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| to : specification of fujitsu tft-lcd module FLC26XGC6R approval this product is designed, developed and manufactured as contemplated for general use, including without limitation, general office use, person al use, household use, and ordinary industrial use, but is not designed, developed and manufactured as contemplated for use accompanying fatal risks or dangers that, unless extremely high safety is secured, could lead directly to death, personal injury, severe physical damage or other loss (hereinafter ?high safety requir ed use?), including without limita tion, nuclear reaction control in nuclear facility, aircraft flight control, air traffic cont rol, mass transport control, medical life support system, missile launch control in weapon system. if customer?s product possibly falls under the category of high safety required use, please consult with our sales representatives in charge before such use. in addition, fdtc shall not be liable against the customer and/or any third party for any claims or damages arising in connection with the high safety required use of the product without permission . specification no. : tech bes lcd-00185 issue date : jan. 31, 2003 issued by : f.yamada fujitsu display technologies corporation date by tentative www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/
? 1 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative revision history revision date prepared checked approved summary 01a jan. 31, 2003 s.hayashimoto f. ya m a d a 1st issue ? 31 20030131 s.hayashimoto f. ya m a d a www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 2 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative table of contents 1 ?d applications 2 } product name and model name 2-1.product name 2-2.model name 3 ?d overview 4 ?d configuration 5 ?d mechanical specifications 6 ?d absolute maximum rating 7 ?d recommended operating conditions 8 ?d electrical specifications 9 ?d optical specifications 10 } interface specifications 10-1.signal descriptions and data assignment of lvds 10-2.digitizer sensor board interface 10-3. color data assignment 10-4. input signal timing 10-5. correspondence between data and display position 10-6.power supply sequence 10-7.shut down time 11 } front-light specifications 11-1.pin configuration for front-light 11-2.cold cathode fluorescent tube specification 11-3.life 12 } appearance specifications 12-1.zone 12-2.bright spots 12-3.test condition 12-4.specification 13 ?d environmental specifications 14 ?d indications 15 } packaging 16 ?d warranty 17 } precautions 18 } precautions for use 19 } miscellaneous 3 3 3 3 3 4 5 5 6 8 13 14 16 16 17 18 20 20 21 21 21 21 21 22 22 22 22 22 24 25 25 26 26 29 29 www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 3 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 1. application this specification is applied to the 10.4-inch xga supported tft-lcd module. 2 ?d product name and model name 2?1 product name : lcd module 2?2 model name : ?e?k?b?q?u?w?f?b?u?q 3. overview this lcd module has a tft active matrix type liquid crystal panel 1024x ?r?i rgb ?j?? 768 pixels, and diagonal size of 26cm. this lcd has a rgb interface for xga and can display 262,144 colors under non-interlaced mode. this lcd module can display under the bright ligh t very clearly, also can display plainly in the dark place due to the front light. it has built-in edge type front-light with 1 ccfl which is driven by external inverter for this front-light. the power supply of this lcd module is +3.3v dc ?????????????? . (it is not included with the power source for front lig ht and digitizer unit.) the timing control signal consists of data-enab signal only. it is possible to display freely within regulation. the interface uses ?k?u?c?r interface. this lcd module installs the digitizer unit of electromagnetic induction tablet device. 4. configuration this lcd module consists of a reflected color tft-lcd pane l on which tft driver ics are mounted, a bezel, a ccfl front-light, digitize r unit for tablet device, and lvds interface pcb. the inverter for the front-light is not included. figure 4-1 shows a block diagram of this lcd module. ? ? www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 4 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative ? ? ? 0.<9, ? ? ? ? ? ? 36*2 ? 0(.9(4 ? 