The Datasheet Archive

MV5054-3 datasheet (7)

Part ECAD Model Manufacturer Description Type PDF
MV5054-3 MV5054-3 ECAD Model Aborn Electronics LED Lamps Scan PDF
MV5054-3 MV5054-3 ECAD Model Fairchild Semiconductor Optoelectronics Data Book 1980 Scan PDF
MV5054-3 MV5054-3 ECAD Model Fairchild Semiconductor Optoelectronics Data Book 1979 Scan PDF
MV5054-3 MV5054-3 ECAD Model Fairchild Semiconductor Full Line Condensed Catalogue 1977 Scan PDF
MV5054-3 MV5054-3 ECAD Model Monsanto Solid State Optoelectronics Data Book 1977 Scan PDF
MV5054-3 MV5054-3 ECAD Model Others Basic Transistor and Cross Reference Specification Scan PDF
MV5054-3 MV5054-3 ECAD Model Others The Optical Devices Data Book (Japanese) Scan PDF

MV5054-3 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
MV5054-1

Abstract: MV5054-2 MV5054
Text: RED MV5054-1 MV5054-2 MV5054-3 PACKAGE DIMENSIONS DESCRIPTION The MV5054 Series lamps are , -1 MV5054-2 MV5054-3 Forward voltage Capacitance Reverse current Rise and fall time Viewing angle (total , -1V4 s0110S T A T EL A M P S MV5054-1 MV5054-2 MV5054-3 5-68 , V 5 0 5 4A -1 /2 / 3 data sheet H ELECTRO-OPTICAL CHARACTERISTICS CHARACTERISTICS MIN. TYP , . -55°C to + 1 00°C Lead soldering time at 260°C (See Note 3


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PDF MV5054-1 MV5054-2 MV5054-3 MV5054 MV5054-3 s0110S
monsanto LED

Abstract: Monsanto MV5054-1 MV5054-2 MV5054-3 MV5050 MV5051 MV5052 MV5053 MV5055
Text: 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused , Compatibility MV5054-1 Has 2.0 med TYP Luminous Intensity MV5054-2 Has 3.0 med TYP Luminous Intensity MV5054-3 , -1 Characteristics MV5054-2 MV5054-3 Electrical and Radiant Characteristics TA - 25 °C Symbol Characteristic Min , MV5054-2 2.0 3.0 MV5054-3 3.0 4.0 e Viewing Angle Total 40 degrees lF = 20 mA Xpk Peak , Electrical MV5054-1 Characteristic Curves MV5054-2 MV5054-3 Intensity vs Temperature 50 0 50 100 Tj


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 monsanto LED Monsanto
Not Available

Abstract: No abstract text available
Text: -2 STANDARD RED MV5054-3 PA C K A G E D IM EN SIO N S D ESCR IPT IO N The M V5054 Series lam ps are made , MV5054A-1 /2 / 3 data sheet ELECTRO -O PTICAL C H A R A C T E R IST IC S MIN. TYP. Luminous Intensity (See Note 1) MV5054-1 MV5054-2 MV5054-3 1.0 2.0 3.0 (25’C A m bient Temperature , . 5.0 V 5-67 ; MV5054-1 MV5054-2 MV5054-3 CHARACTERISTICS ÖUALITV TEC HNOL OG IE S CORP , % 10% MV5054-1 MV5054-2 MV5054-3 INSTANTANEOUS FORWARD CURRENT IrfmA) C652A 1 cm C627


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PDF MV5054-1 MV5054-2 MV5054-3 V5054 MV5054A-1 C1832 C1194B MV5054-1 MV5054-2
c624 DIODE

Abstract: diode c624 c627 DIODE MV10B MV50 MV5020 MV5021 MV5022 MV5023 MV5024
Text: MV5054-1 MV5054-2 MV5054-3 PRODUCT DESCRIPTION The MV5054 series lamps are made with gallium arsenide , MV5054-2 2.0 3.0 mcd MV5054-3 3.0 4.0 mcd Forward voltage 1.8 2.2 V lF = 10 mA Capacitance 35 , -1, MV5054-2, MV5054-3 TYPICAL ELECTRO-OPTICAL CHARACTERISTIC CURVES (25°C Free Air Temperature Unless , MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , 100°C Lead solder time @ 230°C (See Note 3 ) e Note 3 ). 5 sec


