LPREPARED APPROVED BY: BY: DATE SPEC No. LC99908 SHARP LIQUID DATE FILE No. ISSU OCT. CRYSTAL DISPLAY GROUP SHARP CORPORATION 1.1999 PAGE 23 Pages REPRENTATIVE DMSION ENGINEERING DEPARTMENT DUTY LCD DEVELOPMENT CENTER DUTY LIQUID CRYSTAL DISPLAY GROUP SPECIFICATION DEVICE SPECIFICATION for Passive Matrix LCD Module Model No. LM057QCTT03 q CUST~MER’S USE ONLY DATE BY PRESENTED M.Ise _ / DEPARTMENT GENERAL MANAGER ENGINEERING DEPARTMENT 1 DUTY LCD DEVELOPMENT CENTER DUTY LIQUID CRYSTAL DISPLAY GROUP 1 MODEL No. SPEC.No. LC99908 RECORDSOF REVISION LM057QCTT03 DOC. FIRST ISSUE OCT. 1.1999 IDENT. DATA No. IATE SPEC REVISED No. REVISED No. REF. PAGE SUIWARY CHECK ?l APPROVAL -----._--------..----------.----.---------------.-------------------------------------------------------.------------.----------------------------..--.--------.----.---------------.----------------.----------------------------------------~----------.-------------------______---.____------------.---------------.--------------------------------------------------------------------.-------------------____-__--..___------------.---------------.----------------.-------------------------------------------------.-.------------------__________.________________________--------.--------------~-----------------------------------------------------.---------~.--.-----_________.____------------.---------------.--------------------------------------------------------------------.-------------.------__------_____------------.---------------.--------------------------------------------------------------------.-------------.-----____-----.____------------.---------------.--------------------------------------------------------------------.--------------. .-----_-____---.-_______________________--------.--------------------------------------------------------------------.--------------. -___-_________._____-----------.---------------.----------------.---------------------------------------------------.-------------------________-.-____-----------.---------------.--------------------------------------------------------------------.--------------. -----_________._____-----------.---------------.----------------.---------------------------------------------------.--------------,_. -_---_______________-----------.---------------.----------------.---------------------------------------------------.------------------________-.-________________________-------.--------------------------------------------------------------------.-------------______________._____-----------.---------------.----------------.-----------------.---------------------------------.-------------__--__________._____-----------.---------------.----------------.-----------------.---------------------------------.-------------______________._____-----------.---------------.----------------.-----------------.---------------------------------.-------------________________________________________-------.----------------------------------.---------------------------------.-------------.___-_________._____-----------.---------------.----------------.---------------------------------------------------.-------------.___________________-----------.---------------.-------~------------------------------------------------------------.-------------._______________________________________-------.--------------------------------------------------------------------.-------------.--___________._________________________-------.--------------------------------------------------------------------.----------------_________________----------.---------------.-___________________-------------------------------________________________________________------.----------------.------------------------------------- ________________.__-----------_-_-me-_______,_____--------- ____.___________________________________------.-------------------------------------------------------------------- .___---_---____ -----_______-.