5. mechanical specifications table 5-1 shows the mechanical specifications of this lcd module. table 5-1 mechanical specifications item specifications unit remark dimensions 235.6 x 173.2 x 6.8 mm display resolution (1024 x 3) x 768 ? display dot area 210.432 x 157.824 mm dot pitch (0.0685 x 3) x 0.2055 mm ?o???????? aspect ratio 1:1 ? weight 330 max ?? edge type front-light is used. ( ? 1.8 ccfl x 1) without inverter. for details on dimensions, see dimensional outline drawing. (at page 32,33,34:figure 19-1,2,3) fg ?| sg short ? ?i separated ?j lvds circuit interface circuit ?c?b / ?c?b converter bias supply data driver color tft-lcd pannel 1024?~3(rgb)?~768 5=,9;,9 ?*09*<0; gate driver 65;963 ?:0.5(3 ? ? ?57<; e ? ? ? ?? ? ? ? ? ? power supply ? ?{?r?d?r?u ?c?b dc front light ?i ccfl ?j digitizer unit digitizer controller interface circuit. 0.0;0a,9 ? 65;963 ?:0.5(3 ? www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 5 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 6. absolute maximum rating table 6-1 shows the absolute maximum rating of this lcd module. table 6-1 absolute maximum rating item symbol condition min. typ. max. unit supply voltage (3.3v) v cc ta=25oc ?0.3 ? 4.0 v input signal voltage(lvds) v in ?0.3 ? vcc+0.3 v 7. recommended operating conditions table 7-1 shows the recommended operating conditions of this lcd module. table 7-1 recommended operating conditions item symbol min. typ. max. unit supply voltage v cc 3.0 3.3 3.6 v ripple voltage (vcc) + rp ? ? 100 mv www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 6 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 8. electrical specifications table 8-1 shows the electrical specifications of this lcd module. figure 8-1 shows the measurement circuit. figure 8-2 shows the equiva lent circuit of the logic signal input area. table 8-1 electrical specifications item symbol condition min. typ. max. unit differential-input voltage (+) + ih ? ? 100 mv differential-input voltage ( ) + il + cm=+1.2v 100 ? ? mv supply current cc ? 195 325 ma supply rush current s cc ? ? 1.7 a supply rush current duration (excess 1.2a) ) s cc v cc =+3.3v v ss =0v ta=25 ? ck=65mhz frame frequency =60hz ? ? 1 ms ccfl turn on voltage + s f l =65khz,ta=25 ? c l =22pf ? 1100 1200 vrms f l =65khz,ta=0 ? ? ? 1200 vrms lighting voltage + l f l =65khz,i l =5marms ? 630 ? vrms lighting frequency 50 65 80 khz recommended lighting frequency 5 l v l =630vrms, i l =5ma ? ? ? khz front light tube current l v l =630vrms f l =65khz 4.0 5.0 6.0 marms measurement circuit is based on figure 8-1. figure 8-1 measurement circuit logic analog driver dc/dc converter v cc gnd a c gnd icc ?h l lcd module v cc c l v s front-light v l www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 7 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative figure 8-2 equivalent circuit of logic signal input lvds receiver differential in p ut 100 in0 in1 in2 clkin ds90cr583(national semiconductor) or equivalent in0 in1 in2 clkin internal circuit fuse gnd v cc fg ?i frame ground ?j beads 100pf 4.7 f 2 fuse?????..kab3202102na29 1.0a ? ? ? ? ? ? ? ? ? ? (matsuo electric co., ltd.) or equivalent beads.?.???.mpz2012 s331a t000 (tdk co., ltd.) or equivalent internal circuit 1.0a ?i 0 ???j 1 f 2 0.1 f 10 www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 8 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 9. optical specifications table 9-1 shows the optical specif ications of this lcd module. table 9-1 optical specifications specification item symbol condition min. typ. max. unit front light note 55 ?\ ?\ ?n?e?e 4,6,8,10 horizontal visual angle ?? ?k?c?q ?? ?t?c?c = 0?? 45 ?\ ?\ ?n?m 1,2,6,7,8,10 55 ?\ ?\ ?n?e?e 4,6,8,10 ?? ?t 70 ?\ ?\ ?n?m 1,2,6,7,8,10 55 ?\ ?\ off 4,6,8,10 vertical visual angle ?? ?c cr???q ?? ?k?c?q = 0?? 40 ?\ ?\ deg on 1,2,6,7,8,10 ?? ?k?c?q?c?t?c?c ??0?? ?? s ??25?? (30) 40 ?\ ?\ ?n?e?e 3,6 contrast ratio ?b?q ?? ?k?c?q?c?t?c?c ??0?? (16) 18 ?\ ?n?m 1,2,6,8,10 ta=25?? ?| 15 30 ???? response time (on) ?ib?w?j ?? ???? ?? ?k?c?q, ?t?c?c =0?? ta=0?? ?| 50 100 ???? ta=25?? ?| 10 25 ???? response time (off) ?iw?b?j ?? ?????? ?? ?k?c?q, ?t?c?c =0?? ta=0?? ?| 50 100 ???? on 1,2,6,9,10 reflectivity r ?? ?k?c?q?c?t?c?c ??0?? ?? s ??25?? (13) 15 ?\ ?? ?n?e?e 3,6 brightness i (30) 35 cd/m 2 ?n?m 1,2,6 brightness uniformity ??h 65 ?\ ?\ ?? ?n?m 1,2,6,12 ?\ (0.32) ?\ ?| off 5 ?? (0.283) 0.313 (0.343) ?| on 1,2,6 ?\ (0.35) ?\ ?| off 5 w ?? (0.299) 0.329 (0.359) ?| on 1,2,6 ?| off 5 r ?i0.45?c0.31?j typ. on 1,2,6 ?| off 5 g ?i0.32?c0.41?j typ. on 1,2,6 ?| off 5 chromaticity r g b ???c?? ?? ?k?c?q?c?t?c?c =0?? ?u ?b?b =3.3v, ?h ?k =5marms b ?i0.21?c0.24?j typ. on 1,2,6 lcd panel type ?s?e?s color display mode normally black ?u?