BAV23S-TP

BAVS3-TP is an array diode rectifier chip designed by EIC which can work in a wide voltage range of between 100V to 1000V and offer high current rectification capabilities. It is found in many AC/DC and DC/DC applications, from telecoms infrastructure and video projector applications to electronic ballast circuits and in many industrial applications such as motor drives, robotics and VFDs. This array diode rectifier chip features fast and soft recovery times, achieving a typical reverse recovery time of 600nm. It also offers low forward voltage drop and low thermal impedance, resulting in enhanced thermal performance.

The working principle behind the BAVS3-TP rectifier is based on conventional PN junction diode rectifier arrays. Each of these rectifier arrays consists of an NPN junction formed between a metallic plate and a PN junction under the plate. When the upper plate receives current, a large electric field is generated at the PN junction, resulting in a flow of electric charge. This flow of charge is then rectified by the NPN junction, which blocks current flow in one direction and passes it in the other direction.

The BAVS3-TP rectifier is heavily relied upon in many AC/DC and DC/DC applications due to its high current rectification capabilities and wide voltage range. It is capable of rectifying large currents up to 3.2A with a low forward voltage drop of 0.52V at 3.2A. This makes it an ideal choice for powering electronics, motors, and systems that require high power rectification.

In addition to its rectification capabilities, this array diode rectifier chip also offers a wide range of advantages. The BAVS3-TP is highly efficient, able to reduce both power losses and low-voltage ripple. It also provides fast and soft recovery times, making it well-suited for applications that require fast ON/OFF switching. Finally, it is designed with a low thermal impedance to ensure improved thermal performance and reliability.

Overall, BAVS3-TP is an ideal choice for many AC/DC and DC/DC applications. Its fast recovery times and wide voltage range make it well-suited for nearly any application that requires rectifications, from telecoms to industrial systems. It is also extremely efficient, reducing power losses and ensuring low-voltage ripple. Finally, its low thermal impedance ensures improved thermal performance and reliability.