28 Discrete LED Lamps Monsanto offers a broad line of discrete light and brightness is available from standard distribu- emitting diode products to provide the customer tion channels in virtually all quantities. These lines with a wide selection of off-the-shelf products that are being updated continually to provide modern, will meet his particular requirements. A broad functional devices for customer use. selection of packages, lens effects, color power, QUICK REFERENCE CHART MAX, SOURCE BRIGHTNESS TEST FORWARD* MODEL VIEWED WAVE- FORWARD NO. AND @CURR. REVERSE CURRENT MAX, PACKAGE NO. COLOR LENGTH VOLTAGE UNITS (Ip) CURRENT @ 25C POWER KEY MV10B Red (660) nm 1.65 V 0.8 mcd 10mA SOnA 70mA 175 mW Cc MV50 Red (660) nm 1.65 V 1.4 med 20 mA 5.0nA 40 mA 80 mW A MV52 Green (565) nm 2.2V 1.5 med SOmA 100 uA max. 35 mA 105 mw A MV53 Yellow (589) nm 2.1V 1.5 mcd 50:mA 100 uA max. 35 mA 105 mW A MV54 Red (660) nm 1.65 V 1.0 mcd 20mA 5.0nA 40 mA 80 mW A MVS55 Red (660) nm 1.6V 0.5 med 3mA 150 nA 4mA 6 mW B MV5020 Red (660) nm 1.65 V 2.0 mcd 20 mA 15 nA 100 mA 180 mW G MV5021 Red (660) nm 1.65 V 1.6 med 20 mA 15nA 100 mA 180 mW G MV5022 Red (660) nm 1.65 V 1.6 mcd 20 mA 15nA 100 mA 180 mW G MVS5023 Red (660) nm 1.65 V 1.6 med 20mA 15nA 100 mA 180 mW G MV5024 Red (660) nm 1.65 V 3.0 mcd 20mA 15 nA 100 mA 180 mW G MV5025 Red (660) nm 1.65 V 0.4 mcd 20 mA 15 nA 100 mA 180 mW G MV5026 Red (660) nm 1.65 V 0.6 med 20mA 15nA 100 mA 180 mW G MV5050 Red (660) nm 17V 2.0 mcd 20mA 20 nA 100mA 180 mW I MV5051 Red (660) nm 17V 1.6 mcd 20mA 15nA 100 mA 180 mW I MV5052 Red (660) nm 1.7V 2.0 mcd 20mA 5nA 100 mA 180 mW I MV5053 Red (660) nm 1L7V 1.6 med 20mA 5 nA 100 mA 180 mW I MV5054-1 Red (660) nm 1.8V 2.0 mcd 10mA 100 nA 100mA 180 mW H MV5054-2 Red (660) nm 1.8V 3.0 mcd 10mA 100 nA 100 mA 180 mW H MV5054-3 Red (660) nm 1.8V 4.0 mcd 10mA 100 nA 100 mA 180 mW H MVS055 Red (660) nm 1.7V 0.6 mcd 20 mA 5nA 100 mA 180 mW I MV5056 Red (660) nm 17V 0.8 mcd 20mA 5nA 100 mA 180 mW I MV5074B/C Red (660) nm 1.68 V 2.4 mcd 20mA 15 nA 50mA 100 mW E MV5075B/C Red (660) nm 1.68 V 1.5 mcd 20mA 15nA 5OmA 100 mW E MV5077B/C Red (660) nm 1.6V 1.7 mcd 20mA 15 nA 50 mA 100 mw D MV5152 Orange (635) nm 2.0V 40 mcd 20mA 20 nA 35 mA 105 mW I MV5153 Orange (635) nm 2.0V 9.0 med 20mA 20 nA 35 mA 105 mW I MVS5154 Orange (635) nm 2.0 V 10.0 med 20mA 20nA 35 mA 105 mw I MV5252 Green (565) nm 2.2V 11 med 20 mA 20 nA 35 mA 105 mW I MV5253 Green (565) nm 2.2V 3.5 med 20mA 20nA 35 mA 105 mW I MV5254 Green (565) nm 2.2V 3.0 mcd 20mA 20 nA 35 mA 105 mW I MV5352 Yellow (585) nm 2.1V 40 mcd 20mA 20 nA 35 mA 105 mW I MV5353 Yellow ($85) nm 2.1V 8.0 mcd 20mA 20 nA 35 mA 105 mW I MV5354 Yellow (585) nm 2.1V 10.0 mcd 20mA 20 nA 35 mA 105 mW I MV5752 Orange (635) nm 2.0 V 40 mcd 20mA 20 nA 35 mA 105 mW I MV5753 Orange (635) nm 2.0V 9.0 mcd 20mA 20nA 35 mA 105 mW I MV5754 Orange (635) nm 2.0V 10.0 mcd 20 mA 20nA 35 mA 105 mW I MV5174B/C Orange (635) nm 2.0V 3.5 med 20mA 20 nA 35 mA 105 mW E MV5177B/C Orange (635) nm 2.0 V 2.4 med 20 mA 20 nA 35 mA 105 mw D MV5274B/C Green (565) nm 2.2 V 1.8 mcd 20mA 20 nA 35 mA 105 mW E MV5277B/C Green (S65) nm 2.2V 0.9 mcd 20mA 20 nA 35 mA 105 mw D MV5374B/C Yellow (585) nm 2.1V 2.5 med 20 mA 20 nA 35 mA 105 mW E MV5377B/C Yellow (585) nm 2.1V 2.0 mcd 20mA 20 nA 35mA 105 mW D MV5774B/C Orange (635) nm 2.0 V 3.5 med 20 mA 20nA 35 mA 105 mw E MV5777B/C Orange (635) nm 2.0 V 2.4 med 20 mA 20 nA 35 mA 105 mW D MV5094 Red/Red (Note a) 1.6V 0.8 mcd 20 mA 15 nA 70mA 140 mW F MV5491 Red/Green (Note b) Red Diode 1.65 V 1.5 mcd 20mA 15 nA 7O0mA 200 mW F Green Diode 3.0 V 0.5 med 20mA 100 wA max. 35 mA 200 mW F NOTES: (a) The MVS094 contains two red diodes connected inversely parallel. Therefore the unit operates on either polarity DC current or AC current. Wavelength is 660 nm. For this unit, I?T (0.1% duty cycle... 2.5 X 10 amps? sec). (b) The MVS491 contains one red and one green diode connected inversely parallel. Therefore the unit emits green light (570 nm) with one DC polarity and red light (660 nm) with the opposite DC polarity. All specifications are typical unless otherwise specified.ORANGE MvV5152 GREEN MV5252 Monsa NEO | YELLOW MV5352 IMPROVED RED MV5752 PRODUCT DESCRIPTION These solid state indicators offer high brightness and color availability. The orange, red, and yellow devices are made with gallium arsenide phosphide, and the green units are made with gallium phosphide. All are encapsulated in epoxy lenses. PACKAGE DIMENSIONS FEATURES m Low cost ho 200 o} {8.08mm) DIA = Ultra high intensity light sources 7 wo = Orange, green, yellow, and red colors available. (254mm) (See MV5050 series for other red sources.) 340" Versatile mounting on P.C. board or panel (8.64mm) e : SEATING PLANE a Snap in clip available on request | L a Long lifesolid state reliability 040" 100" (1.02mm) (2.54mm) m Low power requirements oa | = Compact, rugged, lightweight | (20 Som) PLAT DENOTES High efficiency 025" j ! MIN {.635mm) MIN 48 | oy (051mm) 0.50" (12. 2mm 080" (1.27mm) (SQUARE) 100 (2.54mm) TOLERANCES +.010 (.254 mm) C1062 ABSOLUTE MAXIMUM RATINGS Power dissipation @ 25C ambient .........- be een et eee eee ees seas 105 mw Derate linearly from 25 CL. ee ee 1.14 mw/ Cc Storage temperature ...... ee ee ee ee eee pees ~55 C to 100C Operating temperature .... 