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issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e tft lcd t e nt ative s p ecification model no.: v370h1 - l01 1 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e - contents - revisi on hist or y ---------------- ---------------- ---------------- ------- 3 1. general description ---------------- ---------------- ---------------- ------- 4 1.1 over view 1.2 fea t ures 1.3 applica t i o n 1.4 general speci f ica t i0ns 1.5 mechanic a l s pecific a t i o ns 2. absol u te ma x i mum ra tings ---------------- ---------------- ---------------- ------- 5 2.1 absolute ra ti ngs of environment 2.2 electrical a b s olute ra tings 2.2.1 tft lcd modul e 2.2.2 backli g ht unit 3. electri c al characteri stics ---------------- ---------------- ---------------- ------- 7 3.1 tft lc d modul e 3.2 backli g ht unit 3.2.1 ccfl char a cte r istics 3.2.2 inver ter characteri stics 3.2.3 inver ter inter t f a ce charact eri s tic 4. block diagram ---------------- ---------------- ---------------- ------- 12 4.1 tft lc d modul el 5. input termi n al p i n assi gnment ---------------- ---------------- ---------------- ------- 13 5.1 tft l cd modul e signal i n put 5.2 tft l cd modul e power i n put 5.3 backlight unit 5.4 inver ter unit 5.5 block diagra m of i n te rf ace 5.6 l v ds interf ace 5.7 color da t a inp u t assignment 6. interf ace timing ---------------- ---------------- ---------------- ------- 20 6.1 input signal t i ming spe cifica ti ons 6.2 power on/off sequence 7. optical charact eristics ---------------- ---------------- ---------------- ------- 22 7.1 test conditions 7.2 optical speci f ica t i o ns 8. precautions ---------------- ---------------- ---------------- ------- 26 8.1 assembl y a nd handli n g precauti ons 8.2 safety preca u tions 2 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e revision hist or y v e r s i o n d a t e page (n e w ) s e c t i o n d e s c ription v e r 0.0 apr . 21,?0 4 all all t ent ative s p e c ificatio n wa s first issued. 3 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 1. general description 1.1 over vi ew v370 h1- l 0 1 is a 37? tf t liquid cryst a l di spl a y modul e with 20-ccfl ba ckli ght unit and 2ch-l v ds interfa c e. thi s modul e sup port s 192 0 x 1080 hdtv format and ca n display true 16.7m colo rs ( 8-bit/colo r). the inverte r modul e for ba ckli ght is opti onally build -in . 1.2 fea t ures - ultra wide vie w ing a ngle ? super mv a te chn o logy - high b r ig htne ss ( 550 nit s ) - hig h co ntra st ratio (>60 0 : 1) - fast r e s pon se t i me - high c o lor saturation ntsc 75% - hdtv (19 2 0 x 1080 pixe ls) resolution, true hdtv format . - de (dat a e nable ) only m ode - l v ds (lo w v o lt age dif f erential signali ng) inte rface 1.3 applica t ion - tft lcd t v s 1.4 general specifi ca ti0ns i t e m s pecifi c a t i o n u n i t n o t e active area 820.8 ( h) x 461.7 (v) (37. 07? di ago nal) mm bezel o peni n g area 828.8 (h) x 4 70.9 (v) mm (1) driver element a-s i tft ac tiv e matrix - - pixel numbe r 1920 x r.g . b . x 1080 pixel - pixel pitch 0.1425 (h) x 0.4275 (v) mm - pix e l arran g e m ent rgb v e rtic al strip e - - display col o rs 16.7m colo r - display ope r ation mod e t r a n smi s sive mode / no rm ally black - - surface t r eat ment ha rd coating (2 h), anti-reflec tive c oating < less 2% reflec tion - - 1.5 mechanical specifica t i o ns i t e m m i n . t y p . m a x . u n i t n o t e ho rizont al ( h ) 8 8 4 . 1 8 8 4 . 8 8 8 5 . 5 m m v e r t i c a l ( v ) 5 2 5 . 4 5 2 5 . 9 5 2 6 . 4 m m w/pcb- cov e r - 4 3 . 5 4 - m m modul e size depth ( d) w / i i n v - 5 2 . 2 4 - m m w e ig h t 8 9 5 0 9 1 5 0 9 3 5 0 g - note (1) please refe r to the att a ch e d dra w in gs fo r more inform ation of front and ba ck outl i ne dime nsi o ns. 4 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 2. absolute maximum ra tings 2.1 absol u te ra tings of env i ronme n t v a lue i t e m s y m b o l m i n . m a x . u n i t n o t e s t orage t e m perature t st - 2 0 + 6 0 o c ( 1 ) ope r ating am bient t e mpe r ature t op 0 + 5 0 o c ( 1 ) , ( 2 ) shock (non -ope rating ) s nop - (10 0 ) g ( 3 ) , ( 5 ) v i bration (no n -o perating ) v nop - ( 1 . 