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notices 1. ? the ? contents ? stated ? in ? this ? document ? and ? the ? product ? may ? be ? subject ? to ? change without ? prior ? notice. when ? you ? kindly ? study ? to ? use ? this ? product, ? please ? ask ? us ? or ? our ? distributor ? for the ? latest ? information. 2. ? this ? product ? is ? developed ? and ? produced ? for ? usage ? onto ? normal ? electronic products ? (office ? automation ? equipments, ? communication ? peripherals, ? electric appliance ? products, ? game ? machines, ? etc.) ? and ? is ? not ? suitable ? for ? applications which ? need ? extremely ? high ? reliability ? and ? extreme ? safety ? (aero- ? or ? space-use machines, ? control ? equipments ? for ? nuclear ? power, ? life ? keeping ? equipments, ? etc.). 3. ? this ? document ? shall ? not ? grant ? or ? guarantee ? any ? right ? to ? adapt ? intellectual property ? or ? any ? other ? patents ? of ? third ? party. 4. ? please ? use ? this ? product ? correctly ? according ? to ? operating ? conditions ? and precautions ? for ? use ? stated ? in ? this ? document. please ? install ? safety ? proof ? in ? your ? designing ? to ? avoid ? human ? accident, ? fire accident ? and ? social ? damage, ? which ? may ? be ? resulted ? from ? malfunction ? of ? this product. 5. ? this ? product ? is ? not ? designed ? to ? withstand ? against ? radiant ? rays. 6. ? it ? is ? strictly ? prohibited ? to ? copy ? or ? publish ? a ? part ? or ? whole ? of ? this ? document without ? our ? prior ? written ? approval. revision history date revision no. page descriptions nov.12,01 ver. ? 1 - initial ? release. nov.21,01 ver. ? 2 7 change ? interface ? pin ? connections dec.12,01 ver. ? 33 optical ? characteristics change ? brightness ? & ? color ? of ? cie ? coordinate 8 internal ? signal ? timing ? parameters add ? de ? vert.period ? max ? data. jun.04.02 ver.4 3 optical ? characteristics viewing ? angle ? range ? ( ? ? = ? ? 90 , ? 180 ? ) change ? color ? of ? cie ? coodinate 4 backlight ? characteristics ? ? lamp ? current ? i l ? max . tottori ? sanyo ? electric ? co., ? ltd. TM150XG-26L09A ver. 4 page 1/17
mechanical characteristics ta = 2 5 c item specification unit lcd ? module ? size 331.6(w) ? ? 254.75(h) ? ? 12.5(t) mm resolution 1024 ? ? rgb(w) ? ? 768(h) pixel sub ? pixel ? pitch 0.099(w) ? ? 0.297(h) mm pixel ? pitch 0.297(w) ? ? 0.297(h) mm active ? viewing ? area 304.1(w) ? ? 228.1(h) mm bezel ? opening ? area 307.2(w) ? ? 231.1(h) mm weight 1250typ. g electrical absolute maximum ratings ta = 2 5 c item symbol min max unit note power ? supply ? voltage v dd -v ss -0.3 4.0 v input ? logic ? voltage v i v ss -0.3 v dd +0.3 v cfl ? lamp ? current i l -6.5ma environmental absolute maximum ratings ta = 2 5 c item symbol conditions min max unit note t st storage -20 60 ambient temperature t op operation 0 50 c note ? 1 humidity - ta = 4 0 c ? max. -85%rhno ? condensation note ? 2 vibration - storage - 1.5 g note ? 3 shock - storage - 50 g xyz ? 11ms/direction [ ? note ? 1 ? ] ? care ? should ? be ? taken ? so ? that ? the ? lcd ? module ? may ? not ? be ? subjected ? to ? the temperature ? beyond ? this ? specification. [ ? note ? 2 ? ] ? ta>40 c: ? absolute ? humidity ? shall ? be ? less ? than ? that ? of ? 85%rh/40 c. [ ? note ? 3 ? ] ? 10-200hz, ? 30min/cycle, ? x/y/z ? each ? one ? cycle ? and ? except ? for ? resonant ? frequency. electrical characteristics v dd =3.3v ? ,f v =60hz ? ,f clk =32.5mhz ? ,ta=25 c item symbol conditions min typ max unit note power ? supply ? voltage v dd -v ss 3.0 3.3 3.6 v v ih high ? level 0.8v dd -3.6 input ? logic ? voltage v il low ? level vss - 0.2v dd v power ? supply ? current i dd note ? 1 - (300) (630) ma [ ? note ? 1 ? ] ?? under ? the ? following ? display ? image ? : typ. ? value ? : ? display ? pattern ? is ? 256 ? gray ? scale ? bar. tottori ? sanyo ? electric ? co., ? ltd. TM150XG-26L09A ver. 4 page 2/17
