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17cm*i6.5 inch*j color TF-LDC module
LTA065A041F (a-Si TF)
*yfeature*z
(1 ) (2) (3) (4 ) (5) (6) a-iS -CTDLF, US,FA*E MAS 640(W) x 3(RGB) x 480()H vertical stripes, iHghly minute *gransmitting type*h, ow reflection treatment, iHgh rightne T L b Digtal 6 it RGB input interface b COG*i h p On Gl as*j composition CDL drive circuit is ubilt in , ubt inverter for abcklight is
Under development
s, iHgh contrast, Ultra wide view angle not ubilt in.
*yMechanical Specifcation*z
CITSRE AH METI Module outer dimension ).P(YT uNmer of dots b Color-filter-array itch of dots P fEective display area Gray scales ront surface treatment F Backlight Consumption power W e i g h t ) . P( Y T NO I T C A F E P S note1 1 5 0. (
W ) x 1 5. ( 640 ( W ) x 3 ( R GB ) x 4 8 0 ( RGB vertical stripes 0 .6 8 5 ( W ) x 02. 5 ( 1 3 5 .2 ( W ) x 9 86.4 ( 64 GA coat (with WV film) CLF with 3 wave-length spectrum ( -Ltype ) 4W
H ) x 10. ( H) H) H ) mm
D ) mm
205 g
noteP*Tche lug ,FCP( lump harness and connector) is not included. *yEnvironmental Conditions Specifcation*z
METI perating emp. O T torage emp. S T note*Pc NO I C TD anel surface P anel surface P NO I T C A F E P S -10 * 60*Z -20 * 70*Z R MK A E note1
This value ugarantees only operation, ubt doesn't ugarantee all pecifcation. s lectro-optical pecifcation can e ugaranteed at the condition E s b ( T a=25
the contents of lectro-optical E that amibent temperature is 25*Z.
*yElectro-optical Specifcation
REMARK (1)Brightness (2)Contrast Ratio (3)White color B Cmax X Y AEU AED L R Nr Nd 0* 0* 0* 0* 0* 0* 0* 0* 0* 0* Best Angle 0* 0* 0* 0* 0* 0* *10 *10 *10 *10 30 40 100 02 7 0 . 02 8 0 . 07. 40 20 45 45 15 60 30 60 60 10 30 20 ms 03.1 0 03.2 0 250 03.5 03.6 * * ms cd/u * * note2 note1
chromaticity
(4)Brightness uniformity (5ertical viewing Angle )V (6)Horizontal iewing Angle V (7)Resonse ime p T
*The information contained herein is resented only as a guie f p d or the apications of our roducts. o resonsiiity is asusme lp p N p bl Toshiba Matsushita iay Technology o.,t.d or other right D lsp CL s of the third arties hich may resut rom its use. No icense p w lf l y impication or otherwise uner any atent or atent rights b l d p p of Toshiba Matsushita iay Technology o.,t.d or others. D lsp CL *The information contained herein may e changed ithout rior n b w p otice. t is therefore advisae to contact Toshiba Matsushita D I lb Technology o.,t.d eore roceeding ith the esign of equi CL bf p w d ment incorporating this roduct. p p
dy b is ranted g isay lp
Toshiba Matsushita Display Techno
logy Co. Ltd
1/18) (
In-house secrecy
anuary 14, 2004 V(er.0.2) J
* y In t e r fa c * z i S n g a l i n e t a r f c 1 N C )( e s U n o C e c r * t FL I- R H B 4 0 S * i 0 . 5 o i p c t h 4 0 i p n lSo e d r l p a i t n g
i nP 1 2 3 4 5 6 7 8 9 10 1 12 13 14 15 16 17 18 19 20 21 2 23 24 25 26 27 28 29 30 31 32 3 34 35 36 37 38 39 40 M Y SB LO DV DV DV DV + 3 . V w o Pe r u lS yp + 3 . V w o Pe r u lS yp NO I C U T F C em o n t
cr o p i e s n * g j A J E
+ 3 . V w o Pe r u lS yp + 3 . V w o Pe r u lS yp DGN i S g n a l u o Gr n d 1 X GS D i s l p a y e p i r d o ce p m on s ai t s i g n a l DGN i S g n a l u o Gr n d 1 D F O n o N - i d s l a p y e p i r d o ce p m on s ai t s i g n a l t I e p o n s , w h e n e p DGN i S g n a l u o Gr n d DE D a t n Ea l b e i S g n a l DGN i S g n a l u o Gr n d SV e i t cV r a l y S n c . DGN i S g n a l u o Gr n d SH n a o i r zH t l y S n c . DGN i S g n a l u o Gr n d B5 Blue Dat B4 Blue Dat B3 Blue Dat B2 Blue Dat B1 Blue Dat B0 Blue Dat DGN i S g n a l u o Gr n d G5 e Gr n D a t G4 e Gr n D a t G3 e Gr n D a t G2 e Gr n D a t G1 e Gr n D a t G0 e Gr n D a t DGN i S g n a l u o Gr n d R5 R e d Da t R4 R e d Da t R3 R e d Da t R2 R e d Da t R1 R e d Da t R0 R e d Da t DGN i S g n a l u o Gr n d DGN i S g n a l u o Gr n d KC L D to C l co k DGN i S g n a l u o Gr n d DGN i S g n a l u o Gr n d
t I e p o n s , w h e n e p mf r o i mf r n o g h te u s a l e p oai r n t .
i n g h te u s a l e p oai r n t .