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PDF MV10B MIL-S-750. c624 DIODE diode c624 c627 DIODE MV50 MV5020 MV5021 MV5022 MV5023 MV5024
TIL213

Abstract: TIL211 MV5352 FLS010 OPTO-10 FLV550 FLV551 FLV560 MV5050 MV5052
Text: Semi-Diffused 10 3.0* 1.8 Opto-10 32 MV5054-3 Red Semi-Diffused 10 4.0* 1.8 Opto-10 33 MV5152 Amber Point , ±.003 3 -Piece Construction: Hex Nut, Threaded Barrel and Bezel (Bezel in Silver Finish) Opto-2 FLS012 0.187 .250 ±.003 3 -Piece Construction: Hex Nut, Threaded Barrel and Bezel (Bezel in Black Finish) Opto-2 MP52 0.125 .250 ±.003 Mounting Clip for MV Series Lamps Opto- 3 7


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PDF FLV550 FLV551 FLV560 MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 Opto-10 TIL213 TIL211 MV5352 FLS010
MV5352

Abstract: MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 MV5352
SLP-136B-81

Abstract: SLP136B81 SLP-136B SLP136B SLP-838A-37 LM 8368 MV5026 MV5053 MV5054-1 MV5054-3
Text: 100 5 -55-100 1 MV5054-1 40 660 2 10 1.8 10 100 5 -55-100 3 MV5054-2 40 660 3 10 1.8 10 100 5 -55-100 3 MV5054-3 m 40 660 4 10 1.8 10 100 5 -55-100 3 MV5054A-1 m 40 660 10 2.2 10 100 5 -55-100 MV5054A-2 40 660 10 2.2 10 100 5 -55-100 MV5054A- 3 *tÉ 40 660 3 10 2.2 10 100 , * « Xr ■nm) Iv \ med1 Ir imA< Vy IV; / y ImA' Vk ! V ■m M V 3 7 50 GI 24 635 150 20 2.2 20 , 100 5 -55-100 2 M V 5023 m. 90 660 1.6 20 1.7 20 100 5 -55-100 2 M V 5024 60 660 3 20 1.7 20


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PDF V5021 V5022 MV5026 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 SLP-838A-37 SLP-81I5A-37 SLP-136B-81 SLP136B81 SLP-136B SLP136B SLP-838A-37 LM 8368 MV5026 MV5053 MV5054-1 MV5054-3
MV57640

Abstract: MV577 MP65
Text: MV5052 . MV5053 . MV5054-1 . MV5054-2 MV5054-3 MV5054A-1 MV5054A-2 MV5054A- 3


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PDF HLMP-M250 HLMP-M251 HLMP-M300 HLMP-M301 HLMP-M350 HLMP-M351 HLMP-M500 HLMP-M501 HLMP-M550 HLMP-M551 MV57640 MV577 MP65
MV5051

Abstract: MV5050 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152
5082-4486

Abstract: MV5253 4480 MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 5082-4486 MV5253 4480
FLV310

Abstract: MV5054 FLV110 FLV112 FLV410 FLV510 MV5050 MV5051 MV5052 MV5053
Text: ° MV5054-3 Half Diff. 4.0010mA 1.8 MV5055 Red. Diff. 0.6020mA 1.8 130° MV5056 Red Diff. 0.8020mA , .040" (1mm) DOWN THE LEADS o 1- H « 3 r-tfi O S , U.M) r Î _L 1 MU i, .025 («351 . .075 {VU I 200(5.10) J*- E± 3 (7-11» L L X.07« i


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PDF a80rn ooodd44 FLV110 0020mA FLV112 FLV310 2020mA FLV410 FLV510 MV5050 MV5054 FLV112 MV5050 MV5051 MV5052 MV5053
MV5352

Abstract: MV5252 FLV451 FLV460 FLV461 FLV510 FLV511 FLV540 FLV541 FLV550
Text: 20 2.0 1.7 0pto-10 18 MV50S4-2 Red Semi-Diffused 20 3.0 1.7 0pto-10 19 MV5054-3 Red Semi-Diffused , FAIRCHILD OPTOELECTRONICS OPTO LED VISIBLE LAMPS (Cont'd) Item DEVICE NO. Lens Characteristic 'F mA Typ Luminous Intensity lF = 20mA med Typ VF V Typ Package No. 1 FLV4S0 Yellow Diffused 20 3.2 2.3 Opto-6 2 FLV451 Yellow Point Source 20 3.2 2.3 Opto-6 3 FLV460 Yellow Diffused 20 3.2 2.3 Opto-7 4 FLV461 Yellow Point Source 20 3.2 2.3 Opto-7 5 FLV510 Red Diffused 10 3.0 1.9 Opto-5 6 FLV511