` pannel technology ?l?u?`-r none off optimum viewing angle top (12 o?fclock direction) on 11 display color ?q?u?q?c?p?s?s?i6-bit color?j surface treatment none (front-light prism surface) ?e specified value is measured in 15 ?` 20 minutes after lighting on. ?e all items without ?brightness uniformity? are measured at the center of display board. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 9 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative note 1) brightness is measured by cs-1000 ?i minolta co., ltd. ?j , bm-5a ?i topcon co., ltd. ?j ,or equivalent. field ???q???c interval ?? 500 ???? note 2) this lcd module?s specifications of visual angle, contrast ratio, brightness, brightness uniformity, and chromaticity are measured in the dark condition (under 1lu??). note 3) definition of reflectivity all-directional ring light irradiation it is measured by cm-512m3?i minolta co., ltd. ?j or equivalent. ?x ?{ top ?i12 o ? clock direction?j ?k?b?c module ?w ?| left (?x o ? clock direction) ?x ?| bottom (6 o ? clock direction) ?w ?{ right ?i3 o ? clock direction?j *?o?? ?? s illumination light (ring light source) www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 10 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative note 4) measuring method of reflective viewing angle note 5) measuring method of chromaticity at reflection it is measured by lcd-7000 all-directional diffusion irradiation (otsuka electronics co., ltd) it is measured by cm- 2022(minolta co., ltd). note 6) definition of viewing angle (1) based on figure 9-2. ??? ?? u ???o???c?? d ???o???c?? l ???o???c?? r ???o?? figure 9-2 definition of viewing angle (1) *0 ?? (front) ?? u y+ top (12 o?clock direction) lcd module x- left (9 o?clock direction) y- bottom (6 o ? clock direction) x+ right (3 o?clock direction) ?? ?c ?? ?k ?? ?q ?6+<3, ? lens light source ?6+<3, ? lens light d 65 www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 11 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative note 7) definition of viewing angle (2) based on figure 9-3. figure 9-3 definition of viewing angle (2) note 8) definition of contrast ratio (cr) determined by formula (1) based on figure 9-4 voltage-brightness characteristics. ?k w (brightness at white) = ?k ?a (brightness at black) ?c?c (1) 0 figure 9-4 voltage-brightness characteristics note 9) definition of response time based on figure 9-5. figure 9-5 definition of response time display surface dis p la y surface panel drive voltage ?m?u?n brightness ?m l ?n white l b 0 black l w ?? max ?? typ ?? min ?? l,r,u,d =0?? drive signal of lcd panel non-select status ? select status non-select status 3(*2 ? ?? on ?? off ? ?,:765:, ?;04, off response time /0;, ? black ? ? ? ? ? relative brightnes ? ? www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 12 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative note 10) contrast ratio and response measurement system based on figure 9-6. figure 9-6 contrast ratio and response time measurement system note 11) definition of optimum viewing angle figure 9-7 definition of viewing angle drive and measurement system y + y - x + z + z - x - brightness meter or luminance colorimeter (with luminosity correction function) ?? 10 ?i - ?j ?i + ?j 0 6 o?clock ?? v iewing angle ?? ? 12 o?clock max contrast ratio www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 13 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative note 12) definition of brightness uniformity brightness uniformity is defi ned by the following formula. brightness art measured at the following 9 points ( ?@?`?h ) on the display area that is shown in figure 9-8. brightness uniformity ?f ?o?imin. brightness ?@?`?h?j?^?ima x. brightness ?@?`?h?j?p?~?p?o?o?m???n note) each measurement point ( ?@?`?h ) defines the center spot of view of brightness meter. the tolerance of measurement position is ?} 3mm. figure 9-8 measurement points 10. interface specifications ? ? ? ? ? ? ? ? ? dot ? ? ? ? ? ? y ? cn-1 lcd interface cn-2 power source of front light cn-3 digitizer unit interface ? ? ? ? ? t ? ? it shows from backside. 1 14 cn-1 cn-3 cn-2 1 14 www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 14 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-1 signal descriptions and data assignment of lcd table 10-1 shows the signal description of lcd (cn1). table 10-2 shows the lvds data assignment. table 10-1 interface signals (cn1) pin no. symbol function 1 vcc ? 