FC1601E04-NSWBBW-91LE 3 GENERALSPECIFICATIONS FEATURES AVAILABLE OPTIONS CHARACTERISTICS CODE No. 1616 CharactersCharacters byby 11 LinesLines DISPLAY FORMAT FC1601E04 1~6 Negative Transmissive POLARIZER OPTIONS N 7 Edge Type LED Backlight (Standard version) BACKLIGHT TYPE OPTIONS S 8 BACKLIGHT COLOR OPTIONS White color W 9 10 Blue STN LCD PANEL OPTIONS B 6:00(Bottom) 11 VIEWING ANGLE OPTIONS B -20C~70C, Single Supply Voltage TEMPERATURE RANGE OPTIONS W 12 SUGGESTED DRIVING VOLTAGE Vlcm=3.0V Vled=3.0V 9 13 SUGGESTED LED DRIVING MODE PIN15: LED+, PIN16:LED- 1 14 CONTROLLER SPLC780D L 15 1 FONT MAP CODE E Version E 16 DRIVING DUTY 1/16 DRIVING BIAS 1/5 1 Please ask for datasheet of the mentioned controller from FORDATA or FORDATA s authorized distributors. You can find the related information including AC & DC characteristics, Write & Read Timing diagram, Instruction table and descriptions, DDRAM & CGRAM, Rest Function and so on from the datasheet of controller. 1 You can ask for the example of software program (C language) from FORDATA or FORDATA s authorized distributors. MECHANICAL SPECIFICATIONS OVERALL SIZE 80.0W x 36.0H mm THICKNESS max 13.5 mm mm mm VIEWING AREA 64.5W x 13.8H HOLE-HOLE 75.0W x 31.0H CHARACTER SIZE 6.56W x 3.07H CHARACTER PITCH 0.7W mm mm mm DOT SIZE 0.55W x 0.75H DOT PITCH 0.08W x 0.08H mm ABSOLUTE MAXIMUM RATINGS ITEM SYMBOL CONDITION MIN TYP MAX UNIT POWER SUPPLY ( LOGIC) Vdd -0.3 7.0 V 25 C POWER SUPPLY (LCD) V0 Vdd -13.5 Vdd +0.3 V 25 C INPUT VOLTAGE Vin -0.3 Vdd +0.3 V 25 C Vopr OPERATING TEMPERATURE -20 70 C STORAGE TEMPERATURE Vstg -30 80 C * ELECTRONIC CHARACTERISTICS ICONS ITEM SYMBOL CONDITION MIN TYP MAX UNIT INPUT VOLTAGE Vlcm = Vdd 3.0 V 3.0V SUPPLY CURRENT Idd Vdd=3V 1.3 mA -20 C 0C DRIVING VOLTAGE Vlcd = (Vdd - V0) V 25 C FOR LCD PANEL 50 C 70 C All data are recorded from TEST REPORT FSYP000700022 *FC1601E04-NSWBBW-91LE 4 LCDPANELCHARACTERISTICS LCD CHARACTERISTICS FOR STN/FSTN TYPE LCD Panel (TA=25 C, Vlcd=3.0V 0.5V) ICONS ITEM SYMBOL CONDITION MIN TYP MAX UNIT 40 21 deg VIEWING ANGLE K=4 60 H C CONTRAST RATIO K 10 RESPONSE TIME(RISE) ms TR 150 250 FFF RESPONSE TIME(FALL) ms TF 150 250 DEFINITION OF VIEWING ANGLE 1 & 2 DEFINITION OF ANGLE & 2 Y( = 180 ) 1 1.4 X X 12 Y( = 0 ) Viewing Angle DEFINITION OF CONTRAST RATIO K(=B2/B1) DEFINITION OF OPTICAL RESPONSE TIME TR & TF B2 Brightness Curve for Non- selected Segment Non-Select Non-Select Select Signal Brightness Curve for selected Segment B1 TR TF Time(ms) Rise Time Fall Time Setpoint Driving Voltage LED CHARACTERISTICS ICONS ITEM SYMBOL CONDITION MIN TYP MAX UNIT LED FORWARD VOLTAGE Vf 3.0 V 25 C If=15mA LED FORWARD CURRENT 2 If 15 mA 25 C A LED REVERSE CURRENT Ir 10 25 C Vr=5.0V X coordinate 0.26 0.30 LED COLOR RANGE 25 C If=15mA Y coordinate 0.27 0.31 2 LED BRIGHTNESS (WITHOUT LCD) Lv 390 cd/m 25 C If = 15mA LED BRIGHTNESS UNIFORMITY Lvmin/Lvmax 70 Ratio 25 C If = 15mA LED LIFE TIME 9K Hours 3 25 C If = 15mA ,., 2 YOUR ATTENTION: It is constant current (not constant voltage) that should be applied when driving LED backlight. Therefore, this data is very important *25 C,,Ifm,IfpPd -0.36*1mA/ C() -0.86*1 mA/ C(),-75*1mW/ C. IfmIfpr 60%. For operation above 25 C,The Ifm Ifp & Pd must be derated,the Curent derating is -0.36*1mA/ C for DC drive and -0.86*1 mA/ C for Pulse drive, the power dissipation is -75*1 mW/ C The product working current must not be more than 60% of the Ifm ir Ifp according to the working temperature. 8,.. 3 If you want to drive the LED Backlight uninterruptedly over 8hours, this version is not suggested. Please consult long life design solution from FORDATA or FORDATAs authourized distributors. Brightness(%) Brlghtness(%) Contrast Ratio K 90% 100% 10%