights to be executed. sharp takes no respons ibility for any problems related to any industrial property right or a third party resulting from the use of sharp's devices, except for those resulting directly from d evice manufacturing processes. in the absence of confirmation by device specifica tion sheets, sharp takes no responsibility for any defects that occur in equipment using any of sharp's devices, sh own in catalogs, data books, etc. contact sharp in order to obtain the latest device specification sheets befor e using any sharp's device. sharp reserves the right to make changes in the sp ecifications, characteristics, data, materials, str uctures and other contents described herein at any time without notice in order to improve design or reliability. contact sharp in order to obtain the latest specification sheets before using any sharp's device. manufacturing loca tions are also subject to change without notice. observe the following points when using any device in this publication. sharp takes no responsibility for damage caused by improper use of the devices. the devices in this publication are designed for u se in general electronic equipment designs, such as : ?personal computers ?office automation ?telecommu nication equipment ?test and measurement equipment ?industrial contr ol ?personal digital assistant ?audio visual and multimedia equipment ?consumer e lectronics ?smart phone ?e-book the appropriate design measures should be taken to ensure reliability and safety when sharp's devices are used for equipment such as: ?transportation control and safety equipment (i.e. , aircraft, trains, automobiles, etc.) ?traffic signals ?gas leakage sensor breakers ?alarm equipment ?various safety devices etc. sharp's devices shall not be used for equipment th at requires extremely high level of reliability, su ch as: ?military and space applications ?nuclear power co ntrol equipment ?medical equipment for life support contact a sharp representative, in advance, when i ntending to use sharp's devices for any "specific" applications other than those recommended by sharp. contact and consult with a sharp representative if there are any questions about the contents of this publication.
lcp-1310002-3 1pin 32pin 1. applicable scope this specification is applicable to tft-lcd module LS060S2UD01. 2. mechanical (physical) specifications table2-1 item specifications unit remarks screen size 15.30 (6.02 type) diagonal cm active area 91.8(h) 122.4(v) mm 600(h) 800(v) pixel pixel format 1 pixel =2 dots - pixel pitch 0.153(h)0.153(v) mm display mode normally white - unit outline dimensions 96.8(w) 132.8(h) 1.23(d) mm mass 36 g panel module part note2-1the above-mentioned table indicates module sizes without some projections and fpc. for detailed measurements and tolerances, pl ease refer to fig.1 outline dimensions. 3. pixel configuration (1, 800) (600, 800) display area (600, 1) b&w (1, 1) lcd fpc
lcp-1310002-4 4. input terminal names and functions table4-1 (fpc: connector [hirose]fh19sc-32s-0.5) pin no. symbol i/o description note 1 gnd - ground 2 n.c.(vpp) - no connection 3 bussel i data bas selection signal 4 resetb i reset signal(active low) 5 csb i chip select signal 6 rs i display data/command selection signal 7 wr i wite enable 8 rd i read enable 9 d00 i/o data bus 0 10 d01 i/o data bus 1 11 d02 i/o data bus 2 12 d03 i/o data bus 3 13 d04 i/o data bus 4 14 d05 i/o data bus 5 15 d06 i/o data bus 6 16 d07 i/o data bus 7 17 d08 i/o data bus 8 18 d09 i/o data bus 9 19 d10 i/o data bus 10 20 d11 i/o data bus 11 21 d12 i/o data bus 12 22 d13 i/o data bus 13 23 d14 i/o data bus 14 24 d15 i/o data bus 15 25 ack o ack signal output 1 26 ovsync o vertical synchronizing signal output 27 n.c.(otptest) - no connection 28 vddl_en i power supply generation circuit enable (active high) 1 29 vddio - power supply 30 vdd - power supply 31 gnd - ground 32 gnd - ground 1recommendation circuit lcd modul user side vddio vddio 28pin vddl_en 25pin ack 100k