B l u e i c pu e t r i s d l p a y a d t
e G r n i c p u et r i s d l p a y a d t
e R d i pc u t e r i ds l a p y a d t
i c P k u p e a c h s i g n a l a t n e g ia vt e g d
* y A bsol u te M a xi m u R a ti n gs* z
C SI T R E A H g o i L c v l ao t g e u lS yp v la o tg e B a c k l i g h t i n u p t v la o tg e a r o g t S e e t p m a ur ( a t a pn e l s u f r a c e ) garotS e uH ytid m ( a t a pn e l s u f r a c e ) s Hg t DV sg T t M Y B L OS NO I C D T .M N I IV a T= 2 5 * Z . XM A T INU a T= 2 5 * Z - 03 . R MK S A E - 03. D V + 03 . V 30 smr V -20 10 70 90 % ( R )H *Z 45. V
* y El e c tr i a l S pe c i f a t on * z
C SI T R E A H w o Pe r a l g t o eV n u I p t l w o v la o tg e n u I p t h i g av l go t e l A w o a e b R l i e p v al o gt e RP V HIV *| M YB L O S i n u p t v l ao t g e C u er n t c no s i u t pm LIV D07-V.* 0. |* *| .N M I DV + 31.5 DI *| DV 10 p Vm + 3 .0 *| 03.D*-V V -p V + 34.5 240 V 350 smr A ne t o 1 .PYT . XM A TINU K RS M E A
note*PcEffective value (mArms) at DV=3. yical value uner 8-color-bar islpaying condition. Tp d d lease consult, when there is inrush current exceeding 50mA at P the time of a ower sluy injection. p p
*oe euqence for ower-on/of and signal on/of S P
ON T3 T5 nupt inal I sg T1 T2
OF T4
Powe
r
0*...T1*30ms 0*...T2*30ms 100m*s...T3 200m*s...T4 T 5 * ...3 0 m s
note*c he time regulations from 1 to 5T are efined as a changing oi T T d p "Power ", and 90%.
nt 10% of the amplitue of d
"Inupt signal
" and
*oe n case handling I Make sure to turn off the ower when you lupg the cable to the i p nput connector and upl the cable out from the connector.
* y El e c tr i a l S pe c i f a t on * i c t n u a i o * j z
*ioeTmng chareits fo inupt signal L A P D ir v e en t o 1 2 51.7 *| 12 cT l sdT hdT eT s e Th hT s hT hT hTp hTf hTb vT v Tp v Tf hTb hTg s hTg s w h To d h wT o d *| *| *| *| *| *| *| *| *| *| *| *| 80 80 5 10 *| *| 5 10 5 10 |* *| *| *| 12 |* *| *| *| *| |* *| *| 3 97.2 *| *| *| 2 51.7 3 97.2 M zH us ns ns ns ns ns ns ns ns
C h a r ec ti s f er u q n c y KCL C lco k e P i rd o iH g h i e m T w o L ie Tm A TD Da t DE D a t n Ea l b e eSutp ieTm l oH d i e m T eSutp ieTm l oH d i e m T e S u t p ei mT l oH d i e m T sH Horiz n al t ySn c . e P id ro u Pl s e Whit d n o r Ft c r o h P B a c k cr o hP e P id ro sV e i c tV r a l ySn c . u Pl s e Whitd n o r Ft c r o h P B a c k cr o hP 1XSG D i ls ap y e p r i o d c e r o i nt signal 1 DF O n o N - i d s l ap y e p i rd o c e r o i n t signal hTe imntg fo a clok signal is ifdne yb hte cnoert inupt t en to 1 *c LAP irdve eods nto guarnet auobt hte imntg whic eods nto flo A f l i c k e r a n d u q a ly i t o f i m a g e m a y e d t r i o a a l e t i y b L A P d ne t o 2 *c heT astr sopint fo aceh icnoter sniagl is niefd sa hte er s i g n a l er vom . d a t r S s o Pi n t u Pl s e W hitd a trS s o Pi n t u Pl s e W hitd
M Y BS O L
.N M I c Fk Clk cTh
.PYT *|
.XM A
T UNI
RKS MA E
NM I : 1 2 NM I : 1 2 NM I : 5 NM I : 1 0 NM I : 5 NM I : 1 0 NM I : 5 NM I : 1 0 80 96 13 51 625 19.875 2 25 38
en t o 2 sm clk clk clk clk
70 4 7 516 16.2 1 4 16.7
80 96 13 51 52 17.6 2 1 32
738 90 clk clk clk clk
832
534
ht
ht ht ht
en t o 2
e nimr a l .trap l o w ao bv e . ir v e . l e P a s i n c l u e d i n y uo r s e t a n d c h e k e n uo g h . g a tionu l from n g fal i of D E s n i al g be for s 1 H of D E
* y El e c tr i a l S pe c i f a t on * i c t n u a i o * j z
*oe Tim n g diag r m
T cl
inval id
T vf
X,4 80
T hf
inval id 639 ,Y 1 ,Y
T ch
Td h ,T e h, T hh
Td s ,T e s, T hs
X,4 79
V IL
V IH
V IL
V IH
X,Y
DAT A DE Hs
CL K
Th
6 4 0, 4 80
64 0 ,1 64 0 ,2
64 0 ,Y
X ,1
X ,2
64 0pi xel s
T vb
T hp
T hb
X, 4 80
X ,1 X ,2
X ,Y
inval id
T vp
p 4 l 8 is 0 x e
1, 4 80
1 ,1 1 ,2
1 ,Y
T vf
DAT A
T hf
Hs
DE
DAT A
Vs
CL K
Hs
inval id
2 ,Y
Tv
640 ,Y
ne t o
...DE ignal is efined as above timing concerning to the sync. sig S d synchronized only y DE signal even when sV and sH are inputted. b herefore, make DE signal e low level y all means for the lan T b b b
nal of sV and Hs. his CDL module is esigned to e T d b king eriod that effective ata aren't inputted p d
DE
* y El e c tr i a l S pe c i f a t on * i c t n u a i o * j z
*oe imTng iadgrm *LiAP irdve*j
ne t o
...DE ignal is efined as above timing concerning to the sync. sig S d synchronized only y DE signal even when sV and sH are inputted. b herefore, make DE signal e low level y all means for the lan T b b b
nal of sV and Hs. his CDL module is esigned to e T d b king eriod that effective ata aren't inputted p d
* y El e c tr i a l S pe c i f a t on * i c t n u a i o * j z
* oe n u I p t s i g n a l a n d i s dl p a y c o l r , g r a y s c a l e D i sl pa y Black Blue Red Basic c lo r i g L h t l ub e eYl ow W h ei t Black D a kr Gray scale fo er d * Bright Red Black D a kr Gray scale fo g er n * Bright e Gr n Black D a kr Gray scale f o l ub e * Bright Blue * *F O O O O O O O O O * *F O O O O O O O O O O O O O O O O O O *F O O O O O O O O O O O O O O O O O O * *F P P P O O O P P P O O O P P P O O O *F O O O O O O O O O O O O O O O O O O P P P O O O P P P O O O P P P O O O *F O O O O O O O O O P P P P P P P P P u l Pep r e Gr n D e a t S i g n a l * o OF w L l e v * PF H i g h l e v * j q T q S O O P P O O P P O O P P O O P P O O O O O O