optical characteristics ta = 2 5 c, ? v dd =3.3v, ? f v =60hz item symbol conditions min typ max unit note brightness b ? =0 (350) (450) - cd/m 2 note ? 5,8 brightness ? uniformity ? =0 - - 1.30 - note ? 5,6,8 contrast ? ratio cr ? =0 300 500 - - note ? 2,4,8 ? = ?? 0 (50) (65) - ? = ? ? 90 (55) (65) - ? =180 (40) (55) - viewing ? angle ? range cr>10 ? =270 (55) (65) - deg. note ? 1,2, ????? 4,8 rise tr - 20 - response time fall tf ? =0 -5- ms. note ? 3,4,8 x (0.575) (0.625) (0.675) red y (0.294) (0.344) (0.394) x (0.248) (0.298) (0.348) green y (0.546) (0.596) (0.646) x (0.092) (0.142) (0.192) blue y (0.030) (0.080) (0.130) x 0.258 0.308 0.358 color ? of ? cie coordinate white y ? =0 0.277 0.327 0.377 -note ? 4,8 [ ? note ? 1 ? ] ?? ? and ? ????????????????????????? [ ? note ? 3 ? ] ? response ? time [ ? note ? 2 ? ] ? contrast ? ratio ? "cr" [ ? note ? 4 ? ] ? this ? shall ? be ? measured ? at ? center ? point ? no.3 ? of ? note ? 7. [ ? note ? 5 ? ] ? the ? brightness ? shall ? be ? the ? average ? of ? the ? following ? 5 ? points ? of ? note ? 7. [ ? note ? 6 ? ] ? the ? brightness ? uniformity ? shall ? be ? calculated ? by ? using ? following ? formula. =270 =180 90% 10% tr white data 100% 0% b black black tf cr ? = brightness ? at ? white brightness ? at ? black =0 =90 ?? brightness ? uniformity ? = maximum ? brightness ? of ? 5 ? points minimum ? brightness ? of ? 5 ? points
?? [ ? note ? 7 ? ] ? measurement ? points [ ? note ? 8 ? ] ? measurement ? condition (1) ? measurement ? equipment: ? bm-5a ? (topcon ? corp.), ? field=2 (2) ? ambient ? temperature ? ta: ? 25 ? ? 2 c (3) ? lcd: ? all ? pixels ? are ? white, ? v dd =3.3v, ? f v =60hz (4) ? measure ? after ? 30 ? minutes ? of ? cfl ? warm ? up. (5) ? i l =6.0 ? marms ? with ? the ? cfl ? inverter ? cfp-102 ? (torisan) backlight characteristics this ? module ? is ? used ? the ? backlight ? with ? 4 ? cfl. please ? follow ? the ? characteristics ? of ? 1 ? cfl ? as ? below. ta=25 c item sym. conditios min typ max unit note lamp ? voltage v l - 570 - vrms at ? i l =6.0marms lamp ? current i l 3 - 6 marms (recommended ? value) operating ? frequency f l - 55 - khz (recommended ? value) start ? up ? voltage v s - - 1500 vrms at ? ta=0 c operating ? life t ol 50000 - - h ou rs a t ? i l =6.0 ? marms [ ? note ? 1 ? ] ? backlight ? driving ? conditions ? (operating ? frequency ? f l ? especially) ? may ? interfere ? with horizontal ? frequency ? f h , ? causing ? the ? beat ? or ? flicker ? on ? the ? display. ? therefore ? the operating ? frequency ? f l ? shall ? be ? adjusted ? in ? relation ? to ? horizontal ? frequency ? f h ? to avoid ? interference. ? and ? please ? make ? sure ? that ? frequency, ? phase ? of ? drive ? voltage and ? current ? of ? four ? lamps, ? match ? each ? other. [ ? note ? 2 ? ] ? the ? inverter ? open ? voltage ? should ? be ? larger ? than ? start ? up ? voltage, ? otherwise backlight ? may ? blinking ? for ? a ? moment ? after ? turns ? on ? or ? not ? be ? turned ? on. ? and ? this voltage ? should ? be ? applied ? to ? lamp ? for ? more ? than ? 1 ? second ? to ? start ? up, ? otherwise backlight ? may ? not ? be ? turned ? on. [ ? note ? 