VS-20CWT10TR-E3

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete

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Introduction

The VS-20CWT10TR-E3 series is a type of diodes and rectifiers arrays that includes four low-threshold Schottky rectifier components in one single package. It offers a space-saving design and superior performance advantages compared to traditional diodes and rectifiers. This makes it suitable for a variety of applications, including data transmission systems, communication network systems, AC/DC adapters, and other switching power supplies.

Application Field

The VS-20CWT10TR-E3 can be used in a wide range of applications. It is designed for use in data transmission systems, communication network systems, and other switching power supplies in which low on-state voltage drop and low reverse leakage current are required. Its low profile and high current capacity (up to 10A rectified current) make it ideal for high-density mounting onto printed circuit boards.The VS-20CWT10TR-E3 is also suitable for AC/DC adapters and other switching power supplies, as it has a low common-mode inductance, very low Ron and very low diode leakage current. Its low power loss characteristics make it an excellent choice for cost-effective applications.

Working Principle

The VS-20CWT10TR-E3 series is a type of low-threshold Schottky rectifier array, which has four independent channels in one package. Each channel contains a reverse-biased rectifier element, which provides a low-voltage forward-biased conduction path when an appropriate reverse bias voltage is applied. The forward current rating of the diode is determined by the rectifier element. The reverse bias voltage is applied at the terminals of the rectifier elements to ensure a fast switching time, low forward voltage drop, and low reverse leakage current. The low reverse leakage current, coupled with the low forward voltage drop, results in excellent thermal performance compared to traditional rectifiers.

Conclusion

The VS-20CWT10TR-E3 diodes and rectifier arrays offer superior performance advantages over traditional rectifiers due to their low-threshold Schottky structure. The high current ratings, low forward voltage drop, and low reverse leakage current make them suitable for a wide range of applications, including data transmission systems, communication networks, and switching power supplies. They are also ideal for AC/DC adapters and other cost-effective applications due to their low power loss characteristics.

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