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d o c u me n t ve r 0 . 0 2 / 31 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 pr o du c t s p e c i f i c a t i o n 1 5 .0 x g a c o l or t f t - l c d m o du l e m ode l n a me : g 1 5 0 x g 0 3 v . 0 ( u ) p r e li m in a r y s p ec i f i c a t i o n s ( ) fi n a l s p ec i f i c a t i o n s n ote: th i s s pe c i fic a ti o n i s su b je c t t o change w it h o u t n o tic e. do c u m ent v er s i o n: 0 . 1 dat e 1/ 2 0/2 0 06 www..net
d o c u me n t ve r 0 . 0 3 / 31 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 r ec o rd of r e visi o n v er s i on a n d date page o l d d e scrip t io n n e w d e s c r i pti o n r e ma rk 0. 0 2 0 0 5/0 1 2/ 22 a ll fir s t e d i tio n f o r c u s to m e r 0. 1 2 0 0 6/1/ 2 0 5 o nly d e f i n e w hi t e l u m in a nc e a n d po we r c o n s umpt i o n @ 8 m a i r cf l ad d wh i te lum i n a n ce a n d p o w er c o n s u m ptio n @ 6. 5 m a ircfl 6 o nly d e f i n e w hi t e l u m in a nc e @ 8m a ircfl ad d wh i te lum i n a n ce @ 6 .5 m a ir c fl 1 5 o nly d e f i n e p o w e r co n s um ption @ 8 m a ircfl ad d p o w er c o n s u m p t i o n @ 6 . 5 m a ir c fl 1 5 o nly d e f i n e l a m p li f e t i m e @ 8 m a ircfl ad d t h e l a m p li f e t i m e @ 6. 5 m a ir c fl www..net
d o c u me n t ve r 0 . 0 4 / 31 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 1.0 h andli n g pr ecautions 1) s in c e f r o nt p olari z er i s e a s i l y d a m a g e d, p a y atte n t io n n ot t o s c rat c h it . 2) b e s ure to t u rn o ff p o w er s u p pl y w he n in s er t in g or d i s c o n ne c t in g f r o m in p ut c o n ne c t o r . 3) w ipe o f f w ater dro p i mm e diatel y . l o n g c o n t a c t w ith w a t e r m a y c a u se d i sc oloration or sp ot s . 4) w h e n the p an e l su rf a c e i s s oi l e d, w ip e it w i t h a b so rbe n t c o t t o n or oth e r so ft c loth. 5) s in c e t h e p a nel i s m a de o f gla s s , it m a y bre a k or c ra c k i f dro p pe d o r b u m p ed o n har d s ur f a c e . 6) s in c e c mo s lsi i s u se d in t h i s m o d ule, ta k e c ar e o f s t a t i c e l e c t r i c it y a nd i ns ure hu m an earth w h en ha n dl i n g. 7) d o n ot op e n n o r m o di f y t h e m o d ule a s s e m b l y . 8) d o n ot pre s s o r p at t h e p a nel s ur f a c e b y fi n ger s , h an d o r to o l in g . 9) d o n ot pre s s t h e r e fl e c tor s he e t a t th e b a c k o f th e m od u l e to a n y dire c tion s . 1 0 ) i n c a se i f a m o d ule h as t o b e p u t b a c k i nt o t h e p a ck ing c o ntain e r s l o t a f ter o n c e it w as t a k e n out f ro m the c o n t a i n er, d o n o t p re ss th e c e n t e r o f th e c cfl re f le c tor e d g e . in s t e ad, pr ess at the f ar e nd s o f t h e c c fl r e fl e c tor e d g e s o f t l y . o th e r w i s e th e t f t m o d ule m a y b e da m ag e d. 1 1 ) a t the in s ert i o n or re m o v a l o f t h e s i g nal inter f a c e con n e c t o r , b e s ur e not to r o t a t e n o r ti l t th e i n t e r f a c e c o n n e c tor o f t h e t ft m o d u l e . 