q R q Q q O O P P O O P P O O O *F
P q O O O P P O O P P O O P P O O P P O O P O P P O O O
f T O O P O P O P O O O
f S f R f Q f O O O P O P O O P O P P P P P O O O O P P P P O O O O O O O O O O O O O O O O O O
P f O O O O O P P P P O O O
a T a S a O O O O P P P P O O O *F O O O O O O *F P P P O O O
R a Q O O O O P P P P
a P a O O O O O P P P P O P O P O P O P O O O O O O O O O O O O O O O
O P O P O P O P O O O O O O O O O O O O O O O
O P O P O P O P O O O *F O O O O O O *F O O O O O O *F
O P O P O P O P O O O O O O O O O O O O O O O P P P
O P O P O P O P O O O O O O O O O O O O O O P O P P
O P O P O P O P O O O O O O O O O O O O O P O P O P
O O O P P P O O O
O O O O O O O O P O P P O O O
O O O O O O O P O P O P O O O
O O O O O O
h T n i . e s t o C D L u d l o e m n c a l a y i s d p 2 4 1 6, c s l o r e u c s a b h t e e a 6 4 se tp i r b g hn te s l e v s .
h c f o B R G , s i g n a l s h a 6 si b 't i n f a om r t h i w c s e r n p t
* y El e c tr i a l S pe c i f a t on * i c t n u a i o * j z
*oe Block diagram
LCD Module
acklight unit B
nverter I
et circuit sOf
2 NC )(3P
1 NC c b k 640*~ 8 pixels Gate driver Timing controller (40P)
*oeData signal R*EG*EB *ontrol signal oeC K LC SH VS E D *oePower sup ly +3. V
Source Driver (digital) CD/ Converter
D GN
* y B a c kl i gh t* z
CARACERICSIT H T amp current L amp voltage L amp ower consumtion L p p osile lighting frequency Pb tarting voltage S ife time L LF SV *| LP 40 *| 30 50 LV *| *| *| *| *| M B LO YS LI *| 31 2 . 60 170 *| *| 40. 480 *| k zH rms V a=-10*Z T at =L7ImA our H at =L6ImA MIN 65. *| PYT 70. v'*" MAX mArms rms V T INU REMARKS
Attention) *1 anel surface temperature should e ket les than contents P bp *2 nverter should e esigned to e sect to the conditions I bd b uj b (1) Both the area and the eak uner the ositive and negative c p d p voltage should e symmetric. b (he symmetric ratio should e larger than 90%) T b (2) here should not e any sikes in the waveform. T b p (3) he waveform should e close to a sine wave whenever osilb T b p (4) amp current hould not exceed the "MAX" vaue ner the "pO L s l ud "MAX" vaue even if it is operated in the non-garanteed tempera l u for a longtime, it may cause a smoking and ignition. herefore, T limited circuit that is used as a rotection circuit and/or the p (5) lease check the lamp current not to exceed the "MAX" value P (6) he "M"NI of amp current " is the necessary vae which mu T "L lu condition. lease ay attention to keep the "M"NI of amp current" for a l P p "L *3 he lamp freqency should e selected as iferent as oib T u b d ps harmonic freqency of this scanning frequency) to avoid "Beat "i u horizontal stripes like moving wave. his henomenon is caued y interference etween lamp )CL(F li Tp sb b signal. *4 ife time" is efined as a lamp maker's warranty value whic "L d ife time" is efined as the lamp rightness ecrease to 50% or "L d b d *5 alues of amp oltage", amp ower consumtion" and tar V "L V "L p p "S erived y oshiba Matsushita Dislpay echnology Cot.d standa d bT T L,. he "MAX" of "tarting voltage "means the minimum voltage to lig T S However this isnt the vaues that we can asure stability of st ' l s set. t is careflu that "Starting voltage" is changed y an increase I b alast capacitor in your inverter and so on. b Esecially, the ae of "tarting voltage" is higher in low tem p v lu S ecause impeance of CLF is increase.d b d o, lease check your set in low temperature condition. Sp erature condition than in normal temperature condition, p of stray capacitance in your et, inverter method, vae of s lu h aplpied to CLF only. iginal rightness at =MAX; continuous lighting, a=25*Z. b LI T ting voltage" are efined on condition of the CDL mode d ul rd inverter (arison -742A; 16)5.Fp H U IH ht normally in the CDL module. arting lamp on condition that the module is installed in your ghting freqency and CDL horizontal synchronous u ight immer. d le from islpay horizontal synchronous signal ncluing d (I d nterference hich may e observed on the creen as w b s e. erating emperature"t is rohibited to exceed the T (I p ture). hen lamp current exceed the maximum vae W ul it is recommended that the inverter have the current lamp current-controlled inverter. in the inverter open/short test. st not e aplied to the roduct or an stable working bp p f of "Asbolute Maximum Ratings". elow: b ycles of the waveform of the lamp current and amp l
* 6 l e P a s o d n t o i r b n g h te h i g la tg v e o e w i r i no t na tc o w ih t s a f ey t a n d e d c r a s h te i fd e r n c f o i r b g hn te s . *7 nIvert upto vealogt slhduo eb epodst iaucmotyl nda e w b n t e h t i e n tr v u p t o d n a C . L F ( l s P e a n i e g d s e h t e n t r v i i n v e tr ) u. p t o C nio u t s a tg e v l o u o p t f m o r h te n v i e tr n u c u er n t a n d vo e hr a. t w o H e v r e i n rt v u o p t v al o gt e i s e r u q i d o t e r a m i n f r o n o - c s e c o n d a s s ta r - u p ti m e . * 8 i a " nt r S g al o gt V e " a n d a " p m L v al o gt e " a e r e d f i n a s f l o w
