Vishay Infrared Emitters
Vishay Infrared Emitters feature high-speed operation, high radiant output power, and enhanced radiant intensity across a range of wavelengths from 830 nm to 950 nm. These Vishay emitters offer low forward voltage drop, support high pulse current operation, and provide optimal spectral alignment with silicon photodetectors. They operate within a temperature range of -25°C to +125°C. Typical applications include automotive sensors, driver and occupant monitoring, eye tracking, infrared remote controls, IR touch panels, and more.
TSAL Series Infrared Emitters
Vishay TSAL Series Infrared Emitters feature high radiant intensity, high-speed operation, low forward voltage, and wavelengths suited for infrared applications. Applications include infrared remote controls, free-air transmission systems, optical counters, and card readers.
TST Infrared Emitters
Vishay TST Infrared Emitters deliver high radiant power and intensity, low forward voltage, and reliable near-infrared output. Designed for use as radiation sources in near-infrared applications, they support optical sensing and detection systems.
VSLB Infrared Emitters
Vishay VSLB Infrared Emitters feature high-speed operation, high radiant power and intensity, low forward voltage, and 940 nm wavelength. Applications include infrared remote controls, free-air transmission systems, optical counters, card readers, reflective sensors, and light barriers.
VSMA Infrared Emitters
Vishay VSMA Infrared Emitters feature high radiant power, surface-emitter technology, and high-power surface-mount packages with lenses. Applications include driver and occupant monitoring, eye tracking, and safety and security systems, including CCTV.
VSMB Infrared Emitters
Vishay VSMB Infrared Emitters feature high-speed operation, 940 nm wavelength, high radiant power, and low forward voltage. Designed for IrDA-compatible data transmission, miniature light barriers, and photointerrupters.
VSMY Infrared Emitters
Vishay VSMY Infrared Emitters feature surface-emitter technology, high radiant intensity, high optical power, and high-speed operation. Applications include infrared illumination for CMOS cameras, CCTV, 3D gaming, machine vision, proximity sensing, and photointerrupters.