lcp-1310002-5 5.absolute maximum ratings item symbol condition rated value unit remarks logic i/o power supply voltage vccio ta = 25c -0.3 to +7.0 v note 1 analog power supply voltage vci ta = 25c -0.3 to +7.0 v note 1 temperature for storage tstg - -30 to +80 deg. note 2 temperature for operation topr - -20 to +70 deg. note 1) if used beyond the absolute maximum ratings , the lsi may permanently be damaged. it is strongl y recommended to use the lsi under the condition with in the electrical characteristics in normal operati on. if exposed to the condition not within the electric al characteristics, it may affect the reliability o f the device. note 2) humidity: 80%rh max. (ta40c) maximum bulb temperature under 39c (ta>40c) see t o it that no dew will be condensed. 6. electrical characteristics 6-1. dc characteristic table6-1 vdd=2.73.6v,vddio=1.653.6v,ta=25 *1application terminal resetb, csb, rs, wr, rd, d[ 15:00] *2when voltage is typ. 2.73.3v at start sequence , it is necessary to input the following command before input normal command. command68h parameter00h *3vdd=vddio=3.3v,ta=25 *4displey off,memory keep item symbol condition min. typ. max. unit note input h voltage vih 0.7vddio D vddio v *1 input l voltage vil 0 D 0.3vddio v *1 input h leak current iih vinvddio -10 D 10 a *1 input l leak current iil vinvss -10 D 10 a *1 host interface voltage vddio 1.65 3.3 3.6 v driver driving voltage vdd 2.7 3.3 3.6 v *2 standy mode 0.1 w *3,4 still image 2.1 w *3 1re-write/30s 2.2 w *3 power consumption 30fps movie 24 w *3
lcp-1310002-6 7. timing characteristics of input signals 7-1 ac timing table7-1 vdd=2.73.6v,vddio=1.653.6v,ta=25 item symbol condition min. typ. max. unit note rs,csb setup time as 50 D D ns rs csb rs,csb hold time ah 10 D D ns write cycle tcycw 250 D D ns 16bit bus,2bit/pixel 250 D D ns 8bit bus,2bit/pixel 16bit bus,2bit/pixel 125 D D ns write cycle (high-speed writing mode) tcycw 8bit bus,4bit/pixel 62.5 D D ns control pulse "l" width tcplw 40 D D ns wr control pulse "h" width tcphw 40 D D ns read cycle tcycr 250 D D ns control pulse "l" width tcplr 40 D D ns rd control pulse "h" width tcphr 125 D D ns data setup time tds 30 D D ns data hold time tdh 10 D D ns read access time tacc D D 60 ns d[15:00] read access time tod c l =30pf (max.) 10 D D ns
lcp-1310002-7 on sequence off sequence on1 on2 on3 off1 off2 vdd vdda reset command normal stby 7-2 reset input timing table 7-2 parameter symbol min. typ. max. unit remark reset low-level width t rst 1.5 - - us reset cansel time t rst_c - - 0.3 us 8. power sequence table 8-1 symbol min. typ. max. unit ton1 100 D D s ton2 D 5 D ms ton3 D 241v D ms toff1 D 321v D ms toff2 0 D D ms trst 30% 30%
lcp-1310002-8 9. optical characteristics 9-1 driving the back light condition table 9-1 ta=+25c parameter symbol condition min. typ. max. unit remark 21, 22 55 degree viewing angle r ange 11, 12 cr>2 55 degree [note1,2] contrast ratio cr =0 15 - [note2,4,5] response rise r 10 ms time decay d =0 20 ms [note3,4] x 0.31 - white chromaticity y =0 0.33 - [note4,5] reflection ratio r =0 16 [note6] *the measuring method of the optical characteristic s is shown by the following figure. * a measurement device is minolta luminance meter c m2002. (with the diffusion reflection unit.) center of display o oo optical characteristics ptical characteristics ptical characteristics ptical characteristics m m m measuring method ( easuring method ( easuring method ( easuring method (b bb b) )) ) photo detector (with luminosity correction system) module chemical coated surface (optical diffusion treatment ) a diffusion beam a diffusion beam normal line a beam (through an optical fiber)
