INFRARED LED Infrared LEDs 627

Reset All

Part	Manufacturer	Optoelectronic Type	Mounting Feature	Lens Type	Terminal Finish	Configuration	Color At Wavelength	Size	No. of Functions	Maximum Forward Current	Peak Wavelength (nm)	Packing Method	Maximum Response Time	Sub-Category	Maximum Reverse Voltage	Semiconductor Material	Maximum Operating Temperature	Height	Shape	Viewing Angle	Minimum Operating Temperature	Nominal Output Power	No. of LEDs in Array	Additional Features	Spectral Bandwidth	JESD-609 Code	Maximum Forward Voltage
1N6266	Fairchild Semiconductor	INFRARED LED	THROUGH HOLE MOUNT			SINGLE			1	.1 A	940			Infrared LEDs	3 V	GaAs	125 Cel		ROUND	20 deg	-65 Cel	6 W			60 m		1.7 V
SE1450-4L	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT		Tin/Lead (Sn/Pb)	SINGLE			1	.05 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel		ROUND	24 deg	-55 Cel				36 m	e0	1.6 V
SIR-34ST3F	ROHM	INFRARED LED			TIN SILVER COPPER	SINGLE		3.1 mm	1	.1 A	950						85 Cel		ROUND		-25 Cel	8 W		HIGH RELIABILITY		e1
SEP8736-003	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT			SINGLE		2.64 mm	1	.05 A	880		.0000007 s	Infrared LEDs	3 V	AlGaAs	85 Cel		ROUND	10 deg	-40 Cel				80 m		1.7 V
F5E1	Fairchild Semiconductor	INFRARED LED	THROUGH HOLE MOUNT			SINGLE		4.67 mm	1	.1 A	880		.0000015 s	Infrared LEDs	3 V	GaAs	125 Cel		ROUND	80 deg	-65 Cel	12 W			80 m		1.7 V
SE1470-003L	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.05 A	880		.0000007 s	Infrared LEDs	3 V	GaAlAs	125 Cel			24 deg	-55 Cel				80 m		1.8 V
SIR-568ST3F	ROHM	INFRARED LED			TIN SILVER COPPER	SINGLE		5 mm	1	.1 A	850						85 Cel		ROUND		-25 Cel	13 W				e1
SE5470-003	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.1 A	880		.0000007 s	Infrared LEDs	3 V	AlGaAs	125 Cel			20 deg	-55 Cel				80 m		1.9 V
SIR-563ST3F-N	ROHM	INFRARED LED	RADIAL MOUNT			SINGLE		5 mm	1	.1 A	940				5 V	GaAs	85 Cel		ROUND	30 deg	-25 Cel	11 W		HIGH RELIABILITY	40 m		1.6 V
SE5455-003	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT		Gold (Au)					.1 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel			20 deg	-55 Cel				50 m	e4	1.7 V
SML-S13RTT86	ROHM	INFRARED LED	SURFACE MOUNT		GOLD OVER NICKEL	SINGLE		1.6 mm	1	.03 A	850	TR, 7 INCH			5 V	AlGaAs	85 Cel		ROUND		-40 Cel					e4	1.4 V
ARE1-9F30-00000	Broadcom	INFRARED LED	SURFACE MOUNT			SINGLE WITH BUILT-IN ESD PROTECTION DEVICE			1	1 A	940	TR, 7 INCH					85 Cel		ROUND	150 deg	-40 Cel	970 W					3.4 V
ARE6-8831-0JL00	Broadcom	INFRARED LED	SURFACE MOUNT			SINGLE			1	1.5 A	855	TR, 7 INCH					120 Cel		ROUND	80 deg	-40 Cel						3.35 V
ARE6-88D1-0GH00	Broadcom	INFRARED LED	SURFACE MOUNT			SINGLE			1	2 A	855	TR, 7 INCH					120 Cel		ROUND	80 deg	-40 Cel						2 V
GL100MN0MP	Sharp Corporation	INFRARED LED			Gold (Au)	SINGLE		1.6 mm	1	.05 A	940						85 Cel		ROUND		-30 Cel	1 W				e4
GL100MN1MP	Sharp Corporation	INFRARED LED			Gold (Au)	SINGLE		1.6 mm	1	.05 A	940						85 Cel		ROUND		-30 Cel	2 W				e4
GL480	Sharp Corporation	INFRARED LED			Tin/Lead (Sn/Pb)	SINGLE		1.6 mm	1	.05 A	950						85 Cel		ROUND		-25 Cel	.7 W		SIDE VIEW		e0
GL514	Sharp Corporation	INFRARED LED			Tin (Sn)	SINGLE		4.7 mm	1	.15 A	950						125 Cel		ROUND		-40 Cel	5.35 W		HIGH RELIABILITY		e3
GL514A	Sharp Corporation	INFRARED LED			Tin (Sn)	SINGLE		4.7 mm	1	.15 A	950						125 Cel		ROUND		-40 Cel	5.35 W		HIGH RELIABILITY		e3
HSDL-4230	Broadcom	INFRARED LED			Tin/Silver/Copper (Sn/Ag/Cu)	SINGLE		5 mm	1	.1 A	875						70 Cel		ROUND		0 Cel	32 W				e1
MLED71	Motorola	INFRARED LED	THROUGH HOLE MOUNT		Tin/Lead (Sn/Pb)	SINGLE		1.14 mm	1	.05 A	940		.000001 s	Infrared LEDs	6 V	GaAs	100 Cel		ROUND	30 deg	-40 Cel	2.5 W			48 m	e0	1.5 V
QEE113E3R0	Onsemi	INFRARED LED	THROUGH HOLE MOUNT		MATTE TIN	SINGLE		1.65 mm	1	.05 A	940			Infrared LEDs	5 V		100 Cel		ROUND	50 deg	-40 Cel			SIDE VIEW		e3	1.5 V
SE1450-004L	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.05 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel			24 deg	-55 Cel						1.6 V
SE2460-003	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.075 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel			18 deg	-55 Cel				50 m		1.6 V