0 ) g ( 4 ) , ( 5 ) note (1) t e mperature and relative h u midity rang e is sho w n in t he figure belo w . (a) 9 0 % r h max . (t a ?? 40 oc). (b) w e t-bulb t e mpe r atu r e should b e 39 o c max. (t a > 40 oc). ( c ) n o c o nd en s a tion . note (2) the tempe r at ure of p anel d i splay a r ea surfa c e shoul d be 0 oc min. and 60 o c ma x. note (3) 2 ms , half s i ne wave, 1 time for x, y , z. note (4) 10 ~ 20 0 hz, 10 min, 1 time each x, y , z. note (5) at testing v i bration a nd sh ock, the fixtur e in holdi ng t he mod u le h a s to be h a rd and ri gid e n o ugh so that the m odule woul d not be twiste d or be nt by the fixture. s t orage ra nge 5 20 60 40 80 -40 - 2 0 0 2 0 4 0 60 80 100 90 t e mperature (oc) operating r a nge relative humidity ( % r h ) 5 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 2.2 elect r ical absolute ra t i ngs 2.2.1 tft l cd modul e v a lue i t e m s y m b o l m i n . m a x . u n i t n o t e powe r suppl y v o lt age vcc -0.3 20 v logi c input v o lt age v in - 0 . 3 4 v (1) 2.2.2 backlight unit i t e m s y m b o l te s t condition min. t y pe max. u n i t n o t e lamp v o lt age v w t a = 25 j ?e ?e 3000 v rm s input v o lt age v bl ?e ?e 12 0 (13 2 ) v (1), ( 2 ), i l = 5.5 ma cont rol signa l level ?e ?e -0.3 ?e 7 v (1), ( 2 ), (4 ) note (1) perma nent d a mag e to th e device ma y occu r if maximum values a r e exceede d. function ope ration sho u ld be restri ct ed to the con d itions d e scri bed un de r no rmal op eratin g con d ition s . note (2) s pecifie d values a r e for la mp and inve rter (refe r to 3.2 for further i n formatio n). note (3) prot ect inverte r s f r om moi s ture con den satio n and free zin g . note (4) th e cont rol si gnal level is inclu d ing on/o f f control v o lt age , internal pwm control v o l t age, external pwm control v o l t age an d internal/extern a l pwm sele ction v o lt ag e. 6 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 3. electrical cha ract eris tics 3 . 1 t f t l c d m o d u l e t a = 2 5 2 o c v a lue param e t e r s y mbol m i n . t y p . m a x . u n i t n o t e powe r suppl y v o lt age vcc 16.2 18 19.8 v - rippl e v o lt ag e v rp - 2 0 0 m v - ru sh current i rush - 4 4 . 5 a ( 2 ) w h i t e - 0 . 7 5 t b d a ( 3 ) a b l a c k - 0 . 4 1 t b d a ( 3 ) b powe r suppl y current v e rtic al s t ripe lcc - t b d t b d a ( 3 ) c l v ds dif f eren tial input high threshold volt age v th - - +10 0 m v l v ds dif f eren tial input low thre sh old volt age v tl - 1 0 0 - - m v l v ds commo n input volt ag e v i c 1.125 1.25 1.375 v t e rminatin g re sisto r r t - 1 0 0 - o h m note (1) the mod u le should b e always ope rate d within ab ove ran g e s . note (2) mea s ureme n t conditio n s: ( l cd mo dul e in put) fus e 1uf c3 0.01uf c2 47k v 1k r2 2sk 147 5 q1 2sk 147 0 +5. vc c 1uf c1 q2 +12 v (hi g h t o l o w ) ( c ontr o l s i gn al) r 47k sw vcc rising time is 470 s 0.1vcc 0.9vcc gnd +5v 470 s 7 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e note (3) the spe c ified power su ppl y current i s u nde r the con d itions at vcc = 5 v , t a = 25 2 oc, f v = 60 hz, whe r ea s a power di ssi p ation che c k p a ttern belo w is displ a yed. b. blac k pattern a. white pattern ac tive area ac tive area r r r b b b b g g g g b b b b b b g g g g r r r r r r r c. v e rtic al s t ripe pattern ac tive area 3.2 backli g ht unit 3.2.1 ccfl char a cte r istics ( t a = 25 2 oc) v a lue param e t e r s y m b o l m i n . t y p . m a x . u n i t n o t e lamp inp u t v o lt age v l 1 1 1 3 1 2 3 7 1 3 6 1 v rm s i l = (5.5) ma lamp curre n t i l 5 . 2 5 . 5 5 . 