1 2 ) af ter i ns tal l a t io n o f the t f t m o d ule into a n en c l os ure (de sk t o p m o ni t o r b e z el, f o r e x a m ple) , d o n o t t w i s t nor b e nd th e t f t m od u l e e v e n m o m e ntar y . a t d es i g ning th e e n c lo su re, it sh o u l d b e t a k e n into c o ns i d eration th a t n o b e ndin g / t w i s t in g f o r c e s a re ap p l ie d t o t h e t ft m od u l e f r o m out s id e . o ther w i s e the t f t m o dule m a y be d a m a g ed. www..net
d o c u me n t ve r 0 . 0 5/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 2.0 g e n e ral d esc r ip t ion thi s s p eci fi c atio n a p p l ie s t o t h e 1 5 .0 i n c h c o l o r tf t / l c d m o d u l e g 1 5 0 xg03 v0. thi s m o dule i s d e s ig n e d f o r a d i s pla y u nit o f p e r s o n al c o m p ut e r . th e d i s pla y s u p port s th e x g a (1 0 24 ( h) x 7 6 8(v)) s c re e n f or m a t a n d 1 6. 2 m c olor s (r g b 6-bit s + frc d ata)/2 6 2k ( r g b 6- b i t) s e l e cta b l e a l l inp u t s i g n a l s a re 1 ch a n n el lv d s int e rf a c e c o m p atible. thi s m o dule d o e s n o t c o ntai n a n in v erter c a r d f or b a ckl i g ht. 2. 1 displ a y c h a ract e r i stics th e f o l lo w in g i tem s are c har a cte ri s tic s s u mm a r y on th e t a ble u nd e r 25 co n dit i o n: i te m s uni t s pec i fi c a ti o ns s c r e en diag o nal [ m m ] 38 1 ( 15 ) a c ti v e area [ m m ] 30 4 .12 8 (h) x 22 8 .09 6 pi x el s h x v 10 2 4( x 3 ) x 7 68 pi x el p it c h [ m m ] 0.2 9 7 (per o n e t ria d ) x 0 . 2 97 pi x el a rr a ng e m e n t r . g .b . vert i c al st r ip e di s pla y m od e t n m o d e, n o r m al l y w hi t e w hite l u mi n an c e [ c d /m 2 ] 25 0 ( t y p ) @ 8 m a ; 2 0 0 n i t( t y p) @ 6.5 m a c o ntra s t r a t i o 50 0 : 1 (t y p) o p t i c a l ri s e t i m e / fal l t im e [ m s e c ] 12 (t y p) ( note 1) c o l o r satur a t io n 65 % nt s c ( t y p) n o mi n al i n put v o l t a ge vd d [volt ] + 3 . 3 v p o w e r co ns u m pt i o n (v d d l in e + c c fl l i n e) [ w att ] 13. 3 w (t y p.) @8 m a ( g ra y b a r p a t ter n ) ; 1 1.3 w (t y p.) @ 6 . 5 m a ( g ra y bar pat t e rn) w eig h t [ g ra m s ] 11 0 0 ( t y p) m in. t y p. m a x . hor i z atal( h ) 32 6 . 0 32 6 . 5 32 7 .0 v e r ti c al(v ) 25 3 . 0 25 3 . 5 25 4 .0 p h y s i c al s i z e [ m m ] d e pth(d) - - 1 2.0 ele c tri c al i n t e r f a c e 1 cha n nel lvd s s u pp o r t color 16. 2 m c o l o r s (r g b 6 -bi t + f rc d ata)/2 6 2 k (r g b 6- b i t) s ele c t a ble te m per a t u r e r a n g e o p e rat i n g s t o rag e (ship p i n g) [ o c] [ o c] 0 to +50 -20 to + 6 0 s u rf a c e t r e at m e n t hard- c o at i n g (3h) , a n t i -glar e tre a tm e nt r o hs roh s co m p l ia n c e n ote 1 : s y s te m sh ould w ar m u p f o r at l e a s t o n e h o ur www..net