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PDF FLV451 FLV460 FLV461 FLV510 FLV511 FLV540 FLV541 FLV550 FLV551 FLV560 MV5352 MV5252
808 nm 100 mw

Abstract: MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 808 nm 100 mw
MV5056

Abstract: TIL209A MV5054-2 MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-3 MV5055
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 TIL209A
MV5054-1

Abstract: MV5054-3 ipl lamp MV5050 MV5051 MV5052 MV5053 MV5054-2 MV5055 MV5056
Text: 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused , Forward Current 500 > 200 3 / / / / PULSED


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 ipl lamp
MV5253

Abstract: MV5352 MV5056 MV5252 MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2
Text: 1-4 LED Visible Lamps (Cont'd) Device No. Lens Characteristic Max Forward Current mA Typical Luminous intensity mcd Typical Forward Voltage @ lF = 20 mA V Data Sheet Page No. MV5050 Clear Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5051 Clear Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5052 Red Point Source 100 2.0 @ 20 mA 1.7 2-25 MV5053 Red Diffused 100 1.6 @ 20 mA 1.7 2-25 MV5054-1 Red Semi-Diffused 100 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 MV5253 MV5352 MV5252
TIL209A

Abstract: til232-2 MV5056 TIL212 til232 MV5051 MV5052 MV5054-1 MV5054-2 MV5054-3
Text: 2.0 @ 10 mA 1.8 2-28 MV5054-2 Red Semi-Diffused 100 3.0 @ 10 mA 1.8 2-28 MV5054-3 Red Semi-Diffused , - t- < z 0.1 V) 0.05 o r * 0.02 3 0.01 TA 25 C r /— FT / y


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PDF MV5050 MV5051 MV5052 MV5053 MV5054-1 MV5054-2 MV5054-3 MV5055 MV5056 MV5152 TIL209A til232-2 TIL212 til232
MV577

Abstract: No abstract text available
Text: MV5054-1 MV5054-2 MV5054-3 Standard Red Standard Red Standard Red Red Diffused Red Diffused Red Diffused 40 40 40 2.0/10 3.0/10 4.0/10 5-67 n TT 1! S~\ M MV5054A-1 MV5054A-2 MV5054A- 3 , /20 60/20 12/10 4/10 8/10 60/20 12/20 12/20 3 /1.0 65/20 60/20 12/10 2/10 4/10 12/10 1.5/20 2.0/2 2.0 , 0.1/20 8.0/20 6.0/20 14.0/20 6.0/20 9.0/20 3.5/10 7.0/10 70/20 3 /1.0 5-63 5-63 5-73 5-73 5-73 5-73 , 175 175 175 3 /20 3.5/20 3 /20 5-89 a QUALITY [ t e c h n o l o g ie s PACKAGE PART NUMBER


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PDF MV50B MV54B MV53B MV64B MV55AB MV57B MV5077C MV5377C MV5477C MV5777C MV577
c1096

Abstract: ICE 280 565 MV10B MV50 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , C to 100 C Lead solder time @ 230°C (see Note 3 , 5.0 V Max. jUA 100 100 Typ. nA 20 20 Viewing angle (total) See Fig. 3 & 4 degrees 65 24 , * 20% 10% 0 Fig. 3 . Spatial Distribution (Note 2) for MV5753 r ra .280 DIA. 250 DIA.- 50"» 40% 30 , device. 3 . The leads of the device were immersed in molten solder, at 260°C, to a point 1/16 inch from


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PDF MV10B MV5753 MV5754 MIL-S-750. c1096 ICE 280 565 MV50 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
monsanto MV10B

Abstract: MV50 MV55 MV10B MV5020 MV5021 MV5022 MV5023 MV5024 MV52
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA


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PDF MV10B MIL-STD-105D. monsanto MV10B MV50 MV55 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
diode C1180

