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  c c h h u u n n g g h h w w a a p p i i c c t t u u r r e e t t u u b b e e s s , , l l t t d d . . p p r r o o d d u u c c t t s s p p e e c c i i f f i i c c a a t t i i o o n n to : rb date : 090516 accepted by : (v0.4) tentative approved by checked by prepared by } _ prepared by : product planning management division small & medium tft product business unit chunghwa picture tubes, ltd. 1127 hopin rd., padeh, taoyuan, taiwan 334, r.o.c. tel: +886-3-3675151 fax: +886-3-377-3858 doc.no: spec_CLAA061LA0ACW_v0.4_rb_090516 issue date: 2009/06/12 tft lcd CLAA061LA0ACW
cpt chunghwa picture tubes, ltd., cpt confidential 2/17 spec_CLAA061LA0ACW_v0.4_rb_090516 revision status revision notice description page rev. date 0.0 first revision (tentative) -- 2009/02/23 0.1 revise tft lcd power voltage 6 2009/04/16 0.1 revise power signal sequence 7 2009/04/16 0.1 revise backlight unit 8 2009/04/16 0.1 revise the interface connection 9,10 2009/04/16 0.1 revise the input signal 11 2009/04/16 0.1 revise the mechanical dimension 13,14 2009/04/16 0.1 revise the reliability test 17 2009/04/16 0.2 revise backlight unit 8 2009/04/17 0.2 revise cn2 blu connector 10 2009/04/17 0.3 revise absolute maximum ratings 5 2009/04/27 0.3 revise power signal sequence 7 2009/04/27 0.3 revise backlight unit 8 2009/04/27 0.3 revise optical characteristics 15 2009/04/27 0.4 revise general specif ications table 4 2009/06/12 0.4 revise tft lcd power voltage 6 2009/06/12 0.4 revise tft-lcd current consumption 7 2009/06/12 0.4 revise backlight unit 8 2009/06/12 0.4 revise horizontal timing specification 11 2009/06/12 0.4 revise optical characteristics 15 2009/06/12
cpt chunghwa picture tubes, ltd., cpt confidential 3/17 spec_CLAA061LA0ACW_v0.4_rb_090516 contents 1. over view.................................................................................................................... .......4 2. absolute maxi mum ratings .......................................................................................5 3. electrical characteristi cs ....................................................................................6 3.1 tft lcd power voltage ........................................................................................................ 6 3.2 tft-lcd current consumption ............................................................................................ 7 3.3 power signal sequence ....................................................................................................... 7 3.4 backlight unit ........................................................................................................................... 8 4. interface co nnection.................................................................................................9 4.1 cn1 ............................................................................................................................... ............. 9 4.2 cn2 blu connector ....................................................................................................... 10 5. input signal ................................................................................................................ ...11 5.1 timing specification .............................................................................................................. 11 5.2 timing sequence (timing chart )......................................................................................... 11 6. mechanical dimension ...............................................................................................13 6.1 front side ............................................................................................................................... 