d o c u me n t ve r 0 . 0 6/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 l c d m o d u l e pr - 880 / b m 5a / b m7 m odu l e dr i v i ng e qu i p m ent measuring distance 2. 2 o ptica l c h ara c teristi c s the o pt i c a l c h ara c t e r i s ti c s ar e m e a su red u n d e r s ta b l e c o n di t io ns at 25 (roo m te m p eratur e ) : i t e m un i t co n dit i o n s m in . t yp. m a x. n o t e hori z o n t a l (r i g ht) cr = 10 ( l e ft ) 6 0 6 0 70 70 - - vert i c a l ( u p ) cr = 10 (do w n) 5 5 4 5 65 55 - k e ep total 1 20( m a yb e 6 0,6 0 ) hori z o n t a l (r i g ht) cr = 5 (le f t) 6 5 6 5 75 75 - vie w i n g a n gle [ d egr e e] vert i c a l ( u p ) cr = 5 ( d o w n ) 6 5 6 5 75 75 - co n t r as t r a t io nor m a l d i re c t io n 4 0 0 5 0 0 - - r i s i n g t i m e - 8 . 5 11 fal l ing t i m e - 3 . 5 5 re s po ns e t im e [ m s e c ] r i s i n g + f a l ling - 12 - n o t e 1 re d x 0 . 612 0.6 4 2 0 .6 72 re d y 0 . 307 0.3 3 7 0 .3 67 g re e n x 0 . 276 0.3 0 6 0 .3 36 g re e n y 0 . 551 0.5 8 1 0 .6 11 b l u e x 0 . 114 0.1 4 4 0 .1 74 color / c h r o m ati c i t y co o rdinat es (ci e ) b l u e y 0 . 071 0.1 0 1 0 .1 31 w h i t e x 0 . 283 0.3 1 3 0 .3 43 color coor d i n ate s ( c ie) w hite w h i t e y 0 . 299 0.3 2 9 0 .3 59 w hite lu m i n an c e @ cc f l 8 m a ( c e nter) [ c d /m 2 ] 2 0 0 2 5 0 - w hite lu m i n an c e @ cc f l 6 . 5 m a ( c e nter) [ c d /m 2 ] 1 8 0 2 0 0 l u m in a n c e uni f or m it y [%] 7 5 80 n o t e 2 cro s s t a l k (in 7 5 h z ) [%] 1 . 2 1 . 5 n o t e 3 f l i c k er d b - 2 0 n o t e 4 eq u i p m ent pattern g e n erator, p o w e r su p pl y , digital volt m eter, lu m i n a n c e m eter ( p r 8 8 0, b m -5a , b m 7 ,cs - 1 0 0 0, ca2 1 0, sr_ 3 & e z contra s t (eldi m )* ) a p erture 1 w i th 5 0 c m v ie w in g d i s t a n c e t es t point ce n t e r (ve s a point 9) e n v i r o n m e nt < 1 lu x www..net
d o c u me n t ve r 0 . 0 7/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 * ez co n t r as t i s di f f e rent m e as ur e m e n t tool w i th v e r y c l os e v ie w in g d i s t a n c e . www..net
d o c u me n t ve r 0 . 0 8/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 n ote 1: defi n it i on of r e sp o nse time the o utput s ign a l s o f p h o t o dete c t o r a re m e as ur e d w he n t h e inp u t s ig n al s are c h a n ge d f r o m full bla ck to ful l w hi te (r i s i n g t i m e ) , a n d fr o m f ull w hite t o ful l b l a ck ( f a l ling t i m e) , re s pe c t i v e l y . t h e re sp on s e t i m e i s i n ter v a l b e tw e en th e 1 0% a n d 9 0 % o f a m pli t u de s . n ote 2: br i g h tne s s u ni f ormity o f t h e se 9 p o int s i s defi n e d a s b e l o w % 100 9) - (1 p o i n ts 9 i n l u m i n a n ce ma x i m um 9) - (1 po i n ts 9 i n l u m i n a n ce mi n i m um u n i f o r m ity = 5 0 % 90 % 9 0 % 50 % 10 % 1 0 % 100 90 10 0 % o p t i c al re s po n se w hi te bla ck w hi te tr f tr r 100 90 10 0 % o p t i c al re s po n se w hi te bla ck w hi te tr f tr r www..net
