BZW04-171B R1G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS-Diodes are widely used in today\'s applications. They are specifically designed to protect circuit components from damaging transients and to provide fast overvoltage protection. The BZW04-171B R1G Diode is a popular component among application engineers in many fields.

The BZW04-171B R1G Diode is a unidirectional device rated for 17V and a maximum surge current of 1 Amp. It features fast response time of 600V/µs, with 9pF junction capacitance. It is a P6KE type diode that provides superior performance in harsh environments and offers low leakage current and low opposite leakage voltages. This product provides superior protection for high frequency transient (<2GHz) circuits, helping to reduce downtime due to power surges and equipment failure.

This device has an impressive application field. Its fast response time and robust package make it suitable for a wide variety of applications. It is commonly used in power supplies, SCRs, circuits, and transformer, for surge voltage and overvoltage protection. The product is also suitable for the protection of two pairs of 50/60Hz lines, with 600V/µs clamping speed.

The working principle behind the BZW04-171B R1G Diode is based on the principle of avalanche breakdown. When the surge voltage exceeds the diode’s break-over voltage (BVdss) of 17V, the avalanche of electrons causes the current to increase exponentially. This sudden high current breaks down the junction and results in a sharp change in voltage, known as the voltage clamping effect. This clamping voltage acts as a fast and effective protection against overvoltage surges.

The BZW04-171B R1G Diode is a rugged and reliable device ready for use in multiple fields. With its superior protection capabilities, low capacitance, and fast response time, it provides reliable protection against transient overvoltage surges. It is a well-rounded device that offers reliable performance even in harsh conditions.

The specific data is subject to PDF, and the above content is for reference