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| sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a date : june 8, 2006 hitachi displays, ltd. please return 1 copy with your signature on this page for approval. accepted by : proposed by : d ate : for messrs. hitachi europe ltd. customer's acceptance specifications t x06d57vm0aaa contents 14-1/1 3284ps2614-TX06D57VM0AAA-1a precautions for use 14 packing specifications designation of lot mark precautions in design visual inspection dimensional outline interface block diagram optical characteristics electrical characteristics absolute maximum ratings general data record of revisions cover 3284ps2613-TX06D57VM0AAA-1a 3284ps2612-TX06D57VM0AAA-1a 3284ps2611-TX06D57VM0AAA-1a 3284ps2610-TX06D57VM0AAA-1a 3284ps2609-TX06D57VM0AAA-1a 3284ps2608-TX06D57VM0AAA-1a 3284ps2607-TX06D57VM0AAA-1a 3284ps2606-TX06D57VM0AAA-1a 3284ps2605-TX06D57VM0AAA-1a 3284ps2604-TX06D57VM0AAA-1a 3284ps2603-TX06D57VM0AAA-1a 3284ps2602-TX06D57VM0AAA-1a 3284ps2601-TX06D57VM0AAA-1a 13-1/7-7/7 12-1/1 11-1/3-3/3 10-1/3-3/3 9-1/1 8-1/11-11/11 7-1/1 6-1/2-2/2 5-1/1 4-1/1 3-1/1 2-1/1 1-1/1 13 12 11 10 9 8 7 6 5 4 3 2 1 page sheet no. item no. hitachi displays, ltd. 2601 1 -1/1 www..net
sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a record of revisions summary sheet no. date 2602 2-1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 3. general data (1) product name (2) module dimensions (3) active area dimensions (4) pixel pitch (5) resolution (6) color pixel arrangement (7) display mode (8) number of colors (9) viewing direction (10) backlight (11) weight (12) power supply voltage (13) interface i/o power supply (note (1)) (14) lcd driver ic (15) interface TX06D57VM0AAA 39.8(w) mm x 56.1(h) mm x 2.7(t) mm width: excluding hooks of metal frame thickness: excluding electronic components 33.84 (w) mm x 45.12 (h) mm 0.141 (w) mm x 0.141 (h) mm 240 x 3 (r,g,b) (w) x 320 (h) dots bgr vertical stripe transmissive type, normally black mode 65,536 colors (spi, 16-bit rgb - i/f) 262,144 colors (18-bit rgb - i/f) - light emitting d iode (led), four leds connected in series backlight current : 18 ma (typ) 12.6 g v ci = 2.8 v (typ) (for logic and analog circuits) v cc io = 1.8 v to v ci (1.8 v v cc io 2.8 v) the same voltage as "h" level of a customer's interface signal must be supplied to v cc io. source ic : bd663471 (with partial ram (240xrgbx96 dots )) gate and power ic : hd66786u system interface : clock synchronized serial interface (spi) external display interface : 16-bit, 18-bit rgb interface note (1) v cc io is the reference voltage for adjusting the i/o signal level of bd663471. v cc io voltage should be determined according to the customer's system. 2603 3 -1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 4. absolute maximum ratings 4. 1 electrical absolute maximum ratings of lcd notes (1) all voltage values are referred to gnd. (2) v cc io v ci v cc io is the reference voltage for adjusting the i/o signal level of bd663471. the same voltage as "h" level of a customer's interface signal must be supplied to v cc io. (3) applies to the reset, id, sdi, scl, cs*, vsync, hsync, dotclk and pd17 to pd0 pins. (4) applies to the sdo. (5) ta = 25 c, per piece of led. (6) refer to fig.1. (7) 100 pf-1.5k ohm, 25 c-70%rh static electricity discharge point is the center of lcd's surface. 4. 2 environmental absolute maximum ratings vss = 0 v, ta = 25 c notes (1) ta 40 c: 95%rh max. ta > 40 c: absolute humidity must be lower than the humidity of 95%rh at 40 c. (2) background color slightly changes depending on ambient temperature and viewing angle. the speed of response is slower at 0 c. the temperature for operating in the table above apply to operation only. visual qualities, such as contrast and speed of response, to be evaluated at ta = 25 c. (1), (5) (1), (4) v v cc io+0.3 -0.3 vo output voltage (5), (6) (1), (3) (1), (2) (1), (2) v i power supply for interface power supply for logic and analog input voltage (7) 2 5 kv ma v v v v 3 5 v cc io +0.3 4.0 4.0 - - - -0.3 -0.3 -0.3 - i led v r v ci v cc io static electricity led forward current led reverse voltage unit max min symbol item note 8 0 c -30 c 7 0 c -20 c max min max min storage operating not