d o c u me n t ve r 0 . 0 9/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 n o t e 3: cro s s t a l k i s d e f in e d a s b elo w : unit : p e r c e n t a g e o f di m e n s io n o f d i sp l a y are a l l a -l a l / l a x 1 00 % = 1.5 % m a x ., l a an d l b are bright n e ss at l o c a t io n a an d b l l b -l b l / l b x 1 00 % = 1.5 % m a x ., l a a n d l b a r e br i g htn ess at l o c ation a a n d b n ote 4: t es t pat e r m : sub c he c k er pat t e rn at 12 7 g ra y le v e l r g b r g b r g b r g b r g b r g b 0 gr a y l e v el 1/2 1/2 1 /6 1/6 a b 1/2 1/2 1/6 1/6 2/3 1/3 1/3 2/3 a b 1 8 4 gr a y l e v el 1 84 g r a y l e v e l g r a y le v el = l1 2 7 g r a y le v el = l0 30 a fft 0 a s u b c h ec k er p a tter n c a 210 3 0 mm www..net
d o c u me n t ve r 0 . 0 10/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 l e v el dc h z) 30 l e v e l (at ac l og 20 ( d b) f li c k er = a m pli t u de ti m e dc ac www..net
d o c u me n t ve r 0 . 0 11/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 3.0 functional block d iag r am th e f o l lo w in g dia g r a m s h o w s the f u nctio n al bloc k o f t h e 1 5 .0 inc h e s w id e c o l o r tf t /lcd m o dul e : c w y2 0 g C a0 g 1 6 / m sb2 4 04 2 0 j s t- b hr-0 3 v s-1 m a t in g t ype : hrs df14- 2 0s - 1 .25c s m 0 2(8.0)b- b hs-1- t b 2 cc f l c o n n e c t o r dc/ d c co n v erter l vds re c eiver t imin g c o ntr o ller g am m a c o rr e cti on t f t - l c d 10 2 4(3)* 7 68 p i xe l s x - d r i v er ic y - d r i v e r i c g1 g 7 6 8 d1 d3 0 72 i nv e r t e r d c p o wer a u as i c rsd s t r a n s mit te r l vds + 3 . 3v www..net
d o c u me n t ve r 0 . 0 12/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 4.0 absolu t e m axi m um r atings ab so l u t e m a x i m u m r a t in gs o f t h e m o d ule i s as f o l lo w ing: 4. 1 t f t lcd mod u l e i t em symbol m in m ax u n it c on d it i ons l o gi c /lcd dri v e vd d 0.3 + 3 .6 [volt ] note 1,2 4. 2 bac k lig h t unit item symbol m in m ax u n it c o n d it i ons cc f l curre n t ir c fl - 8.5 [ m a] r m s note 1,2 4. 3 a bso l u te ratings of e nv iron m e n t item symbol m in m ax u n it c o n d it i ons o per a t in g te m perat u re t op 0 +5 0 [ o c] n ote 3 o p e r a t i n g h u m idi t y h op 8 9 0 [%r h ] n ote 3 s t o r a g e te m p eratur e ts t -20 +6 0 [ o c] n ote 3 s t o rag e h u m id i t y hs t 8 9 0 [%r h ] n ote 3 note 1: w i t h i n ta (25 ) note 2: p e r m an e nt da m ag e to th e d e vi c e m a y o c c ur if e xc e e d m a x im u m v alu es note 3: f o r q uali t y p er f er m a n c e, ple as e re f er to a u o i i s(in c o mi n g i ns p e c t i o n s t a nd a rd) . ple a s e re f e r th e g rap h b elo w f o r th e c orre sp o n ding o f te m p eratur e a nd h u m idi t y . " www..net
d o c u me n t ve r 0 . 0 13/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 5.0 e lectr i cal char a c t e ristics 5. 1 t f t lcd mod u l e 5. 1 .1 p o w er specif i cati o n in p ut p o w er s p e c i f i c a t io ns are a s f ollo w s ; symb ol par a met er m in t yp m ax u n its c o n dit i on v d d l o g i c / l c d d r i v e v o l ta g e 3 . 0 3.3 3 . 6 [volt ] 1 0 % idd vdd c urrent - 6 0 0 7 0 0 [ m a] vin=3.3v , g ra y bar p a t t e r n , a t 6 0h z i r us h l c d inru s h current - - 3 [ a] note p d d vdd po w e r 2.0 2 . 3 [ w att] vin=3.3v , g ra y bar p a t t e r n , a t 6 0h z v d drp al l o w a ble l o g i c / l c d d r i v e rip p l e voltag e 1 0 0 [ m v] p -p vin=3.3v , a l l b la c k patter n , a t 7 5h z n o t e: m e a su re m e n t c on d i tion s : + 5.0v + 12.0v sw v cc r1 47k r2 1k v r1 47k f1 q3 ao 6402 g d 2 s d 1 d 5 d 6 c1 1uf/16v q3 ao 6402 g d2 s d1 d5 d6 c3 0.01uf/25v c2 1uf/25v (high to low) control signal (lcd module input) 90% 1 0% vi n risi n g t ime 0 v 3 .3 v 4 7 0 us +3 . 3v www..net