3.3v power supply 2 vcc 3.3v power supply 3 vss gnd 4 vss gnd 5 ?h?m?o?| lvds signal ?h?m?o?| 6 ?h?m?o?{ lvds signal ?h?m?o?{ 7 ?h?m?p?| lvds signal ?h?m1?| 8 ?h?m?p?{ lvds signal ?h?m?p?{ 9 ?h?m?q?| lvds signal ?h?m?q?| 10 ?h?m?q?{ lvds signal ?h?m?q?{ 11 ?b?k?j?h?m?| lvds signal clkin ?| 12 ?b?k?j?h?m?{ lvds signal clkin ?{ 13 ?u?r?r gnd 14 ?u?r?r gnd ? connector : ?c?e?p?x?k?|?p?s?o?|?p?g ? conformed connector : ?c?e?p?x?f?|?p?s?r?|?p?b producer : hirose electric co., ltd. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 15 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative table 10-2 lvds data assignment transmitter pin assignment input from graphic contoller output to lcd module graphic controller input signal pin no. sn75lvds84 (ti) ds90cr563 (ns) pin no. sn75lvds84 (ti) ds90cr563 (ns) lcd connector pin assignment red 0 (lsb) 44 d0 txin0 red 1 45 d1 txin1 red 2 47 d2 txin2 red 3 48 d3 txin3 41 y1m txout0?| 5 (in0?|) red 4 1 d4 txin4 red 5 (msb) 3 d5 txin5 green 0(lsb) 4 d6 txin6 40 y2p txout0?{ 6 (in0?{) green 1 6 d7 txin7 green 2 7 d8 txin8 green 3 9 d9 txin9 green 4 10 d10 txin10 39 y2m txout1?| 7 (in1?|) green 5(msb) 12 d11 txin11 blue 0 (lsb) 13 d12 txin12 blue 1 15 d13 txin13 38 y1p txout1?{ 8 (in1?{) blue 2 16 d14 txin14 blue 3 18 d15 txin15 blue 4 19 d16 txin16 35 y3m txout2?| 9 (in2?|) blue 5 (msb) 20 d17 txin17 hrsvd 22 d18 txin18 vrsvd 23 d19 txin19 enab 25 d20 txin20 34 y3p txout2?{ 10 (in2?{) 33 clkoutm txclk out?| 11 (clkin?|) ck 26 clkin txclk in 32 clkoutp txclk out?{ 12 (clkin?{) www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 16 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-2 digitizer unit interface (cn-3) table 10-3 shows the digitizer unit interface data assignment. table 10-3 digitizer unit interface data assignment pin name in/out function 1 gnd ground 2 pws1 out auxiliary port1 3 pws2 out auxiliary port2 4 pws3 out auxiliary port3 5 pws4 out auxiliary port4 6 pdct out pen detect signal 7 dsr in data set ready signal 8 cts in clear to send signal 9 txd out serial data output signal 10 rxd in serial data input signal 11 slp in sleep signal 12 res in reset 13 vcc power supply (3.3 volt) 14 gnd ground ~ ? connector on su-001: df19l-14p-1h / hirose electric co., ltd ~ ? mating connector (corresponding connector) : df19l-14s-1c / hirose electric co., ltd txd serial data output signal to be connected to host?s rxd rxd serial data input signal to be connected to host?s txd cts clear to send signal to be connected to host?s rts for plug & play dsr data set ready signal to be connected to host?s dtr for plug & play pcdt pen detect output signal this is set ?high? while pen device detects pen or eraser. leave this open if host does not use. slp sleep input signal when set ?high?, pen device stops and goes into sleep mode keep this ?low? if sleep mode is not needed. res reset pen device stops operating when res is set ?low?. input ?system power on reset? signal. pws1:4 auxiliary port leave this pen. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 17 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-3 color data assignment table 10-4 shows the color data assignment. table 10-4 color data assignment input data?i?o?f?k???? level?c?p?f?g?????? level?j color/ brightness r5 r4 r3 r2 r1 r0 g5 g4 g3 g2 g1 g0 b5 b4 b3 b2 b1 b0 basic color black blue green cyan red magenta yellow white ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?o ?o ?p ?p ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?o ?p ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p ?o ?p red black darker ? brighter ? red 0 1 2 ?f ?f ?f 61 62 63 ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?p ?f ?f ?f ?o ?p ?p ?o ?p ?o ?f ?f ?f ?p ?o ?p ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o green black darker ? brighter ? green 0 1 2 ?f ?f ?f 61 62 63 ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?p ?f ?f ?f ?o ?p ?p ?o ?p ?o ?f ?f ?f ?p ?o ?p ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o blue black darker ? brighter ? blue 0 1 2 ?f ?f ?f 61 62 63 ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?o ?o ?o ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?o ?f ?f ?f ?p ?p ?p ?o ?o ?p ?f ?f ?f ?o ?p ?p ?o ?p ?o ?f ?f ?f ?p ?o ?p note.1) definition of gray scale:color (n) ?c ?n? indicates gray scale level. larger number means brighter level. note.2) data; 1:high, 0:low note 3) color data consist of 6 bit red, green and blue data of odd and even number pixel data. total data number is 36 signals. this modu le is able to display 262,144 colors because each red, green and blue data is controlled independently. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 18 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-4 input signal timing table 10-5 and figure 10-3 shows the input signal timing at lvds transmitter. table 10-5 timing characteristics (ta=0~50 ? c, vcc=3.30.3v) item symbol min. typ. max. unit remark period tc 15.15 15.38 28.5 ns frequency fc 35 65 66 mhz ?? ?b =1/?s ?b duty tch/tc 45 50 55 ?? *1 high time tclkh 6 ?? ?? ns low time tclkl 6 ?? ?? ns rise time tclkr ?? ?? 5.0 ns dclk signal (clock) fall time tclkf ?? ?? 5.0 ns setup time tset 3.0 ?? ?? ns (65mhz) dclk-data timing hold time thold 7.0 ?? ?? ns (65mhz) horizontal period th 1320 1344 1566 dclk signal frequency fh 38.6 48 60 khz display period thd 1024 1024 1024 dclk *2 vertical period tv 772 806 868 th 16.67ms signal frequency fv 59.998 59.998 59.998 hz display period tvd ?? 768 ?? th *2 enab signal data-enab timing tdn ?? 0 ?? dclk *3 *1)?clock must be input while the power is on. *2)?horizontal display position is spec ified by the rise of enab signal only. the data latched at falling edge of dclk after rise of enab is displayed at the left edge of the display area. ?vertical display position is specified by the rise of ?l ? enab after ?h? level continuation over 2 horizon period. the data latched at the rise of enab is di splayed at the top line of the display area. *3) ?if high time enab does not synchronize with the effectiv e data period, the display position does not fit to the display area. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 19 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative figure 10-3 input signal timing chart tdn=0clk tdn=0clk 0001 0003 ? ? ? ? y ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? a b ck 0.5v cc ck enab r0-r5 g0-g5 b0-b5 tc tset thold tck tck valid data center of input signal?f 0.5v cc v il (max) : 0.3v cc (v) v ih (min) : 0.7v cc (v) v il (max) : 0.3v cc (v) v ih (min) : 0.7v cc (v) duty(a, b) : 50?}5% th thd r0-r5 g0-g5 b0-b5 enab ? ? t y ? ? tvd tv r0-r5 g0-g5 b0-b5 enab r0-r5 g0-g5 b0-b5 enab dclk l h www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 20 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-5 correspondence between data and display position figure 10-4 shows the correspondence between data and display position. ro 0001 go 0001 bo 0001 re 0002 ge 0002 be 0002 ro 0003 go 0003 ge 1024 be 1024 ro 0001 go 0001 bo 0001 re 0002 ge 0002 be 0002 ro 0003 go 0003 ge 1024 be 1024 figure 10-4 correspondence data and display position 10-6 power supply sequence the sequence of input signals and on/off of the power supply of this lcd module should be in the specification shown in figure 10-5 to prevent latch-up of the driver ics and dc driving of the lcd panel. on v cc off (0v) note) power supply sequence is defined by input signal toward lv ds-ic(transmitter). figure 10-5 power supply sequence s0001 s0002 s0003 s0004 s0005 s0006 s0007 s3071 s3072 c001 c768 ? 4: ? ? 4: 63;(., ?+,:*,5; ? y? 4: ? ? ? ? ? ? ? ? ? ? ? ? ? 4: ? ? ? ?` ?` ?` ?` ? ? 4:? t ? ? ? ? ? ? t ? ?4: ? ? ? ?` ?` ? ? ? ? ? ? ? ? www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 21 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 10-7 shut down time figure 10-6 shows the specification of shut down time. if this specification is out of regulation, the la st screen before shut down might be afterimage. ?u???? ?n?m ?n?e?e ? ? ? ? ? figure 10-6 shut down time 11. front-light specifications 11-1 pin configuration for front-light (cn-2) table 11-1 shows the description and pin assignment of the connectors (cn-2) for the front-light of this lcd module. table 11-1 pin assignment of cn-2 connector : housing : bhsr-02vs-1 user?s connector : post with base: sm02b-bhss-1 supplier : japan solderless terminal trading company ltd. (j.s.t.) 11-2 ccfl specification supplier : sanken electric co., ltd. catalog number : na19026-5401 11-3 life the life of the front-light is a minimum of 10,000 hours at the following conditions. (1) working conditions ?@ ambient temperature ?f 25 ?} 5 ?? ?a tube current (i l ) ?f 5.0ma or less (2) definition of life ?