-_________________________------.-------------------------------------------------------------------- ----------_---. -----________.-_________________________------.________________________________________---------------------------.--------_------ SPEC SHARP MODEL No. No. PAGE LM057QClT03 LC99908 1 I I Precautions 1) When design the product with this LCD module, make sure the viewing angle matches to its purpose of usage. Viewing angle of this LCD module is illustrated in Fig. 1. 8yMIN.<viewingangle<OyMAX. (For the specific values of 6 y MIN., and 8 y MAX., refer to the table 9 ) Consider the optimum viewing conditions according to the purpose when installing Viewing direction +6 y ormal the module. line) Panel surface . . . Ei~-14 Definttlonofwe~ 2) . This LCD module must be mounted using mounting holes of metal bezel. Handle carefully when install the LCD module to avoid unnecessary stresses such as twisting or bending. 3) If the surface of LCD panel needs to be cleaned, wipe it swiftly’with cotton or other soft cloth If it is not still clean enough, blow a breath on the surface and wipe again 4) Water droplets must be wiped off immediately as those may leave stains or cause color changes if remained for a long time. 5) As LCD panel is made of glass substrate, dropping the LCD module or banging it against hard objects may cause cracking or fragmentation. I @HARP I I SPEC No. LC99908 MODEL No. PAGE LM057QCTT03 2 6) As CMOS LSIs are equipped in this module, following countermeasures must be taken to avoid electrostatics charges. 1. Operator Ware the electrostatic shielded clothes because human body may be statically charged if not ware shielded clothes. 2. Equipment There is a possibiiity that the static electricity is charged to the equipment which have a function of peeling or friction action(ex: conveyer, soldering iron, working table). Earth the equipment through proper resistance(electrostatic earth: 1 X 10” 9). 3. Floor Floor is the important part to drain static electricity which is generated by operators or equipment. There is a possibility that charged static electricity is not properly drained in case of insulating floor. Set the electrostatic earth(1 X lO”S2). 4. Humidity Proper humidity helps in reducing the chance of generating electrostatic charges. Humidity should be kept over 50%RH. 5. Transportation/storage The storage materials also need to be anti-static treated because there is a possibility that the human body or storage materials such as containers may be statically charged by friction or peeling. 6. Others The laminator@rotective film) is attached on the surface of LCD panel to prevent it from scratches or stains. It should be peeled off slowly using static eliminator. Static eliminator 7) should also be installed to the work bench to prevent LCD module from static charge. Do not use any materials which emit gas from epoxy resin(hardener for amine) and silicone adhesive agent(dealcoho1 or deoxym) to prevent discoloration 8) of polarizer due to gas. The brightness of the LCD module may be affected by the routing of CCFI cables due to leakage to the chassis through coupling effect. The inverter circuit needs to be designed taking the level of leakage current into consideration. Thorough evaluation is needed for LCD module and inverter built into its ho& equipment to ensure specified brightness. 9) Avoid the exposure of the module to the direct sun-light or strong ultraviolet light for a long time. 10) If the LCD module is stored at below specified temperature, the LC material may freeze and be deteriorated If it is stored at above specified temperature, the molecular orientation of the LC material may change to Liquid state and it may not revert to its original state. Therefore, the LCD module should always be stored within specified temperature range. 