acceptable not acceptable note (1) note (1) no condensation note (2) corrosive gas humidity ambient temperature remarks item ambient temperature: ta( c ) 30 20 10 0 8.5ma (85 c ) 0 20 40 60 80 100 4 0 35 fig.1 ambient temperature vs. allowable forward current 2604 4 -1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 5. electrical characteristics 5.1 tft-lcd module (1) 1.8 v v cc io v ci (v cc io = 1.8 v to 2.8 v) (2) input: reset*, id, sdi, scl, cs*, vsync, hsync, dotclk, enable, pd17 to pd0 output : sdo v ss = 0 v, ta = 25 c f flm (5) (4) (3) (95) 85 m a ma hz - (75) normal display operation partial all white (6) (6), (7) rgb i/f mode internal clock mode v led i led led forward voltage led forward current (35) 15.0 - ma - (1), (2) (1), (2) note (3.5) - 10 1.1 11.0 1.0 - -0.3 - - 1.0 - - - - (3.2) (75) 0.1 0.6 7.0 - - - - - 0.75 v cc io 0.2xv cc io 0.15xv cc io v cc io 0.85 v cc io 2.88 2.8 2.72 - normal display operation standby - "l" level "h" level "l" level "h" level - v hz ma m a v v v f flm i cc + i ci i li v o v i v c i frame frequency power supply current input/output leak current output voltage for logic circuits input voltage for logic circuits power supply voltage for logic and analog unit max typ min condition symbol item (3) v ci = v cc io = 2.8 v, rgb i/f mode, f flm = 85 hz raster-row reversed ac drive (4) v ci = v cc io = 2.8 v, 8-color mode, f flm = 50 hz frame reversed ac drive, no rgb i/f input signals refer to fig. 1, partial pattern. (5) v ci = v cc io = 2.8 v, deep standby mode, v ci , v cc io: on, display: off internal oscillator: stop, power supply: off, no rgb i/f input signals. (6) it is the value for one led. (7) the operating current of led should be determined under the maximum rating of the temperature environmental condition. pmos nmos vccio gnd (input circuit) pins: reset*, id, cs*, vsync, hsync, dotclk, enable, pd17-0 pmos nmos vccio gnd input enable pmos nmos (input circuit) pins: scl nmos pmos vccio (output circuit : three states) output data output enable pmos nmos vccio gnd input enable pmos nmos (input circuit) gnd pins: sdi, sdo 60 l ines black (8-color mode) 260 lines white (8-color mode) fig.1 partial pattern notes 2605 5 -1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 6.1 optical characteristics of lcd (backlight on) 6 . optical characteristics note (1) definition of brightness "b" sensor : topcon's bm-5a or equivalent measuring point : center of lcd's active area 500mm sensor lcm q =90 , k 3 1 0 q =0 , k 3 1 0 0.38 0.37 0.15 0.19 0.65 0.38 0.41 0.68 0.32 0.31 0.10 0.14 0.60 0.33 0.36 0.63 0.26 0.25 0.05 0.09 0.55 0.28 0.31 0.58 color tone (primary color) response time contrast ratio viewing angle brightness uniformity brightness t r +t f k f 2+ f 1 f =0 , q =0 f =0 , q =0 f =0 , q =0 f =0 , q =0 f =0 , q =0 - 160 160 12 0 6 0 250 2 00 - - - - - - 80 70 - 2 2 0 150 y x y x y x y x white blue green red - ms - deg % cd/m 2 (7) (5) (3), (5), (6) (2), (4) (1) unit note - b item symbol condition min typ max measurement conditions m easurement environment ambient temperature sequence power supply voltage backlight current : dark room : ta = 25 c : refer to item 8.5.2, sequence. : v ci = v cc io = 2.8 v : i led = 15 ma 2606 6 -1/2 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a ( 3) definition of q and f (normal) viewing direction x y ( q =180 ) y' ( q =0 ) x' z f 1 f 2 q k = brightness when displaying black raster brightness when displaying white raster ( 5) definition of contrast "k" ( 4) definition of brightness uniformity brightness u niformity = brightness (min) / brightness (max) x 100 (%) notes (2) measurement points (pixel) 120 36 204 160 284 36 (1) (240) (1) (320) p1 p2 p3 p4 p5 p6 p7 p9 p8 ( 6) definition of viewing angle f 1 and f 2 f f =0 sensor sensor : topcon's bm-5a or equivalent 1 0 f 1 f 2 f 1<0 < f 2 viewing angle f ( 7) definition of optical response time black white black display data % t r : rise time 0 10 90 100 t f : fall time optical response time 2606 6 -2/2 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 7 . block diagram an ca note (1) led 1 led 2 led 3 r e i led (15 ma) customer's circuit board note (1) r : resistance for limiting current ( r 3 100 ohm) sdo gnd v ci reset*, sdi, scl