8 ma rms ( 1 ) 2 4 6 0 - 3 0 0 0 v rm s (2), t a = 25 o c lamp t u rn o n v o lt age v s 2800 - 3 0 0 0 v rm s (2), t a = 0 o c ope r ating f r eque ncy f l 4 0 5 5 7 0 k h z ( 3 ) lamp life t i me l bl 5 0 k - - hr s ( 5 ) 8 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 3.2.2 inver ter characteri stics v a lue param e t e r s y m b o l m i n . t y p . m a x . u n i t n o t e powe r co nsu m ption p bl - 170 - w ( 5 ) , i l = 5.5m a input v o lt age v bl 1 0 8 1 2 0 1 3 2 v dc input cu rre nt i bl - 1.4 - a n o n dimmin g input rippl e noi s e - - - 2 . 5 v p-p vbl= 1 08v 275 0 - 3 0 0 0 v rm s t a = 0 oc backlight s t arting v o lt age v bs 241 0 - 3 0 0 0 v rm s t a = 25 oc oscillating f r eque ncy f w 5 1 5 4 5 7 kh z dimmin g freq uen cy f b 1 5 0 1 6 0 1 7 0 h z minimum dut y ratio d mi n - 2 0 - % note (1) lamp current is measured by utilizing hi gh frequency curre nt meters as shown below: 9 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0 hv (pin k,+) hv ( white , + ) hv ( pink , - ) hv (white,-) hv (pin k,+) hv (white,+) hv ( pink ,- ) hv ( white,- ) hv (pin k,+) hv ( white,+ ) hv (pin k,-) hv (white,-) hv ( pink ,+ ) hv (white,+) hv ( pink , - ) hv ( white , - ) hv ( pink , + ) hv ( white,+ ) hv (pin k,-) hv ( white , - ) a a a a a a a a a a a a a a a a a a a a lcd module 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 inverter
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e note (2) the lamp st a r ting volt age v s should be applie d to the lamp for more than 1 seco nd af ter st a r tup. otherwi se th e lamp may n o t be turne d on. note (3) the lam p fre quen cy may pro d u c e inte rferen ce with hori z o n t a l synch r o nou s freque ncy fro m the displ a y , and this may cau s e line flow on the displ a y . in order to avoid interfe r en ce, the la mp frequ en cy sh ould be d e t a che d fro m th e ho rizont al synch ron o u s freq uen cy an d it s harmoni cs a s far as poss ible. note (4) the life time of a lamp i s defined by the br i ghtne ss i s la rge r than 50% or th e ef fective disch a r ge length i s sh orter than 8 0 % of it s origi nal value (ef f ect i ve discha rge length is d e fi ned a s an a r ea that has equ al to or m o re than 70% bri ghtne ss co m p a r ed to th e brig htne ss at the ce nter p o int.) as the time in whi c h it co ntinue s to ope rate und er the con d ition t a = 25 ? 2 j a nd i l = 5.2 ~ 5.8 marms. note (5) the po wer source cap a cit y should be highe r than inverter tot a l power con s u m ption p bl a nd the tran sient re spon se of po we r sup p ly when inve rte r ope rate at dimming fun c tion also sho u l d be con s id ered u nde r de sign. 3.2.3 inver ter inter t f a ce charact eri s tics item symbol test co nditio n min type max unit note (1-2) on ?e 2.0 ?e 5 . 0 v on/of f control v o lt age off v blon ?e 0 ?e 0 . 8 v see as b e lo w hi ?e 2.0 ?e 5.0 v ext. dim. control internal/external pwm sele ct v o lt age lo v sel ?e 0 ?e 0.8 v int. dim. control max v sel = l ?e ?e 3 . 0 v minimum dut y ratio internal pwm cont rol v o lt a ge min v ip w m v sel = l ?e 0 ?e v maximum duty ratio hi v sel = h 2.0 ?e 5 . 0 v on duration external pwm cont rol v o lt a ge lo v ep w m v sel = h 0 ?e 0 . 8 v off du ratio n cont rol signa l risin g t i me t r ?e ?e ?e 1 0 0 m s cont rol signa l falling t i me tf ?e ?e ?e 1 0 0 m s pwm signal risi ng t i m e t pw mr ?e ?e ?e 5 0 u s pwm signal falling t i m e t pw mf ?e ?e ?e 5 0 u s see as b e lo w input imped a n ce r in ?e 1 ?e ?e m [ blon delay t i me t on ?e 300 ?e 5 0 0 m s ( 3 ) blon of f t i me t off ?e 300 ?e 5 0 0 m s note (1) exte rnal p w m co ntrol sign al (e_pwm) sh o u ld be co nn e c ted to lo w i n ca se inte rn al pwm was sele cted. (se l = low). internal pwm co ntrol sig nal (i _pwm ) sh oul d be co nne ct ed to grou nd in ca se ex t e rnal p w m w a s s e lect e d . (s e l = hig h ) a n d the, floating of any co ntrol sig nal i s n o t allowed. besi des, th e sel pin sho u ld b e a definite le vel before the blon si gnal . note (2) fo r dimming cont rol fun c tion o peration chart was sho w n a s belo w . note (3) th e power o n se q uen ce was d e fined a s followin g . before blon si gnal raised, the in put power 10 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e v bl shall mai n t a in a blon delay t i me (t on ) time in advance. 