3 ? ] ? if ? driving ? current ? waveform ? is ? asymmetrical, ? mercury ? deviation ? inside ? of ? cfl ? will incline ? to ? one ? side ? and ? consequently ? abnormal ? lighting ? may ? occur. to ? prevent ? such ? unfavorable ? lighting, ? driving ? current ? waveform ? is ? asked ? to ? have unbalance ? rate ? of ? less ? than ? 10% ? and ? wave-height ? rate ? of ? less ? than ? ? 2 ? ? 10%. and ? this ? driving ? waveform ? shall ? be ? confirmed ? in ? your ? system. [ ? note ? 4 ? ] ? the ? inverter ? of ? ground ? reference ? type ? should ? be ? used. ? the ? inverter ? of ? ground floating ? type ? should ? not ? be ? used. a c tiv e ? a r ea 5/6h 1/2h 1/6h 1/6v 1/2v 5/6v vp: ? total ? number ? of ? vertical ? pixel h p : ? total ? number ? of ? horizontal ? p ixel 12 45 3 unbalance ? rate ? = ? | ? i p ? - ? i -p ? | ? / ? i l ? ? 100 ? (%) wave-height ? rate ? = ? i p ? (or ? i -p ) ? / ? i l i p : ? high ? peak ? value i -p : ? low ? peak ? value i l : ? effective ? value i p i -p current ? waveform
block diagram [ note 1 ] asic converts incoming rgb 8 bits data into outgoing rgb 6 bits data with frame rate modulation and dithering, which enables lcd to perform 'pseudo-8 bits color'. tottori sanyo electric co., ltd. TM150XG-26L09A ver.4 page 5/17 source driver 1024 (rgb) tft panel back light tft timing generator gate driver asic vcom 768 dc/dc converter cn1 cn2 vdd vss data (rgb 8bits) data(rgb 6bits) fl cn1 cfl cfl fl cn2 cfl fl cn3 fl cn4 cfl
interface pin connections lcm ? : ? cn1 pin ? no. symbol function 1 gnd ground 2de data ? enable 3 gnd ground 4dclk dot ? clock 5 gnd ground 6 gnd ground 7ro7 red ? odd ? data (msb) 8ro6 red ? odd ? data 9ro5 red ? odd ? data 10 ro4 red ? odd ? data 11 gnd ground 12 ro3 red ? odd ? data 13 ro2 red ? odd ? data 14 ro1 red ? odd ? data 15 ro0 red ? odd ? data (lsb) 16 gnd ground 17 go7 green ? odd ? data (msb) 18 go6 green ? odd ? data 19 go5 green ? odd ? data 20 go4 green ? odd ? data 21 gnd ground 22 go3 green ? odd ? data 23 go2 green ? odd ? data 24 go1 green ? odd ? data 25 go0 green ? odd ? data (lsb) 26 gnd ground 27 bo7 blue ? odd ? data (msb) 28 bo6 blue ? odd ? data 29 bo5 blue ? odd ? data 30 bo4 blue ? odd ? data 31 gnd ground 32 bo3 blue ? odd ? data 33 bo2 blue ? odd ? data 34 bo1 blue ? odd ? data 35 bo0 blue ? odd ? data (lsb) 36 gnd ground 37 vdd power ? supply (3.3v ? normal) 38 vdd power ? supply (3.3v ? normal) 39 gnd ground 40 gnd ground cn1 ? (data ? signal ? and ? power ? supply): ? il-fhr-bf40s-hf(jae)
interface pin connections lcm ? : ? cn2 pin ? no. symbol function 1 gnd ground 2re7 red ? even ? data (msb) 3re6 red ? even ? data 4re5 red ? even ? data 5re4 red ? even ? data 6 gnd ground 7re3 red ? even ? data 8re2 red ? even ? data 9re1 red ? even ? data 10 re0 red ? even ? data (lsb) 11 gnd ground 12 ge7 green ? even ? data (msb) 13 ge6 green ? even ? data 14 ge5 green ? even ? data 15 ge4 green ? even ? data 16 gnd ground 17 ge3 green ? even ? data 18 ge2 green ? even ? data 19 ge1 green ? even ? data 20 ge0 green ? even ? data (lsb) 21 gnd ground 22 be7 blue ? even ? data (msb) 23 be6 blue ? even ? data 24 be5 blue ? even ? data 25 be4 blue ? even ? data 26 gnd ground 27 be3 blue ? even ? data 28 be2 blue ? even ? data 29 be1 blue ? even ? data 30 be0 blue ? even ? data (lsb) cn2 ? (data ? signal) ? : ? il-fhr-bf30s-hf(jae) back ? light ? : ? flcn1,2,3,4 pin ? no. symbol function 1h.v high ? voltage ? for ? cfl 2lgndlow ? voltage ? for ? cfl flcn1,2,3,4 ? : ? bhsr-02vs-1 ? (jst) suitable ? mating ? connector: ? sm02b-bhss-1-tb ? (jst)
