C3535X-INL1-E1D11N

Power Leds High Power Infrared LED

PWL IR 3535 840-870nm 180-400mW @350ma 120° 600mA Max

Documentation

Type

Power Leds High Power Infrared LED
Brand name

TSLC
Colour

IR
CCT[°K;nm]

840-870nm
Intensity [lm/mcd]

180-400mW
IF[mA]

600mA
Angle [°]

120°
Data sheet

TSLC_C3535X-INx1-series_datasheet.pdf

TSLC_V3535X-INx1-series_datasheet.pdf
Other related articles

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TSLC

Power Leds -> High Power Infrared LED

Power LEDs indicate a diode which, being capable of transforming electrical energy with a power greater than 1 W into light and heat, can be used in the lighting of internal and external environments, i.e. to distribute light in the space built at given lighting levels. The high Power Infrared LED work well for security and surveillance systems that need higher radiation and operate perfectly in high ambient temperatures and high humidity areas due to its robust design. High Power IR LED can also be used in any other applications ranging from TV remote control, auto-focus cameras to electronic gates, cosmetic devices and VR glasses. Narrow beam angle up to 30° enable to achieve exceptional radiant density and avoid the need for a secondary lens.

What is SWIR and how can high-performance SWIR LEDs be exploited? How do SWIR LEDs work?
SWIR LEDs, also known as shortwave infrared, are rapidly becoming the best option for applications that do not involve visible illumination. The wavelengths of SWIRs are between 700 and 2500 nm, which means they are invisible to the naked eye, however, in some cases, this range can be within the range of visible illumination and thermography.

SWIR LEDs offer unique capabilities for detection, inspection, sorting, surveillance, remote sensing and more, so they are used in glass inspection, recyclable materials sorting, food inspection and analysis, narcotics testing, biomedicine, telecommunications, laser sensing and surveillance, other applications are found in the maritime industry, ophthalmology, spectroscopy, weapons guidance, imaging and solar inspection.

One of the greatest advantages of SWIR LEDs is that they can detect chemicals and gases, can operate both day and night, and do not require cooling, which is certainly convenient.

However, perhaps the biggest disadvantage of SWIR is that it is still relatively unfamiliar; it relies on acquiring information through specific bands to produce accurate data.

Code	Colour	CCT[°K;nm]	Intensity [lm/mcd]	IF[mA]	Angle [°]
C3535X-1NL1-E1H11N IR \| 840-870nm \| 440mW \| 1000mA \| 140°	IR	840-870nm	440mW	1000mA	140°
C3535X-INA1-EAH11N IR \| 840-870nm \| 812-1155mW \| 700mA \| 90°	IR	840-870nm	812-1155mW	700mA	90°
C3535X-INL1-E1D11N IR \| 840-870nm \| 180-400mW \| 600mA \| 120°	IR	840-870nm	180-400mW	600mA	120°
C3535X-INL1-EDH11N- IR \| 840-870nm \| 1015-1365mW \| 700mA \| 140°	IR	840-870nm	1015-1365mW	700mA	140°
N3535X-INA1-EDH11N- IR \| 840-870nm \| 650-950mW \| 700mA \| 90°	IR	840-870nm	650-950mW	700mA	90°
N3535X-INL1-EDH11N- IR \| 840-870nm \| 700-1000mW \| 700mA \| 140°	IR	840-870nm	700-1000mW	700mA	140°
V3535X-INA1 IR \| 840-870nm \| 945-1295mW \| 700mA \| 90°	IR	840-870nm	945-1295mW	700mA	90°
V3535X-INF1- IR \| 840-870nm \| 140-320mW \| 700mA \| 60°	IR	840-870nm	140-320mW	700mA	60°
V3535X-INL1 IR \| 840-870nm \| 180-400mW \| 700mA \| 140°	IR	840-870nm	180-400mW	700mA	140°
V3535X-INS1- IR \| 840-870nm \| 815-1155mW \| 700mA \| 30°	IR	840-870nm	815-1155mW	700mA	30°
C3535XJNF1-E1H11N IR \| 925-955nm \| 320-520mW \| 700mA \| 65°	IR	925-955nm	320-520mW	700mA	65°
C3535X-INX9 IR \| 840-870nm \| 180-750mW \| 350-700mA \| -	IR	840-870nm	180-750mW	350-700mA	-