e RECTANGULAR DPTOELECTROMICS SOLID STATE LAMPS YELLOW MV53124A HIGH EFFICIENCY GREEN MV54124A HIGH EFFICIENCY RED MV57124A HIGH EFFICIENCY GREEN/AIlGaAs RED MV49124A PACKAGE DIMENSIONS 245 46 22) 7 DESCRIPTION The MV5X124A Series of rectangular high performance LED lamps with reflector cap has been engineered for T ay much improved light uniformity which is especially wes (4 AL! (aba important in direct view and legend backlighting. 07) Fe he Includes a Green/Red version MV49124A. The Green aa ty pS ucaren chip is the same as is used in MV54124A, while the Red chip is AlGaAs at 660 nm to achieve a bright Dark Red color in the non-tinted diffused epoxy. 225 67H 146 asvow | FEATURES i a 26 . . . : (1 50} NOM Uniform illumination 7 7 @ Increased typical brightness a a a a O15 NOM Tay To Tighter mechanical tolerances for base of design acres a + Stackable in X or Y direction without crosstalk MARK May aoclwny .220" x 125 lighted area for direct view or legend backlighting NUMBER {20.32} () i He m Use Black MP65 two piece grommet for panel caTHOve 0011 27) mounting 020 2 re | ee 180 NOMINAL . , [eo wores # Superior quality 2 1 ALL TOLERANCES ARE 008 INCH 10 201 * vein APPLICATIONS 12458 @ Legend backlighting GREEN @ Panel indicator High quality bargraphs RED $4017 FOR MV49124A PHYSICAL CHARACTERISTICS TYPE SOURCE COLOR LENS EFFECT MV53124A Yellow Yellow Diffused MV53124A High Eff. Green Green Diffused MV57124A High Eff. Red Red Diffused MV49124A High Eff. Green/AlGaAs Red White Diffused = & = > = < e > > = a = : = & 2 > 6-163@ RECTANGULAR OPTOELECTAONICS SOLID STATE LAMPS TEST wv Mv Ld MV PARAMETER SYMBOL 53124A 54124A 57124A 49124A UNITS COND. Luminous min. ly 1.0 1.0 1.0 1.0 med |-=20 mA Intensity typ. 6.0 6.0 6.0 6.0 med |-=20 mA Forward voltage typ. Vv, 2.0 2.2 2.0 2.2 v |-=20 mA max. 3.0 3.0 3.0 3.0 Vv \-=20 mA Peak wavelength Ap 585 562 635 562/660 nm ,=20 mA Spectral line half width 45 30 45 30/45 nm 1.=20 mA Reverse voltage min. Ven 5 5 5 v 1,=100 pA Reverse current max. la 100 100 100 pA Va=5.0V Capacitance Cc 45 20 45 20/30 pF V=O, f=1 MHz Viewing angie (total) 20% 100 100 100 100 degrees PARAMETER ALL DEVICES UNITS NOTES Power dissipation... ete ttn n etree teens 120 mw 1 Continuous forward current... 0.0 reer eee ee nents 30 mA Peak forward current (14S, 0.3% DF) 0... cece een e ee 90 mA Lead soldering time at 260 Cree e renner ee tne nee eens 5 seconds 2 Operating and storage temperatures 2.0... ce ete e ene ence nes 55C to + 100C 1. Derate linearity from 25C at 1.6 mW/C. 2. From a point minimum 1/16 inch (1.6 mm) from the bottom of the lamp. 6-164e RECTANGULAR OPTOELECTRONICS SOLID STATE LAMPS TYPICAL ELECTRO-OPTICAL CHARACTERISTIC CURVES (25C Temperature Uniess Otherwise Specified) _ '0TSOTTED LINES 120% | TN ECF gg} INDICATE HLEFF. YELLOW pep AEDAIGaAS En PULSED gl00% [GREEN 7+ 5 5 70 \ Kb Z 60 HIGH 2 80% \ = EFFICIENCY AlGaAs 5 | R 90 RED 3 60% ac 40 i | VJ < > Zz a9 F 40% oO <x _ ericiency e LAWALL 3 & 20% 7 \ N e ALKA G 1 2 3 4 0 v 520.540 560 580 600620 640660 680 690 700 FOWARD VOLTAGE Vr (VOLTS) WAVELENGTH (4) nm C1831D C1064D Fig. 1. Forward Current vs. Forward Voltage Fig. 2. Spectral Distribution 40 2 ' z 36 2 & z Ww | o - 2 l x Z20 ~ 15 T 5 N So 5 - N W 2 < NI c Zz Z a 3" = c | N a oe i = 0 20 40 60 60 10 20 40 pc INSTANTANEOUS FORWARD = DUTY CYCLE % CURRENT iim) > Ir 10 MA AVERAGE C1194B C6524 Fig. 3. Luminous Intensity vs. Fig. 4. Luminous Intensity vs. = Duty Cycle Forward Current < wai . = 1 z > 3 = wy > = wn < = lu ac : 60% = -60 -40 -20 0 20 40 60 80 100 < TEMPERATURE C C654A 3 Fig. 5. Output vs. Temperature PC) . QP 6-165