id, cs*, pd17-pd0 vsync, hsync dotclk g360 g41 b d663471 tft-lcd 240 (h) x rgb x 320 (v) b d66786u 13fefh 00000h 000efh 13f00h b g r v cc io (ss=1, gs=1, bgr=0) led 4 2607 7 -1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .1 internal pin connection 8 . interface suitable connector: hirose fh26-39s-0.3shw(05) note (1) in serial interface mode, leave the sdo pin open when it is not used. ground ground vled(-) (cathode) vled(-) (cathode) vci pd16 pd15 pd14 pd13 pd12 pd11 pd10 pd9 pd8 pd7 pd6 pd5 pd4 pd3 pd2 pd1 pd17 dotclk hsync vsync sc* scl sdi reest* gnd 39 led(ca) gnd led(ca) 38 37 36 power supply for logic and analog circuit vci id bit setting of device id code id rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal 17 rgb data signal 16 15 14 13 12 11 10 power supply for interface signal vccio 6 rgb data signal pd0 7 power supply for logic and analog circuit 5 4 3 ground gnd 2 ground gnd 1 vled(+) (anode) vled(+) (anode) ground reset signal serial instruction data output serial instruction data input serial clock signal chip select signal frame synchronizing signal line synchronizing signal dot clock signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal rgb data signal led(an) led(an) gnd sdo function signal 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 9 8 pin no. 2608 8 -1/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .2 interface mode setting rgb interface mode & unused pin connection in 16-bit rgb-i/f, pd12 and pd0 pins must be fixed to gnd level. input data & rgb data pd 0 pd 1 pd 2 pd 3 pd 4 pd 5 pd 6 pd 7 pd 8 pd 9 pd 10 pd 11 pd 12 pd 13 pd 14 pd 15 pd 16 pd 17 data bus (input data) b 0 b 1 b2 b3 b4 b5 g0 g1 g2 g3 g4 g5 r0 r1 r2 r3 r4 r5 rgb data 18-bit rgb interface note (1) the data of pd17 is r5, and the data of pd5 is b5. in 16-bit rgb-i/f, the input data are expanded into 18-bit by adding one bit (the same data as the msb of rb) to the lsb of rb data within bd663471. 8 .2.1 spi interface mode data bus (input data) note (1) b 0 (=b5) b 1 b2 b3 b4 b5 g0 g1 g2 g3 g4 g5 r0 (=r5) r1 r2 r3 r4 r5 rgb data pd 13 pd 14 pd 15 pd 16 pd 17 pd 1 pd 2 pd 3 pd 4 pd 5 pd 6 pd 7 pd 8 pd 9 pd 10 pd 11 16-bit rgb interface id bit of the device id code is determined by id pin connection. id pin must be connected to gnd or v cc io according to the customer's system. basic data transfered through spi note (1) when reading data from sdo, the start byte of a read command must be transferred. data transfer start data transfer end cs scl sdi 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 0 1 1 1 0 id rs rw d7 d6 d5 d4 d3 d2 d1 d0 d evice id code rs r/w index register set, instructions, ram data write start byte sdo d7 d6 d5 d4 d3 d2 d1 d0 status read , instruction read, ram data read note (1) 8 .2.2 rgb interface mode 1 0 v cc io gnd id bit id pin connection read an instruction or ram data write an instruction or ram data set an index register function 1 1 rs 0 0 1 0 r/w none pd12, pd0 pd17-13, pd11-1 65k gnd gnd - - pd17-0 262k pd0 7 unused rgb data bus pins rgb data bus pins number of display colors rgb interface mode 16-bit 18-bit pd12 19 signal pin no. 2608 8 -2/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .3 partial ram address map 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd 0 1 2 3 pd "0000"h "0100"h "0200"h "0300"h "0400"h "5b00"h "5c00"h "5d00"h "5e00"h "5f00"h "0001"h "0101"h "0201"h "0301"h "0401"h "5b01"h "5c01"h "5d01"h "5e01"h "5f01"h "0002"h "0102"h "0202"h "0302"h "0402"h "5b02"h "5c02"h "5d02"h "5e02"h "5f02"h "0003"h "0103"h "0203"h "0303"h "0403"h "5b03"h "5c03"h "5d03"h "5e03"h "5f03"h "00ec"h "01ec"h "02ec"h "03ec"h "04ec"h "5bec"h "5cec"h "5dec"h "5eec"h "5fec"h "00ed"h "01ed"h "02ed"h "03ed"h "04ed"h "5bed"h "5ced"h "5ded"h "5eed"h "5fed"h "00ee"h "01ee"h "02ee"h "03ee"h "04ee"h "5bee"h "5cee"h "5dee"h "5eee"h "5fee"h "00ef"h "01ef"h "02ef"h "03ef"h "04ef"h "5bef"h "5cef"h "5def"h "5eef"h "5fef"h gn=2 gn=3 gn=4 gn=5 gn=92 gn=93 gn=94 gn=95 gn=96 gn=1 p artial ram: 240xrgbx96 dots 2608 8 -3/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .4 interface timing 8.4.1 clock synchronized serial interface timing characteristics 8.4.2 rgb interface timing characteristics 8.4.3 reset timing characteristics [ v