d o c u me n t ve r 0 . 0 14/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 5. 1 .2 s i g n al electri c al c h a racteri s tic s in p ut s i g nal s s h a l l be lo w or h i- z s tat e w h e n v i n i s o ff it i s re c o mm e n de d t o r e f e r th e s pe c if i c ation s o f sn75 l v d s8 2 d gg (te x as i ns tru m e n t s ) in d e t a i l. ea c h s i g nal c h a ra c teri s t i cs a re a s f ol l o w s; symb ol par a meter m in t yp m ax u n its c on d it i on v t h d iff er e nt i a l in p ut h i g h t h re s h o l d - - 1 00 [ m v ] v ic m = 1.2v no te vtl d iff er e nt i a l in p ut l o w thr es hold -1 0 0 - - [ m v ] v ic m = 1.2v no te vid in p ut di f f e rential vol t a g e 10 0 4 0 0 6 00 [ m v ] n ote vic m d iff er e nt i a l in p ut co mm o n m o d e vol t a g e 1.1 - 1.4 5 [v ] v th / vtl = 1 0 0 m v n o te note: lv d s s ig n al w a v e f or m vt h v id vtl vi cm v ss www..net
d o c u me n t ve r 0 . 0 15/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 5. 2 bac k lig h t unit para m eter guid e l in e f o r cc f l in v erter sy m b ol par a meter m in. t yp. m ax. un it c on d it i on irc f l cc f l o p eratio n ra n g e 2.5 8 8 .5 [ m a ] r m s ( t a=25 o c ) n o te 4 ic f l cc f l inru s h c urre n t - - 2 0 [ m a ] f cfl c c f l f r e q u en c y 4 0 5 5 8 0 [ kh z ] ( t a=25 o c) n o te 1 vic f l (0 o c) (re f ere n c e) cc f l ig n i tion v olt a g e 1 4 50 - - [ vo l t] r m s ( t a =0 o c) n o t e 3 v ic fl ( 25 o c) (re f ere n c e) cc f l ig n i tion v olt a g e 1 1 00 - - [ vo l t] r m s ( t a=25 o c) n o te 3 v cfl c cf l d i sc har g e vo l t a g e ( o n l y f or re f ere n c e) - 6 2 0 (@8 m a) 7 10 (@2.5 m a) [ vo l t] r m s ( t a=25 o c) n o te 2 c c f l po w er c o ns u m p t io n @ 8 m a ( e x c lu d i n g i n v erter) - 1 0 1 1 p cfl c c f l po w er c o ns u m p t io n @ 6. 5 m a ( e x c lu d i n g i n v erter) 8 9 [ w a t t] ( t a=25 o c) n o te 2 n o t e 1 : cc f l f re q ue n cy sh ould b e c are f u l l y d e t e r mi n ed to a v oid i n ter f eren c e b e t w e e n in v e r t e r a nd t f t l c d. n o t e 2 : cal c u l a t o r v alue f or re f ere n c e (ir c fl x v cfl x 2 = pc f l ) . n o t e 3 : cc f l in v erter s h o uld be a b l e t o g iv e o u t p ut a v ol t ag e m ore tha n 14 5 0 v o l t. l a m p u nit s n ee d 14 5 0 v o l t m ini m u m f or ignit i o n. n o t e 4 : cc f l li f e t i m e i s 30, 0 00 h r a t 8. 0 m a a n d 5 0 00 0 hr at 6.5 m a. it s d e fi n e d as w h en th e b r i g htne s s i s re d u c e d b y h a lf . it s r e c o m m e n de d n o t to e xc e e d 8.0 m a f or c cfl l if e t i m e c o n c ern a nd it s pro h i b i te d t o e x c e e d 8 . 5 m a f or sa f e t y c on c ern. www..net