2.0 v 0.8 v tr tf ba ck lig ht on du ra tion 0 v epw m 3.0 v v ip w m t pw m r v w ex t. dim m ing func tion int. dimming function to n mi n i m u n duty 10 0% ex ternal pw m duty v bl v bl o n v sel 0 0 0 0 2.0 v 0.8 v 2.0 v 0.8 v t pw m f to f f ex te rna l pw m pe rio d 11 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 4. block diagram 4.1 tft lc d modul el tft lcd p a nel (19 20x 3x1 08 0) da t a dr iver ( rsds ) s c a n d r i v e r ( r s d s ) ba c k lig h t unit timing co n t rol l er with odc l vds input / r s ds outpu t dc/ dc co n verter & refe ren c e vol t age genera t o r lamp co nne ct o r v l i n p u t c o n n e c t o r ( f i - x 3 0 s s l - h f - j a e ) power co nne ct o r ( mlx53 261 -1 5 ) erx 0 (+ /-) erx 1 (+ /-) erx 2 (+ /-) erx 3 (+ /-) erx c (+ /-) orx 0 (+ /-) orx 1 (+ /-) orx 2 (+ /-) orx 3 (+ /-) orx c ( + / - ) vcc gnd 12 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 5. input t e rminal pin assignment 5.1 tft lc d modul e signal input p i n n a m e de scriptio n 1 gnd gro und 2 nc no conn ectio n 3 nc no conn ectio n 4 nc no conn ectio n 5 nc no conn ectio n 6 nc no conn ectio n 7 nc no conn ectio n 8 g n d gro u n d 9 erx0- even pixel, negative l v ds dif f erential d a t a input, ch a nnel 0 10 erx0+ even pixel, positive l v ds dif f erential d a t a input, cha n nel 0 1 1 erx1- even pixel, negative l v ds dif f erential d a t a input, ch a nnel 1 12 erx1+ even pixel, positive l v ds dif f erential d a t a input, cha n nel 1 13 erx2- even pixel, negative l v ds dif f erential d a t a input, ch a nnel 2 14 erx2+ even pixel, positive l v ds dif f erential d a t a input, cha n nel 2 15 eclk- even pixel, negative l v ds dif f erential cl ock input 16 eclk+ even pixel, positive l v ds dif f erential cl ock input 17 erx3- even pixel, negative l v ds dif f erential d a t a input, ch a nnel 3 18 erx3+ even pixel, positive l v ds dif f erential d a t a input, cha n nel 3 1 9 g n d gro u n d 20 orx0 - odd pixel, ne gative l v ds dif f erential d a t a input, cha n nel 0 21 orx0 + odd pixel, po sitive l v ds d i f f erential dat a input, cha n nel 0 22 orx1 - odd pixel, ne gative l v ds dif f erential d a t a input, cha n nel 1 23 orx1 + odd pixel, po sitive l v ds d i f f erential dat a input, cha n nel 1 24 orx2 - odd pixel, ne gative l v ds dif f erential d a t a input, cha n nel 2 i25 orx2 + odd pixel, po sitive l v ds d i f f erential dat a input, cha n nel 2 26 oclk - odd pixel, ne gative l v ds dif f erential cl ock input 27 oclk + odd pixel, po sitive l v ds d i f f erential cl ock input 28 orx3 - odd pixel, ne gative l v ds dif f erential d a t a input, cha n nel 3 29 orx3 + odd pixel, po sitive l v ds d i f f erential dat a input, cha n nel 3 3 0 g n d gro u n d note (1) connec tor part no.: fi-x30ssl-hf (j ae) 5.2 tft lc d modul e power input p i n n a m e de scriptio n 1 vcc powe r input (+18v ) 2 vcc powe r input (+18v ) 3 vcc powe r input (+18v ) 4 vcc powe r input (+18v ) 5 vcc powe r input (+18v ) 6 gnd gro und 7 gnd gro und 8 g n d gro u n d 9 g n d - gro u n d 1 0 g n d gro u n d 1 1 n c no c onn ectio n 1 2 n c no conn ectio n 1 3 n c no conn ectio n 1 4 n c no conn ectio n 1 5 n c no conn ectio n note (1) con necto r part no.: mlx5326 1-1 5 13 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 5.3 backli g ht unit the pin confi guration for the co nne ct o r is sh own in the t able bel o w . cn3-cn12: b hr- 03vs-1 pin signal nam e feature wire col o r 1 h v h i g h v o lt age p i n k 2 h v h i g h v o lt age w h i t e note (1) t he backlig ht inte rface co nne ct or for hi gh vol t age side i s a model bhr -03vs- 1 , manu fa c t ur e d b y j s t . the mating conne cto r on i n verter p