Abstract: MV5352 MV10B MV50 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , ) VR = 5.0 V Max. juA 100 100 100 100 Typ. nA 20 20 20 20 Viewing angle (total) See Fig. 3 & , ! Response FORWARD CURRENT (If) - mA C1180 Fig. 3 . Brightness vs. Forward Current *— .280" (7.11 mm) DIA , typically within a 10° cone with reference to the central axis of the device. 3 . The leads of the device


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PDF MV10B 254mm) 635mm) C621A MIL-S-750. diode C1180 MV5352 MV50 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
monsanto MV10B

Abstract: monsanto mv50 C598 monsanto LED MV55 MONSANTO MV55 MV5020 monsanto mv54 monsanto discrete LED c595
Text: collects the LED output into a narrow spatial distribution pattern (see Figure 3 ). For MV55 devices the , devices, but also has low unit cost. Fig. 3 . Spatial Distribution Pattern for MV55 COS/MOS o la) Vss , mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA 4 mA 6 mW B MV5020 Red (660 nm 1.65 V 2.0 med , phosphide device useful for low current drive ( 3 mA) applications, such as diagnostic functions or , CHARACTERISTICS MIN. TYP. MAX. UNITS CONDITIONS Brightness (Note 3 )* 0.2 0.5 med IF = 5.0 mA Peak emission wave


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PDF MIL-S-750. monsanto MV10B monsanto mv50 C598 monsanto LED MV55 MONSANTO MV55 MV5020 monsanto mv54 monsanto discrete LED c595
MV5020

Abstract: LED MV5020 MV52 MV5020 Series MV5026 MV10B MV50 MV5021 MV5022 MV5023
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , ) cm2 (xlO- 3 ) .828 32.5 .828 32.5 130 130 130 ♦Luminous intensity guaranteed to a 2.5% AQL inspection , - < 3 140 oc cq bJ 120 > H 5 100 * 60 40 \ S , Ä50, sec ^^P200msec mv 5020 0 1 2 3 4 5 6 peak forward current-amps c606 Fig. 3 . Radiated , surface. 2. As measured with a Photo Research Spectra Corp. Microcandela Meter (Mode! / V D). 3 . The


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PDF MV10B mv5020series MV5021 MV5022 MVS023 MV5026 MV5025 L-175 MV5020 LED MV5020 MV52 MV5020 Series MV50 MV5023
monsanto mv50

Abstract: C576 MV50 MV10B MV5020 MV5021 MV5022 MV5023 MV5024 MV52
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , conditions Luminous Intensity (1) (note 3 ) * 0.5 1.4 med lF = 20 m A Total external radiated power 60 , CURRENT (mA) c578 Figure 2 Brightness vs. Forward Current ! . 1° 5 s a. i-g 4 H « 3 § 2 CE 1 0 , C árioo, iSEC Mr ^SOQuSEC 1 2 3 4 5 6 PEAK FORWARD CURRENT-AMPS C579 Figure 3 , Brightness Meter with "Spectar" L-175 tens in the brightest region of the emitting surface. 3 . /4s measured


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PDF MV10B MIL-S-750. L-175 monsanto mv50 C576 MV50 MV5020 MV5021 MV5022 MV5023 MV5024 MV52
monsanto LED mv5254

Abstract: MV10B C1065 C621 MV55 monsanto discrete LED monsanto LED monsanto mv54 MV53 MV50
Text: MV54 Red (660 nm 1.65 V 1.0 med 20 mA 5.0 nA 40 mA 80 mW A MV55 Red (660 nm 1.6 V 0.5 med 3 mA 150 nA , time @ 230°C (see Note 3 ).5 sec Continuous forward , (total) See Fig. 3 & 4 degrees 65 24 65 24 65 24 ♦Luminous intensity guaranteed to a 2.5% AQL , ) - nm C1064 Fig. 2. Spectral Response 50% 40% 30%20Si> 10% 0 Fig. 3 . Spatial Distribution (Note 2 , axis of the device. 3 . The leads of the device were immersed in molten solder, at 230° C, to a point


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PDF MV10B MV5353, V5253, MV5153) MV5354, MV5254, MV5154Ã MIL-S-750. monsanto LED mv5254 C1065 C621 MV55 monsanto discrete LED monsanto LED monsanto mv54 MV53 MV50
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