VS-43CTQ100STRR-M3

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The VS-43CTQ100STRR-M3 is an array of four ultra-fast high-voltage rectifiers from Vishay Semiconductors. This device is intended for use in automotive applications, including multiplexed brake/light control systems, engine/HVAC and lighting control. It features a low forward on-state voltage of 1.3V, and a low forward-to-reverse diode voltage of 1.1V. The device\'s integrated avalanche transient voltage protection makes it ideal for automotive lighting applications.

The VS-43CTQ100STRR-M3\'s low profile packaging reduces space requirements, while its thermal transient and dynamic junction temperature capabilities are designed to minimize temperature variations during operation. The device also features short-circuit protection and provides a 1.3V gate-drive voltage.

The VS-43CTQ100STRR-M3 is functionally similar to a diode, but with the added ability to both conduct and block current in both directions. It works by passing the current through four individual devices, each with its own distinct characteristics. When the device is forward biased, the voltage difference between anode and cathode is below the device\'s breakdown voltage (VBR) and the device is in the non-conducting state. When the voltage difference is greater than the breakdown voltage, the device is forward biased and the current is allowed to flow. In the reverse direction, the device blocks current from flowing from the anode to the cathode.

The VS-43CTQ100STRR-M3 has a peak reverse blocking voltage of 100V, and a maximum forward on-state current of 4A. It can operate over a temperature range of -40 to 125 degrees Celsius. The device is also designed to operate with a maximum junction temperature of 125 degrees Celsius and a minimum junction temperature of -40 degrees Celsius.

The VS-43CTQ100STRR-M3 offers improved noise immunity and EMI shielding. Its advanced temperature and electrical characteristics make it an ideal choice for automotive lighting, brake/light control and engine/HVAC applications. Its low profile packaging and integrated avalanche transient voltage protection make it well-suited for use in tough environments, and its short-circuit protection ensures reliable operation over a wide range of temperatures.

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