BAT86S-TR

Diodes - Rectifiers - Single is one of the most commonly used components in the electronics industry. The BAT86S-TR is a type of small signal Schottky rectifier that is ideal for high frequency and high temperature applications. This rectifier is excellent for low power dissipation and space saving design, thanks to its small package. The BAT86S-TR has a maximum continuous forward current of 200mA, a maximum reverse voltage rating of 200V, and peak pulse forward current of 600mA.

The BAT86S-TR is most commonly used in automotive, consumer, communication, and industrial applications. It is ideal for battery charge controllers, ac/dc converters, dc/dc converters, power supplies, switching power supplies, computer power supplies, inverters, solar controllers, and other applications where a high-efficiency rectifier is needed. It is also used as a protection diode in automotive and consumer applications.

In terms of its working principle, the BAT86S-TR acts as an efficient rectifier due to its very low forward voltage drop. This is because it is composed of a metal-semiconductor junction, which is very thin, producing a very low forward voltage drop. It is this junction that makes the BAT86S-TR able to rectify high input voltages, up to 200 volts. It also has excellent reverse recovery time, which is important in determining the overall efficiency of the rectifier.

The BAT86S-TR is also highly efficient when it comes to thermal dissipation, thanks to its small package. This means it produces less heat, resulting in longer life and higher reliability. The BAT86S-TR also has excellent reverse leakage current, meaning it does not draw in unexpected power from the circuit. This makes it highly suitable for designs that require minimum current draw, such as battery charge controllers.

Overall, the BAT86S-TR is an ideal solution for low power and space saving designs, due to its excellent thermal characteristics, low reverse leakage current, and low forward voltage drop. For these reasons, it is widely used in automotive, consumer, communication, industrial, and solar applications, providing excellent efficiency and durability.