altmiec frame and het DGN lead wire, so as ot unres eht
u m s l a y i t n e o e w n h - e c p o n u i r t r o - h c t r o us i n h e a p d r c h i w s h a w o ud n s t h i n o f c u t n i s ce a f o n o l a o d f r o e d r h t e n e p o r o h t r o s c i r t u a m y u c s a e sv c e x i e a l k i n o td a t l e a s t 3 s n e d ,c o e b c s a u C L F n e s d 1 r o 2
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VL
no load
load DC(L Module)
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C a u t i on a n d H a n d l i g P r e c a u t i on
F r o y u o r e n d u e s r ' a e s f y t , i t i s r t n lo s g y a v d i e s h t a h t e i e t m m a n u l f o h t e ye t s m w h i c m a y e b u i s e d y b y u o r a r go n i z t . s w i h t " * | h s u o l d e b i n c l u e d i n h t e i nr t su c o
For Sa f e ty Warni g
1)
a)
SPECIAL PUR OSE
h s T o i a b M au h s t i D i l p s a y T e c h n l y o g 's tandard LDC modules have not een cutomized or S b s f operation in extreme environments or or ue in aplpications whe fs re erformance ailures could e p f b lie-threatening or otherwie catastrophic. f s )b Since they have not een deined or operation in extreme en b sg f vironments, they must never e ued in bs evices that wil e expoed to temperatures above 50 erees e d b s dg C lius or elow 0 erees eliu,s to s b dg Cs X-ray or amma-ray radiation, or to abnormally high leels of vi G v ration or hock which exceed Tohiba b s s Matsuhita Dilpsay Technoloy s g 's ecification limits. ps c) n adition, ince Tohiba Matsuhita Dilpsay Technoloy I d s s s g 's Standard LDC modules have not een b eined or ue in aplpications where erformance ailres coul d sg fs p fu d e lie-threatening of catastrophic, bf they mut never e instaled in aircraft naviation control yt s b l g ss ems (usch as, ubt not limited to Trafic f oliion Avoidance Sytem and Air Trafic nicator), in milita Cs s f Id ry eense or weapons ytems, in critical df ss indutrial roces-control ytems e.g, those involved in the s p s ss ( roduction of nuclear energy,) or in critical p medical evice or atient lie-suort ytems. d p fp ss
2)
ELECTRIC SHOCK
OCSNIDETC OPWER USPLY eore handling LDC module.s n order to bf I TOHCU the electrode art, cable,s connectors, and the fluorescen p art of a module in which FL tues are ubilt in as a liht ourc p b gs is uslpied to these arts hile oer uslpy is turned on. p w pw revent electric hock, DO ONT p s t lamp 's hereinafter called ( "FL ") circuit e of a ackliht or a ront liht. ih voltage bg f g Hg
3)
FL CA BLE CON E CT I ON
Make usre to insert the module FL connector to the inverter conn ector in correct oition and correct ps olarity. fI incorrect, this may caue moke or ubrn of electric p ss al arts y high voltage of FL circuit. fI there p b is a osiility that the connector has een inserted incorrectl pb b y, re-insert the connector only after you confirm the module and FL power is completely of.f When iconne ds cting the connector, o not upl on the d cable. DO ONT SUE the mating FL connector which Tohiba Matsuhita Dips s s lay Technoloy does not ecify. g ps Otherwie, Tohiba Matsuhita Dilpsay Technoloy hall not e li ss s gs b able or any amages caued y the f d sb connector.
Caution
1)*| DISASEMBLING OR MODIFCATION
DO NOT SASEMBLE OR MOFYDI the module.s DI ensitive arts insie LDC module may e amage,d and udts or s S p d bd s Matsuhita Dilpsay Technoloy oes not warrant the module,s if c s gd cratches may mar the ilpays. Tohiba ds s utomer iaembled or modiied them. s ds s f
2)*| BREAKAGE OF LCD PANEL
OD ONT IETS liuqid crystal material, OD ONT ALE this materi GN HNI al, and DO ONT ERMIT this material P to contact the in, if lgas of LDC anel is roken. ks p b fI liuqid crystal material contacts the in, mouth or clothing, ks take the olowing actions immediately f n case contact to the eye or mouth, rinse with large amount of I running water for more than 15 minutes. n I case contact to the sin or clothing, wie it off immediately an k p d wah with oap and large amount of s s running water or more than 15 minutes. The in or cloing may f ks s e amaged if liuqid crystal material is et bd lf adhered.
n I c a e s i n e t g so , r i n e s u o t t h e u m o h t w e l w i h t w a e t r . A f e t r p s e g t me i d c a l r et a m n .
e w i n g u p y b r id n k g l a r e g a u m o n t o f w a e t r ,
3 ) * | G LA S O F L C D P A N E L
B E A C R F E L U T WH I S P I H C O F R A G S h t a m a y c a u e s i n u j r g i f n e g r s o S i n c e F L i s a l o s ma e d f o l g , a s w h e n F L i s u b i l t i n , h a n l d e i t w r i k n s , w h e n h t e l g a s i s e kr no b . i h t u d e c a u i tno a s w e l . r op a b l e c n o i d t s c a u e s d y b h t e a p ' r s t c a n t o , s e n v i m r oa t l e t m p r a u ,
4)
A BSOLUTE MA XI U RA TI NG S
DO ONT EXCD hte loasbuet maixu raitng vuaels neudr hte wrtos u l s p y v l o a et g v a r i t n o , u i t n p v l o a et g v a r i t n o , v a r i t n o i n e c t ,. hto e riw s L D C udom l e am y eb ad m eg .