SE5455-002	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.1 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel			20 deg	-55 Cel				50 m		1.7 V
SE5455-004	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.1 A	935		.0000007 s	Infrared LEDs	3 V	GaAs	125 Cel			20 deg	-55 Cel				50 m		1.7 V
SEP8705-003	Honeywell Sensing And Control	INFRARED LED	THROUGH HOLE MOUNT							.05 A	880		.0000007 s	Infrared LEDs	3 V	AlGaAs	100 Cel			15 deg	-40 Cel				80 m		1.7 V
SME2470-021	Honeywell Sensing And Control	INFRARED LED		CLEAR			INFRARED			.075 A	880			Visible LEDs	3 V		125 Cel	2.1 mm		30 deg	-55 Cel						1.8 V
TSSF4500	Vishay Intertechnology	INFRARED LED			Silver (Ag)	SINGLE		3.5 mm	1	.1 A	870						100 Cel		ROUND		-40 Cel	35 W		HIGH RELIABILITY		e4
VSMY2941RGX01	Vishay Intertechnology	INFRARED LED	SURFACE MOUNT			SINGLE		1.8 mm	1	.07 A	940	TR, 13 INCH			5 V	GaAlAs	85 Cel		ROUND	16 deg	-40 Cel	40 W		AEC-Q101	55 m		1.7 V
VSMY98145DS	Vishay Intertechnology	INFRARED LED	SURFACE MOUNT			SINGLE		2.76 mm	1	1 A	810	TR, 7 INCH			5 V		85 Cel		ROUND	90 deg	-40 Cel	1000 W			50 m		3.8 V
TIL47	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									7				1.6 V
TIL49	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									9				1.6 V
TIL46	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									6				1.6 V
TIL24	Texas Instruments	INFRARED LED				SINGLE		1.52 mm	1	.1 A	940						125 Cel		ROUND		-65 Cel	1 W		HIGH RELIABILITY
TIL134	Texas Instruments	INFRARED LED					INFRARED				930			Infrared LEDs									12				1.5 V
TIL131	Texas Instruments	INFRARED LED					INFRARED				930			Infrared LEDs									9				1.5 V
TIL48	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									8				1.6 V
TIL45	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									5				1.6 V
TIL43	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									3				1.6 V
TIL44	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									4				1.6 V
TIL23	Texas Instruments	INFRARED LED				SINGLE		1.52 mm	1	.1 A	940								ROUND			.4 W		HIGH RELIABILITY
TIL41	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									1				1.6 V
TIL25	Texas Instruments	INFRARED LED				SINGLE		1.52 mm	1	.1 A	940								ROUND			.75 W		HIGH RELIABILITY
TIL50	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									10				1.6 V
TIL42	Texas Instruments	INFRARED LED					INFRARED				940			Infrared LEDs									2				1.6 V
QEC122	Onsemi	INFRARED LED	RADIAL MOUNT			SINGLE		3 mm	1	.05 A	890				5 V	AlGaAs	100 Cel		ROUND	18 deg	-40 Cel						1.7 V
QEC112	Onsemi	INFRARED LED	RADIAL MOUNT			SINGLE		3 mm	1	.05 A	940				5 V	GaAs	100 Cel		ROUND	18 deg	-40 Cel						1.5 V

Infrared LEDs

Infrared LEDs (light-emitting diodes) are electronic devices that emit infrared radiation, which is invisible to the human eye. Infrared LEDs are commonly used in applications where the presence of light is undesirable, such as in remote control devices, security cameras, and other electronic devices.

Infrared LEDs emit light in the infrared spectrum, which is a type of electromagnetic radiation that has longer wavelengths than visible light. Infrared radiation is commonly used in communication and sensing applications, such as in infrared remote controls and proximity sensors.

Infrared LEDs are designed to emit radiation in a narrow range of wavelengths, which allows them to be used in specific applications. They are typically made from a semiconductor material, such as gallium arsenide, and operate at low voltages and currents.

One of the advantages of using infrared LEDs is that they are energy-efficient and have a long lifespan. They also do not produce heat or noise, which makes them ideal for use in electronic devices. Additionally, they are compact and easy to integrate into electronic devices.

One of the disadvantages of using infrared LEDs is that they are limited in their range and may not be able to transmit or receive signals over long distances. Additionally, they may be affected by external sources of infrared radiation, which can interfere with their operation.