lcp-1310002-9 [note 1] definitions of viewing angle range [note 2] definition of contrast ratio the contrast ratio is defined as the following: black pixels all with s) (brightnes luminance white pixels all with s) (brightnes luminance (cr) ratio ontrast = c [note 3] definition of response time the response time is defined as the following figur e and shall be measured by switching the input signal for black and white [note 4] this shall be measured at center of the sc reen. [note 5] a measurement device is minolta cm-2002. [note 6] definition of reflection ratio the contrast ratio is defined as the following: board white standard by the reflection the of level detected light module lcd by the reflection the of level detected light (r) ratio ontrast = c black photo detector output (relative value) white white black time r d 90% 10% 90% 10% normal line 21 11 12 22
lcp-1310002-10 10. explanation of function 10.1. basic operation this ic stores image data input from host in intern al ram and outputs the image from source terminal s [160:1] accordingly to source output configuration. we will call the oper ation of host inputting image data to this ic (writ ing into internal ram) ram write, and host reading image data from internal r am ram read, and outputting image data from this ic to the panel panel transfer. timing of each of these operations is a ccordingly to command from the host (detail is in l atter page.). primarily, image data input only is transferred to the panel. aside from image data transmitting, registers can be set up to control each function. by reading the register, condition of inside the ic ca n be checked. data bus width can be set either 16bit or 8bit by s etting up bussel terminal. 16bitbus transmits image data with terminal d [15:0 ] to and from host. for command receiving from hos t and register access, use terminal d [7:0]. 8bitbus uses terminal d [7:0] for image data transm itting, receiving command from host and register ac cess. ram write there are two kinds of ram write: ram write operation command all screen ram write inputs data of once screen panel size set in regist er (psizex and psizey) ldimg partial ram write inputs image data equal partial a rea set up in register (ptlarea). ldimgptl ram read there are two kinds of ram read: ram read operation command all screen ram read reads data of once screen panel size set in registe r (psizex and psizey) rdimg partial ram read reads image data equal partial are a set up in register (ptlarea). rdimgptl panel transfer there are two kinds of panel transfer: panel transfer operation command all screen panel transfer transfers data of once screen panel size set in reg ister (psizex and psizey) to the panel disp partial panel transfer transfers image data equal partial area set up in r egister (ptlarea) to the panel dispptl 10.2. command transfer data control from host uses two way data bus (d[15: 0]. the control signals are csb, wr, rd and rs. control signal function csb chip select when l, this input interface is active when h, inactive wr write enable reads data d by wr rise rd read enable reads data d by rd fall. at the time of write oper ation, it should be fixed at h. rs recognition of input data d when wr rises and rs=l, recognizes d{7:0} as comman d. when wr rises and rs=h, recognizes d[15:0] as data.