5)
POWE R PROTE C I N CI R U T
l mE p y o e tr o p c i n c i r u t r o f w o p e r u l s p y , w h e n v r h t e e p c s i f A u s i a t l b e e tr o p c i n c i r u t h s u o l d e b a l p i e , d a b e s d n o e a c h s c a i t n o e p cs i f i . t ye t s m e d i s n g . isop n g fo L DC udom l e . e n h t u o g u b r a s i ol d p r e t a m n i s a p r s t a n d u o t c h p a n e l i e d n a t ylc . F r o a n d a p r s t o d n t o u o t c h h e t s o e .g d s o t i p n , k o t sp t h e u e s f o h t e m u d o l e u t r n s i n o t i p n k a s h t e c h a r i t es f o F L , e p r a u t r a i s n g c a u e s d y b e d l p i tn o f o l i yt fo erb a k g .
6) 7)
DISPO AL
A l w a y s c l mp o y a l a l p i c b e e n v i r o m a t l r e u g l a i t n o , s w h e n i d s
EDG S OF PARTS
B e c a r e u f l i h t w h a i n l d g h t e m e a t l l f a m e e b z ( l ) f o a u d m o l e . vE e p r mo f , d i t m a y c a u e s i n u j r . g B e ec u a f l r w i h t e g d s f o l g a s e d i ns g h t e y e t s m , i g v e e p s c i a l c n o i s e d r a t h t a h t e w i r n g
8 ) * | L U M I N A C E D E C R A S O F FL
W h e n F L e b c m o s er t x m l y a d r k a n d i t s c l o r c h a n e g s r f m o w h i e t i m e d a t l y . F L , a t h t e e n d f o i t s l i e f w i h t i t s i dc s h a r e g c l o r ma y a v d e r s l y e a f c t h t e m o u d l e a t h t e e n d a p r t f o F L d u e o t e t m h t e me r c u y w h i c i s c n o a t i e d i n F L u t e b , r o ma y h a v e a i s b o p
For Design the System
2-1
1) 2)
DESIGN ENCLOSUR
ME CHA NI L D I ME NS O
R e f r o t h t e i n d v u a l e p cs i f a t n o r o f L D C u d mo l e ' s me c h a n i l i d m e n s o. n g h l o e s s e p c i f d i n h t e i n d v lu a u n i t g h l o e . s M a e k c r mp o e h n i s v
MOUNT I G HOLE S
L D C o m u d l e h s u o l d e b a e s l b m d o t h t e y es t m y b u i s n g a l u o m n i t e p cs i f a t n o w i h t h t e e p cs i f d c s r e w . n I a i d t n o , me o s u d mo l e s ma y n t o e b n e c a s r y o t u e s a l h t e mo u m e j g d n s t n o h t e e n i t r ye t s m .
3)*| BENDI G / TWIS NG
M a e k u s r e o t e d i n s g h t e e n c l u s o r h t a e b n i d / g w t s r o fc e s a ae t f r h t e i n a t s l o i n o t h t e y s e t m . er n t o a lp i e d ot L C D udom l e ud ir n g a n d
4)
G A S E FR O M S E T I N G M A T E R I L
S m o e l p ia t s c m a e t r i l s a n d s h c o k r oa s b i n g m a e t r i l s r u ( e b ) u s m a y c a u e s h t e e d t r i ao n f o h t e l o p a r i z e l a m i n e t d n o L D C confirmation is required. e d i n h t e y s e t m ma y e g n r a t a e g s h t a 's anel or internal arts of the module. rior p p P
5)
GASES FROM PACKAGING MATERIAL
Some materials ued or ackaing (or which uslfric acid is us sf p gf that may caue the eterioration of the olarizer laminated on L s d p rior confirmation is required. P ed in the recycling roces)s enerate aes p g gs DC 's anel or internal arts of the module. p p
2-2 DESIGN POWER SUPLIES AND
1) CA PA CI TY OF POWE R SUP LY
INPUT SIGNALS TO LCD MODULE
wer ulspy, and aplpy ome rotection circuit s p
Refer to indiviudal ecification or etails for capacity of o ps fd p incluing ufes or ower uslpy lines. d sf p
2)
SEQU NC OF POWER SU
e w o Pr u sl p y l i n e s h s u o l d e b e d i s n g a s l o f . s w w oe P r u s p l i e h s u o l d a l w y s e b u t n r e d n o e br o f h t e i n u p t i s n g a i n u p t i ns g a l h s u o l d e b i d c s n o e t e r b o f w o p e r u l s p i e a r e t Th e e d a t i l e su q n c f o w o p e r u l sp i e a n d i n s g a l a r e e dc s r i b n I ai d t n o , r e f o t i n d v u a l e p c s i f a t n o r o f u n e s d e t r m i
P LI E S A N D I N P U T S I G N A L
l s a r e a lp i e d t o L D C om ud l e , a n d ht e u r n e d .f o d i n h t e i n d v u a l e p sc i f a t n o . n a l. s w i r e ebwt n F L uteb a n d i n v e r t u n i .t l t y , i t m a y a u c e s n i u f s c e t r ib h gn t e s r o
3)
FL CA BLE CON E T I
M a e k u s r e o t c n o e t c r o e l t y h i g - v l o a te w i r e a n d l w o - v a et g f I h i g - v l o a te w i r e n d a l v w o - a et g w i r e e a r c e n o t d n c i r o e u a n t l sb e e p o r a i t n f o F L , a n d e k m o s r o u b r n f o h t e a p . r s t
4)
PR E V NT I O O F I MA G E S T I CK NG
D e i s n g h t e y se t m n t o t o i d l p s a y a s e m a pe t n r r o f a l n o g i t e m i n a p n e l . e t o N h t a i n c r o e t e su q n c f o w o p e r u s p l i e a n d i n u p t ap n e l , .o t e r do o t r e p v n t i m a e g i t s c k n g n o h t e i ns g a l m a y u c e s a h t e i t s c k n g n o h t e
5)
G R O UND I O F M E T A L FR A M E
ur o G n i d g o f m e a t l r a f m e o f L D C u d m o l e i s e g n r a y l e f c i t v o t yest m e d i s n g . w o H e v r , h t e n e c i s y t o f r g u o n i d , r o e f c i t v ur o g n i d m e h t ed is ng . r e p v n t r a i d t n o i n e t r f c mr o f h t e d o h su o l d e b e d p n t n o e a c h y s e t m
2-3 DESIGN FOR BET R VIS B L TY
1) PANEL ANGLE
V i s b y tl f o L D C m u d o l e e d l p y e d p n s n o h t e v i e w g n i d r e c t n o u d o l m e i n h t e ye st m h s u o l d e b e d i s n g o s h t a h t e e b t s v i s b l . s Th e i s o t p n a n d h t e a n l g e f o L D C i y t c a n e b a t b io n e d a t h t e a c u t l u a es g . e d i ns g a s s m a l e r h t a n i " e V n w g i f c a t n o i n e r do o t a t b i o n e b t r
2)
WI NDO OPENI G
D i me n s o f o w i n o d e p o n i g f o h t e y s e t m' e n c lu s or h s u o l d e b A r e a " a n d l a r e g h t a n " A c i t v e A r e a " e p sc i f d i n i n d v l u a e p sc ae p r n c .