@ brightness becomes 50% or less than the minimum brightness value shown in table 9-1. ?a turn-on voltage becomes over 1500vrms shown in table 8-1. ?b flashing. pin ?? signal function 1 v l power supply for ccfl 2 gnd ground 1.5 ?u 50ms 0.9vcc www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 22 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 12. appearance specifications (tentative) 12-1 zone (tentative) inside display dot area (210.432157.824mm) display dot area means active area. one pixel consists of 3 dots (red, green and blue). foreign particle and scratch unharmful to di splay image, such as the foreign particle under polarizer film but outside of the display area and scratch on metal bezel, frontlight module or polarizer film out of th e display area, etc., are not counted. 12-2 bright spots (tentative) (1) bright spots by the defect of tft. visible under bias of 2% nd filter...................................high bright spot r?g visible under 5% but invisible under 2% nd filter ........low bright spot r?g?b invisible under bias of 5% nd filter................................not counted (2) bright spots by the light passing thro ugh tears, breaks, etc in color filter. exceed size of a half dot...................................................high br ight spot a half dot or less ...............................................................not counted (3) bright spots by the light passing thro ugh tears, breaks, etc in chromium mask. exceed 50 m ....................................................................high br ight spot 50 m or less .................................................................... not counted 12-3 test condition (tentative) inspector must observe the lcd screen from the normal direction under the illumination by a single 20w fluorescent lamp. the distance between the lcd screen and the inspector should be a height of 35cm above the worktable. the vertical illuminance is 300 to 600lux (reference value). bright spot should be counted under entire black screen. dark spot should be counted under entire white screen. the test is performed when frame frequency is 60hz. 12-4 specification (tentative) figure 12-1 shows the specification. (note1) please do not mistake a single bright spot for a bright spot connection due to cs(supplemental capacitance) line at the center of each dot. (note2) if a pixel is dark partially, it connects into the number of dark spots in accordance with following rule. (a) s<1/3 : not count. only one of 4 dark connection is allowed. (b) 1/3 ? 25 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. FLC26XGC6R 1 2 3 4 a b c c title draw. no. ? tech bes lcd-00185 fujitsu display technologies corporation tentative 14. indications this module has the following indications. (1) product name : lcd ???????? (2) model number : FLC26XGC6R (3) product drawing number : na19026-c451 (4) manufacturing number : 2 5 0 0 0 0 1 (5) version number : 01a (example) -1st 2 digits ?01? means operational version. -3rd alphabet means functional version. (6) manufacturer country name : made in japan (7) company name : fujitsu display technologies corp. (8) disposal method of cold-cat hode tubes. (see figure 14-1) ? ? ? ? ? figure 14-2 figure 14-1 product label (example) 15. packaging packaging spec. is specified sepa rately in the packaging specification. *this spec. is based on fdtc?s original oversea packing specification against dropping damage. serial number (to be reset every month on 1st.) manufacturing month (oct. = x, nov. =y, dec. =z) last digit of manufacturing year. ?e this tft color lcd contains cold cathode fluorescent lamps. please follow local ordinances or regulations for its disposal. ?e ???y?t???f?b?x?v???c???j?b?g?? ?u?????a?g?y?????????????a ?n?????????e??????k???]??? ?p?????o?3??b lcd unit made in japan cp******-** 0x50015 na19026-c451 01a fujitsu display technologies corp. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 26 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. fl c 2 6 x gc6 r 1 2 3 4 a b c c title draw. no . ? tech bes lcd-00185 fujitsu display technologies corporation tentative 16.warranty the warranty period is one year after shipping . products which fail during this period are repaired or replaced without charge, unless the failure is caused by user. 17.precautions adhere to the following precautions to use this lcd module properly. (1) fail safe design lcd module has an inherent chance of failure. customers must protect against injury, damage or loss from such failures by incorp orating safety design measures into your facility and equipment such as redundancy, fire protection, and prevention of over-current levels and other abnormal operating conditions. (2) handling of lcd panel lcd panel is mounted rear side of lcd module. ? do not apply any strong mechanical shock to the lcd module. since the lcd panel is