0... ce ee ees cee eee ee eee pee ee -55 C to 100 C Lead solder time @ 230C (see Note 2) i. ce ee ee ee ee tee 5 sec Continuous forward current @ 25C 2... ec ee eee ee ee eee eg eee 35 mA Continuous forward current @ 100C 2... ee ee ee ee eee he ee eee 10mA Peak forward current (1 usec pulse, 0.3% duty cycle) 2.2... .0- 2... ee ee 1.0A Reverse voltage 2... 1. ee ee eee 5.0V PHYSICAL CHARACTERISTICS CIRCUIT SOURCE LENS LENS POP-IN BOARD TYPE COLOR COLOR EFFECT MOUNTING MOUNTING MV5152 Orange Clear orange Narrow beam; point source x x MV5252 Green Clear green Narrow beam; point source x x MV5352 Yellow Clear yellow Narrow beam; point source x x MV5752 Orange Clear red Narrow beam; point source x Xx4 MV5152, MV 5252, MV5352, MVS752 ELECTRO-OPTICAL CHARACTERISTICS PARAMETER TEST COND. UNITS MV5152 MV5252 MV5352 MV5752 Forward voltage (Ve) 20 mA Vv Typ. 2.0 2.2 2.1 2.0 Max. 3.0 3.0 3.0 3.0 Luminous intensity (see Note 1)* Min. 17.0 2.0 10.0 17.0 Typ. 20 mA mcd 40.0 15.0 45.0 40.0 Peak wave length 20 mA nm 635 565 585 635 Spectral line 20 mA nm 45 35 35 45 Half width Capacitance Typ. v=0 pF 45 45 45 45 Reverse voltage (Vp) Ip = 100 UA Min. Vv 5 5 5 5 Typ. Vv 25 25 25 25 Reverse current (Ip) VR =5.0V Max. LA 100 100 100 100 Typ. nA 20 20 20 20 Viewing angle (total) See Fig. 3 & 4 degrees 28 28 28 28 *Luminous intensity guaranteed to a 2.5% AQL inspection plan per MIL-STO-105D. TYPICAL ELECTRO-OPTICAL CHARACTERISTIC CURVES (25C Free Air Temperature Unless Otherwise Specified) 50 120% MV5152 40 MV5752 100% g - Mv5a52 * a = + 80% = 5 30 2 z= zZ - e a 5 3 & 2 60% a w ze 3 = Zz 20 E a < n = 3 40% 2 zg = = = 10 2 20% 3 oO 1416 18 20 22 24 26 28 30 520 540 560 5&0 600 620 640 660 680 FORWARD VOLTAGE (Vel VOLTS Ci063A WAVELENGTH (a) am C1064 FORWARD CURRENT (Ie) mA c1ta0 Fig. 1. Forward Current vs. Fig. 2. Spectral Response Fig. 3. Brightness vs. Forward Voltage Forward Current A a 10 20 30 100% NOTES: TOLERANCE +,010 (. A 90% o (7. WwW ei DIA. MATERIAL: POLYPRO OR EQUIVALENT an 250" = FOR MOUNTING DRILL A .25 (6.35mm) HOLE 80% [asm DIA. 70% 50 i 80% 60 265 I (6.73mm) 165" 10 t of 19mm) . i 50% 40% 30% 20% 10% 0 C1066 2 .282" ot Pysepethcei 310" _. i028 LL 16m) a Fig. 4. Spatial Distribution (Note 2) (7, Lee, a DIA. .635mm} (MV5352, MV5252, MV5152, MV5752) C621A io tase DIA. ce2ta LAMP HOLDER COLLAR TWO-PIECE POP-IN Fig. 5. Mounting Grommet (supplied on request only) NOTES 1. As measured with a Photo Research Corp. SPECTRA Microcandela Meter (Model 1V D). 2. The axes of spatial distribution are typically within a 10 cone with reference to the central axis of the device. 2. The leads of the device were immersed in molten solder, at 230C, to a point 1/16 inch from the body of the device per MIL-S-750.