cc = 2.5 v to 3.3 v, v cc io = 1.65 v to 2.5 v ] [ v cc = 2.5 v to 3.3 v,v cc io = 1.65 v to 3.3 v ] [ v cc = 2.5 v to 3.3 v, v cc io = 1.65 v to 3.3 v] t res m s ms 10 1 - - - - max typ min unit item tr res reset rise time reset "low" level width symbol rise/fall time data hold time data setup time dotclk cycle time dotclk "high" level pulse width dotclk "low" level pulse width hsync hold time hsync setup time - - - - - - - - - - - - - - - 4 - 11 11 105 16 16 11 11 ns ns ns ns ns ns ns ns tr/tf t dh t ds t cycd thwd tlwd thh ths tvs m s m s - 11 11 - - - max typ min unit item tvh vsync hold time vsync setup time symbol 270 210 0.53 19 - - - ns ns ns m s t sclr t schr t scycr chip select hold time read write read write read write serial output data hold time serial output data delay time serial input data hold time serial input data setup time chip select setup time serial clock rise/fall time serial clock "low" level pulse width - - - - - - - - 190 - - - - 14 - - 6 - 32 32 -1 -1 - 37 ns ns ns ns ns ns ns ns t soh t sod t sih t sisu t ch t csu t scr, t scf t sclw t scycw m s - 0.11 37 - - 19 max typ min unit item t schw serial clock "high" level pulse width serial clock cycle time symbol 2608 8 -4/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a reset timing v il2 reset* v il2 t res v ih2 tr res thwd t cycd v il1 v ih1 v ih1 v il1 vsync v ih1 v il1 v ih1 v il1 valid hsync v il1 v ih1 tvh thh tvs ths tlwd dotclk v ih1 v il1 v ih1 v il1 valid pd17-0 t dh t ds rgb interface timing clock synchronized serial interface (spi) timing v ih1 v il1 v ih1 v il1 input data v il1 scl v il1 cs* v ih1 v il1 v ih1 v ih1 v ih1 v il1 v il1 input data t csu t scr t schw t schr t sclw t sclr t ch t scycw, t scycw t sisu t sih v oh1 v ol1 output data output data v oh1 v ol1 t sod t soh sdi sdo start : s end : p t scf v ih1 v il1 2608 8 -5/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8.4.4 16-bit/18-bit rgb interface timing f dotclk = f flm x (320 + bpp v + fpp v ) x (240 + bpp h + fpp h ) the number of raster-rows of 1 frame : bpp v + dp + fpp v notes (1) rgb-i/f mode should be used with the high-speed write mode (hwm = "1"). (2) dot clock signal (dotclk) must be always supplied . (3) front and back porch periods must be set before and after the display operation period (dp). (4) front porch period continues until the next input of vsync signal. (5) horizontal and vertical back porch periods (bpp h , bpp v ) of interface signal must accord with r05h register setting value. bpp v = 8h 1 frame 1h vsync hsync dotclk 1clk vlw = 4h hlw = 4clk fpp v = 8h hsync pd17-0 1h bpp h = 12clk fpp h = 15clk valid data (240) dp = 320h fpp : front porch period bpp : back porch period dp : display operation period vlw : the period in which vsync is low level hlw : the period in which hsync is low level note (2) notes (3), (4) 240 239 238 237 236 235 234 5 4 3 2 1 320 319 4 3 2 1 318 - - (3), (4) (3), (5) - - (95) 320h - 15h - 100clk 85 - 8h 8h 4h 15clk (75) - - 3h 1h 10clk f flm dp fpp v bpp v vlw fpp h 1clk 12 clk 4 clk - 20clk (5) hlw 3 1clk note max typ item 10clk bpp h hlw min 2608 8 -6/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .5 register setting flow 8.5.1 state chart (h) power supply: off (a) v cc , v ci : on display: off f osc : on internal power supply: on (d) standby v cc , v ci : on display: off f osc : off internal power supply: off (b) v cc , v ci : on display: on 262k colors full screen osd: off f osc : on internal power supply: on (e) v cc , v ci : on display: on 8 colors 96 lines osd: partial f osc : on internal power supply: on (c) v cc , v ci : on display: on 262k colors full screen osd: on f osc : on internal power supply: on rgb signals must be inputted. v cc =v ci =2.80v it is displayed by the internal gram data. since it is not necessary to input rgb signals, the display is in the state of a low power consumption. 