PANEL INDICATORS OPTOELECTRONICS YELLOW MV53173 HIGH EFFICIENCY GREEN MV54173 HIGH EFFICIENCY RED MV57173 ORIENTATION MARK The MV5X173 series is a large rectangular lamp 260" which contains two LED chips with separate anodes ean tas" and cathodes for each light. The illuminated area is B1Bmei 0.500-inches x0.250-inches (12.7 mm x6.35 mm). 11387 13.)0mm) riya 215" 250" (629mm) (6.5mm) @ .500-inch x .250-inch lighted area available in at. LL three colors 295" {7.49mm) DATE CODE Solid state reliability Fast switchingexcellent for multiplexing Low power consumption Directly compatible with ICs Wide viewing angle .2 inch DIP lead spacing Mounting hardware available Categorized for Luminous intensity aoa 0% oo (See Note 1) PART NO. | LIGHT INTENSITY CATEGORY 315) (8.00mm} MV54173 z (1.94) -160) (4.06mm} +.015" 200" [ 100 (5.08mm) 002 | Je ~ (2.54mm) +015" i +010" 020 TYP (0.51mm) 1467 +,002 TOLERANCE .010 UNLESS SPECIFIED. @ Panel indicators = Backlight legends @ Light arrays MV53173 MV54173 MV57173 Power dissipation at 25C ................... 190 mW 200 mW 200 mw Derate linearly from 50C .................00. -4.3 mw/C 4.5 mw/C 4.3 mW/C Storage temperature ........ 0... cece eee 40C to +100C 40C to +100C 40C to +100C Operating temperature ............0......... 40C to +85C -40C to +85C 40C to +85C Continuous forward current per light (25C) .... 20 mA 30 mA 35 mA Peak forward current per LED chip ........... 60 mA 90 mA 1.0A (1 usec pulse width, 300 pps) Lead soldering time at 260C ................ 5 sec. 5 sec. 5 sec. (See Notes 3 and 5) OPTOELECTRONICS PANEL INDICATORS Temperature) PARAMETER TEST CONDITIONS MV53173 MV57173 Forward voltage (V-) Typ. |-=20 mA 20 2.2 2.0 Vv Max. |-=20 mA 2.5 3.0 2.5 Vv Luminous Intensity Min. (See Note 1) |-=20 mA 45 45 4.5 med Peak wavelength Typ. |-=20 mA 585 562 635 nm Spectral line half width |-=20 mA 45 30 45 nm Capacitance Typ. V=0, f=1 MHz 35 20 35 pF Reverse voltage (V,) Min. Ie= 100A 5 5 5 Vv Typ. h=100pA 25 50 25 Vv Viewing angle (total) 120 120 120 degrees ARACTERIS | ) MV53173 MV54173 MV57173 Thermal resistance juntion to free air, ..........0...0.0.000. 160C/W 160C/W 160C/W Wavelength temperature coefficient (case temp.) .............. 1.0 APC 1.0 A/C 1.0 Ac Forward voltage temperature coefficient ....................05 -1.5 mV/C 1.4mVv/C 2.0mV/C PIN ELECTRICAL 6 5 4 NO. CONNECTIONS 1 Cathode 1 2 No Pin 3 Anode 2 4 Cathode 2 5 NC 6 Anode 1 ' 3 For optimum ON and OFF contrast, one of the following filters or equivalents may be used over the lamp: MV53173 Panelgraphic Yellow 25 or Amber 23 Homalite 1901720 or 1001726 MV54173 Panelgraphic Green 48 Homalite 1001440 Green MV57173 Panelgraphic Red 60 Homalite 1001605 In situations of high ambient light, a neutral density filter can be used to achieve greater contrast: Panelgraphic Grey 10 Panelgraphic Grey 10 Homalite 1001266 Grey ~ . The average Luminous intensity is obtained by summing the Luminous Intensity of each segment and dividing by the total number of segments. The standard of measurement is the Photo Research Corp. Spectra Microcandela Meter (Model IV-D) corrected for wavelength. intensity will not vary more than + 33.3% between all segments within a unit. . Leads immersed fo 1/16 inch (1.6 mm) from the body of the device. Maximum unit surface temperature is 140C. . All units are categorized for Luminous Intensity. The Intensity category is marked on each part as a suffix letter to the part number. . For flux removal, Freon TF, Freon TE, lsoproponal or water may be used to their boiling points. Aw OPTOELECTRONICS PANEL INDICATORS > ' 4 5 NORMALIZED AT Ir = 10 mA | Zz = E 30 + E z a MVvS7173 ao MV54173 7 3 LZ 3 MV54173 9 20 mvs7t 73 | 3 = Yr MV53173 z wu oc = 1.0 < a lu ec 0 4 8 12 16 20 24 28 32 36 40 FORWARD VOLTAGE (Vf) VOLTS 0 5 10 6158 6-200 2530 C1080A DC FORWARD CURRENT Ir :mA C1702 Fig. 1. Forward Current vs. Fig. 2. Relative Luminous Intensity vs. Forward Voltage DC Forward Current (Both LED Chips ON) 1000 800 500 = 200 pps z MV57173 MV53173 3 200 MV57173 # 4 t 2 g tt 100 2 " a = * s MV53173 ws <x 50 rg ra lu a 20 +0 10 20 40 DC 1 3.5 10 20 50 100 PERCENT DUTY % C11944 DUTY CYCLE = % DUTY CYCLE -% C1193 Ip per seg. 10 mA AVERAGE Fig. 3. Max Peak Current vs. Duty Cycle Fig. 4, Luminous intensity vs. Duty Cycle 4.0 | TTT 1000 i _ 800 5 lFtavey = 20 mA PN 600 30 sok we) Samal NI 4 400 Zea . 5mA y i N Zz we 25 mA} | NN & 200 Qo \ | N 3 L \ au 100 wu 20 : Ps =< 80 ws \ ~| a 60 ze Sete ee N Fe mT My = 40 <5 IN rN =) 35 Mh ne = wes 1.0 = 20 oo PON g th 10 MV54173 |) NNN W 10 100 1000 10,000 00 LE D PULSE OURATION us: 20 5.0 10 20 50 pc Cre99 % DUTY CYCLE C1701 Fig. 5. Maximum Peak Fig. 6. Relative Efficiency Current vs. Pulse Duration vs. Duty Cycle