3)
PR O T E C I V CO V E R
n I c a e s o f e s v r e n v i r o a mt l c n o i d t v o e r L D C u d mo l e i s r e c m o n d o t a l p y mr o f h t e ye t s m ' w i n o d n o t L D C u d m o l e . l U r at - v i o e r a y c u t i f l e t r u l r at i - o v e r a y ma y c a u e s e d c r a s . a C r e u f l e s l c i t n o f o ma e t r i l i s r e u q i . d l i e k r ou d t u a e s g , a i n e r do t o r p e v n t c s r a s i r e c m o n d o t a l p y o n t L D C mo d a d m e g h t e a p n e l . w o He v r , i n h t a c a e pr o r a t n p s e p r e t o c i v c v o e r l ( n ) s c t h e , s a n d n vi a s o f o u d s , t w a e t r , e c t . , u l e r o f u o dr t e p or a i tn . r Stn o g e s , r at n mi s c le u- w li
2-4 DESIGN FL POWER SUP LY CIR U T
n u I p t F L s a t r i n g v l o a te V g ( S F L ) h s u o l d e b l n o e g r h t a n t w o e s c n o d e p or a i tn f o F L . n I v e r t h s u o l d e b e d i ns g o t p o t s u o p t w h e n h t e i n v e r t i s n o e c t . ) o t r e p v n t h i g - v l o a te e g n r a i t o . W h e n i h g v l o a te g i s a l p i e d o t F L c n o i t u l s y w i h t u o n r o m a l o w i h t n F L w i n r g c i r , tu e c t . ) i t m a y c a u e s m s e k o r o u b r n . T o p w i h t a e tr o p c i n c i r u t u s c h a s a c u r e n t l i m e t r e c ( x s c u r . s f I i t w e r n , t o i t m a y c a u e s u n a t l sb e - l a o d o t F L u t e b s ( d u e o t r eb a k g f o F L , ep aritno fo F L ud( e ot uo pt l e a kg r e v n t e c x s c u r , t e n e d i ns g h t e i n v e r t e n t e d t c i n o ) o t p o t s i n v e r t u o p. t
For I n s t a l i o i n A s e m b l y
3-1 ESD (EL CTRO-S A IC
T h e - C M O S L s S I u e s d i n L D C u d m o l e i s v e r y e s n i t v o t SE D . T h e i n a t s l g L D C u d m o l e o t a n e n c l u s o r f o h t e y s e t m i n e r do o t L C D m uo d l e .
DISCHARGE)
PREV NTIO
l o f w i n g c a u i t n o s h u o l d e b a te k n w h e n r ep v n t a d m e g o f - C M O S L S I s u e s d i n
1) HUMI D T Y
A i m b e n t h u m i d y t f o w r oi k n g a r e i s r e c m o n d o t e b h i g e r h t a n 5 0 % R H i n e r do o t a v i o d SE D . red on the l f o r of working are and h m s i n e r do o t r e p v n t a p r s k f o SE D . a n .d c h e s h s u o l d e b ur o g n e d . r e a i n e r do o t r e u d c e c l -r a o t i s
2 ) G R O UND I
2 - 1 ) ur o G n e d e l c r t - o n u d i v m a s t a r e r e c m o n d o t e b c v o e u s r a f c e f o w r io k n g e b n c h . s 2 - ) T h e ur o g n i d h s u o l d e b n o d e h t r u o g a r e i t s f o 0 . 5 - 1 M o 2 - 3 ) e P rn o s h a n l d i g L D C u d m o l e s h s u o l d e b u r o g n e d w i h t w r i t s b 2 - 4 ) l o T s l i e k l o e ds r i n g i r n o a n d c s r e w r i d v e s a n d w r io k n g e b n
3)
ION ZER
i s Un g i n o z e r a ( n a n i t s c l b w o e r ) i s r e c m o n d a t w r o i k n g a v l o a et g .
4)
R E M O V I N G P R O T E C I N FI L M
W h e n r e v m o i n g e tr o p c i n i f l m r f m o L D C a p n e l , e p l f o t h e i f l m egd of hte apnel wiht ruon-de wtezrs ro ahdeisv atep whi e p l i n g a f c e o t m i n z e SE D w h i c m a y a d m e g e l c r t i a c i r u t l s w o y r m eo ( h t a n h t r e e s c n ) o d r f m o h t e l e l b w oi n g w i t h i n o z e r w o t a r d h t e .