d o c u me n t ve r 0 . 0 16/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 www..net
d o c u me n t ve r 0 . 0 17/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6.0 s ignal cha r acte r istic 6. 1 pix e l format i mage fol l o win g f ig u r e s ho w s th e r e l a t io ns hip o f t h e inp u t s ig n al s an d l c d p ix e l f or m a t . www..net
d o c u me n t ve r 0 . 0 18/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6. 2 t h e i n p u t d ata f o r mat n o t e1 : ple as e f ol l o w p s w g . n o t e2 : 8 -bi t in n o t e3 : r/ g / b d a ta 7: m s b , r / g /b d ata 0:lsb www..net
d o c u me n t ve r 0 . 0 19/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6. 3 sig n a l de s criptio n the m o dule us i n g a p a i r o f lvd s re c e iv er s n 7 5lvds82(te x as i ns tru m e n t s ) o r c o m p a t i b l e. lvd s i s a di f f e rential s ig n al te c hn o l o g y f or lcd i n t e r f a c e a n d hig h s pe e d d a t a tra ns f er de vi c e. tra ns m i t ter sh al l b e sn7 5 lv d s8 3 (ne g ati v e e d g e s a m pling) or c o m patible . t h e f ir s t l v d s p o r t(r x o x x x ) t ra ns m it s o d d p i x el s w h i le the se c o n d lvd s p o r t (r x e x x x ) t r a n s m it s e v e n pi x el s . c w y2 0 g - a 0 d 1 t (p t w o) o r m sb24 0 4 2 0 ( st m) p i n n o. symb o l de s cri p tio n 1 vdd po w er sup p l y , 3. 3 v (t y pi c al) 2 vdd po w er sup p l y , 3. 3 v (t y pi c al) 3 v ss g ro u nd 4 v ss g ro u nd 5 r i n 0- - lvd s di ff ere n t ial data in p ut (r0-r5, g 0) 6 r i n 0+ + l v ds di f f e r e ntial d ata i n p u t (r0-r5, g 0) 7 v ss g ro u nd 8 r i n 1- - lvd s di ff ere n t ial data in p ut ( g 1 -g 5 , b0-b1) 9 r i n 1+ + l v ds di f f e r e ntial d ata i n p u t ( g 1- g 5, b0- b 1) 1 0 v ss g ro u nd 1 1 r i n 2- - lvd s di ff ere n t ial data in p ut (b2-b5, h s, v s, de) 1 2 r i n 2+ + l v ds di f f e r e ntial d ata i n p u t (b2- b 5 , hs , vs , d e) 1 3 v ss g ro u nd 1 4 c l k i n- - lvd s di ff ere n t ial c l o ck inp ut 1 5 c l k i n+ + l v ds di f f e r e ntial c lo c k i n put 1 6 v ss g ro u nd 1 7 r i n 3- - lvd s di ff ere n t ial data in p ut (r6-r7, g 6- g 7,b6-b7) 1 8 r i n 3+ - lvd s di ff ere n t ial data in p ut (r6-r7, g 6- g 7,b6-b7) 1 9 v ss g ro u nd 2 0 s e l 68 sele c t io n f or 6 b i t s /8 b i t s lvd s d a t a i n put *n o te1 n o t e 1 : sel6 8= h i gh or nc , a cc e pt 6 bi t s l v ds d ata inp u t ; s e l 6 8= low , a c c e p t 8 b i t s lvd s d ata i n put. www..net
d o c u me n t ve r 0 . 0 20/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6. 4 in t e r f a ce t i m i n g 6. 4 .1 ti m i n g c haract e risti c s ba s i c a l l y , int e rf a c e t im in gs de s c r i b ed h ere i s n ot a c tu a l inp u t ti mi n g o f lcd m od u l e b ut outp u t ti mi n g o f sn75 l v ds8 2 dgg (te x as i ns t r u m e n t s ) o r e q ui v a l e nt . s ig n al p a ram e t e r s y m b ol m in t y p m ax u n it c l o ck t im in g clo ck f re q ue n cy c l k 5 0 6 5 81 m h z hori z o n ta l a c t iv e thd 1 0 24 1 0 2 4 1 02 4 t c l k hori z o n ta l b l a n k in g t h bl 3 0 3 2 0 1 02 4 t c l k h s y n c t i m ing hori z o n ta l p er i o d t h 1 0 54 1 3 4 4 2 04 8 t ck vert i c al a c t iv e t v d 76 8 7 6 8 7 6 8 t h vert i c al b l a n k in g tv bl 8 3 8 2 5 6 t h v s y n c t i mi n g vert i c al p eriod tv 77 6 8 0 6 1 02 4 t h note:de m o d e o nl y note: t y pi c al v alu e r e f e r to ve s a s ta n dard www..net