a rt numbe r is sm 02(12.0)b - bhs-1-tb o r eq uivalent. cn10: zhr-2 or equival ent pin signal nam e feature wire col o r 1 l v l o w v o lt a g e b l a c k 2 l v l o w v o lt a g e b l a c k 3 l v l o w v o lt age b l a c k 4 l v l o w v o lt age b l a c k 5 l v l o w v o lt age b l a c k 6 l v l o w v o lt age b l a c k 7 l v l o w v o lt age b l a c k 8 l v l o w v o lt age b l a c k 9 l v l o w v o lt age b l a c k 1 0 l v l o w v o lt age b l a c k note (2) th e backlig ht interface co nne ct or for lo w volt age si de is a model zh r- 2, manufactu re d by jst or equivale nt. the mating co nne ctor o n in verter p a rt nu mber i s s10z r-sm 3a-tf ( jst) o r equiv a lent. 1 hv(pin k) 2 hv(white ) 2 hv(white ) 1 hv(pin k) 2 hv(white ) 14 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 ? l0 1 te n t a t i v e 5.4 inver t e r unit note : (1) t h e inverte r inp u t power so urce con n e c tor cn1 is a mo del s8-ph-sm3-tb , manufactu red by jst or equivalen t . the inverte r interfa c e co nne ctor cn2 for co ntrol si g nal is a mo de l s10-ph-sm3-t b, manufa c tured by jst or equivalent. cn1: s8b-ph-sm3-tb ( jst) pin signal nam e feature 1 2 3 v b l + 1 2 0 v 4 5 n c n c 6 7 8 g n d g n d cn3-cn12: sm02(12.0 ) b-bhs-1 - tb(js t ) pin signal nam e feature 1 cfl hot cfl high volt age 2 cfl hot cfl high volt age cn2: s10-p h -sm3-tb(jst ) pin signal nam e feature 1 2 3 g n d g n d 4 5 v c c + 1 8 v 6 s y n synchrono us cont rol 7 s e l internal/externa l pwm selection 8 i _ p w m internal pwm cont rol 9 i _ p w m internal pwm cont rol 1 0 b l o n bl o n / o f f cn13: s10z r-sm 3a-tf ( jst) or e quiv a lent pin signal nam e feature 1 r e t u rn cable cfl l o w volt age 2 r e t u rn cable cfl l o w volt age 3 r e t u rn cable cfl l o w volt age 4 r e t u rn cable cfl l o w volt age 5 r e t u rn cable cfl l o w volt age 6 r e t u rn cable cfl l o w volt age 7 r e t u rn cable cfl l o w volt age 8 r e t u rn cable cfl l o w volt age 9 r e t u rn cable cfl l o w volt age 1 0 r e t u rn cable cfl l o w volt age 15 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 5.5 block diagra m of inte rf ace c n f 1 d c lk o b 0 - o b7 og0 - og 7 or0- or7 l v ds receiver thc63l vdf84a l v ds t r ans mitter thc63l vdm83a (l vdf83a) txin pll pll er0-er7 e g0 -e g 7 eb 0 -eb7 de t i ming controlle r erx0+ erx 0 - erx1+ erx1- erx2+ erx2- eclk+ eclk - rx 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 100pf 100 p f 100pf 100pf d c lk o og0 - og 7 or0- or7 or x3+ or x3 - 100pf 100pf 100pf 100 p f 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 51 [ 100pf oclk - oclk+ o rx 2- or x2+ or x1- or x1+ o rx 0 - or x0+ pll pll erx3+ erx3 - 100pf host graphics controller de eb 0 -eb7 e g0 -e g 7 er0-er7 16 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e er0 ~ er7 : even pixel r dat a eg0~eg 7 : even pixel g dat a eb0~eb7 : even pixel b dat a or0 ~ o r 7 : odd pixel r dat a og0 ~og 7 : odd pixel g dat a ob0~ob7 : odd pixel b dat a de : dat a ena ble signal dc lk : d a t a clo c k sig n a l note s: (1) t he sy ste m must have t he tran smitter to drive the modul e. (2) l v ds cab l e imped an ce shall be 5 0 o h ms p e r si gn al line or a b o u t 100 ohm s per twi s t-p a i r line wh en it is used dif f erentially . 17 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 5.6 l v ds interf ace transmitter thc63 l vdm 83a interf a c e co nne ct o r receiver thc63 l vdf 84a signal p i n i n p u t ho s t tft - l c d pin o utp u t tft co nt r o l input r0 r1 r2 r3 r4 r5 g0 g1 g2 g3 g4 g5 b0 b1 b2 b3 b4 b5 de r6 r7 g6 g7 b6 b7 rsvd 1 rsvd 2 rsvd 3 51 52 54 55 56 3 4 6 7 11 12 14 15 19 20 22 23 24 30 50 2 8 10 16 18 25 27 28 txin0 txin1 txin2 txin3 txin4 txin6 txin7 txin8 txin9 txin12 txin13 txin14 txin15 txin18 txin19 txin20 txin21 txin22 txin26 txin27 txin5 txin10 txin1 1 txin16 txin17 txin23 txin24 txin25 ta o u t 0 + ta o u t 0 - ta o u t 1 + ta o u t 1 - ta o u t 2 + ta o u t 2 - ta o u t 3 + ta o u t 3 - rx 0+ rx 0- rx 