RECORD OF REVISION DATE SHEET No. SUMMARY 7B64PS 2703- CHANGE: DEC.02.’94 LMG7380QHFC-2 (2) 160.0*68.0*11.0 PAGE 3-1/1 ↓ (2) 160.0*68.0*12.0 CHANGE: 7B64PS 2706- (1) VDD-V0=15.8 → 15.0V LMG7380QHFC-2 (2) Y=65 Y=128 Y=192 PAGE 6-2/2 ↑ ↑ ↑ Y=60 Y=120 Y=180 X=16←X=30 X=32←X=65 X=48←X=95 7B64PS 2707- CHANGE: CONTROLLER TIMING LMG7380QHFC-2 ↑ PAGE 7-1/1 REVERSE ↓ CONTROLLER TIMING ↑ REVERSE 7B64PS 2709- CHANGE: LMG7380QHFC-2 PAGE 9-1/3 11.0max → 12.0 max KAOHSIUNG HITACHI SH. DATA Feb.10.’95 7B64PS 2702-LMG7380QHFC-3 PAGE 2-1/2 ELECTRONICS CO.,LTD No. RECORD OF REVISION DATE SHEET No. SUMMARY DEC.02.’94 7B64PS 2705- CHANGE: LMG7380QHFC-2 (1) TYP. MAX. TYP. MAX. PAGE 5-1/1 IDD=11.7 14.0 IDD=11.0 14.0 → IEE=2.5 4.0 IEE=1.9 4.0 (2) TYP. TYP. (16.9) → (16.2) VDD-V0 (15.8) VDD-V0 (15.0) (15.4) (14.6) (3) VDD-V0=(15.8)V → (15.0)V FEB.07.’95 7B64PS 2704- CHANGE: OPERATING LMG7380QHFC-3 MIN MAX PAGE 4-1/1 AMBIENT TEMPREATURE 0°C 40°C ↓ OPERATING MIN MAX AMBIENT TEMPREATURE 0°C 50°C 7B64PS 2705- CHANGE: CONDITION TYP. LMG7380QHFC-3 VDD-V0 (14.6) Ta=40°C,ϕ=10° PAGE 5-1/1 ↓ CONDITION TYP. VDD-V0 (14.3) Ta=50°C,ϕ=10° KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2703-LMG7380QHFC-3 PAGE 2-2/2 ELECTRONICS CO.,LTD No. 3. MECHANICAL DATA (1) PART NAME LMG7380QHFC (2) MODULE SIZE 160.0(W)mm * 68.0(H)mm * 12.0(D)mm max. (3) DOT SIZE 0.44 (W)mm * 0.44 (H)mm (4) DOT PITCH 0.47 (W)mm * 0.47 (H)mm (5) NUMBER OF DOTS 256 (W) * 64 (H) DOTS (6) DUTY 1/64 (7) LCD FILM TYPE BLACK/WHITE (POSITIVE/NEGATIVE TYPE). THE UPPER POLARIZER IS ANT-GLARE. TYPE. (HARDNESS.3H) THE BOTTOM POLARIZER IS TRANSMISSIVE TYPE. (8) VIEWING DIRECTION 6 O’CLOCK (9) BACK LIGHT COLD CATHODE FLUORESCENT LAMP (10) CONTROLLER T6963C KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2703-LMG7380QHFC-3 PAGE 3-1/1 ELECTRONICS CO.,LTD No. 4. ABSOLUTE MAXIMUM RATINGS 4.1 ELECTRICAL ABSOLUTE MAXIMUM RATINGS. VSS=0V:STANDARD ITEM SYMBOL MIN, MAX. UNIT COMMENT POWER SUPPLY FOR LOGIC VDD-VSS 0 6.5 V POWER SUPPLY FOR LC DRIVE VDD-VEE 0 20.5 V INPUT VOLTAGE Vi -0.3 VDD+0.3 V INPUT CURRENT Ii 0 1 A STATIC ELECTRICITY - - - - NOTE 1 NOTE 1 MAKE CERTAINS YOU ARE GROUNED WHEN HAND HANDLING LCM. 4.2 ENVIRONMENTAL ABSOLUTE MAXIMUM RATINGS ITEM OPERATING OPERATING COMMENT