2608 8 -7/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 8 .5.2 sequence 1 power on reset 1 r04h 0x02 2 2 wait 40 ms 3 3 r0ah 0x1b 4 wait 1 ms 4 osd area 1 line setting r0bh 0x00 5 5 start line (1) r0ch 0x00 6 wait 1 ms 6 osd area 2 line setting r0dh 0x11 7 oscillation start r00h 0x01 7 start line (279) r0eh 0x06 8 wait 10 ms 8 r30h 0x00 9 r31h 0xef 10 r32h 0x00 11 r33h 0x5f 12 osd area 1 ram setting r34h 0x00 1 power off 13 54 lines from 00h to 35h r35h 0x35 2 14 osd area 2 ram setting r36h 0x36 15 42 lines from 36h to 5fh r37h 0x5f 16 serial i/f writing r20h 0x00 17 r21h 0x00 18 r23h 0x36 1 idx=000 r40h 0x00 19 r22h - 2 0x1000 r41h 0x80 20 3 r42h 0x00 21 r04h 0x03 4 r40h 0x10 5 wait 100 us 6 r50h 0x01 1 r0ah 0x00 1 r00h 0x01 2 wait 10 ms 3 r50h 0x00 4 wait 100 us status (h) ---> (a) status (a) ---> (h) status (a) ---> (d) status (d) ---> (a) status (b) ---> (c) image write (240x96) vccio off status (c) ---> (b) vci on reset* = "h" vci off reset* = "l" vccio on 2608 8 -8/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 1 1 r04h 0x82 2 r04h 0x02 2 wait 40 ms 3 wait 40 ms 3 r0ah 0x5b 4 idx=001 r40h 0x01 4 idx=001 r40h 0x01 5 0x1223 r41h 0x91 5 0x0046 r41h 0x02 6 r42h 0x03 6 r42h 0x06 7 r40h 0x11 7 r40h 0x11 8 wait 100 us 8 wait 100 us 9 idx=011 r40h 0x03 9 idx=011 r40h 0x03 10 0x0ccf r41h 0x66 10 0x0dc0 r41h 0x6e 11 r42h 0x0f 11 r42h 0x00 12 r40h 0x13 12 r40h 0x13 13 wait 100 us 13 wait 100 us 14 r03h 0x00 14 idx=010 r40h 0x02 15 r50h 0x34 15 0x0f04 r41h 0x78 16 r51h 0x00 16 r42h 0x04 17 idx=010 r40h 0x02 17 r40h 0x12 18 0x0a04 r41h 0x50 18 wait 100 us 19 r42h 0x04 19 idx=000 r40h 0x00 20 r40h 0x12 20 0x1072 r41h 0x83 21 wait 100 us 21 r42h 0x12 22 idx=000 r40h 0x00 22 r40h 0x10 23 0x1174 r41h 0x8b 23 wait 100 us 24 r42h 0x14 24 r03h 0x00 25 r40h 0x10 25 r07h 0x80 26 wait 100 us 26 r50h 0x24 27 r0ah 0x1b 27 r51h 0x30 28 r04h 0x03 28 wait 40 ms 29 wait 40 ms 29 r04h 0x83 30 wait 40 ms 31 rgb input off status (e) ---> (c) rgb input on status (c) ---> (e) 2608 8 -9/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 1 42 r03h 0x00 2 r05h **** follow lcdc settings. 43 r09h 0xf4 3 r50h 0x00 44 r0ah 0x00 4 r51h 0x00 45 r0bh 0x00 5 idx=000 r40h 0x00 46 r0ch 0x00 6 0x0000 r41h 0x00 47 r0dh 0x00 7 r42h 0x00 48 r0eh 0x00 8 r40h 0x10 49 r34h 0x00 9 wait 100 us 50 r35h 0x00 10 idx=010 r40h 0x02 51 r36h 0x00 11 0x0a04 r41h 0x50 52 r37h 0x00 12 r42h 0x04 53 r04h 0x01 13 r40h 0x12 54 gamma setting r60h 0x74 14 wait 100 us 55 r61h 0x51 15 idx=011 r40h 0x03 56 r62h 0x05 16 0x0ccf r41h 0x66 57 r63h 0x23 17 r42h 0x0f 58 r64h 0x33 18 r40h 0x13 59 r65h 0x15 19 wait 100 us 60 r66h 0x03 20 idx=001 r40h 0x01 61 r67h 0x06 21 0x1223 r41h 0x91 62 r68h 0x00 22 r42h 0x03 63 r69h 0x62 23 r40h 0x11 64 r6ah 0x30 24 wait 100 us 65 r6bh 0x13 25 idx=110 r40h 0x06 66 r6ch 0x35 26 0x19c0 r41h 0xce 67 r6dh 0x23 27 r42h 0x00 68 r6eh 0x03 28 r40h 0x16 69 r6fh 0x05 29 wait 100 us 70 r70h 0x00 30 r50h 0x34 71 r71h 0x06 31 r51h 0x00 72 idx=000 r40h 0x00 32 idx=000 r40h 0x00 73 0x1174 r41h 0x8b 33 0x0044 r41h 0x02 74 r42h 0x14 34 r42h 0x04 75 r40h 0x10 35 r40h 0x10 76 wait 100 us 36 wait 20 ms 77 r23h 0x36 37 idx=000 r40h 0x00 78 r04h 0x03 38 0x0174 r41h 0x0b 79 wait 1 ms 39 r42h 0x14 80 r06h 0x10 40 r40h 0x10 41 wait 20 ms status (a) ---> (b) to sequence no.42 rgb input on 2608 8 -10/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 1 r04h 0x02 1 r04h 0x82 2 wait 40 ms 2 wait 40 ms 3 r06h 0x00 3 r0ah 0x5b 4 wait 40 ms 4 idx=001 r40h 0x01 5 idx=000 r40h 0x00 5 0x0046 r41h 0x02 6 0x0174 r41h 0x0b 6 r42h 0x06 7 r42h 0x14 7 r40h 0x11 8 r40h 0x10 8 wait 100 us 9 wait 100 us 9 idx=011 r40h 0x03 10 r04h 0x00 10 0x0cc0 r41h 0x66 11 r06h 0x00 11 r42h 0x00 12 r50h 0x00 12 r40h 0x13 13 idx=000 r40h 0x00 13 wait 100 us 14 0x0010 r41h 0x00 14 idx=010 r40h 0x02 15 r42h 0x10 15 0x0f04 r41h 0x78 16 r40h 0x10 16 r42h 0x04 17 wait 10 ms 17 r40h 0x12 18 idx=000 r40h 0x00 18 wait 100 us 19 0x0000 r41h 0x00 19 idx=000 r40h 0x00 20 r42h 0x00 20 0x1072 r41h 0x83 21 r40h 0x10 21 r42h 0x12 22 wait 10 ms 22 r40h 0x10 23 23 wait 100 us 24 r03h 0x00 25 r07h 0x80 26 r50h 0x24 27 r51h 0x30 1 28 osd area 1 line setting r0bh 0x00 2 r04h 0x02 29 start line (1) r0ch 0x00 3 wait 40 ms 30 osd area 2 line setting r0dh 0x11 4 idx=001 r40h 0x01 31 start line (279) r0eh 0x06 5 0x1223 r41h 0x91 32 r30h 0x00 6 r42h 0x03 33 r31h 0xef 7 r40h 0x11 34 r32h 0x00 8 wait 100 us 35 r33h 0x5f 9 idx=011 r40h 0x03 36 osd area 1 ram setting r34h 0x00 10 0x0ccf r41h 0x66 37 54 lines from 00h to 35h r35h 0x35 11 r42h 0x0f 38 osd area 2 ram setting r36h 0x36 12 r40h 0x13 39 42 lines from 36h to 5fh r37h 0x5f 