11) Disassembling the LCD module can cause permanent damage and it should be strictly avoided SPEC @HARP MODEL No. LC99908 No. PAGE LM057QCTT03 3 12) Procedure to insert mating connector When the mating connector is inserted, it should be parallel to the connector on the should be inserted horizontally. 13) LCD module and it Do not leave a gap beh>een two connectors. The module should be driven according to the specified ratings to avoid malfunction and permanent damage. Applying DC voltage causes a rapid deterioration of LC material. Make sure to apply alternating waveform by continuous application of the M signal. Espe&&& t to avov 14) power ON/OFF sm 17 &n&l& DC m LCD retains the display pattern when it is applied for long time.(Image retention) To prevent image retention. do not apply the flied pattern for along time. 15) Image retention is not a deterioration 16) Precautions of LCD. It will be removed after display pattern is changed CCFI’ backlight should be kept OFF during VDD is “L” level. for touch panel 1) Designing 1. Active area Active area is defined as input area by pen or finger. Its function, optical properties and durability are specified in the specifications. a) Detection of coordinates and calbration must always be conducted within active area. If those are conducted outside of the active area, those may cause functional errors. b) Area which is actually accessed by pen or finger must be designed within active area. If it is designed outside of the active area, it may cause functional error. 2.Neutral area Neutral area is located around the active area for l.Omm wide. Although the coordinates can be detected in this area, its functionality, optical properties and durability are not assured. a) Neutral area detects coordinates when input by pen or finger, but it may cause functional error when it is treated as detected data. b) As the purpose of the neutral area is to protect inactive area, pushing hardly by pen tip or others may cause deterioration of its durability. 3.Visible area This is transparent area where silver electrode or flex printed with opaque ink are not existing. It assures qualities related to appearance standards defined in the specifications. 4Jnactive area Upper electrode or lower electrode in the inactive area is printed with transparent insulation ink on it. It is located outside of the active area and a non functional area. a) Inactive area is printed with insulation ink. Hard push action may cause a deformation electrode film and may lead to a malfunction of upper in the active area nearby. Upper electrode may come J r I SPEC No. @HARP I MODEL No. LC99908 PAGE LM057QCTT03 4 in contact with lower electrode and may cause a electrical leakage. b) As the purpose of the inactive area is to keep the flatness of the upper electrode ftirn in the touch panel structuie. hard push by pen or by system chassis may cause a functi&al error. Designing print circuit 1. There is a contact resistance between upper and lower electrodes of the touch panel. It is recommended to set the impedance of detecting circuit high enough. Low impedance detecting circuit may cause a functional error. 2. Contact of the upper and lower electrode generates a contact resistance. Access by pen or finger to the touch panel should be started after the contact resistance becomes stable. Otherwise, it may cause a functional error. 3. Touch panel picks up a noise easily. It is recommended to earth or do other noise protections. Otherwise, it may cause a functional error. Designing system chassis 1. Retain the air gap between upper electrode film and front chassis. a) Retain minimum of 0.3mm air gap above the inactive area so that the front chassis does not make a pressure on upper electrode film. If there is any pressure on it, it may cause a functional error due to the deformation of the upper electrode film. b) Flexible material such as rubber is recommended as cushioning materials. It should be placed outside of visible area. If it is placed onto inactive area, it may cause a functional error due to deformation of the upper electrode film. 2. Assemble