MIN, MAX. MIN, MAX. AMBIENT TEMPERATURE 0°C 50°C -20°C 60°C NOTE 2,3 WITHOUT HUMIDITY NOTE 1 NOTE 1 CONDENSATION 2 2 4.9 m/s 19.6 m/s VIBRATION - (0.5G) - 2G NOTE 4 NOTE 5 2 2 29.4 m/s 490.0 m/s XYZ DIRECTIONS SHOCK - - (3G) (50G) CORROSIVE GAS NOT ACCEPTABLE NOT ACCEPTABLE NOTE 1 Ta<=40°C : 85%RH max. Ta>40°C : ABSOLUTE HUMIDITY MUST BE LOWER THAN THE HUNIDITY OF 85%RH AT 40°C NOTE 2 Ta AT -20°C ----- <48HRS, AT 60°C ----- <168HRS NOTE 3 BACKGROUND COLOR CHANGES SLIGHTLY DEPENDING ON AMBIENT TEMPERATURE. THIS PHENOMENON IS REVERSIBLE. HIGHER STARTING VOLTAGE OF CFL AND HIGHER LCD DRIVING VOLTAGE ARE NEEDED WHILE OPERATING AT 0°C. THE LIFE TIME OF CFL WILL BE REDUCED WHILE OPERATING AT 0°C NEED TO MAKE SURE OF VALUE OF IL AND CHARACTERISTICS OF INVERTER. ALSO THE RESPONSE TIME AT 0°C WILL BE SLOWER. NOTE 4 5Hz~100Hz (EXCEPT RESONANCE FREQUENCY) NOTE 5 THIS MODULE SHOULD BE OPERATED NORMALLY AFTER FINISH THE TEST. KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2704-LMG7380QHFC-3 PAGE 4-1/1 ELECTRONICS CO.,LTD No. 5. ELECTRICAL CHARACTERISTICS 5.1 ELECTRICAL CHARACTERISTICS OF LCM ITEM SYMBOL CONDITION MIN. TYP. MAX. UNIT POWER SUPPLY VOLTAGE VDD-VSS - 4.75 5.0 5.25 V FOR LOGIC LC DRIVER CIRCUIT VEE-VSS - -15.5 -15.0 -14.5 V POWER SUPPLY VOLTAGE INPUT VOLTAGE H LEVEL 0.8VDD - VDD V VI L LEVEL 0 - 0.2VDD V POWER SUPPLY CURRENT IDD VDD-VSS=5.0V - 11.0 14.0 mA FOR LOGIC NOTE 1 POWER SUPPLY CURRENT IEE VDD-VSS=5.0V - 1.9 4.0 mA FOR LCD RIVING NOTE 1 RECOMMENDED Ta= 0°C , ϕ=10° - (16.2) - V LC DRIVING VOLTAGE VDD-V0 Ta=25°C , ϕ=10° - (15.0) - V NOTE 2 Ta=50°C , ϕ=10° - (14.3) - V FRAME FREQUENCY NOTE 3 fFRAME - - 75 - Hz NOTE 1: fFRAME=75Hz , VDD-V0=(15.0)V , Ta=25°C NOTE 2: RECOMMENDED LC DRIVING VOLTAGE FLUCTATE ABOUT +/-1.0V BY EACH MODULE. TEST PATTERN IS ALL “Q”. NOTE 3: NEED TO MAKE SURE OF FLICKERING AND RIPPLING OF DISPLAY WHEN SETTING THE FRAME FREQUENCY IN YOUR SET. 5.2 ELECTRICAL CHARACTERISTICS OF BACKLIGHT ITEM SYMBOL MIN. TYP. MAX. UNIT NOTE LAMP VOLTAGE VL - 360 - V Ta=25°C FREQUENCY fL 30 70 85 KHz Ta=25°C LAMP CURRENT IL 2.5 5 5.5 mA Ta=25°C VS STARTI DISCHARGE VOLTAGE (1000) - - V Ta=25°C NOTE 2 NOTE 1 PLEASE CERTAINLY INFORM HITACHI BEFORE DESIGNING. LAMP DRIVE CIRCUIT ACCORDING TO THE ABOVE