13 wait 100 us 40 serial i/f writing r20h 0x00 14 r03h 0x00 41 r21h 0x00 15 r50h 0x34 42 r23h 0x36 16 r51h 0x00 43 r22h - 17 idx=000 r40h 0x00 44 18 0x1174 r41h 0x8b 45 r04h 0x83 19 r42h 0x14 46 wait 40 ms 20 r40h 0x10 47 21 wait 100 us 22 idx=010 r40h 0x02 23 0x0a04 r41h 0x50 24 r42h 0x04 25 r40h 0x12 26 wait 100 us 27 r0ah 0x00 28 r04h 0x03 29 wait 40 ms status (b) ---> (a) rgb input off status (e) ---> (b) rgb input on status (b) ---> (e) image write (240x96) rgb input off 2608 8 -11/11 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 10. visual inspection active area viewing area a zone b zone c zone 30 eye eye lcd frame 30 outline of lcd module 10.2 definition of zone the visual inspection zones of lcd module is divided into three as follows. a zone : active area (for dimensions, see item 9, dimensional outline.) b zone : viewing area but active area (for dimensions, see item 9, dimensional outline.) c zone : whole lcd module except the viewing area (including fpc and frame) 10.1 inspection condition (1) ambient illumination (2) distance between inspector's eyes and lcd module (3) viewing angle (4) refer to the measurement conditions described in item 6.1 for the conditions other than specified here. : 1000 - 1500 [lx] : approximately 30 [cm] : 30 2610 10 -1/3 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 10.3 cosmetic specification 0 0.2 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 11. precautions in design 11. 1 general attention the lcd module covered by this specification is designed as the display for mobile phone. when it is used for other purposes, we do not guarantee these specifications at all about the contents including quality and safety. moreover, this module has not been particularly developed as an object for equipment in connection with a human life such as medical apparatus of life support relation. never attempt to disassemble this lcd module. there is danger such as a burn, an electric shock, and an injury. moreover, when module is disassembled, we do not guarantee these specifications including quality and safety. 11.3 handling precautions do not leave the lcd module in a humid environment for a long time. when the ambient temperature is over 35 degrees c in storage, please avoid high humidity. the polarizer can be deteriorated in high temperatures and high humidity. moreover, it is also the cause of bubble and peeling of polarizer. please store/operate the lcd module within the specified temperatures and normal humidity. since the polarizer tends to be easily scratched, the lcd module should be handled with full care so as not to get them touched, pushed or rubbed by a piece of glass, tweezers and anything else which is harder than a pencil lead 3h. maximum pressure to the surface must be 1.96 pa. if the area to be given pressure is less than 1 cm 2 , the pressure must be 1.96 n or less. as the adhesives used for adhering up per and lower polarizers is an organic matter, it can be deteriorated by chemical reaction with such chemicals as acetone, toluene, ethanol and isopropyl alcohol. the following solvent is recommended for use: normal hexane. please contact us when it is necessary for you to use other chemicals than the above. lightly wipe a dirty surface with a clean soft material such as a cotton swab and a cloth for glasses, dampened with recommended chemicals without scrubbing it hardly. always wipe the surface horizontally or vertically. never give a wipe in a circle. to prevent the display surface from damage and to keep the appearance in good state, it is sufficient, in general, to wipe it with a cotton swab. if spittle or a water drop comes in contact with the display area, immediately wipe it off. they can damage the display in some way including deformation and faded color. 