design a) Do not glue nor tape system front chassis to the surface of touch panel(upper electrode fam) as it may lead to peeling off of the upper electrode film b) Make sure not to swell the upper electrode film by atmospheric pressure difference between inside and outside of the system. If it is swelled, it may cause a deterioration of durability of the touch panel and may cause a functional error. c) Prevent vapor condensation to the touch panel. Do not expose the touch panel to high humidity Atmosphere, vaporous air, or to any liquid such as water. It may cause a leakage inside the touch panel structure: Upper electrode film and lower electrode glass are fied by adhesive, and there is a ventilation hole between film and glass. Liquid penetrate into touch panel easily due to this structure. Design the system carefully so that liquid will not penetrate into touch panel. SPEC SHARP LC99908 Assembling * No. iMODEL No. PAGE LM057QCTT03 5 LCD module with touch panel 1. Unpacking a) Do not hold nor pull flex cable. otherwise it may cause a breakage of the flex. b) Glass edge of touch pane1 is not treated It is sharp edge and it may cause an injury when handled by bare hands. Wear finger sacks or groves and handle with extra care. 2. Handling a) Do not pick up the visible area or flexible tail. b) Do not stack up the LCD module. Do not place anything on the LCD module. It may cause scratch, deformation or breakage. c) Wipe a dirt on the screen with dry soft cloth If it is still sticked, wipe it out with soft cloth with ethyl alcohol. Upper electrode film and lower electrode glass of touch panel are fixed by adhesive and there is a ventilation hole in between. Be careful not to have ethyl alcohol may penetrate into touch panel. It may cause a functional error. 3. Assembling a) Be careful not to apply excessive distortion on heat sealed area of the flex cable. It may cause a functional error. b) Be careful not to scratch the front of touch pane1 during assembly process. 4. Operating instruction a) Use a finger or a polyacetal pen to access to touch panel. The surface of the touch panel film is hard coat treated. This hard coating may be damaged if it is touched by a ball-point pen or metal piece. b) Do not expose the LCD module to the direct sun-light for long period of time. Polyester film is used as the front film of the touch panel, exposure to direct sun-light for long time may cause a discoloration c) If a chemical material stays on the touch panel for long period of time, front film may be swelled and may cause a functional error. If it is planned to be used under severer circumstances, very careful protection is required SPEC SHARP No. LC99908 MODEL No. PAGE LM057QCTI'03 Page OContents 1. Application 7 2. Construction and Outline 7 3. Mechanical Specifications 7 4. Absolute Maximum Ratings 5. Electrical Specifications 6. Module driving method 15 7. Optical Characteristics 17 8. Characteristics of Backlight 20 9. Touch panel specification 21 10. Supply voltage sequence condition 11. Outline dimension 22 23 6 MODEL No. SPEC No. SHARP PAGE 'LM057QCTT03 LC99908 7 l.Application This data sheet is to introduce the specification of LM057QCTT03,negative Matrix type Color LCD module. 2.Construction and Outline Construction: Touch panel and 320 X RGB X 240 dots color display module consisting of an LCD panel, PWB@rinted wiring board) with electric components mounted, TCP(tape carrier package) to connect the LCD panel and PWB electrically, and plastic chassis with CCFT’ back light and bezel to hold them mechanically. Signal ground(Vss) is connected with the metal bezel. TCP Touch panel Bezel LCD Panel PUB / II / -WI II , I 1 Light - I 0 pipe / fl CCPT / B? / Application -G&JOutline :See Fig. 13 Connection :See Fig. 13 and Table 6 inspection standard The LCD module shall meet the following inspection standard : 3.Mechanical Specification Parameter unit Specifications Outline dimensions *l 154.6+0.5(W) x 114.8*0.5(H)x 9. 