internal signal timing parameters ( de_mode ) parameter symbol min typ max unit note frequency f clk 30.0 32.5 39.5 mhz t clk =1/f clk width-low t wcl 5.0 - - ns width-high t wch 5.0 - - ns rise ? time t rclk --(5.0)ns fall ? time t fclk --(5.0)ns dclk duty d (0.40) 0.50 (0.60) - d=t clkl /t clk setup ? time t si (5.0) - - ns hold ? time t hi (5.0) - - ns rise/fall ? time t ir ,t if --(5.0)ns horiz. ? period t hp 525 672 900 t clk for ? dclk horiz. ? de t hde 512 512 512 t clk vert. ? period t vp 780 806 860 t hp f v =60hz ? typ. de vert. ? de n vde 768 768 768 n setup ? time t sd (5.0) - - ns hold ? time t hd (5.0) - - ns for ? dclk data rise/fall ? time t dr ,t df --(5.0)ns [ ? note ? 1 ? ] ? definition ? of ? vertical ? frequency ? f v ? and ? horizontal ? frequency ? f h : f h ? (horizontal ? frequency) ? = ? 1/t hp f v ? (vertical ? frequency) ??? = ? 1/t vp
internal signal timing diagram ( de_mode ) relationship between input data and display position 1 ? 1(odd) 1 ? 1(even) 1 ? 2(odd) . ?? . ?? . ?? . ?? . ?? . 1 ? 512(odd) 1 ? 512(even) 2 ? 1(odd) 2 ? 1(even) 2 ? 512(even) 3 ? 1(odd) vp ? hp rgb . . . . . . . . . 767 ? 1(odd) 767 ? 512(even) 768 ? 1(odd) 768 ? 1(even) . ?? . ?? . ?? . ?? . ?? . ?? . ?? . ?? . 768 ? 512(odd) 768 ? 512(even) t hi t si t clk t clkl t sd de ? invalid ? data 1/2 v dd dclk ? invalid ? data rgb ? data t hp de t vp de t hde shrink t si t hd (data: ? latched ? at ? fall ? edge ? of ? dclk) 1 ????? 2 ?????? - ? - ? - ? - ? - ???? n-1 ???? n n vde de,rgb ? data t ir , t dr v ihmin v ilmax t if , t df t wcl t wch t hi t fclk t rclk
relationship between input data and display color r ? data g ? data b ? data msb lsb msb lsb msb lsb input ? data d isplay ? color r7 r6 r5 r4 r3 r2 r1 r0 g7 g6 g5 g4 g3 g2 g1 g0 b7 b6 b5 b4 b3 b2 b1 b0 black ll lllllllll lllllll llllll red(255) h h h hhhhhl l l lllllll llllll green(255) l l l lllllhhh hhhhhl l llllll blue(255) l l l llllllll lllllhhh hhhhh cyan ll llllllhhh hhhhhhh hhhhhh magenta hh hhhhhhl l l lllllhhh hhhhh y ellow hh hhhhhhhhh hhhhhl l llllll w hite hh hhhhhhhhh hhhhhhh hhhhhh black ll lllllllll lllllll llllll red(1) * ll lllllhlll lllllll llllll red(2) * ll llllhllll lllllll llllll red(3) * ll llllhhlll lllllll llllll red(4) ll lllhlllll lllllll llllll :: : : red(251) * hhhhhlhhll lllllllll lllll red(252) h h h h h h l l l l l l l l l l l l l lllll red(253) h h h h h h l h l l l l l l l l l l l lllll red(254) h h h hhhhlll l l l l l ll l l lllll red(255) h h h hhhhhll l l l l l ll l l lllll black ll llllllll lllllllll lllll green(1) * ll llllllll lllllhlll lllll green(2) * ll llllllll llllhllll lllll green(3) * ll llllllll llllhhlll lllll green(4) ll llllllll lllhlllll lllll :: : : green(251) * ll llllllhh hhhlhhlll lllll green(252) l l l lllllhh hhhhlllll lllll green(253) l l l lllllhh hhhhlhlll lllll green(254) l l l lllllhh h hhhhll l l lllll green(255) l l l lllllhh h hhhhhl l l lllll black ll llllllll lllllllll lllll blue(1) * ll llllllll lllllllll llllh blue(2) * ll llllllll lllllllll lllhl blue(3) * ll llllllll lllllllll lllhh blue(4) ll llllllll lllllllll llhll :: : : blue(251) * ll llllllll llllllhhhhhlhh blue(252) l l l lllllll llllllhhhhhhll blue(253) l l l lllllll llllllhhhhhhlh blue(254) l l l lllllll llllllhhh hhhhl blue(255) l l l lllllll llllllhhh hhhhh [ ? note ? 1 ? ] ? color(n) ? --- ? 'n' ? indicates ? gray ? scale ? step. [ ? note ? 2 ? ] ? ' * ' ? mark ? shows ? using ? the ? frame ? rate ? modulation ? and ? dithering.