11.2 precautions against electrostatic discharge as this module contains c-mos lsis, it is not strong against electrostatic discharge. make certain that the operator is grounded with suitable gear such as a wrist band. pay attention not to touch terminal pins directly. (1) (2) (1) (2) (3) (4) (5) (6) 2611 11-1/3 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a condensation on the lcd module may cause a damage, stain or dirt to the polarizer. when you need to take out the lcd module from some place at low temperature for test, etc., i t is required to let them stand at room temperature before taking them out. touching the display area or the terminal pins with bare hands or contaminating them is prohibited because the stain on the display area and poor insulation between terminals are often caused by being touched with bare hands. (some cosmetics are detrimental to polarizers.) as the display is made of glass, it is possible to be broken by a shock, especially its periphery can be easily cracked or chipped in handling. please handle it with care and prevent it from being dropped. never bend nor scratch the interface part. those actions can cause poor contacting. since the top and bottom areas of bent fpc tend to be easily damaged, be fully careful not to push or hold those areas. please do not apply local stress to the lcd module's back side. it has potential to add a scratch to the backlight guide, or to become a non-uniformity issue. pay extra attention to the interface connector portion at the time of connector insertion. 11.4 operation precautions (7) (8) (9) (10) (11 ) (12) (1) (2) (3) (4) (5) (6) (7) s pike noise can cause malfunction of the circuit. recommended condition of spike noise level is as follows: vcc = 200 mv (over and under shoot voltage). response time depends on a temperature. (at a lower temperature, it becomes longer.) and also brightness and color vary depending on a temperature. be careful for condensation at a sudden temperature change. condensation can make damage to polarizers or electrical contacts. and after fading condensation, smear or a spot may occur. when a fixed pattern is displayed at long times, afterimage is likely to occur. as the lcd m odule has a high frequency circuit, take sufficient measures against electromagnetic noise, such as shielding your system. do not connect nor disconnect the module to or from main system with power applied. strong light exposure may cause malfunction of the driver. 2611 11-2/3 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 11.7 mechanical design 11.5 storage when storing the lcd modules as spare parts for a long time, the following precautions are necessary. store the lcd modules in a dark place; do not expose them to sunlight or fluorescent light. keep the temperature between 10 and 30 degrees c, and the humidity from 55% to 75%. the polarizer surface should not come in contact with any other object. it is recommended that the lcd modules are stored in the container in which they were shipped. 11.6 safety this lcd module is a glass product. when it got damaged, be sure to wear a pair of protective gloves to deal it. moreover, when any liquid leaked out of a damaged glass cell comes in contact with your skin, immediately wash it off well with soap and water. (1) (2) the design of the mobile phone case for this lcd module should be well studied so that any shock will not be added to the lcd module. when the case is dropped and the shock is not enough absorbed by the case, the lcd module may be broken. to prevent foreign substances from entering, please apply a piece of polyurethane foam cushion, such as poron, around the lcd. providing a cushion material such as poron in the case will help lcd driver get less shock. (1) (2) 11.8 environmental protection abide by the national law, legislation and local regulation when disposing of this lcd module. this lcd module complies with rohs directive. (1) (2) 2611 11-3/3 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a lot mark lot mark is consisted of 11 digits x 2 line 12. designation of lot mark a contents of change revision c b a 9 8 7 figure in lot mark 6 5 4 dec. nov. oct. sep. aug. july june may apr. month 3 2 mar. feb. 1 jan. figure in lot mark month hitachi display device (suzhou) s h hitachi displays figure in lot mark production base 9 9 8 8 7 7 6 5 4 3 6 5 4 3 2 1 2 1 figure in lot mark day x w 31 30 figure in lot mark day k 19 j 18 h 17 g 16 f e d c 15 14 13 12 b a 11 10 figure in lot mark day v 2 9 u 2 8 t 2 7 s 2 6 r q p n 2 5 2 4 2 3 2 2 m l 2 1 2 0 figure in lot mark day 6 2006 8 2008 7 2007 figure in lot mark y e ar tx0657aaaa0 001s6470001 print example s 6 a day