OPTOELECTROMICS 0.7" 5x7 DOT MATRIX DISPLAYS MONTH CODE/ BIN GRADE me 12.7403 (504.01) 7 PIN 12 elolelelc rta_/ B3884 re 35x#2.0.08) IO OOOO 4624160) (oso, 5 ost. 60). 50000 B Qddd6g | | R= lalelelelc: C 2.54xK4, _I =10.16(.40) 5.0(.20) 7 6.3(.25) __t PING -- PIN 7 7-8(20) ST2623 NOTES: 1. ALL PINS ARE 60.5 (.02). 2. DIMENSION IN MILLIMETERS (INCH), TOLERANCE IS 0.25 (.01) UNLESS OTHERWISE NOTED. _ ABSOLUTE MAXIMUM RAT YELLOW Power dissipation per dot ............... 60 Peak forward current per dot ............ 80 (Duty cycle 1/10, 10KHz) Continuous |; per dot...............02.. 20 Reverse voltage per dot ..............., 5 Operating and operating temperature range ............. Soldering time at 260C (1/16 inch below seating plane) HER GMA7175CA GMC 7175CA YELLOW GMA 7475CA GMC 7475CA GREEN GMA 7975CA GMC 7975CA The GMX7X75CA series are 0.7 (17.2mm) matrix height 5X7 dot matrix displays. All these parts are available in grey face and white dot color. The X in GMX denotes row anode or row cathode. 0.7" (17.8mm) matrix height Choice of 3 colors green, yellow and HER Low power consumption 5 X 7 array with X-Y select Stackable vertically and horizontally Choice of 2 matric orientation cathode column or anode column w Easy mounting on PCB or sockets Categorized for luminous intensity HER GREEN UNITS 70 75 mw 100 100 mA 25 25 mA 5 5 Vv Le eee teen e eee eee e eens 25C to +85C eee ened enna eens 3 sec OPTOELECTRONICS PARAMETER Average luminous intensity Peak emission wavelength Spectral line half-width Forward voltage, any dot Reverse voltage, any dot 0.7"5x7 DOT MATRIX DISPLAYS UNITS TEST CONDITIONS ped -=20 mA nm (-=20 mA nm |-=20 mA v =20 mA Va=5V Ambient Temperature (Ta) - C C3034 Fig. 4. Max. Forward Allowable DC Current Per Seg. vs. Ambient Temperature 50 120 3 100 P25 40 5 \ xz 2 = * 80 = 2 = 30 3 g o = 60 2 15 5 6 s S 20 2 3 3 40 g! z @ 3 ge 10 20 & 05 0 / O 0 1.2 16 20 24 28 480 560 640 720 800 0 5 10 15 20 2 30 Forward voltage (V-) - volts. Wavelength (A) nm. Forward Current (I-) - mA C3031 C3032 C3033 Fig. 1. Forward Current vs. Fig. 2. Spectral Response Fig. 3. Relative Luminous Intensity vs. Farward Voltage Forward Current (Per Segment) 28 1000 2 800 24 500 20 <x = E 200 2 wm 1 16 a S 5 = 100 =z 15 eS Cc 12 5 80 g 5 50 2 oO 8 Oo 3 a x x a 3 =4 a 20 0 10 0 0 20 40 60 80 90 o 2 5 10 20 50 100 10 20 40 oc Duty Cycle % C3035 Fig. 5. Max. Peak Current vs. Duty Circle % (Refresh RateF=1 KHz) Duty Cycle % C3036 Fig. 6. Luminous Intensity vs. Duty Cycle % (Average 1=10 mA Per Seg.