The AEC-Q101-qualified devices released today are manufactured using Vishay's new foil assisted mold (FAM) technology. The photodiodes' leadframe, bond wire, and connection pads are molded in a black epoxy, while a free cavity above the radiant sensitive area allows light to enter the package for signal generation.
Vishay's VOM1271 features integrated turn-off circuitry, eliminating the need for external turn-off components and a secondary side power supply, in a compact SOP-4 Package. The MOSFET driver greatly reduces implementation cost and PCB space usage, while increasing overall system reliability and performance.
Designed to convert solar UV light intensity to digital data in consumer, medical, and industrial applications. The Vishay Semiconductors VEML6070 incorporates a photo-pin-diode and signal processing IC in a compact 2.35 mm x 1.8 mm x 1.0 mm surface-mount package.
Vishay introduces a new series of super red, red, amber, and yellow ultra-bright LEDs in compact, untinted surface-mount packages with dome lenses.
Vishay introduces the first two devices in their series of ceramic-based, high-power UV LEDs with silicone lenses.
Vishay's VEML6040 is an integrated RGBW sensor and signal-conditioning IC providing 16-bit resolution for each channel.
Vishay Semiconductor Opto Division's optocouplers design to increase reliability in high-voltage applications such as alternative energy and industrial systems
Vishay's SurfLight™ Surface-Emitting Technology emitts nearly all the light and power out the top of the chip, increasing intensity up to 5x.
Vishay's diodes offer high-drive-current capability, high radiant intensity, and high optical power while providing low thermal resistivity.
Vishay's mini LEDs are small yet high powered LEDs that are a reliable component for an arduous environment.