1+ rx 1- rx 2+ rx 2- rx 3+ rx 3- 27 29 30 32 33 35 37 38 39 43 45 46 47 51 53 54 55 1 6 7 34 41 42 49 50 2 3 5 rx out 0 rx out 1 rx out 2 rx out 3 rx out 4 rx out 6 rx out 7 rx out 8 rx out 9 rx out 12 rx out 13 rx out 14 rx out 15 rx out 18 rx out 19 rx out 20 rx out 21 rx out 22 rx out 26 rx out 27 rx out 5 rx out 10 rx out 1 1 rx out 16 rx out 17 rx out 23 rx out 24 rx out 25 r0 r1 r2 r3 r4 r5 g0 g1 g2 g3 g4 g5 b0 b1 b2 b3 b4 b5 de r6 r7 g6 g7 b6 b7 not co nne ct not co nne ct not co nne ct 24bit dc lk 31 tx clk in tx clk ou t+ txclk out - rx clk in + rx clk in - 26 rx clk o u t dc lk r0~ r 7: pixel r dat a (7; msb, 0; lsb) g0~g7: pixel g dat a (7; msb, 0; lsb) b0~ b 7: pixel b dat a (7; msb, 0; lsb) de : display timi ng sig nal note s: (1) rs vd(re s erve d)pins o n the transmitter sh a ll be ?h? or ?l ?. 18 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 5.7 color da t a inp u t assignment the b r ightn e ss of each p r i m ary color (red, gre en a n d bl ue ) is b a sed on the 8-b i t gray scale dat a in put for the colo r . th e highe r the bina ry input, the brighte r t he col o r . the t able belo w provid es the assign ment o f colo r versu s dat a inp u t. dat a sign al r e d g r e e n b l u e colo r r7 r 6 r 5 r 4 r3 r2 r1 r0 r7 r6 g5 g4 g3 g2 g1 g 0 r 7 r 6 b 5 b 4 b3 b2 b1 b0 b a si c colo r s black red gre en blue cyan mage nt a y e llow white 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 1 0 1 0 1 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 gray scale of red r e d( 0) / d a rk r e d( 1) r e d( 2) : : r e d( 25 3 ) r e d( 25 4 ) r e d( 25 5 ) 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 1 : : 0 1 1 0 1 0 : : 1 0 1 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 gray scale of gre en gre en(0) / da rk gre en(1) gre en(2) : : gre en(253 ) gre en(254 ) gre en(255 ) 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 1 : : 0 1 1 0 1 0 : : 1 0 1 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 gray scale of blue blue(0 ) / dark blue(1 ) blue(2 ) : : blu e ( 25 3) blu e ( 25 4) blu e ( 25 5) 0 0 0 : : 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 0 0 0 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 0 : : 1 1 1 0 0 1 : : 0 1 1 0 1 0 : : 1 0 1 0 note (1) 0: low level v o lt age, 1: hi gh level v o lt age 19 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 6. interf ace timing 6.1 input signal timing spe cifica ti ons the inp u t sig nal timing sp ecification s are sho w n a s the followi ng t able an d timing diag ram . s i g n a l i t e m symbol m i n . t y p . m a x . u n i t n o t e clo ck freq uen cy 1/t c (12 0 ) 148.5 ( 16 0) mhz - fram e rate f r (57 ) 6 0 ( 6 3 ) h z tv=tvd+tvb t o t a l t v (1 1 1 5) (1 125 ) ( 1 135 ) t h - d i s p l a y t v d 1080 1 0 8 0 1 0 8 0 t h - v e r t ical ac tive d i splay t e rm b l a n k t v b (35 ) 4 5 (55 ) t h - t o t a l t h (21 00) 2 2 0 0 (23 0 0 ) t c th=t hd +th b d i s p l a y t h d 1 9 2 0 1 9 2 0 1 9 2 0 t c - ho rizont al a c tive display t e rm b l a n k t h b (180 ) 2 8 0 (38 0 ) t c - setup time t s t b d t b d t b d n s input dat a t e rm hold time t h t b d t b d t b d n s note: beca use of this mod u le is o perated by de onl y mode, hsyn c an d vsync in put sig nals sho u ld b e set to low logi c le vel or gro und. otherwise, this mo dule would op erate abno rmally . in pu t sign a l tim i ng d i ag ram t v t vd t vb t h de t hb v a lid di spla y dat a (1 980 ) dc lk t c t hd da t a de 20 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 6.2 power on/ o ff sequence t o p r even t a latch-u p or dc op eratio n of lcd m o dule, the po wer on/of f se qu ence sh ould be as the di a g ram belo w . 0 ?? t 1 ?? 10ms 0 ?? t 2 ?? 50ms 0 ?? t 3 ?? 