d o c u me n t ve r 0 . 0 21/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6. 4 .2 ti m i n g diagr a m www..net
d o c u me n t ve r 0 . 0 22/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 6. 5 po w er o n/ o f f seq u e n c e v i n p o w er a n d l a m p o n / o f f se qu e n c e i s as f o l lo w s . i n t e r f a c e s ig n al s are al s o sh o w n in t h e c h ar t . s i g nal s fr o m a n y s y s t e m s hall b e h i -z s t a t e o r lo w l e v e l w he n v in i s o f f . 1 0% 1 0% 10% 10% 10% 9 0% 90% 0 m i n. 0 m i n. 1 s ec m in. 10 m s max. vin l a mp on sig n al 0 v 0 v 0 v 2 0 0 m s www..net
d o c u me n t ve r 0 . 0 23/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 7. 0 co nn e ctor & pi n a s sign m en t ph y s i c a l inter f a c e i s d e s c rib e d a s f or t h e c o nn e c tor on m o dule. the s e c o n ne c t o r s are c a pa b l e o f a cc o mm o d at i n g the f ol l o w i n g s i g n a l s a n d w i l l b e f o l lo w ing c o m p o n e nt s . 7. 1 t f t lcd mod u l e co n ne c t o r nam e / desig n a t io n inter f a c e c o nn e c tor / inter f a c e c ar d m an u fa c t u rer p - t w o o r c o m p a t ible t ype part n u mber c w y 2 0 g C a0 g 1 6 / msb24 0 42 0 m ati n g ho u s i n g part n u mber hr s d f 1 4-2 0 s - 1 . 2 5c pi n# si g nal nam e p i n# s i gnal n a me 1 vdd 2 vd d 3 vss 4 v s s 5 rin 0- 6 r i n 0+ 7 vss 8 r i n 1- 9 rin 1+ 1 0 v s s 1 1 rin 2- 1 2 r i n 2+ 1 3 vss 1 4 c l k i n- 1 5 cl k in+ 1 6 v s s 1 7 rin 3- 1 8 r i n 3+ 1 9 vss 2 0 s e l 6 8 www..net
d o c u me n t ve r 0 . 0 24/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 7. 1 .1 con n ector i ll u s t r a tio n www..net
d o c u me n t ve r 0 . 0 25/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 7. 2 bac k lig h t unit c o n n e ctor na m e / de s i g nati on for la m p con n e c tor m anu f a cturer j st o r c o m p at i b l e t ype / part n umber bh r - 0 3v s - 1 m atin g t y p e / part n umber s m 0 2 (8.0)b - bhs - 1 - t b 7. 3 sig n a l for l a m p c o nn e c tor p in symb o l de s cri p tio n 1 h v l a m p high vol t a g e 2 nc no c o n n e c t i o n 3 lv g ro u n d u ca b l e le n gth: 14 0 + - 5 mm u co n ne c t o r - o utp u t p o s i t io n : right s ide ( f ront v ie w ) u l a m p a s s e m b l y d e s ig n s hall b e e as y f o r r e pla c e m e n t a n d rep a i r. www..net