year revision 4 0 production base s : assembly in china h : assembly in japan t x 0 6 5 7 a a p roduct name month production control a * * * 7 0 0 1 serial number * production control 2612 12-1/1 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 13. packing specifications 13.1 plastic tray *products should not run around on the tray. *number of lcd module per tray: 15 pcs (5x3) tape : 4 places antistatic bag eleven stacked trays are put in the antistatic bag. *folded part of the bag is inserted under the tray. *be careful not to damage a bag. tray: 11 trays are alternately turned and stacked. top tray: no lcd module, for top cover purpose lcd module tray no. 5 -column 3-row TX06D57VM0AAA 2613 13-1/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 13.2 inner box specifications unit : mm cushion (polyurethane foam) plastic tray with lcd modules : 11 trays antistatic bag corrugated cardboard sheet corrugated cardboard box (lcd module capacity : 60 0 max) tape ("h" shape) 330 610 335 tape ("i" shape) specification of packing in the inner box (1) polyurethane foam cushion is put in a corrugated cardboard box. (2) two antistatic bags holding 11 stacked trays each are placed in the box side by side. (3) a corrugated cardboard sheet is put on the trays. (4) two more antistatic bags with trays are placed on the cardboard sheet. (5) another polyurethane foam cushion is put them on. (6) the box is sealed with tape (in "i" shape). (7) in the case of a fraction, the space is filled up with a buffer material. cushion (polyurethane foam) 2613 13-2/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a size direction h l w 50 180 60 60 tape inner box label 1 to 600 pcs approx. 61 0 x 330 x 335 mm quantity size (l, w, h) 4 2613 13-3/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 13.3 outer box specifications 1 to 600 pcs 73 0 x 450 x 470 mm approx. 13.4 kg quantity size (l, w, h) weight (full load) two outer boxes are used if the quantity is between 601 and 1200. an outer box is used only when the number of products is less than the minimum quantity for pallet. size direction h l w cushion outer box tape inner box (610 x 330 x 335) the inner box is packed with desiccant in a plastic bag internally. 2613 13-4/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a marking of outer box (1) (2) (3) (4) (1) top markings are in red, except for a case mark. top panel and both side panels top panel one side panel both end panels case mark "glass" "fragile handle with care" (4) (3) (2) (1) position mark 2613 13-5/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 13.4 pallet specifications size direction h l w size (l, w, h) approx. 1100 (typ) x 800 (typ) x 880 (max) mm 1201 to 3600 pcs quantity approx. 99 kg weight (full load) corrugated cardboard top lid plastic band corrugated card- board frame wooden pallet corrugated cardboard bottom lid 2613 13-6/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a marking on pallet load case mark one side panel both end panels both side panels "handle with forklift truck only" (5) top panel and both end panels top panel and both side panels "glass" "fragile handle with care" (4) (3) (2) (1) position mark (1) (4) (2) (5) (2) (1) (3) markings are in red, except for a case mark. 2613 13-7/7 sh. no. page date hitachi displays, ltd. june 8, 2006 3284ps - TX06D57VM0AAA - 1a 14. precautions for use (1) a limit sample should be provided by the both parities on an occasion when the both parties agree to its necessity. judgment by a limit sample shall take effect after the limit sample has been established and confirmed by the both parties. (2) on the following occasions, the handling of the problem should be decided through discussion and agreement between responsible people of the both parties. a) when a question arises in the specifications. b) when a new problem which is not mentioned in the specifications occurs. c) when the customer changes any item of inspection specification or operating condition and reports it to hitachi, and a problem in the specification arises because of the change. d) when a new problem is found with the customer's operating set for sample evaluation. 2614 14-1/1 |
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