lcp-1310002-11 10.2.1. write operation an example of write cycle (wr goes from hlh) is s hown below. make sure to input command first. after that, writ e data as necessary. until new command is input, i t will continue operation accordingly to the original command. command data data command command setting only: command setting command and parameter: command parameter1 parametern setting command and image data: command image dat a image data the period of transfer command (disp, dispptl) wri ting to 500ns, please do not write as followings 10.2.2. read oepration an example of read cycle (rd goes hlh) is shown b elow. command data data data command setting: command (output is dummy data) setting command and parameter: command , parameter1 parametern setting command and image data: command , dummy dat a , image data image data
lcp-1310002-12 10.3. data protocol data protocol for transmission of data (image, comm and, register) with host is supported as shown belo w. data protocol is decided by register prtclsel. alo ng with protocol, terminal bussel also needs to be set up. terminal bussel designates data bus width on hardwa re. width is 8bit when l and 16 bit when h. same protocol is applied regardless of data transmi ssion. table 10-1 bussel data bus register prtclsel[2:0] bit/pixel note 000 1bit 001 2bit l 8 010 4bit d[15:8] is fixed at l 000 1bit 001 2bit 010 4bit when ram write, d[15:8] inputs l when ram read, d[15:8] outputs l 101 2bit h 16 110 4bit virtual location on ram (with panel upper left as o riginal point) pixel(1,1)[p1] pixel(2,1)[p2] pixel(3,1)[p3] pixel (4,1)[p4] data [3] data [2] data [1] data [0] data [3] data [2] data [1] data [0] data [3] data [2] data [1] data [0] data [3] data [2] data [1] data [0] 8bit bus(bussel:l) 1bit/pixel(prtclsel:000 2bit/pixel(prtclsel:001 4bit/pixel(prtclsel:010 1 st 2 nd 3 rd 1 st 2 nd 3 rd 1 st 2 nd 3 rd d7 p0 data [3] p8 data [3] p16 data [3] d7 p0 data [3] p4 data [3] p8 data [3] d7 p0 data [3] p2 data [3] p4 data [3] d6 p1 data [3] p9 data [3] p17 data [3] d6 p0 data [2] p4 data [2] p8 data [2] d6 p0 data [2] p2 data [2] p4 data [2] d5 p2 data [3] p10 data [3] p18 data [3] d5 p1 data [3] p5 data [3] p9 data [3] d5 p0 data [1] p2 data [1] p4 data [1] d4 p3 data [3] p11 data [3] p19 data [3] d4 p1 data [2] p5 data [2] p9 data [2] d4 p0 data [0] p2 data [0] p4 data [0] d3 p4 data [3] p12 data [3] p20 data [3] d3 p2 data [3] p6 data [3] p10 data [3] d3 p1 data [3] p3 data [3] p5 data [3] d2 p5 data [3] p13 data [3] p21 data [3] d2 p2 data [2] p6 data [2] p10 data [2] d2 p1 data [2] p3 data [2] p5 data [2] d1 p6 data [3] p14 data [3] p22 data [3] d1 p3 data [3] p7 data [3] p11 data [3] d1 p1 data [1] p3 data [1] p5 data [1] d0 p7 data [3] p15 data [3] p23 data [3] d0 p3 data [2] p7 data [2] p11 data [2] d0 p1 data [0] p3 data [0] p5 data [0]
lcp-1310002-13 16bit bus (bussel:h) 1bit/pixel(prtclsel:000 2bit/pixel(prtclsel:001 4bit/pixel(prtclsel:010 1 st 2 nd 3 rd 1 st 2 nd 3 rd 1 st 2 nd 3 rd d15 l l l d15 l l l d15 l l l d14 l l l d14 l l l d14 l l l d13 l l l d13 l l l d13 l l l d12 l l l d12 l l l d12 l l l d11 l l l d11 l l l d11 l l l d10 l l l d10 l l l d10 l l l d9 l l l d9 l l l d9 l l l d8 l l l d8 l l l d8 l l l d7 p0 data [3] p8 data [3] p16 data [3] d7 p0 data [3] p4 data [3] p8 data [3] d7 p0 data [3] p2 data [3] p4 data [3] d6 p1 data [3] p9 data [3] p17 data [3] d6 p0 data [2] p4 data [2] p8 data [2] d6 p0 data [2] p2 data [2] p4 data [2] d5 p2 data [3] p10 data [3] p18 data [3] d5 p1 data [3] p5 data [3] p9 data [3] d5 p0 data [1] p2 data [1] p4 data [1] d4 p3 data [3] p11 data [3] p19 data [3] d4 p1 data [2] p5 data [2] p9 data [2] d4 p0 data [0] p2 data [0] p4 data [0] d3 p4 data [3] p12 data [3] p20 data [3] d3 p2 data [3] p6 data [3] p10 data [3] d3 p1 data [3] p3 data [3] p5 data [3] d2 p5 data [3] p13 data [3] p21 data [3] d2 p2 data [2] p6 data [2] p10 data [2] d2 p1 data [2] p3 data [2] p5 data [2] d1 p6 data [3] p14 data [3] p22 data [3] d1 p3 data [3] p7 data [3] p11 data [3] d1 p1 data [1] p3 data [1] p5 data [1] d0 p7 data [3] p15 data [3] p23 data [3] d0 p3 data [2] p7 data [2] p11 data [2] d0 p1 data [0] p3 data [0] p5 data [0]
