HLMP-1320

MV5362X QT | Alldatasheet

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QT | CLEAR LENS T-100 OPTOELECTRONICS SOLID STATE LAMPS eel YELLOW MV5362X TINTED, HLMP-1440, MV5360 PALE TINT HIGH EFFICIENCY GREEN MV5462X TINTED, HLMP-1540, MV5460 PALE TINT HIGH EFFICIENCY RED MV5762X TINTED, HLMP-1340, MV5760 PALE TINT ee PACKAGE DIMENSIONS DESCRIPTION

3.1520.2 These solid state indicators offer a variety of color

selection. The High Efficiency Red and Yellow devices 3.020.2 are made with gallium arsenide phosphide on gallium = phosphide. All are encapsulated in epoxy packages and 3 ga have clear lenses. Their small size, wide viewing angle, & 23 and small square leads contribute to their versatility as T a as all-purpose indicators. All types are tinted to aid Y identification. O05 z Notes : 1. ALL DIMENSIONS ARE IN MM. 5 i z: £ ALLDIMENSIONS ARE IN MM. Standard and Ultrabright devices Ss WHERE THE LEADS EMERGE © ™ Clear tinted lenses al 2 FROM THE PACKAGE. = 100 mil lead spacing 3 7 3. PROTRUDED RESIN UNDER i, 8 THE FLANGE IS 1.5mm (0.057) High efficiency GaP Zz MAX. = Versatile mounting on PC board or panel = |= '® Long lite—solid state reliability lose = Low power requirements 3.15403 ™ Compact, rugged, lightweight m= TA diameter AN = Replacement for the HLMP-1X20/1 Series ey ™ Excellent for switch backlighting ‘T4020 PHYSICAL CHARACTERISTICS TPE ‘COLOR EFFECT at 25°C (med) ‘TEST CONDITION Min. Te. Ultrabright HLMP-1440 Yellow Pale Tint 24.0 60.0 1=20 mA MV5360 (HLMP-1420) Yellow Pale Tint 6.0 12.0 =10 mA Mvs3621 Yellow Tinted 3.0 4.0 Mvs3622 Yellow Tinted 6.0 8.0 Ultrabright HLMP-1540 High Efficiency Green —_Pale Tint 24.0 60.0 1,=20mA MV5460 (HLMP-1520) High Efficiency Green _—Pale Tint 6.0 12.0 MV54624 (HLMP-1521) High Efficiency Green Tinted 6.0 12.0 Ultrabright HLMP-1340 High Efficiency Red Pale Orange Tint 24.0 60.0 1,=20 mA MV5760 (HLMP-1320) High Efficiency Red Pale Orange Tint 6.0 12.0 1=10mA Mv57620 High Efficiency Red Tinted 15 20 vs7621 High Efficiency Red Tinted 3.0 40 MV57622 (HLMP-1321) High Efficiency Red Tinted 6.0 12.0

OPTOELECTRONICS SOLID STATE LAMPS TS ELECTRO-OPTICAL CHARACTERISTICS (25°C Free Air Temperature Unless Otherwise Specified) wivsa6ax MVsa62x _ MV5762x PARAMETER TESTCONDITIONS UNITS _MVS360__—-MV5460__—-MVS5760_HLMP-1340 HLMP.1440 HLMP-1540 Forward voltage (V;) typ. 1=10mA v 24 218 20 2.2" 2.2" 2.2" Peak wavelength nm 585 565 635 635 585 565 Spectral line half width nm 35 40 45 45 35 40 Capacitance typ. f=1MHz,V=0__ pF 45 20 45 45 45 20 Reverse voltage (Vs) Viewing angle (total) typ. SeeFig.3 degrees 45 45 45 45 45 45 “L=20mA ABSOLUTE MAXIMUM RATING (1,=25°C Uniess Otherwise Specified) Derate linearly from 50°... e eee ceeeeeeetereeeeseeteneeerneee fete tteeeeeeee es 0.4 MAPS Reverse voltage eee coves wee 5OV

OPTOELECTRONICS SOLID STATE LAMPS a TYPICAL ELECTRO-OPTICAL CHARACTERISTIC CURVES (25°C Free Air Temperature Unless Otherwise Specified) — — rr zo, | PomA 5 70 a) an Bory \\ TA Ly 2 Fe ee et /) | Zak Vi poles oY erticiency QM gy seen LES UREEE is FOWARD VOLTAGE Vr (VOLTS) sores C1831C C1793, 120 ae [Jt dw | TT] > A “80% 7 \\ nie ems wae OLA a aor f Ot LL! 2 NVA GHEE aria Po p ler a im PKS ant | # Ut Lp ror & y\\ ae IDFEV.AENe Oa SS | 90° 520 540 560 580 600 620 640 660 680 11290. WAVELENGTH (A) - nm cr064c Fig. 3. Spatial Distribution Fig. 4. Spectral Distribution