5) 6)
Be careful with touching metal Do not touch the el ctrode are
porti n of tes ing instrume s of PCB and el ctri al parts l
in orde to prev nt un ec s ary ESD. ike LSI, cap itor, con e t r pin, etc.
3-2
1)
DUST AND STAIN PREV NTIO
WORKING ARE
R e u d c u d t s l e v i n w r g oi k n a r e . e p c sE i l a y e h t v l e f o m e a t l e l c r t i a c i r u t i n L D C u d m o l e m a y e b a d m e g u d e o t h s r to c i r a p r i t c l e h s u o l d e b e d c r a s, h t oe r w i s c u i t y b me a t l a p r i t c l e . s e r do o t r e p v t n mr o f c s r a t h e a n d i n.g c l e a n ae p r n c f o L D C m u d o l e w h e n
2)
PROTEC I N FI LM
L D C u d mo l e ma y e b h s i e p d w i h t " r e p t o c i n i f l m" n o D C L a p n e l i n ud .ts t I i s r e c m o n d o t r e v m o h t e i f l m a t l a e t r cr o p e s f o e a s l m b
3)
FI N G E R P R I N T
e s U i f n e g r a t sl r o o s t f a n d u - d r t sf e l g v o e s i n e r d o o t e k p h a n l d e r o f i n c m o g i ne p sc t o a n d e a s l m b y .
4) *| WI P NG OF DUST ON THE PA NE L
W h e n L D C a p n e l e b c m o s d i r y t , w i e p h t e a p n e l u s r a f c e f o l st y f o c lh t o. f I n e c a s r y , r eb a h t u n o p h t e a p n e l u s r a f c e a n d h t e n w i e p f o i f I h t e i d r t c a n n t o e b w i e p d , f o l o f w h t e i rn t us c o e dc s r i B e c a r e u f l n t o o t i p sl a r go n i c l o s v e n t i n o t h t e i n s e d f o L D C a n d B C P a r e u e s d i n se d u d mo l e . Th e l o p a r i z e i l na m e t d o t L D C a p n e l a n d a h d e i s v ma y e b a d m e g a r go n i c l o v s e n t r o f w i p n g f o L D C a p n e l . w i h t a s b r o e n t c no t r o a n o h t e r o s t f m e i d a t l y a n d l t yf o s a g i n . eb d i n i n d v u a l epsc i f a tno . u d m o l e . T h e l o sv e n t m a y a d m e g r i d v e C I d y b h t e l o s v e n, t o s o d n t o u e s a n y
5)
A D HE S I V ON LCD PA NE L
B e c a r eu f l n t o o t a t c h a h d e i s v , r eg a s , e c t . , n o L C D a p n e l , b iw ht uo a n y ad m eg s no L DC ap n e l . e c a u s i t i s i df c u l t o t r e v m o h t e m
6)*| WATER SPOT ON THE PANEL
A v i o d h t e e d w i n g r o w a e t r c n o e d a is t . W i ep f o a s to p ro ps to fo aw et r ro im ts no DCL ap n e l fos l t y iw n o s a s i s l b o e p i f h a e p n , d h t o e r w i s i d c s l o r a t n r o a t si n m h t a b r o e s n t c t on r o a n h t o e r c l h t o a s a y e b c a u e .s d
3- BENDI G / TWIS NG OF LC
1) I NS T A L G LCD MODULE T O T HE E NCLOS UR
Do nto ebnd ro wtis LDC mudole evn meonatry hewn LDC udmole i y s e t m.
D MODULE DURING AS EMBLY
s i n a t s l e d i n o t a n e ln u s oc r f o h t e
2)
FA S T E N I G S CR E W
F e a t n s c s r e w r o f m u o n i t g h l o e s u n r i o m fl y , h t o e r w i s e b n i d g / udom l e . iwt sn g crofe am y eb a lp i e d ot L DC
3)
I N T E R FA C / FL C A B L E S
D o n t o ae t f n s c s r e w , w i h t c a t h i n g i n e t r a f c c a l b e s r o F L c a l b e Th i s ma y c a u e s e b n i d g f o L D C u d mo l e , r o e b c m o h t e c a u e s f o a f s e b w t n L D C u d m o l e a n d h t e e n c lu s or . a i l u er yb ad m ig n c a lb e . s
3-4 MECHANI L FORCES
1)*| STRONG MECH
R e r a f i n m r o f r t n so g m e c h a n i l h s c o k l i e k p r o d i n g r f m o h t e w r o k Th e s ma y c a u e s a p n e l c r a , k a d m e g f o F L r o h t o e r mi - e s p o r a t n
A NI C L S HO CK
i n g e b n c h r o n kc oi g a g i n t s h a r d b o e j c . t . e l . Th i s m a y u c e s a c s r a t h e r o r eb a k g
2 ) * | E X C S I V FO R C E
R e r a f i n mr o f e c x i s v r o c f e l i e k u p h s i n g h t e u s r a f c e f o L D C a p n f o h t e a p n e l , r o a a f i l u r e f o h t e u d mo l e .
3)*| SCRAT HE ON THE PANEL
D o n t o u p t h e a v y e j b c o t u s c h a s l o , ts , s k o b e c t . , a n d o d n t o p B e c a r e u f l n t o o t u o t c h u s r a f c e f o h t e l o p a r i z e l a mi n e t d o t h t l o p a r i ze i s o s t f o s h t a i t c a n e b e a i s l y c s r a t h e , d e v n h t e p i l e u p L D C u d mo l e . s e a p n e l w i h t a n y h a r d d a n h s a r p e j b co . t Th e re t oc i f l m covers it. u s r e n t o t o a p l y r o fc e a g i n t s B C P AT B ird v e s am y eb ad m eg . l a d m e g i n F L l a m p a n d l o e ds r i n g a r e . c u r e n t m a y n t o e b a l p i e d a s e d i ns g .
