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doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 1 version 1.0 tft lcd specification model no. : ag101wt - p06r - nn g - v1 customer: solar tech nologies _ prepared : louis s . __ approved by: mike f. note:
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 2 version 1.0 revision history version date part r ev. page section description 0.1 0.2 0.3 1.0 feb. 14, 2012 feb. 14, 2012 feb. 14, 2012 oct. 2, 2014 a a a a a 9 10 1 4 6 7 4 4 1.4 / 1.5 2.2.2 3.1 preliminary timing specification data input format for lvds approval assignment update specification
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 3 version 1.0 table of contents 1 general description ................................ ................................ ............................................................... 4 1.1 overview ................................ ................................................................ ................................................................ .. 4 1.2 features ................................ ................................................................ ................................................................ ... 4 1.3 applications ................................ ................................................................ ................................ ...........................4 1.4 general specificati0ns ................................................................ ................................................................ ..... 4 1.5 mechanical specifications ................................................................ ................................ .............................4 2 absolute maximum rat ings ................................................................ ................................ .................... 6 2.1 absolute maximums, environmental ................................ ................................................................ ....... 6 2.2 absolute maximums, electrical ................................ ................................................................ .................6 2.2.1 tft lcd module ................................ ................................ ................................................................ ............6 2.2.2 backlight converter input ................................ ................................................................ ....................6 3 electrical character istics ................................................................ ................................ ................. 7 3.1 tft lcd ................................ ................................................................ ................................................................ ....... 7 3.2 tft current consumption ................................................................ ............................................................... 7 3.3 interface connection ................................................................ ................................................................ ....... 8 4 timing specification ................................ ................................ ................................................................ . 9 4.1 de m ode ................................ ................................................................ ................................................................ ....... 9 4.2 d ata i nput f ormat for lvds ................................................................ ................................................................ .. 10 5 optical characterist ics ................................................................ ................................ ...................... 11 6 reliability test ................................ ................................ ................................................................ ......... 12 6.1 temperature and humidity ................................................................ ................................ .......................... 12 6.2 s hock and v ibration ................................ ................................ ................................................................ ................ 12 6.3 esd ................................................................ ................................ ................................................................ ............. 12
doc no.: ag006 issued date: oct. 05 , 2013 model no.: ag101wt - p06r - nn g - v1 p. 4 version 1.0 1 general description 1.1 overview ag101wt - p06r - nn g - v1 is 10.1 " color tft - lcd (thin film transistor liquid crystal display) module composed of lcd panel, driver ics, control circuit, and led backlight. the 10.1 "screen produces a high resolution image that is composed of 1024600 pixel elements in a stripe arrangement. display 262k colors by 6 bit r.g.b signal input.. 1.2 features ? ? ? ? ?
doc no.: ag006 issued date: oct. 05 , 2013 model no.: ag101wt - p06r - nn g - v1 p. 5 version 1.0 figure 1. 1 module front outline