50ms 500ms ?? t 4 50% 0v 0v 50% t 6 t 5 t 3 t 1 0.1v dd 0.9 v cc 0.1v cc 0.9 v cc t 4 t 2 va l i d po w e r on po w e r suppl y v cc signals po w e r of f ba c k light (re c o mme nde d) 1 0 0 m s ?? t 5 100ms ?? t 6 pow e r on/off note. (1) the supply volt age of the external syst em for the m odul e in put should b e the sam e as the definition of vcc. (2) appl y the lamp volt age withi n the lcd ope rat i on ra nge. when the ba ckl i ght turn s on before the lcd ope ration of the lcd turns of f before the backlig ht tu rn s of f, the display may m o ment arily be com e abn orm a l scre en. (3) in case of vcc = of f level, ple a se kee p the level of input sign als o n the low o r ke ep a high impe d ance. (4) t 4 sh ould be mea s ured af ter the mo dule ha s be e n fully disch arged bet wee n power of an d on pe riod. (5) inte rface sign al sh all n o t be kept at high imp eda n c e when the power i s on. 21 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 7. optical chara cteristics 7.1 test conditi ons i t e m s y m b o l v a l u e u n i t ambient t e m perature t a 25 2 o c ambient hu m i dity ha 50 10 % rh supply v o lt ag e v cc 5 . 0 v input signal accordi ng to typical val ue i n "3. electrical cha racteristics" inverter current i l ( 5 . 5 ) m a inverter drivi ng fre que ncy f l 5 4 k h z inv e r t e r - - 7.2 optica l specifi c a t ions the relative mea s ureme n t method s of o p tical cha r a c te ri stics are shown in 7.2. the follo wing items shoul d be mea s u r ed unde r the test conditio n s d e scri bed in 7. 1 and st able enviro n ment sho w n in not e (7). i t e m s y m b o l con d i t i o n m i n . t y p . m a x . u n i t n o t e cont ra st rati o cr - (70 0 ) - - note (2) t r - (15 ) - m s t f - (10 ) - m s note (3) re spo n s e t i me gray to gray ( 1 6 . 6 ) m s note (4) cente r lumi n ance of white l c ( 5 5 0 ) - cd/m 2 n o t e (5) a v erage l u m i nan ce of whi t e l av e (50 0 ) - cd/m 2 white v a riati on w - - 1 . 3 - note (8) cross t a lk ct - - 4.0 % note (6) rx (0.65 2 ) - red ry ( 0 . 3 3 3 ) - gx (0.27 3 ) - gre en gy ( 0 . 6 0 4 ) - bx ( 0 . 1 4 0 ) - blue by ( 0 . 0 7 6 ) - w x 0.285 - colo r chromatic i ty white wy x =0 , y =0 v i ewin g no rmal angle 0 . 2 9 3 - 9, 300k x + (80 ) ( 8 5 ) - ho rizont al x - (80 ) ( 8 5 ) - y + (80 ) ( 8 5 ) - v i ewin g angle ve r t i c a l y - cr 10 (80 ) ( 8 5 ) - deg. no g r ay scale inversion 22 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e note (1) definition of v i ewin g angl e ( x, y) : x- = 90o x+ = 90o n o r m a l x = y = 0o x+ y- y+ x- y + y- x + x ? 6 o?clo c k y- = 90o 12 o?cl ock di rection y+ = 90o note (2) definition of cont ra st rati o (cr): the contra st ratio can be calcul ated by the followi ng e x pre ssi on. cont ra st rati o (cr) = l25 5 / l0 l255: lu mina nce of g r ay le vel 255 l 0: lumina n c e of gray level 0 cr = c r (5 ) cr (x) is corresp ondi ng to the cont ra st ratio of the p o int x at the figure in note (8). note (3) definition of res p onse t i me (t r , t f ): t r t f ti m e gra y le ve l 25 5 gray le ve l 0 gray le ve l 25 5 optical response 100% 90% 10% 0% 23 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e note (4) definition of gray to gray switchi ng t i me: optical response 100% 90% 10% 0% gray to gray sw i t ch i n g ti m e ti m e ti m e drive sig nal of lcd pan e l gray to gray sw i t ch i n g ti m e note (5) definition of l u mina nce of white (l c , l av e ): mea s ure the lumina nce of gray level 25 5 at cente r po int and 5 poin t s l c = l (5 ) l av e = [l (1)+ l (2 )+ l (3) + l (4 )+ l (5)] / 5 l (x) is corre s pondi ng to the lumina nce of the point x at the figure in note (8). note (6) definition of cross t a lk (ct): ct = | y b ? y a | / y a 100 (%) whe r e: y a = luminan ce of mea s u r ed location wi thout gray lev e l 0 p a ttern (cd/m 2 ) y b = luminan ce of mea s u r ed location wi th gray level 0 p a ttern (cd/m 2 ) gray 12 8 (d,w ) (0, 0) y a, l (d/8,w/2 ) y a, d (d/2,7w/8 ) y a, r (7 d / 8 , w/2) y a, u (d/2,w/8) a ctive area y b, u (d/2,w/8) (0, 0) g r a y 0 gray 0 (d/4,w/4) (3d/4,3w/4 ) y b, r (7 d / 8 , w/2) gra y 128 y b, l (d/8,w/2 ) y b, d (d/2,7w/8 ) a ctive area (d,w ) 24 