85*0.7(D) nlm Viewing area 118.2(W) X 89.4(H) nun Active area 115.18(W) X86.38(H) mm Display format 320 X RGB(W) X240(H) Dot size 0.1 X RGB(W) X0.34(H) Dot spacing 0.02 Base color *2 Normally black Mass Approx. 250 mm mm t3 *1 Due to the characteristics of the LC material, display colors may vary with ambient temperature. *2 Negative-type display Display data “H” -+ Display ON = white Display data “L” -+ Display OFF = black MODEL No. SPEC No. @HARP LM057QCTT03 LC99908 4. Absolute Maximum ClXlectrical Ratings absolute maximum 4-2Xnvironment PAGE ratings Conditions Ambient temperature , humidity conditions Tstg Topr Item MAX. MIN. MAX. 0 “C +50 “c -25 “c +6O”C Ambient temperature Humidity Note 1) Remark MIN. Note 1) No condensation Note 2) The display module should not be operated nor stored outside of specified temperature range. Note 2) Tas40 “c . .. . . .. 95 % RI-I Max. Ta>40 “c . .. . . ..Absolute humidity shall be less than Ta=40 “C/95 % RI-I. Vibration conditions Frequency 10 Hz-57 Hz 57 Hz-500 Vibration level 9.8 m/s’ Vibration width 0.075 mm Interval 10 Hz-500 2 hours for each direction of XN/Z (6 hours as total) Shock conditions Acceleration : 490 m/s’ Pulse width : Hz-10 11 ms 3 times for each directions of * X/ + Y/t Z HGl.0 min Hz 8 SPEC SHARP No. LC99908 5. Electrical Specifications 5-l.Electrical characteristics Supply voltage (LCD) Note 1) Frame frequency = 75 Hz. Note 2) Frame frequency = 75 Hz V,, - Vss = 26.1V, V,, = 5 V Display pattern = checker flag pattern 1 2 3 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . gfjo 1 clm0mclmclm0mcim0m0wclmclm 2 3 n amclm0mclB0m0m!Jmnm0mcl q m0mclmclm0mclm0m0mclm0m . ¤omnmam0m0m0mnm~a0m0 239 clmclm0mumclmclmlJm0BiJBclm 240 n nm0mc!mclmciB0m0m0mclmcl Note 3) Except Lamp power consumption. (*See Page 20) MODEL No. LM057QCTT03 PAGE 9 SPEC No. LC99908 Supply voltage (LCD) Iuput signal voltage Note 1) Frame frequency = 75 Hz. Note 2) Frame frequency = 75 Hz, V,, - Vss = 26.1V, V,,, = 3.3V Display pattern = checker flag pattern . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 960 1234 1 lJm0m0mclm0mclmamclmc!mclm 2 239 n 0m0m0m0m3m3mnmnmamn q m0mnm0m0m0mnmamnm0m n 0mnm0m0mnmamum0m0m0 q m0mnm~m0m0m0mnmnmam 240 ¤0mnm0m0m0mnm0mnm0m~ 3 . Note 3) Except Lamp power consumption. (*See Page 20) MODEL No. LM057QC'I"l!03 PAGE 10 SPEC No. SHARP .. 5-2 LC99908 MODEL No. PAGE 11 LM057QCTT03 Interface signals 0 LCD Display data signal 0 CCFT e7 No. Symbol VLl(HV) 1 2 3 “H” (ON), “L”(Oq CN? tCCFQ Description Note High voltage line(fiom Iuverter) for back light NC VL2(GND) Ground line(from Inverter) OTO : Used connector CNl : 53216-1510 (M0I-W CN2 : BHR-03VS-1 (‘S-4 CN3 : FPC Ag/C Conductor Correspondable connector CNl : 51021-1500 (MO=9 CN2 : SM02-(8.0)B-BHS-1 (‘ST) CN3 :SFWJR-5STE (Display functions and reliabilities WI) are not guaranteed for the usage of unspecified mating connectors.) MODEL No. SPEC No. SHARP PAGE LA4057QCTT03 LC99908 12 53.Interface timing LP ’ ‘40 pulses >r // N DO 1” 2” line’s I line’s data data I XCK l 320 *(3/g) oulses I 7 1 nnr FiP 7 Tnterface . tlm . InP COLUMN ------------------------ (2,319) 320 x 3(RGB) x 240 dots (240,l) (240,2) Fig.3 Dot chart of disDlav area (240,319) (2,3 4 0): (240,320) , iMODEL No. SPEC No. SHARP Ta=25 “C,VDD Input signal rise/fall time*1 Note 1) Due to the characteristics 13 LMO57QCTT03 LC99908 XCK 1 allowance time from LP f PAGE tLH t,*tr = 5.0 Vr5 %(3.3V t5 %) 200 - - lx3 - - 13 ns of the LCD module, “shadowing” effect becomes more visible as frame refresh frequency goes up. And also contrast ratio goes down and flickering becomes more visible as flame refresh frequency goes down. It is recommended to drive the display module according to the specified conditions. Recommended frame refresh frequency range is 70 Hz- 80 Hz. Note 2)LP signal must be continuous. And also its interval time from the falling edge to the rising edge must always be same and no greater than 70 cr s. MODEL SPEC No. SHARP LC99908 PAGE