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 6 version 1.0 2 absolute maximum ratings 2.1 absolute maximums, environmental item symbol value unit note min. max. storage temperature t st - 20 60 oc operating ambient temperature t op - 10 60 oc 2.2 absolute maximums, electrical permanent damage to the device may occur if maximum values are exceeded. operation should be restricted to the conditions described under normal operating conditions. 2.2.1 tft lcd module item symbol value unit note min. max. power supply voltage v dd - 0.3 5 .0 v 2.2.2 backlight converter input item symbol value unit note min. max. converter input voltage vled 4.5 21 v
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 7 version 1.0 3 electrical characteristics 3.1 tft lcd item symbol min. typ. max. unit note power supply voltage for lcd v dd/ vedid 3.0 3.3 3.6 v power supply voltage for led vled 4.5 18.7 21 v input voltage 'h' level vih 0.7vdd - vdd v input voltage 'l' level vil 0 - 0.3vdd v output voltage 'h' level voh vdd - 0. 4 - - v output voltage 'l' level vol - - gnd+0.4 v 3.2 tft current consumption item symbol min. typical max. unit note power current idd - 80 140 ma note1 typical: under 64 gray pattern maximum: under black pattern
doc no.: ag006 issued date: oct. 05 , 2013 model no.: ag101wt - p06r - nn g - v1 p. 8 version 1.0 3.3 interface connection interf a ce no. symbol i/o or co n nect to d escr i pt i on 1 nc - n o connec t i on (reserv e ) 2 vdd p po w er supp l y 3 vdd p po w er supp l y 4 v e d id p e d id po w e r supp l y 5 nc - n o connec t i on (reserv e ) 6 cl k e d id i ddc c l ock 7 d a t a e d id i ddc da t a 8 rx i n0 - i l v d s d i f f erent i a l da t a i nput 9 rx i n0+ i l v d s d i f f erent i a l da t a i nput 10 v ss p g round 1 1 rx i n1 - i l v d s d i f f erent i a l da t a i nput 12 rx i n1+ i l v d s d i f f erent i a l da t a i nput 13 v ss p g round 14 rx i n2 - i l v d s d i f f e ren t i al d a t a input 15 rx i n2+ i l v d s d i f f e ren t i al d a t a input 16 v ss p g round 17 rxcl k - i l v d s d i f f erent i a l c l o ck i nput 18 rxcl k - + i l v d s d i f f erent i a l c l o ck i nput 19 v ss p g round 20 nc - n o connec t i on (reserv e ) 21 nc - n o connec t i on (reserv e ) 22 v ss p g round 23 nc - n o connec t i on (reserv e ) 24 nc - n o connec t i on (reserv e ) 25 v ss p g round 26 nc - n o connec t i on (reserv e ) 27 nc - n o connec t i on (reserv e ) 28 v ss p g round 29 nc - n o connec t i on (reserv e ) 30 nc - n o connec t i on (reserv e ) 31 v ss p led g rou n d 32 v ss p led g rou n d 33 v ss p led g rou n d 34 nc - n o connec t i on (reserv e ) 35 p w m i led b l u bri gh t n ess cont r ol 36 le d _en i led conv e r t er e n ab l e 37 nc - n o connec t i on (reserv e ) 38 v led p led conv e r t er input p ow er 39 v led p led conv e r t er input p ow er 40 v led p led conv e r t er input p ow er
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 9 version 1.0 4 timing specification 4.1 de mode parameter symbol value unit min typ. max dclk frequency frame rate = 60hz fclk 40.8 51.2 67.2 mhz horizontal display area thd 1024 dclk hsync period time th 1114 1344 1400 dclk hsync blanking thb+thfp 90 320 376 dclk vertical display area tvd 600 h vsync period time tv 610 635 800 h vsync blanking tvb+tvfp 10 35 200 h horizontal input timing parameter symbol value unit horizontal display area thd 1024 dclk dclk frequency frame rate = 60hz fclk min typ. max 44.9 51.2 63 mhz 1 horizontal line th 1200 1344 1400 dclk hsync pulse width min thpw 1 dclk typ. - max 140 hsync blanking thb 160 160 160 hsync front porch thfp 16 160 216 vertical input timing parameter symbol value unit min typ. max vertical display area tvd 600 h vsync period time tv 624 635 750 h vsync pulse width tvpw 1 - 20 h vsync blanking tvb 23 23 23 h vsync front porch tvfp 1 12 127 h
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 10 version 1.0 4.2 data input format for lvds
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 11 version 1.0 5 optical characteristics i t e m s y m b o l m in. t y p . m a x . unit n o t e con t r a s t rat i o cr 300 950 - - - - lu m i nan c e * ) lw 500 600 - - c d/ m 2 lu m i nan c e un i f o r m i ty l 70 -- - - % re s pon s e t i m e ( w h i te - bl a c k ) t r + t f - - 2 5 40 m s v ie w in g a ngl e 40 50 70 80 70 80 70 80 co l or coo r d i nate w h i te w x w y 0.2524 0.2865 0.3124 0.3465 0.3724 0.4065 red rx ry 0.5401 0.2963 0.5901 0.3463 0.6401 0.3963 gr een g x g y 0.2956 0.5449 0.3456 0.5949 0.3956 0.6449 bl ue b x b y 0.1067 0.0787 0.1567 0.1287 0.2067 0.1787
doc no.: ag006 issued date: oct. 05, 2013 model no.: ag101wt-p06r- nn g- v1 p. 12 version 1.0 6 r eliability test 6.1 temperature and humidity test items conditions note high temperature operation 602 /120 hours high temperature storage 602 /200 hours high temperature high humidity operation 60 90%rh 240hrs low temperature operation - 102 /120 hours low temperature storage - 202 /200 hours 6.2 shock and vibration test items conditions note vibration test frequency 10hz~55hz~10hz amplitude 1.5mm, x y z direction for total 3hours (packing condition) dropping test dro p to the ground from 1m height, one time, every side of carton. (packing condition) 6.3 esd test items conditions note esd test voltage:8kv r: 330 c: 150pf air discharge, 10time

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