4)
CON E T RS
W h e n i n e s r g t r o i dc s n o e t g h t e c n o e r s t t o L D C u d mo l e , e b n r o c n o e i t g c a l b e , s h t oe r w i s i n e t r a l c n o e i t f o BC P a n d
5)
FL C A B L E S
B e c a r e u f l n t o o t u p l h t e F L c a l b e s i n e r do o t a v i o d m e c h a n i W h i l e u m o n i t , g o d n t o i b n d r o w it s h t e F L c a l b e , s r o h t e L a m p
3-5 OPERATI N
B e u s r e h t a h t e l o f w i n g c a u i t n o h s u o l d e b a te k n u n e d r e a s l m b y a n d i ne p sc t o f o h t e e y t s m .
1)
POWE R SUP LY
w o P e r u l s p i e h s u o l d a l w y s e b u t r n e d f o i n c n o e i t g cr o p e s D o n t o c n o e t r o i dc s n o e t h t e w o p e r c a l b e s a n d c n o e r s t w i t . h ewop r a lp i e d ot L D C udom l e .
2)
INPUT SIGNAL
h T e i s n g a l h s u o l d e b a l p i e d ae t f r e w o p r u s l p i e a r e u t n r e d n o . h T e i s n g a l h s u o l d e b e rv o m d e br o f e w o pr u sl p i e a r e u t n r e d f o T h e e d a t i l e s u q n c f o w o p e r u l s p i e a n d i ns g a l a r e e d c s r i b .f d i n i n d v u a l e p sc i f a tn o.
For Tr a n spo t i a n d Stor a g e
1) TEMP RA U E
D o n t o t s r eo L D C u d m o l e s i n h i g e t m p r a u , e p s c l i a y i n i h g r mo e h t a n n o e n mo h .t ) t I i s r t s n o l g y r e c m o n d t o r eo t s L D C m o u d l e s w h e r h t e e t m p r e C l i s u a n d h t e h u mi d y t i s l w o e r h t a n 7 0 % . h u mi d y t r o f a l o n g i t me a ( p ri x o m e t l y a u t r e i s i n h t e r a n e g f o 0 o t 3 5 e dr g s
2)
LOW TEMP RA U
L i u q d c r a y t sl m a e t r i l m a y e b c a uo g l e t d a n d L D C a p n e l m a y e b d r a o e t g s e t m p r a u r a n e g e d c s r i b i n i n d v u a l e p cs i f a t n o . a m e g d a t h t e l w o e r e t mp r a u h t a n
3)
ULT R A V I O LE T R A Y
r eo S t L D C m o u d l e w i h t u o o p x u s e r o t i d r e c t u s n l i h g t r o l f u r o e c s mr o f r t n o s g u l r a t v i l o e t r a y . e n t l a s m p i n e r do o t r e p v n t h t e u d m o l e
4)
CLE A N I S
K e p h t e mo u d l e i n c l e a n a cl p e , e b c a u s a n y u, d t s h a r d a p r i t c l e h t e i n se d f o h t e u d mo l e . am y ad m eg ht e op l a ir ez , ro ud ts i n v a e d s
5)*| CONDE SATI OF WATER
A v i o d c n o e d a is t f o w a e t r n o L D C m u d o l e , h t o e r w i s i t m a y c a u s L D C u d m o l e mr o f u s c h a i m b e n . t e mi - s o e p r a t n r o e d f c. s t K e p a w y
6)
PACK GIN
n I c a e s f o r a t n p s o i r o r ao t e s g a e t f r o e p n i g h t e r io g n a l e b r e a p c k d i n o t h t e r io g n a l a p c i k g n w i h t h t e a s m e m e h ,t d o e s a p c i k g n , L D C u d mo l e s a r e r e c m o n d o t e p c i a l y w i h t a s me i k n d f o e d i s c a n . t
R e v i s o n i s Ht o r y
Date
2 0 41. 2 0 41. 2 0 41. 2 0 41. 2004114 .. 2004114 .. 2004114 .. 2004114 .. 2004114 .. 2004114 .. 02. 02. 02. 02.
Ver
Page (new)
1 1 1 1 02 . 02 . 02 . 02 . 02 . 02 . 9 9 9 1 1 2 n o r Ft s u f r a c e e r ta m n C no s i u t pm wo p e r B ir g h n t e s 45.6 W 3 . P Y 0T c / d u W h ei t c l o r
Item
Old
R L c ao t ( wh i t N W V f i l m ) 4W 4 . 0P Y T c / d u * X . FP Y T 0 3 . 2 0 * .Y F P T 0 3 . AEU *6.F5PYT AED *5.F0PYT *6.LF5PYT R *6.F5PYT one N 5.8PYrms 0T V 3.7PYTWrms MI10our .N H 4.8PYrms 0T V 3.12Wrms PYT
New
G A c ao t ( wh i t W V f i l m )
Reason
epciSaftno c h an g e epciSaftno c h an g e epciSaftno c h an g e
chromaticity
ertical viewing Angle V orizontal iewing Angle H V torage uHmidity S ( at anel surface ) p amp voltage L amp ower consumtion L p p ife time L
* X . FP Y T 0 3 . 1 0 * .Y F P T 0 3 . 2 0 AEU *6.F0PYT AED *3.F0PYT *6.LF0PYT R *6.F0PYT Add
ecification pS change ecification pS change ecification pS change ujSboinder ecification pS change ecification pS change
MI3.N0our(at =7LmA) H I MI5.N0our(at =6LmA) H I
ecification pS change
Tohiba Matsuhita Dilpsay technoloy o.Ltd s s gC SALES & MARKETGNI V.DI AV-USE SALES & MARKETGNI DEPT. 4-1-8, Kounan, Minato-ku, Toyo, 108-075, AAN k JP TEL : 03-5462-7280, FAX : 03-3458-078

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