No. 14 LM057QCTT03 YD - t WLPH < r t 7 LP CK < tr t LS < xc \ / / \ tWCKH t LH > < VIH=0. av,, DO-7 v,, = 0. zv,, Fig.4 Interface timing chart tWCKL > I SPEC No. SHARP MODEL No. LC99908 PAGE 15 LM057QCTT03 6. Module Driving Method 6-1. Input data’and control signal One SEG(segment=column)driver is a 240 bit output LSI, consisting of shift registers, latch circuits and LCD driver circuits. Input data for each row (320 X 3[R,G,E?]) will be sequentially transferred in the form of 8 bit parallel data through shift registers by data transfer clock signal (XCK). When data transfer for one row (320 X 3[R.,G,B]) is completed, the data will be latched in the form of 320 x 3 parallel data corresponding to each column electrodes by the falling edge of latch signal (LP), then the drive pulses will be output to 320 X 3 lines of column electrodes of the LCD panel by the LCD drive circuits. At the same time. row N is selected by scan start-up signal (YD) and the contents of the data signals are displayed on the row N of the display screen according to the combinations of voltages applied to row and column electrodes. While the data row N are being displayed, data for row N+l are transferred After 320 X 3 data have been transferred, data will be latched by the falling edge of LP and output the data to the row N+l. Bach row will be sequentially selected as described above from N=l to N=240. One frame is completed after displaying 240”’ row. Then row scan starts from the 1st row again YD is the scan signal which drives row electrodes. If DC voltage is applied, it causes a chemical reaction in LC material and causes a deterioration of LC material. So, the polarities of driving pulses must be alternated by certain time period. Control signal M is the signal which changes the polarity of driving pulses. Power consumption of the LCD module goes up as clock(XCK) frequency goes up due to the nature of CMOS LSI used in it. This display module has 8 bit parallel data input so that it works at low clock frequency and rninin&e power consumption. 8 bit display data are assigned to DO-7. This display module also has a bus line system for data input to minimize the power consumption. Data input of each LSI driver works only when data is accessed Data Input for column electrodes and Chip Select of driver LSI work as follows: The driver LSI at the left end of the screen is selected first and 240 bits of data(30 x XCK) are transferred to itAfter transferring 240 data, the adjacent right side LSI right is selected. This process is sequentially continued until data is fed to the LSI at the right end of the screen. Thus display data is transferred sequentially through 8 bit bus line from the left to the right of the screen. / 8 1 SHARP SPEC No. LC99908 MODEL No. LM057QClT03 PAGF; 16 As this display module does not have display refresh RAM, display data and timing control signals must be supplied continuously. The timing chart of input signals are shown in Fig. 4 and Table 9. SPEC No. SHARP 7. iMODEL No. LC99908 PAGE LM057QCTT03 17 Optical Characteristics Contrast ratio co Response Rise r r time Decay rd Brightness B Module chromaticity white e x=e,=o o e,=e,=o 0 e x=e,=o o e,=ey=o 0 JL = 6.0 mA 25 40 _. 450 600 ms - 100 130 ms 120 1.50 - cd/m’ - X e,=e,=o o 0.28 0.33 0.38 - Y e .=e,=o o 0.29 0.34 0.39 - Note2) Note3) Note4) tey . tex -eY -eY of View Note 1) The viewing angle range is defmed as shown Fig.5 Note 2) Contrast ratio is defined as follows: co Luminance( brightness) of all pixels “White” at Vmax Luminance( brightness) of all pixels ” Dark ” at Vmax Vmax is defined in Fig.7. Note 3) The response speed of LCD module is defined as the response characteristics of photo-detector output shown in Fig.6 when the measured dot is turned on and off in the setting shown in Fig.8 No&) Luminance is defined as average luminance (brightness) of measuring points (a>-@) All pixels of LCD are “white’. at Vmax. SPEC SHARP MODEL No. PAGE No. 18 LM057QCTT03 