Vishay - Infrared Emitter With Extremely High Radiant Intensity of 600 mW/sr, High Optical Power to 55 mW, and Fast Switching Times of 10 ns

3rd February 2011
Source: Vishay
Posted By : ES Admin
Vishay - Infrared Emitter With Extremely High Radiant Intensity of 600 mW/sr, High Optical Power to 55 mW, and Fast Switching Times of 10 ns
Vishay today broadened its optoelectronics portfolio with the release of a new 850 nm infrared emitter featuring a parabolic lens for a very narrow ± 3º angle of half intensity. Based on a unique surface emitter chip technology, the VSLY5850 offers enormous radiant intensity of 600 mW/sr at a 100 mA drive current, high optical power to 55 mW, and fast 10 ns switching times.
/> The surface emitter technology used in the VSLY5850 represents a unique die construction in which all the light generated inside the semiconductor is emitted through the top surface of the chip. This greatly reduces side emissions out of the device's 5 mm T1¾ plastic package, providing the user with a narrow, well-directed emission beam without disturbing fractions towards the sides.

The emitter's extraordinarily high radiant intensity allows significant intensities to be achieved at low drive currents, reducing power consumption by up to three times when compared with the next available intensity class of infrared emitters, and extending operating life in battery-driven infrared applications.

The VSLY5850 is optimized for IR illumination in CMOS cameras, fire alarm systems, and smoke detectors. The emitter's fast switching times also make it ideal for use in high modulation frequency applications for long-range data transmission in road cash systems, traffic controls, and license plate flashing. The device's high optical power allows designers to reduce component count and/or improve performance in these applications.

The new emitter offers an operating temperature from – 40 °C to + 85 °C and is suitable for high pulse current operation. The VSLY5850 is compliant to RoHS directive 2002/95/EC and WEEE 2002/96/EC, and it is halogen-free according to the IEC 61249-2-21 definition.

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