power on/off sequence requirement when ? the ? power ? is ? off, ? logic ? input ? must ? be ? kept ? at ? either ? low ? level ? or ? high ? impedance. power ? sequence ? for ? cfl ? (backlight) ? is ? not ? specified ? especially, ? however ? it ? is recommended ? to ? consider ? some ? timing ? difference ? between ? logic ? input ? as ? shown ? above. if ? backlight ? lights ? on ? before ? lcd ? starts ? function, ? or ? if ? backlight ? is ? kept ? on ? after ? lcd stopped ? function, ? screen ? may ? look ? white ? for ? a ? moment ? or ? abnormal ? image ? may ? be displayed. this ? is ? caused ? by ? variation ? in ? output ? signal ? from ? timing ? generator ? at ? logic ? input ? on ? or off. ? it ? does ? not ? cause ? damage ? to ? liquid ? crystal ? molecule ? and ? driving ? circuit. 90% valid ? data 90% 0 ? < ? t ? 2< ? 65ms 0v 0v 0 ? < ? t ? 4< ? 20ms power-on power-off off on 100ms ? < ? t6 0ms ? < ? t7 0< ? t ? 1< ? 25ms 1sec ? < ? t5 10% 10% v th v tl 15ms ? < ? t3 ? < ? 200ms vdd logic ? input cfl (recommend) (vdd=3.3v)
precautions (instructions for safe and proper use) ? (1) ? please ? do ? not ? disassemble ? or ? modify ? lcd ? module ? to ? avoid ? the ? possibility ? of electric ? shock, ? damage ? of ? electronic ? components, ? scratch ? at ? display ? surface ? and invasion ? of ? foreign ? particles. ? in ? addition, ? such ? activity ? may ? result ? in ? fire ? accident due ? to ? burning ? of ? electronic ? component. lcd ? module ? disassembled ? or ? modified ? by ? customer ? is ? out ? of ? warranty. (2) ? please ? be ? careful ? in ? handling ? of ? lcd ? module ? with ? broken ? glass. when ? the ? display ? glass ? breaks, ? please ? pay ? attention ? not ? to ? injure ? your ? fingers. ? the display ? surface ? has ? the ? plastic ? film ? attached, ? which ? prevents ? dispersion ? of ? glass pieces, ? however ? touching ? broken ? edge ? will ? injure ? your ? fingers. ? also ? cfl ? (cold cathode ? fluorescent ? lamp) ? is ? made ? of ? glass, ? therefore ? please ? pay ? attention ? in ? the same ? way. (3) ? please ? do ? not ? touch ? the ? fluid ? flown ? out ? of ? broken ? display ? glass. if ? the ? fluid ? should ? stick ? to ? hand ? or ? clothes, ? wipe ? off ? with ? soap ? or ? alcohol ? immediately and ? then ? wash ? it ? with ? water. ? if ? the ? fluid ? should ? get ? in ? eyes, ? wash ? eyes ? immediately with ? washing ? lotion ? for ? more ? than ? 15 ? minutes ? and ? then ? consult ? the ? doctor. (4) ? please ? make ? secure ? connection ? of ? cfl ? connector. please ? make ? sure ? that ? cfl ? connector ? from ? lcd ? module ? is ? connected ? with ? output connector ? on ? inverter ? circuit ? securely. ? poor ? connection ? may ? cause ? smoke ? or ? fire accident ? due ? to ? high ? voltage ? in ? circuit. ? if ? connection ? may ? not ? be ? secure, ? please switch ? off ? the ? power ? supply ? for ? lcd ? module ? and ? cfl ? and ? then ? make ? secure connection. please ? do ? not ? make ? connection ? with ? another ? connector ? than ? recommended ? mating connector. (5) ? cfl ? contains ? mercury ? inside. ? please ? follow ? regulations ? or ? rules ? established ? by local ? autonomy ? at ? its ? disposal. (6) ? please ? be ? careful ? to ? electric ? shock. before ? handling ? lcd ? module, ? please ? switch ? off ? the ? power ? supply. since ? high ? voltage ? is ? applied ? to ? cfl ? terminal, ? cable, ? connector ? and ? inverter ? circuit in ? operation ? mode, ? touching ? them ? will ? cause ? electric ? shock. ? (1) ? mounting ? of ? lcd please ? fix ? lcd ? module ? at ? all ? mounting ? flanges ? shown ? in ? this ? specification ? for installation ? onto ? system. ? the ? used ? screws ? should ? have ? proper ? dimensions. furthermore, ? designing ? of ? mounting ? parts ? should ? be ? adequate ? so ? that ? lcd ? module is ? not ? warped ? or ? twisted, ? to ? achieve ? good ? display ? quality. (2) ? polarity ? of ? power ? supply ? for ? cfl please ? give ? careful ? consideration ? in ? designing ? so ? that ? each ? polar ? of ? cable ? should be ? connected ? correctly ? at ? assembling ? (i.e. ? high ? voltage ? side ? is ? connected ? to ? high voltage ? side ? and ? low ? voltage ? side ? is ? connected ? to ? low ? voltage ? side). ? since ? longer cfl ? cable ? may ? cause ? insatiable ? start-up ? of ? cfl ? and ? reduction ? of ? brightness, please ? make ? cable ? short ? as ? much ? as ? possible.
(3) ? designing ? of ? power ? supply ? circuit ? for ? cfl please ? design ? the ? circuit ? so ? that ? high ? voltage ? output ? can ? be ? kept ? for ? more ? than ? 1 second. ? the ? shorter ? time ? may ? not ? start ? up ? cfl. ? the ? driving ? inverter ? circuit ? is recommended ? to ? be ? the ? type ? which ? cfl ? current ? can ? be ? controlled. the ? type ? which ? voltage ? is ? controlled ? is ? not ? recommended, ? because ? it ? may ? cause big ? current ? under ? high ? temperature ? and ? insatiable ? start-up ? of ? cfl ? under ? low temperature. (4) ? heat ? radiation cfl ? generates ? heat ? at ? lighting ? and ? causes ? temperature ? rise ? inside ? system. therefore, ? designing ? to ? radiate ? heat ? like ? radiation ? slits ? at ? cabinet ? is ? recommended to ? meet ? the ? specified ? operating ? temperature ? range ? for ? lcd ? module. (5) ? noise ? on ? power ? line spike ? noise ? contained ? in ? power ? line ? causes ? abnormal ? operation ? of ? driving ? circuit and ? abnormal ? display. ? to ? avoid ? it, ? spike ? noise ? should ? be ? suppressed ? below ? vdd ? 200mvp-p. ? (in ? any ? case, ? absolute ? maximum ? rating ? should ? be ? kept.) (6) ? power ? sequence before ? lcd ? module ? is ? switched ? on, ? please ? make ? sure ? that ? power ? supply ? and ? input signals ? of ? system, ? testing ? equipment, ? etc. ? meet ? the ? recommended ? power sequence. (7) ? absolute ? maximum ? rating absolute ? maximum ? rating ? specified ? in ? this ? specification ? has ? to ? be ? kept ? in ? any ? case. it ? shows ? the ? maximum ? that ? cannot ? be ? exceeded. exceeding ? it ? may ? cause ? burning ? or ? non-recoverable ? break ? of ? electronic components ? in ? circuit. ? please ? make ? system ? design ? so ? that ? absolute ? maximum rating ? is ? not ? exceeded ? even ? if ? ambient ? temperature, ? input ? signal ? and ? components are ? varied. (8) ? protection ? for ? power ? supply please ? study ? to ? adapt ? protection ? for ? power ? supply ? against ? trouble ? of ? lcd ? module, depending ? on ? usage ? condition ? of ? system. ? fuse ? installed ? on ? lcd ? module ? should ? be never ? modified. ? any ? modification ? to ? make ? the ? function ? of ? fuse ? ineffective ? may cause ? burning ? or ? break ? of ? printed ? wiring ? board ? or ? other ? components ? at ? circuit trouble. (9) ? protection ? against ? electric ? shock high ? voltage ? is ? applied ? to ? cfl ? connector, ? inverter ? circuit ? and ? cfl ? at ? lighting. please ? make ? design ? not ? to ? expose ? or ? be ? accessible ? to ? such ? high ? voltage ? parts ? to avoid ? electric ? shock. (10) ? protection ? cover ? and ? cut-off ? filter ? for ? ultraviolet ? rays when ? lcd ? module ? is ? used ? under ? severe ? condition ? like ? outdoor, ? it ? is ? recommended