made of glass, exce ssive shock may damage the panel or cause a malfunction. ? do not press hard on the rear side of lcd module. in the lcd panel, the gap between two glass plates is kept perfectly even to maintain display properties and reliability. the hard pressure on the lcd panel may cause the following problems. ? ununiformity of color ? disorder of orientation of liquid crystal problem ? returns to normal condition after a while. problem ? returns to normal condition by turning the power off and turning on again. however these operations should be avoided to insure reliability. ? precaution for not damaging the front light ?e since the surface of front light consists of the fine prism form, dent and dirt soil may cause deterioration of display quality. ?e ! do not touch the display surface. ?e on handling, please put on conductive gloves, and don?t touch the screen. ? do not place or contact objects on the display surface. this may make some parts of the lcd module distorted and the quality of display may deteriorate. (3) handling of lcd module ? do not pull the cold-cathode tube cable strongly. if the cable is pulled with the strength of 2kgf or more, the cable may be damaged or may lose reliability. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 27 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. fl c 2 6 x gc6 r 1 2 3 4 a b c c title draw. no . ? tech bes lcd-00185 fujitsu display technologies corporation tentative ? assemble the module into user?s system in a dust free environment. visible dirt between the protective board and lcd module may cause deterioration in display quality. conductive foreign matter adheres to the module may cause failures. ? take anti-electrostatic measures for assembling the module. since the lcd module contains cmos-ics, the following points should be observed. k for assembling the module, operator should be grounded and wear cotton or conductive gloves. k floor of work area and work table to assemb le the lcd module should be covered with electrostatic shielding in order to discharge static electricity via an earth wire. k if necessary, ground operation tools (solde ring iron, radio pliers, tweezers, etc.). k do not take the module out of the conduc tive bag until the module is assembled. k do not assemble the module under low humidity (50%rh or less). ? do not disassemble or remodel the lcd module. disassembly or remodeling of the lcd module may result in malfunctions or deterioration in the display quality and reliability. (4) precautions in regards of operating the lcd module ? ? adhere to the specified power supply sequence. if not followed, the cmos-ic may cause a latc h-up, or dc voltage may be applied to the liquid crystal, which cause a failure or se rious deterioration in display quality. ? ? do not operate the lcd module when condensation occurs. if the lcd module is operated when condensati on is on the terminals of the lcd panel, the terminals cause electrochemical reaction, an d may reach disconnection. condensation easily occurs especially when the module is moved from cold environment to warm environment. ? ? the following troubles occur when the lcd module is not used under recommended temperature. k operation under high temperature(>50 ? ): display colors shift to blue. k storage under high temperature(>60 ? ): the polarizer film de teriorates and contrast decreases. k operation under low temperature(< 0 ? ): the response speed decreases considerably. k storage under low temperature(<-20 ? ): the liquid crystal may solidify and become damaged. ? ? be sure to input the control signals at the correct timing. if control signals (dclk, enab) are not input, or if the timing is out of the specified timing, dc voltage may be applied to the liquid crystal and, as a result, cause image sticking or deterioration of contrast. ? ? the strong moire stripe will be appeared on special pattern. the strong moir stripe will be appear ed on horizontal stripe display. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 28 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. fl c 2 6 x gc6 r 1 2 3 4 a b c c title draw. no . ? tech bes lcd-00185 fujitsu display technologies corporation tentative (5) precautions in regards of designing module mounting ? ? excessive force should not be applied to the screen or the rear side of the lcd module. excessive pressure on the screen caused by the installation of the lcd module may deteriorate display quality and reliability. since panel at the rare side of this lcd modu le is made from glass, brightness uniformity and the reliability of ccft may decrease if the pr essure is applied to the frontlight module. ? ? avoid twisting and bending the lcd module. excessive twist and bend may damage display quality and reliability. ? ? avoid extending the power cable between the lcd module and inverter. this may cause the frontlight to flicker or not to light. ? ? keep the frontlight cable apart from th e metal enclosure of the lcd module. when frequency current for frontlight driving leak to the metal enclosure, the desired brightness may not be assured. ?d take countermeasure against electromagne tic interference of digitizer unit. the noise, which is occurred from transfer and inductance for power supply, affects electromagnetic induction sensor module. it is recommended to use the transfer and inductance that don?ft leak out magnetic flux. please don?ft mount magnetic flux of transfer and coil right angled to sensor board. ?e mount the protect board on display screen. the surface of frontlight is prism form. make the circumstance t hat the surface cannot be touched. (6) storage method ? ? do not store the lcd module in an atmosphe re of organic solvent or corrosive gas. in an organic solvent atmosphere, the pola rizer film discolors and display quality deteriorates. in a corrosive gas environment, various parts of the module may corrode or deteriorate. ? ? store the lcd module in a fdtc package. at storing, fdtc packages ca n be stacked up to 4 boxes. the lcd module is in an anti-static bag. keep the module in that status. ? ? the lcd module is recommended to be stored in humidity controlled, cool and dark locations. recommended storage environment ?e place : dark (avoid direct sunlight) ?e temperature : 10 ? 35 ? ?e humidity : 50 ? 60%rh note) if the module is left in an environment of 60 ? and above for a long period of time, optical characteristics may deteriorate. (7) disposal method ? lcd module the components of this lcd module can be grou ped into metal, resin, glass and so on. as the frontlight contains ccfl which includes me rcury, it must be disposed according to the local ordinance or regulations. ? package all the packages are made of recyclable papers except the anti-esd bag. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ ? 29 edit date appr. check desig. description cust. ?r ?g ?d ?d ?s / date document control section 1 d d e f b a desig. check appr. fl c 2 6 x gc6 r 1 2 3 4 a b c c title draw. no . ? tech bes lcd-00185 fujitsu display technologies corporation tentative (8) others ? ? if the lcd panel is damaged, do not inha le and do not swallow the liquid crystal. if the liquid crystal adhere to the body or cloths, wash it off with soap immediately. follow regular precautions for electronic components. ? ? flux residue on the printed circuit board is harmless to the quality and reliability of lcd module. fdtc has adopted non-wash technolo gy on module assembly process. 18. precautions for use this product is designed, developed and manufactured as contemplated for general use, including without limitation, general office use, personal use, household use, and ordinary industrial use, but is not designed, developed and manufactured as contemplated for use accompanying fatal risks or dangers that, unless extremely high safety is secured, could lead directly to death, personal injury, severe ph ysical damage or other loss (hereinafter ?high safety required use?), including without limitatio n, nuclear reaction cont rol in nuclear facility, aircraft flight control, air traffic control, ma ss transport control, medical life support system, missile launch control in weapon system. if customer?s product possibly falls under the category of high safety required use, please consult with our sales representatives in charge before such use. in addition, fdtc shall not be liable against the customer and/or any third party for any claims or damages arising in co nnection with the high safety required use of the product without permission. 19. miscellaneous specifications of the tft-lcd panel and other components used in the lcd module are subject to change. both parties sha ll discuss together before change. if any doubt is raised in the content of the sp ecifications, both parties shall discuss and make best effort for the agreement. www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ www.speclcd.com www.speclcd.com www.datasheet.co.kr datasheet pdf - http://www..net/ |
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