lcp-1310002-14 16bit bus(bussel:h) 2bit/pixel(prtclsel:101 4bit/pixel(prtclsel:110 1 st 2 nd 3 rd 1 st 2 nd 3 rd d15 p0 data [3] p8 data [3] p16 data [3] d15 p0 data [3] p4 data [3] p8 data [3] d14 p0 data [2] p8 data [2] p16 data [2] d14 p0 data [2] p4 data [2] p8 data [2] d13 p1 data [3] p9 data [3] p17 data [3] d13 p0 data [1] p4 data [1] p8 data [1] d12 p1 data [2] p9 data [2] p17 data [2] d12 p0 data [0] p4 data [0] p8 data [0] d11 p2 data [3] p10 data [3] p18 data [3] d11 p1 data [3] p5 data [3] p9 data [3] d10 p2 data [2] p10 data [2] p18 data [2] d10 p1 data [2] p5 data [2] p9 data [2] d9 p3 data [3] p11 data [3] p19 data [3] d9 p1 data [1] p5 data [1] p9 data [1] d8 p3 data [2] p11 data [2] p19 data [2] d8 p1 data [0] p5 data [0] p9 data [0] d7 p4 data [3] p12 data [3] p20 data [3] d7 p2 data [3] p6 data [3] p10 data [3] d6 p4 data [2] p12 data [2] p20 data [2] d6 p2 data [2] p6 data [2] p10 data [2] d5 p5 data [3] p13 data [3] p21 data [3] d5 p2 data [1] p6 data [1] p10 data [1] d4 p5 data [2] p13 data [2] p21 data [2] d4 p2 data [0] p6 data [0] p10 data [0] d3 p6 data [3] p14 data [3] p22 data [3] d3 p3 data [3] p7 data [3] p11 data [3] d2 p6 data [2] p14 data [2] p22 data [2] d2 p3 data [2] p7 data [2] p11 data [2] d1 p7 data [3] p15 data [3] p23 data [3] d1 p3 data [1] p7 data [1] p11 data [1] d0 p7 data [2] p15 data [2] p23 data [2] d0 p3 data [0] p7 data [0] p11 data [0] 10.4. ack terminal during panel transfer (active) and when csb is l, output from ack terminal is l. when ack is l (active), do not use any command in put other than ram write. it is not a problem in case of ram write setting, however, the forwarding command cannot be input. panel transfer status D D D
lcp-1310002-15 11. command 11-1 command explanation normal[02h] executes power on sequence automatically and switch es to normal mode. stby[04h] executes power off sequence automatically and switc hes to standby mode. rdimg[16h] enables ram data read. by reading data following this command, ram data fo r entire display is sequentially read. read protocol is the same as write protocol. rdimgptl[18h] enables ram data read (rectangular wave access). by reading data following this command, ram data fo r area set in ptlarea is sequentially read. read protocol is the same as write protocol. ldimg[20h] enables data write to ram. by writing data following this command, data is seq uentially written to ram area for entire display. ldimgptl[22h] enables data write (rectangular wave access) to ram . by writing data following this command, data is seq uentially written to ram area for area set in ptlar ea. ptlarea[27h] sets area for rectangular wave access. xstartl [d7-d0]: starting address for rectangular wave access (x coordinate low 8bit) xstarth [d1,d0]: starting address for rectangular wave access (x coordinate high 2bit) ystartl [d7-d0]: starting address for rectangular wave access (y coordinate low 8bit) ystarth [d1,d0] starting address for rectangular wave access (y coordinate high 2bit) widthl [d7-d0] width of rectangular wave access (low 8 bit) widthh [d1,d0] width of rectangular wave access (high 2 bit) heightl [d7-d0] height of rectangular wave acces s (low 8 bit) heighth [d1,d0] height of rectangular wave acces s (high 2 bit) x coordinate and area width