SPECIFICATIONS. NOTE 2 STARTING DISCHARGE VOLTAGE IS INCREASED WHEN LCM IS OPERATING AT IOWER TRMPERATURE. PLEASE CHECK THE CHARACTERISTICS OF INVERTER BEFORE APPLING. NOTE 3 AVERAGE LIFE TIME OF CFL WILL BE DECREASED WHEN LCM IS OPERATING AT LOWER TEMPERATURE. KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2705-LMG7380QHFC-3 PAGE 5-1/1 ELECTRONICS CO.,LTD. No. 6. OPTICAL CHARACTERISTICS 6.1 OPTICAL CHARACTERISTICS Ta=25°C (BACKLIGHT) ITEM SYMBOL CONDITION MIN. TYP. MAX. UNIT NOTE VIEWING AREA ϕ2-ϕ1 K>=2.0 30 40 - deg 1,2 CONTRAST RATIO K ϕ=10° θ=0° - 20 - - 3 RESPONES TIME (RISE) tr ϕ=10° θ=0° - (160) - ms 4 RESPONES TIME (FALL) tf ϕ=10° θ=0° - (110) - ms 4 (MEASURE CONDITION BY HITACHI) NOTE1. DEFINITION OF θ AND ϕ NOTE3. DEFINITION OF CONTRAST “K” BRIGHTNESS ON SELECTED DOT (B1) Z (NORMAL) K= ϕ2 BRIGHTNESS ON NON-SELECTED DOT (B2) (B1) ϕ1 (Di=”H”) y(θ=180°) B1 ϕ=10° X X’ (B2) (Di=”L”) y'(θ=0°) B2 OPERATING VOLTAGE NOTE2. DEFINITION OF VIEWING ANGLE ϕ1 AND ϕ2 ϕ K ϕ1<10°<ϕ2 ϕ=0° 2.0 SENSER ϕ1 ϕ2 CONTRAST RATIO K VS VIEWING ANGLE ϕ LCD BACKLIGHT NOTE4. DEFINITION OF OPTICAL RESPONSE NON-SELECTIVE ATATE SELECTIVE ATATE NON-SELECTIVE ATATE 10% 100% 90% tr tf RISE TIME FALL TIME KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2706-LMG7380QHFC-3 PAGE 6-1/2 ELECTRONICS CO.,LTD. No. BRIGHTNESS BRIGHTNESS 6.2 OPTICAL CHARACTERISTICS OF BACKLIGHT (LCM , BACKLIGHT ON , Ta=25°C) ITEM MIN. TYP. MAX. UNIT NOTE 2 BRIGHTNESS 70.0 90.0 - CD/m IL=5mA , NOTE 1,2 RISE TIME - 5 - MINUTE IL=5mA , BRIGHTNESS 80% BRIGHTNESS UNIFORMITY - - +/-30 UNDERMENTIONED NOTE 1,3 CFL : INITIAL Ta=25°C , VDD-V0=15.0V DISPLAY DATA SHOULD BE ALL “ON”. NOTE 1 : MEASUREMENT AFTER 10 MINUTES OF CFL OPERATING. NOTE 2 : BRIGHTNESS CONTROL : 100% NOTE 3 : MEASUREMENT OF THE FOLLOWING 9 PLACES ON THE DISPLAY. DEFINITION OF THE BRIGHTNESS TOLERANCE. Y=64 Y=128 Y=192 Y=16 Y=32 Y=48 MAX BRIGHTNESS OR MIN BRIGHTNESS – AVERAGE BRIGHTNESS ( ) * 100 AVERAGE BRIGHTNESS KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2705-LMG7380QHFC-3 PAGE 6-2/2 ELECTRONICS CO.,LTD. No. 7. BLOCK DIAGRAM KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2707-LMG7380QHFC-3 PAGE 7-1/1 ELECTRONICS CO.,LTD. No. F/S CE FLM RET X1 CL1 C/D CONT- LCD WR ROLLER