13 6.2 rear side ............................................................................................................................... . 14 7. optical charact eristi cs .........................................................................................15 8. reliability t est condit ions.....................................................................................17 8.1. temperature and humidity .................................................................................................. 17 8.2. shock and vibration ............................................................................................................. 17 8.3. esd ............................................................................................................................... ......... 17 8.4. judgment standard .............................................................................................................. 17
cpt chunghwa picture tubes, ltd., cpt confidential 4/17 spec_CLAA061LA0ACW_v0.4_rb_090516 1. overview CLAA061LA0ACW is 15.4cm(6.1?) color tft-lcd (thin film transistor liquid crystal display) module composed of lcd panel, driver ics, control circuit and led backlight. by applying 800480 images are displa yed on the 6.1? diagonal screen. display 262k colors by 6 bit r.g.b signal input. general specifications are summa rized in the following table: item specification display area (mm) 136.2(h ) 72(v) (6.1-inch diagonal) number of pixels 800( h) x 3(rgb) x 480(v) pixel pitch (mm) 0.17025(h) 0.150(v) color pixel arrangement rgb vertical stripe display mode normally white, tn number of colors 262,144 optimum viewing angle 6 o?clock brightness (cd/m^2) 500nit(typ) response time (tr+tf) 20ms (typ) viewing angle(bl on,cr R 10) 140 degree( horizontal) ; 120 degree( vertical) power consumption w 2.2w(typ) electrical interface(data) ttl module size (mm) 149.0(w ) 82.9(h ) 6.2(d) module weight (g) 130 (typ) backlight unit led surface treatment anti-glare type , hardness:3h
cpt chunghwa picture tubes, ltd., cpt confidential 5/17 spec_CLAA061LA0ACW_v0.4_rb_090516 2. absolute maximum ratings the following are maximun values which, if exceeded, may cause faulty operation or damage to the unit. item symbol min. max. unit note digital supply voltage vcc -0.5 5.0 v analog supply voltage avdd -0.5 13.5 v gate on voltage vgh -0.3 40 v gate off voltage vgl -20 0.3 v gate on-gate off voltage vgh-vgl -0.3 40 v forward current(per led) if - 25 ma reverse voltage(per led) vr 5 v pulse forward current(per led) ifp 80 ma note 2 operation temperature t op -30 85 note 1 storage temperature t stg -40 90 note 1 note note1 if users use the product out o ff the environmemt operation range temperature and humidity ,it will concern for visual quality. note2 ifp conditions pulse width Q 10msec duty Q 1/10.
cpt chunghwa picture tubes, ltd., cpt confidential 6/17 spec_CLAA061LA0ACW_v0.4_rb_090516 3. electrical characteristics 3.1 tft lcd power voltage ta=25 item symbol min. typ. max. unit. note digital supply voltage vcc 3 3.3 3.6 v analog supply voltage avdd 9.4 9.6 9.8 v gate on voltage vgh 17 18 19 v gate off voltage vgl -6.6 -6 -5.4 v common voltage vcdc 3.28 3.38 3.48 v note1 v1 - 8.37 - v v2 - 6.89 - v v3 - 6.49 - v v4 - 6.15 - v v5 - 5.23 - v v6 - 3.71 - v v7 - 2.79 - v v8 - 2.45 - v v9 - 2.05 - v gamma voltage v10 - 0.57 - v vih 0.7vcc - vcc v logic input voltage vil gnd - 0.3vcc v note note1 please adjust vcdc to make the flicker level be minimum.