of rectangular wave acc ess starting address should be in pixel unit which can be transmitted in one data protocol. however, in h igh speed write mode, it should be set in multiple of 8 regardless of data protocol. eg. in case of 8bitbus 1bit/pixel, data that can b e transmitted in one time is 8 pixel worth of data, therefore, each setting value should be in multiple of 8. in case of 16bitbus 4bit/pixel, data that can be tr ansmitted in one time is 4 pixel worth of data, the refore, each setting value should be in multiple of 4. dispdir[28h] set up the display. rotation [d1,d0]: [00] none [01] 90 degree turn [1 0] 180 degree turn [11] 270 degree turn dither[2bh] set up on/off of dithering function. this dithers data 4bit/pixel read from ram. 4 gray scale display dithered 16 gray scale display dither [d0] [0]off [1]on
lcp-1310002-16 prtclsel[2ch] select image data protocol. 9.3. refer to data protocol. movie[2dh] set up on/off of movie mode. continues automatic transfer at about 30hz without using transfer command. movie [d0] [0]off [1]on fload[2eh] set up on/off of high speed mode (at 8pixel unit). fload [d0] [0]off [1]on disp[33h] transfer ram data of entire display to the panel. dispptl[35h] transfer ram data of area set up in ptlarea to the panel. 11-2. command list parameter address (hex) command r/w/c d7 d6 d5 d4 d3 d2 d1 d0 default (hex) 02h normal c 04h stby c 16h rdimg c 18h rdiimgptl c 20h ldimg c 22h ldimgptl c xstartl 00h l l l l l l xstarth 00h ystartl 00h l l l l l l ystarth 00h widthl 00h l l l l l l widthh 00h heightl 00h 27h ptlarea r/w l l l l l heighth 00h 28h dispdir r/w l l l l l l rotation 00h 2bh dither r/w l l l l l l l dither 00h 2ch prtclsel r/w l l l l l prtclsel 01h 2dh movie r/w l l l l l l l movie 00h 2eh fload r/w l l l l l l l fload 00h 33h disp c 35h dispptl c r=read, w=write, c=command d15d8=low
lcp-1310002-17 12. handling of modules 12-1. connecting the fpc by the acf 1) be sure to turn off the power supply and the sig nals when connecting the fpc 2) please connect for too much stress not to join f pc in the case of connection of fpc. 12-2. about handling of fpc 1) do not dangle the lcd module by holding the fpc, or do not give any stress to it. 11-3. mounting of the module 1) the module should be held on to the plain surfac e. do not give any warping or twisting stress to th e module. 11-4. cautions in assembly / handling pre cautions as the polarizer can be easily scratched, be most c areful in handling it. 1) work environments in assembly. working under the following environments is desirab le: a) implement more than 1m conductive treatment (by placing a conductive mat or applying conductive paint) on the floor or tiles. b) no dusts come in to the working room. place an a dhesive, anti-dust mat at the entrance of the room. c) humidity of 50 to 70% and temperature of 15 to 2 7c are desirable. d) all workers wear conductive shoes, conductive cl othes, conductive fingerstalls and grounding belts without fail. e) use a blower for electrostatic removal. set it i n a direction slightly tilt downward so that each m odule can be well subjected to its wind. set the blower a t an optimum distance between the blower and the module. 2) how the remove dust on the polarizer a) blow out dust by the use of an n² blower wi th antistatic measures taken. use of an ionized air gun is recommendable. b) when the panel surface is soiled, wipe it with s oft cloth. 3) if water dropped, etc. remains stuck on the pola rizer for a long time, it is apt to get discolored or cause stains. wipe it immediately. 4) as a glass substrate is used for the tft-lcd pan el, if it is dropped on the floor or hit by somethi ng hard, it may be broken or chipped off. 5) since cmos lsi is used in this module, take care of static electricity and take the human earth int o consideration when handling. 