d o c u me n t ve r 0 . 0 26/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 8.0 r eliabilit y re l i a b i l i t y t e s t c o n d i t i o n no te s t i tem te s t c o n d iti o n 1 te m p eratur e h u mi d i t y b i as ( th b ) 50 , 80 % , 3 0 0 h our s 2 high te m p erature o p erat i o n (h t o ) 50 , 30 0 h o ur s 3 l o w te m per a t u r e o per a t io n ( l t o ) 0 , 3 00 h o u r s 4 high te m p erature stora g e ( h ts ) 60 , 30 0 h o ur s 5 l o w te m per a t u r e s tor a ge (lt s ) -20 , 30 0 ho u r s 6 th e r m al sh o ck t es t (ts t ) -20 /3 0 mi n , 60 / 3 0 m in, 1 0 0 c yc le s 7 o n / o ff t e s t o n/1 0s e c , o ff/ 1 0 se c , 3 0,0 0 0 cy c l e s 8 sh o ck t es t (no n - o per a t in g ) 5 0 g , 2 0 m s , ha lf - s in e w a v e (+ x , + y , + z) 9 v i b rat i o n t es t (no n - o per a t in g ) 1.5 g ( 1 0~20 0 h z p- p ), 30 m in u t es ea c h a x i s ( x , y, z) 10 es d (e l e c t r ost ati c d i sc har g e) co n t a c t di s c h arg e : 8kv, 1 50 p f ( 3 30 ) 1s e c , 8 p oint s , 2 5 t im es / p oint a i r d i sc har g e: 15kv , 1 50 p f (3 30 ) 1s e c , 8 p o i n t s , 2 5 t i m es / p oint 11 a l titud e te s t o p e rat i o n:10, 0 00 f t no n -o p eration:3 0 ,00 0 f t 12 dro p te s t the dr o p heig h t i s 6 0 c m www..net
d o c u me n t ve r 0 . 0 27/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 9.0 s hippi n g and pack i n g 9-1 s hi p ping label fo rm at 9-2 c a rton package www..net
d o c u me n t ve r 0 . 0 28/ 3 1 pro d u ct sp e cifi c ation g 1 5 0x g 0 3 v.0 10.0 s afet y 1 0 .1 s h a rp edg e req u ir e m e n t s th e re wil l b e n o s h a rp ed g e s o r c o m er s o n t h e di s pla y ass e m bl y t h at c ould c a u se injur y . 1 0 .2 materi a ls 1 0 .2.1 t oxi c it y t h ere w i l l be n o c a r c i n og e ni c m a t e r ial s us e d a n y w h ere in the d i sp l a y m o dule. i f to x i c m aterial s are us e d , the y w i l l be re vi e w e d a n d a p pro v ed b y th e r es p o n s ible au o to x i c o l o gi s t . 1 0 .2.2 flam m ab i lit y a l l c o m p on e nt s i n c ludin g e l e c tr i c a l c o m p o ne n t s th a t d o not m e e t th e f la mm a bi l it y grad e ul9 4 - v 1 in th e m o d u l e w i l l c o m p l e t e t h e f la m m a b i l i t y rating e xc e p t i o n ap p ro v a l pr o c e s s . t h e pr i n t e d c i r c ui t bo a rd w i l l b e m ad e f ro m m aterial rate d 9 4 - v 1 or better. the a c tu a l ul fl a mm a b i l i t y rating w i l l b e printe d o n the printe d c i r c u i t b o ard. 1 0 .3 ca p acitor s i f a n y p o l a r i z e d c ap a c i t o r s are us e d i n the d i s pla y asse m bl y , pro vi s i o n s w i l l b e m a d e to k e e p th e m f r o m bein g in s erted b a ck w ar ds . 11.0 o t he r r equire m ent 1 1 .1 nati o n al t est l a b require m e n t t h e di s pla y m o dule w i ll s at i s f y a l l r e q u i re m ent s f or c o m p l ia n c e to u l 19 5 0, f irst e dit i o n u. s .a . in f or m a t io n t e c h n olog y eq u i p m e n t c s a c 2 2.2 n o .9 5 0- m 8 9 ca n ad a , in f or m a t i o n t e c h n olog y eq u i p m e n t e ec 9 5 0 inter n at i o nal, in f o r m at i o n t e c h n olo g y e q uip m e n t e n 6 0 9 50 inter n at i o nal, in f o r m at i o n p r o c e s s i n g equip m e nt (euro p ea n n o r m f o r i e c 9 50) www..net
v e r 0 . 2 29/31 12.0 m echa ni c a l cha r ac t e ri s ti cs www..net
v e r 0 . 2 30/31 www..net
v e r 0 . 2 31/31 www..net

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