CL2 256 * 64 64 IC1 RD D1 DB0 8 X64 DB7 Y1 Y256 OSC 13 80 80 16 RAM 8 IC2 IC4 IC5 VDD POWER VSS VLCD CIRC- V0 UIT VEE REVERSE TIMING M' ~ 8.1 INTERFACE TIMING CHART ITEM SYMBOL MIN. TYP. MAX. UNIT C/D SETUP TIME tCDS 100 - - ns C/D HOLD TIME tCHD 10 - - ns CE , RD , WR PULSE WIDTH tCE , tRD , tWR 80 - - ns DATA SETUP TIME tDS 80 - - ns DATA HOLD TIME tDH 40 - - ns ACCES TIME tACC - - 150 ns OUTPUT HOLD TIME tOH 10 - 50 ns VIH VIH C/D VIL VIL tCDS tCDS VIH CE VIL VIL tCE , tRD , tWR VIH RD,WR VIL VIL tDS VIH VIH D0~D7 (WRITE) VIL VIL tDH VIH VIH D0~D7 (READ) VIL VIL tACC tOH KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2708-LMG7380QHFC-3 PAGE 8-1/2 ELECTRONICS CO.,LTD. No. 8.2 TIMGING OF POWER SUPPLY AND INTERFACE SIGNAL 4.75V 4.75V 4.75V VDD VDD 0~50ms 0~50ms GND GND VALID DATA SIGNAL SIGNAL GND GND VEE VEE GND GND 0 min. 0 min. POWER ON POWER OFF THE MISSING PIXELS MAY OCCUR WHEN THE LCM IS DRIVEN BEYOND ABOVE POWER INTERFACE TIMING SEQUENCE. 8.3 POWER SUPPLY FOR LCM (EXAMPLE) VDD +5V LCM VSS -15.0V V0 VR VEE VR : 10~20K Ω VDD-V0 : LCD DRIVING VOLTAGE KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2708-LMG7380QHFC-3 PAGE 8-2/2 ELECTRONICS CO.,LTD. No. 9.1 DIMENSIONAL OUTLINE 160.0+/-0.5 INTERFACE 3.0+/-0.3 154.0+/-0.3 A01 VSS 12.5+/-0.5 138.0+/-0.5 A02 VDD 11.0+/-0.5 141.0+/-0.5 6.5+/-0.5 1.2+/-0.19 A03 V0 124.3+/-0.3 6.8+/-0.3 A04 C/D (2.0) 120.29+/-0.1 A05 WR A06 RD A07 DB0 A08 DB1 A09 DB2 A10 DB3 BEZEL OPENING A11 DB4 ACTIVE AREA A12 DB5 0.44 A13 DB6 A14 DB7 0.47 A15 CE A16 RET A17 VEE A18 DISP.OFF A19 F/S A20 REVERSE CFL I/F (49.5) 4 -ϕ3.0 1 GND 1 4 2 N.C CN2 12.0 max 3 N.C 4 H.V VIEWING DIRECTION UNIT: mm CONTROLLER : T6963C CFL - I/F CONNECTOR SCALE: NTS MITSUMI M63M83 - 04 APPLIED TO : MITSUMI M61M73 - 04 MITSUMI M60 - 04 - 30 - 114P MITSUMI M60 - 04 - 30 - 134P NOTE(1): CONNECTOR ON THE LSI SIDE OF PCB TYPE: LZ-20P-SL-SMT-E3000 ( MAKER: JAE ) Kaohsiung Hitachi Sh. Date Feb.07.'95 3283PS 2709-LMG7380QHFC - 3 Page 9-1/3 Electronics Co.,Ltd. No. CN1 NOTE(1) 0.44 0.47 (50) 30.05+/-0.1 (2.0) 34.05+/-0.5 9.1+/-0.5 51.0+/-0.5 (1.2) 3.0+/-0.3 62.0+/-0.3 68.0+/-0.5 9.2 DISPLAY PATTERN 120.29 (256 DOTS) 0.44 0.47 SCAL : NTS UNIT : mm MEASUREMENT TOLERANCE : +/-0.1 KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2709-LMG7380QHFC-3 PAGE 9-2/3 ELECTRONICS CO.,LTD. No. 30.05 (64 DOTS) 0.47 0.44 9.3 INTERFACE PIN CONNECTION CN1 PIN No. SYMBOL FUNCTION A1 VSS(0V) GROUND A2 VDD(+5V) POWER SUPPLY FOR LOGIC CIRCUIT A3 V0 POWER SUPPLY FOR LCD DRIVE WR=”L”:C/D=”H” COMMAND WRITE C/D=”L” DATA WRITE A4 C/D RD =”L”:C/D=”H” STATUS READ C/D=”L” DATA READ A5 WR DATA WRITE (DATA WRITE AT “L”) A6 RD DATA READ (READ DATA AT “L”) A7~14 DB0~DB7 DATA BUS A15 CE CHIP ENABLE (CE MUST BE “L”) A16 RET RESET A17 VEE(-15V) POWER SUPPLY FOR LCD DRIVE A18 D.OFF NC/DISPLAY GND/DISPLAY OFF CHARACTER FONT SELECT : F/S=”H” 6*8FONT A19 F/S F/S=”H” 6*8FONT A20 REVERSE DISPLAY MODE REVERSE. CN2 INTERFACE PIN No. SYMBOL LEVEL FUNCTION 1 GND - CFL GND CFL 2 N.C - - CFL I/F 3 N.C - - 4 H.V - POWER SUPPLY FOR CFL CFL I/F : MITSUMI M63M83-04 SUITABLE CONNECTOR : MITSUMI M61M73-04 MITSUMI M60-04-114P (STRAIGHT) MITSUMI M60-04-30-134P (ANGLE) SUITABLE INVERTER : HARISON INVC191 KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2709-LMG7380QHFC-3 PAGE 9-3/3 ELECTRONICS CO.,LTD. No. 10. APPEARANCE STANDARD 10.1 APPEARANCE INSPECTION CONDITION VISUAL INSPECTION SHOULD BE DONE UNDER THE FOLLOWING CONDITION. (1) IN THE DARK ROOM (2) WITH CFL PANEL LIGHTED WITH PRESCRIBED INVERTER CIRCUIT. (3) WITH EYES 25cm DISTANCE FROM LCM. (4) VIEWING ANGLE WITHIN 45 DEGREES FROM THE VERTICAL LINE TO THE CENTER OF LCD. EYE EYE 45° 45° LCD BEZEL 10.2 DEFINITION OF EACH ZONE A ZONE : WITHIN THE EFFECTIVE DISPLAY AREA SPECIFIED AT PAGR 9-1/3 OF THIS DOCUMENT. B ZONE : AREA BETWEEN THE WINDOW OF BEZEI LINE AND THE EFFECTIVE DISPLAY AREA LINE SPECIFIED AT AT PAGE 9-1/3 OF THIS DOCUMENT. EFFECTIVE DISPLAY AREA WINDOW OF BEZEL A ZONE B ZONE KAOHSIUNG HITACHI SH. DATA Feb.07.’95 7B64PS 2710-LMG7380QHFC-3 PAGE 10-1/5 ELECTRONICS CO.,LTD. No. 10.3 APPEARANCE SPRCIFICATION (1) LCD APPEARANCE *) IF THE PROBLE OCCURES, ABOUT THIS ITEM, THE RESPONSIBLE PERSON OF BOTH PARTY (CUSTOMER AND HITACHI) WILL DISCUSS MORE DETAIL. No. ITEM CRITERIA A B SCRATCHES DISTINQUISHED ONE IS NOT ACCEPTABLE * - (TO BE JUDGED BY HITACHI STANDARD) DENT SAME AS ABOVE * - WRINKLES IN POLARIZER SAME AS ABOVE * - BUBBLES AVERAGE DIAMETER MAXINUM NUMBER D(mm) ACCEPTABLE D<=0.2 IGNORE Ο - 0.2