LC99908 Co max L/ I Field: 2 ’ te Vma Vbl x Measuring Spot Size : 4 10 mm 8x: Angle from “normal” to measuring direction along the horizontal axis. By: Angle from “normal” to measuring direction along the vertical axis. Fig.6 Optical Characteristics Test Method Fig.7 Definition I of Vmax (Response Speed Measurement) Ta = 25 “C In the dark room TOPCON (Measuring BM7 + quartz fiber spot size : 9 10 mm, Measuring Field : 2 ’ ) eY(+),, \ 80 mm \ / LCD Module Fie. 8 Outical Characteristics Test Method D[ Computer I t age ) MODEL No. SPEC No. SHARP LM057QCTT03 LC99908 l/240 D uty rr: Rise time rd: Decay time XCK 7 4 SEG Drv. YD X+,Y+.X-,Y- Touch panel CCFT L Inverter I *Signal ground(Vss) 19 Ratio . .. efrnttlon nn- is connected .lO Circuit block diaorm with I PAGE the metal i SPEC &iARP MODEL No. PAGE LM057QClT03 LC99908 I I 8.Characteristics No. 20 I of Backlight The ratings are given on condition that the following conditions. 1) Rating(Note) L Parameter MIN. TYP. Brightness 120 150 cd/m’ 2) Measurement circuit : CXA-MlOL(TDK) (at 3) Measurement equipment : BM-7 (TOPCON Corporation) 4) Measurement conditions 4-l. Measurement circuit voltage : DC = 12.OV, 4-2. LCD: AI1 digits WHITE, l/tFRM 4-3. Vat,= 5.0 V(3.3V), unit MAX IL = 6.0 m4rms) at primary side V,, = Vmax, D7-0 :“H”(White) = 75 Hz Ambient temperature : 25 “C Measurement shall be executed 30 minutes after turning on. 5) 5-l. Rating (lpc) *1 It is recommended that IL is no greater than 6 mArms so that the effect of heat radiation from CCFT backlight on display quality is minimized *2 Power consumption excluded inverter efficiency loss. *3 The output voltage of the inverter should be set to Vs adding some margin as Vs of CCFT bulb may be increased due to AC coupling leakage to the chassis of the LCD module. *4 Average life time of CCFT bulb will be decreased when LCD is operated at lowtemperature. / MODEL No. SPEC No. SHARP PAGE LM057QCTT03 LC99908 6) Operating life The operating life time is 25 000 hours or more at 6 mArms, 25 + 1°C (Operating life with CXA-MlOL or quivalent.) The inverter should meet the following conditions to keep the specified life time of used lamp; -Sine wave form, symmetric in positive and negative, no ripple or spike pulse -Output frequency range: 4Oh-80 kH2 Check well that CCFT works properly with enough aging time. The operating life time is defined as the time either of following conditions are met. -When the luminance or amount of light output is decreased to 60 % of the initials value. -When the kick-off voltage reaches Maximum (NOTE) value in Table 11. Ratings are defined as the average brightness inside the viewing area specified in Fig.11. 60 180 dots I I 80 160 I 240 dots (l-5) Activation Surface hardness Optical clarity Finger - 0.5 N Stylus - 0.5 N - - - so - % 2H 21 I SPEC No. SHARP rMODEL No. IX99908 PAGE LM057QCTT03 10. Supply voltage sequencecondition The power ON/OFF sequenceshown on Fig. 12 must be kept to avoid latch-up of driver LSI and DC voltage charge to LCD panel. 500 ms MIN. (Note 1) V DD YD LP XCK DATA DISP VEE -+-i.. Se-n Symbol a b c . d e POWER ON Allowable value OmsMIN. 1sMAx. 20 ms MIN. 100 11sMAX 0 ms MIN. 0 ms MIN. Symbol f g h i POWER OFF Allowable value 0 ms MIN. 1SMAX. 20msMIN. 20 ms MIN. 0 ms MIN. Note 1) Power ON/OFF cycle time. All signals and power lines must be switched in accordancewith above sequenceduring power ON/OFF cycle. 22 MOUt 908 n 5. 3to.5 _I & I ,_ II PAGE 23 IY5tY ;;d 4. 05to.s I- 1 NO d57QCTT03 ml;; I I INTERFACE 1. 3(CNl) CCFT T/P CONNECTOR CONNECTOR CONNECTOR 2-4 8.9 ‘_ 7. 5 12. 5 _ I m x I 10 I 118.4 121. 2 131. 7+0 3 I Mirr 1111 ; litllllllf~i I Clils llllihl (l/p) IT/p) IT/P) I 3. -+/ J 1 1 TOLERANCE 2) TOLERANCE 3) OBLIQUITY iI I I im BF7FL OPENNIG ACTIVE ARFA / I I i0 t X-DIRECTION Y-DIRECTION OF DISPLAY CO LCD MODU!E OUTLINE DIMENSiON' ARFA A 3. 21*0. 5 E 3. lr*O 5 AREA IC-DICO.5 CCFT : 53261-:SlO~MOLEX) UL3567 AWG26 CTOR : BHR-03~S-1 (JST) 0 TOL TO BE to. 5 AUKI amm