cpt chunghwa picture tubes, ltd., cpt confidential 7/17 spec_CLAA061LA0ACW_v0.4_rb_090516 3.2 tft-lcd current consumption item symbol condition min. typ. max. unit. note gate on current ivgh vgh =18 v - 0.5 1 ma note1 gate off current ivgl vgl= -6 v - 0.5 1 ma note1 digital current ivcc vcc = 3.3v - 5 10 ma note1 analog current iavdd av dd = 9.6 v - 35 45 ma note1 total power consumption pc - 364.5 489 mw note1 note note1 typical: under 64 gray pattern @ vcc = 3.3 v frame rate is 60 hz maximum: under black pattern @ vcc = 3.0 v frame rate is 60 hz (a)gray-level pattern (b)black pattern 3.3 power signal sequence power on vcc avdd/vgl vgh video & logic signal power off video & logic signal vgh avdd/vgl vcc 0 t1 Q 10ms t5 20ms t2 20ms t6 10ms t3 10ms 0 t7 Q 10ms t4 10ms 0 t8 Q 10ms vgh a vdd vcc vgl t1 t2 t3 vgh a vdd vcc vgl t4 t5 t6 t7 t8 off off on video&lo g ic si g nal
cpt chunghwa picture tubes, ltd., cpt confidential 8/17 spec_CLAA061LA0ACW_v0.4_rb_090516 3.4 backlight unit ta=25 item symbol min. typ. max. unit note led current il -- 100 -- ma led voltage vl 16.62 19.2 21.18 v power consumption wl -- 1.92 -- w led life time n/a tbd tbd tbd hour if=20ma note: *1)led circuit diagram *2)a anode( ) k cathode( ) *3)we suggest using the constant current cont rol to avoid the leakage light and brightness quality issue. *4) difinition of led lifetime luminance < initial luminance 50%
cpt chunghwa picture tubes, ltd., cpt confidential 9/17 spec_CLAA061LA0ACW_v0.4_rb_090516 4. interface connection 4.1 cn1 pin no. symbol description 1 gnd power ground 2 dio1 horizontal start pulse signal i/o 3 nc nc 4 vr 1 gamma voltage level 1 5 vr 2 gamma voltage level 2 6 vr 3 gamma voltage level 3 7 vr 4 gamma voltage level 4 8 vr 5 gamma voltage level 5 9 vr 6 gamma voltage level 6 10 vr 7 gamma voltage level 7 11 vr 8 gamma voltage level 8 12 vr 9 gamma voltage level 9 13 vr 10 gamma voltage level 10 14 d00 red data ( lsb ) 15 d01 red data 16 d02 red data 17 d03 red data 18 d04 red data 19 d05 red data ( msb ) 20 d10 green data ( lsb ) 21 d11 green data 22 d12 green data 23 d13 green data 24 d14 green data 25 d15 green data ( msb ) 26 d20 blue data ( lsb ) 27 d21 blue data 28 d22 blue data 29 d23 blue data 30 d24 blue data 31 d25 blue data ( msb ) 32 ld latch the polarity of output and switch the new data to output 33 shl select left / right shift 34 avdd power supply for analog circuit 35 avdd power supply for analog circuit 36 gnd power ground 37 gnd power ground 38 clk horizontal clock 39 dvdd digtal power +3.3v 40 dio2 horizontal start pulse signal i/o 41 gnd power ground 42 gnd power ground 43 gnd power ground 44 stv2 vertical start pulse signal i/o 45 ud up / down control pin 46 oev output enable 47 vclk vertical clock 48 gnd power ground 49 gnd power ground 50 pol polarity selection 51 xon gate output all-on control 52 nc nc 53 veeg gate off voltage -6v 54 nc nc
cpt chunghwa picture tubes, ltd., cpt confidential 10/17 spec_CLAA061LA0ACW_v0.4_rb_090516 55 vddg gate on voltage +18v 56 nc nc 57 stv1 vertical start pulse signal i/o 58 nc nc 59 vcom common voltage 60 vcom common voltage note: 1) gnd pin must ground contact can not be floating. 2)shl select left or right shl dio1 dio2 shift 1 input output right 0 output input left 3)ud shift up or down control ud stv1 stv2 shift 1 input output up 0 output input down 4)xon gate output all-on control as xon is low then all output pins are forced to vddg level. 4.2 cn2 blu connector outlet connector: starconn fr06-s10r1hf-2-e3000 pin no. symbol function 1 a anode 2 a anode 3 a anode 4 nc nc 5 k1 cathode 6 k2 cathode 7 k3 cathode 8 k4 cathode 9 k5 cathode 10 nc nc