} 0.7"5x7 DPTOELECTROMICS DOT MATRIX DISPLAYS PARAMETER UNITS TEST CONDITIONS Average luminous intensity ped |-=20 mA Peak emission wavelength nm |-=20 mA Spectral line half-width nm |-=20 mA Forward voltage, any dot : Vv |;-=20 mA Reverse voltage, any dot V,=5V 50 3 2 40 3S , z g > 2 = s 2 g* s 2 as E 6 a oD 3 Oo 20 2 3 3 3 g = & 5 2 10 & 05 0 0 1.2 1.6 2.0 2.4 28 480 560 640 720 800 o 5 10 #15 20 25 30 Forward voltage (V-) - volts. Wavelength (A) mm Forward Current (Ip) - mA C3037 C3038 C3039 Fig. 1. Forward Current vs. Fig. 2. Spectral Response Fig. 3. Relative Luminous Intensity vs. Forward Voltage Forward Current (Per Segment) 1000 800 500 < = = ! ! 200 = = S 2 @ > 2 5 = 100 & 5 e 80 o Oo 5 2 a G 50 & % s 2 = & 20 10 0 20 40 60 80 90 0 2 5 10 20 50 100 10 20 40 oc Ambient Temperature (Ta) - C Duty Cycle % Duty Cycle % C3040 C3041 C3042 Fig. 4. Max. Forward Allowable Fig. 5. Max. Peak Current vs. Fig. 6. Luminous intensity vs. DC Current Per Seg. vs. Duty Circle % Duty Cycle % Ambient Temperature (Refresh RateF=1 KHz) (Average 1=10 mA Per Seg.) OPTDELECTRONICS PARAMETER Average luminous intensity Peak emission wavelength Spectral line half-width Forward voltage, any dot Reverse voltage, any dot 0.7" 5x7 DOT MATRIX DISPLAYS UNITS ped TEST CONDITIONS -=20 mA l-=20 mA l-=20 mA Vv |-=20 mA Va=5V Am Am 50 120 3 < 40 100 p25 2 # 5 = 1 80 = 2 = 30 - ra = 2 a Cc = 2 S a 60 2 15 3 20 g E 2 = 40 = 4 g g g 10 ir S & / 20 S05 c 0 Q 0 1.2 1.6 2.0 2.4 2.8 480 560 640 720 800 0 5 #10 15 20 25 30 Forward voltage (Ve) - volts. Wavelength (A) nm. Forward Current (Ip) mA C3043 03044 C3045 Fig. 1. Forward Current vs. Fig. 2. Spectral Response Fig. 3. Relative Luminous Intensity vs. Forward Voltage Forward Current (Per Segment) 1000 800 2 500 = 200 | 1 = 100 2 5 = 80 gts oO 5 50 ro 8 3 g wo x 3 rc 3 10 0 0 20 40 60 80 90 o 2 58 10 20 50 = 100 10 20 %0 DC . se 9 Ambient Temperature (Ta) - C Duty Cycle % Duty Cycle % C3046 C3047 C3048 Fig. 4. Max. Forward Allowable Fig. 5. Max. Peak Current vs. Fig. 6. Luminous Intensity vs. DC Current Per Seg. vs. Duty Circle % Duty Cycle % Ambient Temperature (Refresh RateF=1 KHz) (Average 1=10 mA Per Seg.) DPTOELECTRONICS 0.7"5x7 DOT MATRIX DISPLAYS PIN NO. GMA7X75CA GMC7X75CA 1 Cathode column 1 Anode column 1 2 Anode row 3 Cathode row 3 3 Cathode column 2 Anode column 2 4 Anode row 5 Cathode row 5 5 Anode row 6 Cathode row 6 6 Anode row 7 Cathode row 7 7 Cathode column 4 Anode column 4 8 Cathode column 5 Anode column 5 9 Anode row 4 Cathode row 4 10 Cathode column 3 Anode column 3 11 Anode row 2 Cathode row 2 12 Anode row 1 Cathode row 1 11 2 GMC7X75CA PIN 1 3 0 7 PIN 1 3 10 7 | COLUMN() () | COLUMN@) (@) @) ROW , , ROW > > 2 O@ +444 ew 11 @) + PoP a ym) PP yrmytety PoP | my yy oy | Puyo hPa He Te He He He Hee) He pe Hee rege) Heh terete te] He pee He tet te) ee eg : Q Ge GF