QUALITY TECHNOLOGIES CORP 66 oD e4bb651 0003165 a +-4)-a1 DIFFUSED T-100 GENERAL INSTRUMENT MSs rep MV50640 veLLow MV5364X HIGH EFFICIENCY GREEN MV5464X/HLMP-15X3 HIGH EFFiciency RED MV5764X/HLMP-130X PACKAGE DIMENSIONS DESCRIPTION These solid state indicators offer a variety of color selection. The High Efficiency Red Teetee7 A and Yellow devices are made with gallium 7 arsenide phosphide on gallium phosphide. i yo The High Efficiency Green utilizes an 185 14.70 improved gallium phosphide light emitting 165 (4.19. diode. All are encapsulated in epoxy 250 (6.95) q packages with diffused lenses. Their small 040 11.02, REF size, wide viewing angle, and small square leads contribute to their versatility as all- tT purpose indicators. 1.0 ~ 4; MIN. FEATURES _f 1218 80 = Replacement for the HLMP-1300 and | NOTES: -1500 product series ! ae (127) 1 TOLERANCES, UNLESS = 100 mil lead spacing T-1 co i REF. Sixx oo SPECIFIED: High efficiency GaP light ie 2.8 IK 4 2. ALL DIMENSIONS IN = Versatile mounting on PC board or INCHES (MILLIMETERS) panel a Wide viewing angle = Diffused tinted lens 15336 PHYSICAL CHARACTERISTICS LUMINOUS INTENSITY SOURCE LENS at 25C (med) TEST TYPE COLOR EFFECT MIN. TYP. CONDITIONS MV50640 Standard Red Red Diffused 0.5 1.5 ip =20 mA MV53640 1.0 2.0 MV53641 Yellow Yellow Diffused 15 3.0 Ip =10 mA MV53642 25 4.6 MV54643 (HLMP-1503) . oo : 2.0 5.0 High = MV54644 (HLMP-1523) igh Efficiency Green Green Diffused 60 10.0 Ip =20 mA MV57640 (HLMP-1300) 1.0 2.0 MV57641 (HLMP-1301) High Efficiency Red Red Diffused 2.0 25 IF =10 mA MV57642 (HLMP-1302) 3.0 4.0 333 88D 03166 D-7-4]-al ABSOLUTE MAXIMUM RATINGS (Ta = 25C Uniess Otherwise Specified) ALL BUT GREEN GREEN Power dissipation at 25C ambient ........-5+- beveneene sen eeeeeer eens 120 mW 120 mW Derate linearly from 50C... ec ee eee cee eee cent e ene ence nnn eaees seve 1.6 mA? C 16 mA C Storage and operating temperatures ........ Dace ence eves eeenes seneveceee 765C to +100C -55C to +100C Lead soldering time at 260C (1/16 inch from body) ........ ten eeneereeers 6 sec. 5 sec. Continuous forward current at 25C 2.0... cece eee e een eens been eeeeenes 30 mA 30 mA Peak forward current (1 psec pulse, 0.3% duty cycle) ........+-- Ct eae enone 10A 90 mA Reverse voltage... . ese cece reer eeeeenes Seen e eee e sane teense eeeeeene 5.0V 5.0V ELECTRO-OPTICAL CHARACTERISTICS (25C Free Air Temperature Unless Otherwise Specified) MV5464X MV5764X f4V50640* MV5364X% Hi, EFF. HI. EFF. PARAMETER SYMBOL TEST COND. UNITS RED YELLOW GREEN RED Forward voltage typ. VF fe = 10 mA Vv 1.6 2.1 2.2* 2.0 max. 2.0 3.0 3.0 3.0 Peak wavelength A ip =10 mA nm 660 585 562 635 Spectral line half width Ip =10 mA nm 20 35 30 45 Capacitance typ. Cc Vv =0,f=1 MHz, pF 23 45 20 45 Reverse voltage min. Ver Ip = 100 pA Vv 5.0 5.0 5.0 5.0 Viewing angle (total) typ. 20% See Fig. 3 degrees 90 90 90 90 I-=20mA TYPICAL ELECTRO-OPTICAL CHARACTERISTIC CURVES (25 C Free Air Temperature Uniess Otherwise Specified) > o LINES INDICATE PULSED w 5 o PEAK FORWARD CURRENT Ir (mA) RELATIVE LUMINOUS INTENSITY nv o 0 1 2 3 4 0 20 40 FOWARDO VOLTAGE Vr (VOLTS) C1833 Fig. 1. Forward Current vs. Forward Voitage RELATIVE INTENSITY DEGREES OFF AXIS RELATIVE OUTPUT % CURRENT le{mA) 60 INSTANTANEOUS FORWARD 80 C6524 Fig. 2. Luminous Intensity vs. Forward Current 334 Fig. 3. Spatial Distribution 640 660 680 690 WAVELENGTH (a}-nm C1064A Fig. 4. Spactral Distribution dN0) SALQOTONHDSL ALT INO | i L FITEOOO TSts4he i aq 9