12-5. others 1) if stored at temperatures below the rated values , the inner liquid crystal may freeze, causing cell destruction. at temperatures exceeding the rated va lues for storage, the liquid crystal may become isotropic liquid, making it no longer possible to c ome back to its original state in some cases. 2) if the lcd is broken, do not drink liquid crysta l in the mouth. if the liquid crystal adheres to a hand or foot or to clothes, immediately cleanse it with soa p. 3) if a water drop or dust adheres to the polarizer , it is apt to cause deterioration. wipe it immedia tely. 4) be sure to observe other caution items for ordin ary electronic parts and components. 5) epoxy resin (amine series curing agent), silicon e adhesive material (dealcoholization series and oxime series), tray forming agent (azo compound) et c, in the cabinet or the packing materials may induce abnormal display with polarizer film deterio ration regardless of contact or noncontact to polarizer film. be sure to confirm the component of them.
lcp-1310002-18 13. outline dimensions
north america sharp microelectronics of the americas 5700 nw pacific rim blvd. camas, wa 98607, u.s.a. phone: (1) 360-834-8700 fax: (1) 360-834-8903 www.sharpsma.com taiwan sharp electronic components (taiwan) corporation 8f-a, no. 16, sec. 4, nanking e. rd. taipei, taiwan, republic of china phone: (886) 2-2577-7341 fax: (886) 2-2577-7326/2-2577-7328 china sharp microelectronics of china (shanghai) co., ltd. 28 xin jin qiao road king tower 16f pudong shanghai, 201206 p.r. china phone: (86) 21-5854-7710/21-5834-6056 fax: (86) 21-5854-4340/21-5834-6057 head office: no. 360, bashen road, xin development bldg. 22 waigaoqiao free trade zone shanghai 200131 p.r. china email: smc@china.global.sharp.co.jp europe sharp microelectronics europe division of sharp electronics (europe) gmbh sonninstrasse 3 20097 hamburg, germany phone: 49 (0)180 507 35 07 fax: (49) 40-2376-2232 www.sharpsme.com singapore sharp electronics (singapore) pte., ltd. 438a, alexandra road, #05-01/02 alexandra technopark, singapore 119967 phone: (65) 271-3566 fax: (65) 271-3855 korea sharp electronic components (korea) corporation rm 501 geosung b/d, 541 dohwa-dong, mapo-ku seoul 121-701, korea phone: (82) 2-711-5813 ~ 8 fax: (82) 2-711-5819 japan sharp corporation electronic components & devices 22-22 nagaike-cho, abeno-ku osaka 545-8522, japan phone: (81) 6-6621-1221 fax: (81) 6117-725300/6117-725301 www.sharp-world.com hong kong sharp-roxy (hong kong) ltd. level 26, tower 1, kowloon commerce centre, no. 51, kwai cheong road, kwai chung, new territories, hong kong phone: (852) 28229311 fax: (852) 28660779 www.sharp.com.hk shenzhen representative office: room 602-603, 6/f., international chamber of commerce tower, 168 fuhua rd. 3, cbd, futian district, shenzhen 518048, guangdong, p.r. china phone: (86) 755-88313505 fax: (86) 755-88313515 specifications are subject to change without notice. suggested applications (if any) are for standard use; see important restrictions for limitations on special applications. see limited warranty for sharps product warranty. the limited warranty is in lieu, and exclusive of, all other warranties, express or implied. all express and implied warranties, including the warranties of merchantability, fitness for use and fitness for a particular purpose, are specifically excluded. in no event will sharp be liable, or responsible in any way , for any incidental or consequential economic or property damage. lcd group lcd specification technical document

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