to ? use ? transparent ? protection ? cover ? over ? display ? surface ? to ? avoid ? scratches ? and invasion ? of ? dust ? and ? water. ? in ? addition, ? when ? lcd ? module ? is ? exposed ? to ? direct ? sun light ? for ? long ? time, ? use ? of ? cut-off ? filter ? for ? ultraviolet ? rays ? is ? also ? recommended. please ? be ? careful ? not ? to ? get ? condensation. ? (1) ? protection ? against ? static ? electricity c-mos ? lsi ? and ? semiconductors ? are ? easily ? damaged ? by ? static ? discharge. ? lcd module ? should ? be ? handled ? on ? conductive ? mat ? by ? person ? grounded ? with ? wrist ? strap etc. ? to ? avoid ? getting ? static ? electricity. ? please ? be ? careful ? not ? to ? generate ? static electricity ? during ? operation.
(2) ? protection ? against ? dust ? and ? stain lcd ? module ? should ? be ? handled ? in ? circumstance ? as ? clean ? as ? possible. it ? is ? recommended ? to ? wear ? fingerstalls ? or ? ductless ? and ? soft ? gloves ? before ? handling to ? avoid ? getting ? dust ? or ? stain ? on ? display ? surface. (3) ? protection ? film ? for ? display ? surface it ? is ? recommended ? to ? remove ? protection ? film ? at ? nearly ? final ? process ? of ? assembling to ? avoid ? getting ? scratch ? or ? dust. ? to ? remove ? film, ? please ? pick ? up ? its ? edge ? with ? dull- head ? tweezers ? or ? cellophane ? tape ? at ? first ? and ? then ? remove ? film ? gradually ? taking more ? than ? 3 ? seconds. ? if ? film ? is ? removed ? quickly, ? static ? electricity ? may ? be ? generated and ? may ? damage ? semiconductors ? or ? electronic ? components. (4) ? contamination ? of ? display ? surface when ? display ? surface ? of ? lcd ? module ? is ? contaminated, ? please ? wipe ? the ? surface softly ? with ? cotton ? swab ? or ? clean ? cloth. ? if ? it ? is ? not ? enough, ? please ? take ? it ? away ? with cellophane ? tape ? or ? wipe ? the ? surface ? with ? cotton ? swab ? or ? clean ? cloth ? containing benzine. ? in ? this ? case, ? please ? be ? careful ? so ? that ? benzine ? does ? not ? get ? in ? inside ? of lcd ? module, ? because ? it ? may ? be ? damaged. (5) ? water ? drop ? on ? lcd ? surface please ? do ? not ? leave ? lcd ? module ? with ? water ? drop. ? when ? the ? display ? surface ? gets water ? drop, ? please ? wipe ? it ? off ? with ? cotton ? swab ? or ? soft ? cloth ? immediately, ? otherwise display ? surface ? will ? be ? deteriorated. if ? water ? gets ? in ? inside ? of ? lcd ? module, ? circuit ? may ? be ? damaged. (6) ? please ? make ? sure ? that ? lcd ? module ? is ? not ? warped ? or ? twisted ? at ? installation ? into system. ? even ? temporary ? warp ? or ? twist ? may ? be ? the ? cause ? for ? failure. (7) ? mechanical ? stress please ? be ? careful ? not ? to ? apply ? strong ? mechanical ? stress ? like ? drop ? or ? shock ? to ? lcd module. ? such ? stress ? may ? cause ? break ? of ? display ? glass ? and ? cfl ? or ? may ? be ? the cause ? for ? failure. (8) ? pressure ? to ? display ? surface please ? be ? careful ? not ? to ? apply ? strong ? pressure ? to ? display ? surface. ? such ? pressure may ? cause ? scratches ? at ? surface ? or ? may ? be ? the ? cause ? of ? failure. (9) ? protection ? against ? scratch please ? be ? careful ? not ? to ? hit, ? press ? or ? rub ? the ? display ? surface ? with ? hard ? material ? like tools. ? in ? addition, ? please ? do ? not ? put ? heavy ? or ? hard ? material ? on ? display ? surface, ? and do ? not ? stack ? lcd ? modules. ? polarizer ? at ? front ? surface ? can ? be ? easily ? scratched. (10) ? plugging ? in ? of ? connector please ? be ? careful ? not ? to ? apply ? strong ? stress ? to ? connector ? part ? of ? lcd ? module ? at plugging ? in ? or ? out, ? because ? strong ? stress ? may ? damage ? the ? inside ? connection. ? at plugging ? in ? connector, ? place ? lcd ? module ? on ? the ? flat ? surface ? and ? hold ? the ? backside of ? connector ? on ? lcd ? module. ? please ? make ? sure ? that ? connector ? is ? plugged ? in correctly. ? insecure ? connection ? may ? be ? the ? cause ? for ? failure ? during ? operation. in ? addition, ? please ? be ? careful ? not ? to ? put ? the ? connecting ? cable ? between ? cabinet ? of system ? and ? lcd ? module ? at ? installing ? lcd ? module ? into ? system. (11) ? handling ? of ? cfl ? cable ? and ? fpc ? (flexible ? printed ? circuit) please ? be ? careful ? not ? to ? pull ? or ? scratch ? cfl ? cable, ? because ? cfl ? or ? soldered ? part ? of cable ? may ? be ? damaged ? consequently. also ? fpc ? should ? not ? be ? pulled ? or ? scratched. (12) ? switching ? off ? before ? plugging ? in ? connector please ? make ? sure ? that ? power ? is ? switched ? off ? before ? plugging ? in ? connector. if ? power ? is ? on ? at ? plugging ? in ? or ? out, ? circuit ? of ? lcd ? module ? may ? be ? damaged. when ? lcd ? is ? switched ? on ? for ? test ? or ? inspection, ? please ? make ? sure ? that ? power supply ? and ? input ? signals ? of ? driving ? system ? meet ? the ? specified ? power ? sequence.
(13) ? temperature ? dependence ? of ? lcd ? display response ? speed ? (optical ? response) ? of ? lcd ? display ? is ? dependent ? on ? temperature. under ? low ? temperature, ? response ? speed ? is ? slower. also ? brightness ? and ? chromaticity ? change ? slightly ? depending ? on ? temperature. (14) ? slow ? light-up ? of ? cfl ? under ? low ? temperature under ? low ? temperature, ? start-up ? of ? cfl ? gets ? difficult. ? (the ? time ? from ? switch-on ? to stable ? lighting ? becomes ? longer.) as ? characteristic ? of ? cfl, ? operation ? under ? low ? temperature ? makes ? the ? life ? time shorter. ? to ? avoid ? this, ? it ? is ? recommended ? to ? operate ? under ? normal ? temperature. (15) ? condensation lcd ? module ? may ? get ? condensation ? on ? its ? display ? surface ? and ? inside ? in ? the circumstance ? where ? temperature ? changes ? much ? in ? short ? time. condensation ? can ? cause ? deterioration ? or ? failure. ? therefore, ? please ? be ? careful ? not to ? get ? condensation. (16) ? remaining ? of ? image displaying ? the ? same ? pattern ? for ? long ? time ? may ? cause ? remaining ? of ? image ? even after ? changing ? the ? pattern. ? this ? is ? not ? failure ? but ? will ? disappear ? with ? time. ? (1) ? storage please ? store ? lcd ? module ? in ? the ? dark ? place ? of ? room ? temperature ? and ? low ? humidity in ? original ? packing ? condition, ? to ? avoid ? condensation ? that ? may ? cause ? failure. since ? sudden ? temperature ? change ? may ? cause ? condensation, ? please ? store ? in circumstance ? of ? stable ? temperature. (2) ? stacking ? number since ? excessive ? weight ? causes ? deformation ? and ? damage ? of ? carton ? box, ? please stack ? only ? up ? to ? the ? number ? stated ? on ? carton ? box ? for ? storage ? and ? transportation. (3) ? handling since ? lcd ? module ? consists ? of ? glass ? and ? precise ? electronic ? components, ? it ? will ? be damaged ? by ? excessive ? shock ? and ? drop. ? therefore, ? please ? handle ? the ? carton ? box carefully ? to ? minimize ? shock ? at ? loading, ? reloading ? and ? transportation.
1 500 6a x g a 0 1b 1
1 500 6a x g a 0 100 - b

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