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e note (7) mea s ureme n t setup: the l cd mo dule shoul d b e st abili ze d at given temper ature for 1 h o ur to avoid ab rupt tempe r at ure cha nge d u ri n g mea s uri ng. in orde r to st abilize the lu minan ce, the mea s ureme n t shoul d be ex ecute d af ter lightin g backlight for 1 hou r in a wi ndle ss room. light shie l d r oom ( a mb ien t l u m in an ce < 2 lu x ) display color analyzer (minolt a ca210) center of the screen lcd pan e l lcd module note (8) definition of white v a riati on ( w) : mea s ure the lumina nce of gray level 25 5 at 5 point s w = max i mu m [l (1), l (2 ) , l (3), l (4 ), l (5 )] / minimum [l (1), l ( 2 ), l (3 ), l (4 ) , l (5)] horizont al line x 3w/4 w/2 w/4 3d/4 d /2 d/4 4 3 2 1 5 : t e st point x= 1 to 5 w d v e rtical line ac tive area 25 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 8. precautions 8.1 asse mbl y and handling p r eca u tions (1) do not ap ply rou gh force such a s be ndi ng or twi s ting to the modul e duri ng a s se mbly . (2) t o assemble or inst all mod u le into user ? s system can be only in clean working are a s. the d u st and oil may cau s e el ectri c al sho r t or worsen the polari z e r . (3) it? s not permitted to have pre s sure or impul se on the module be cau s e the lcd p a n e l and backlight will be damaged. (4) always follo w the corre ct powe r se que n c e wh en lcd modul e is con n e c ting a nd ope rating. this can preve n t dama ge to the cm os lsi chip s duri ng latch-u p . (5) do not pull th e i/f conne ct or in or o u t while the mod u l e is ope ratin g . (6) do not di sa ssemble the mo dule. (7) use a sof t dry cloth witho u t chemi c al s for clea ni ng, becau se the su rface of polari z er is very sof t and easily scratch ed. (8) it is dange ro u s that moi s ture com e into o r co nt a c ted th e lcd mo dul e, becau se m o istu re may d a mag e lcd mod u le whe n it is ope rating. (9) high temp erature o r hum idity may reduce the pe rf orma nce of modul e. please sto r e l c d modul e within the spe c ified sto r a g e conditio n s. (10 ) whe n ambie n t temperatu r e is lower than 10o c may redu ce the display qu ality . for example, the re spo n se time will be com e slo w ly , an d the st artin g volt age of ccf l will be high er th an roo m temperature. 8.2 safety precauti ons (1) the st artup volt age of backlight is a pproximat ely 1700 v o lt s. it may cause electri c al sh ock whil e assem b ling with inverter . do not disa sse m ble the mo d u le or in se rt anything into the backlig ht unit. (2) if the liquid cryst a l mate ria l leaks from t he p a nel, it should b e ke p t away from the eyes o r m outh. in ca se of co nt a c t with han ds, skin o r cl oth e s, it has to b e wa she d away thorou ghly with soa p . (3) af ter the mod u le? s e nd of life, it is not harmful in ca se of normal o p e r ation a nd sto r ag e. 26 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 27 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0 ch i mei
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e 28 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0 %*+ / ' + ri s k o f e l e c t r i c s h o c k . po w e r b e f o re s erv i c i n g . high v o l t a g e di s c o n ne c t t h e e l e c t r i c ca u t i o n ?_? 1qla? |3--? q c o l d c a t h o d e f l u o r e s c e n t l a m p i n l c d p a n e l c o n t a i n s a s m a l l a m o un t o f m e r c u r y p l e a s e f o llo w lo ca l o r d i n a n c e s o r r e g u l a t i o n s f o r d i s p o sa l .
issu ed date: apr . 22, 200 4 model no.: v370 h1 - l0 1 te n t a t i v e ?_? 1qla?|3 --?q %* +/' + 29 / 29 the informati on de scrib ed in this tech nical spe c ificatio n is tent ative and it is po ssi ble to be ch a nged without prio r notice. plea se cont act cm o ? s re pre s e n t ative while y our p r od uct d e sig n is ba se d on this spe c ificatio n. v e rsion 0.0

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