cpt chunghwa picture tubes, ltd., cpt confidential 11/17 spec_CLAA061LA0ACW_v0.4_rb_090516 5. input signal 5.1 timing specification 5.1.1 horizontal timing specification specification item symbol min typ max unit clk frequency 1/tcph 25 32 40 mhz clk pulse width tcw 40% - 60% tcph data set-up time tsu 4 - - ns data hold time thd 2 - - ns propagation delay of dio2/1 tphl 6 10 15 ns time that the last data to ld tld 1 - - tcph pulse width of ld twld 2 - - tcph time that ld to dio1/2 tlds 5 - - tcph pol set-up time tpsu 6 - - ns pol hold time tphd 6 - - ns 5.1.2 vertical timing specification specification item symbol min typ max unit vclk frequency 1/tcpv - - 200 khz vclk pulse width tcpvh 2.5 - - s stvd/stvu set-up time tsu 700 - - ns stvd/stvu hold time thd 700 - - ns output enabled pulse width twoe 1 - us 5.2 timing sequence (timing chart ) 5.2.1 horizontal timing sequence
cpt chunghwa picture tubes, ltd., cpt confidential 12/17 spec_CLAA061LA0ACW_v0.4_rb_090516 5.2.2 vertical timing sequence
cpt chunghwa picture tubes, ltd., cpt confidential 13/17 spec_CLAA061LA0ACW_v0.4_rb_090516 6. mechanical dimension 6.1 front side [unit mm]
cpt chunghwa picture tubes, ltd., cpt confidential 14/17 spec_CLAA061LA0ACW_v0.4_rb_090516 6.2 rear side [unit mm]
cpt chunghwa picture tubes, ltd., cpt confidential 15/17 spec_CLAA061LA0ACW_v0.4_rb_090516 7. optical characteristics ta = 25c, v cc =3.3v item symbol condition min. typ. max. unit note constrast ratio cr point-5 320 400 -- -- *1)*2) luminance*) lw point-5 400 500 -- cd/m 2 *1)*3) luminance uniformity l -- 80 -- % *1)*4) tr -- 7 12 ms *3)*4) response time (white - black) tf -- 13 18 ms horizontal 120 140 -- *1)*2)*5) viewing angle vertical cr R 10 point-5 100 120 -- *1)*2)*5) white wx wy 0.273 0.289 0.313 0.329 0.353 0.369 red rx ry 0.584 0.314 0.624 0.354 0.664 0.394 green gx gy 0.262 0.600 0.302 0.640 0.342 0.680 color coordinate blue bx by ? ? ? ? = 0 point-5 0.115 0.000 0.155 0.039 0.195 0.079 -- *1) note *1)measure condition 25 2 6010%rh under10 lux in the dark room.bm-5a (topcon) viewing angle2.vcc=3.3v led current=100ma after 10 minutes operation. *2)definition of contrast ratio measure the point-5 as figure 8-1 contrast ratio (cr)= (white) luminance of on (black) luminance of off *3)definition of luminance measure white luminance on the points-5 as figure8-1 *4)definition of luminance uniformity measure white luminance on the point 1~9 as figure8-1 l = [l(min)/l(max)]100
cpt chunghwa picture tubes, ltd., cpt confidential 16/17 spec_CLAA061LA0ACW_v0.4_rb_090516 fig8-1 measuring point *5) definition of viewing angle( , ),refer to fig8-2 as below these items are measured by ez-contrast (eld im) in the dark room. (no ambient light). fig8-2 definition of viewing angle *6) definition of response time.(white-black) luminance 90% 90% 10% t f t r white(63 th ) black(0) 10% fig8-3 definition of response time(white-black)
cpt chunghwa picture tubes, ltd., cpt confidential 17/17 spec_CLAA061LA0ACW_v0.4_rb_090516 8. reliability test conditions 8.1. temperature and humidity test items conditions note high temperature operation 85 1000hrs high temperature storage 90 1000hrs high temperature high humidity operation 60 90%rh 1000hrs no condensation low temperature operation -30 1000hrs low temperature storage -40 1000hrs thermal shock(non-operation) -30 1hr ~ 85 (1hr) 500 cycles 8.2. shock and vibration test items conditions shock (non-operation) 735m/s2(equal to 75g) 11msec 1/2 sine wave,. x y z each axis 3times. vibration (non-operation) 15 60hz 29.4m/s2 (equal to 3g) 2mm xyz 2hrs each axis 8.3. esd item condition note 150pf 330 ? 8kv contact test 15kv air test *1) esd 200pf 0 ? 200v contact test *2) note: *1) lcd glass and metal bezel *2) if connector pins 8.4. judgment standard the judgment of the above test should be made as follow: pass:normal display image wit h no obvious non-uniformity and no line defect.partial transformation of the module parts should be ignored. fail:no display image,obvious non-uniformity,or line defect.


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