TS8P04GHC2G

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Diodes - Bridge Rectifiers are commonly used in many applications. They are an essential component in the electronic circuity to control the amount of current and voltage that flows through the device.

The TS8P04GHC2G is a three phase bridge rectifier with a peak rectified forward voltage of 800V and a forward current of 4A. This bridge rectifier has a phase control of 2x25A and is mainly used in switching power supply systems, power inverters, and DC motor speed control applications.

The diagram below shows the working principle of the TS8P04GHC2G.

In this illustration, three phase input voltage is applied to the bridge rectifier which does the job of rectifying it. Each of the three phase inputs has two diodes connected in series, with the anodes of the diodes connected to the positive terminal of the corresponding voltage source, and the cathodes connected to the negative terminal. This configuration enables the bridge rectifier to rectify the three phase voltage, thus providing the output with only unidirectional pulses of electricity.

The output of the TS8P04GHC2G is comprised of a single DC voltage, and is then regulated by a linear regulator to reach the desired output voltage. This bridge rectifier is an ideal choice for applications that require high voltage outputs, as it allows for higher voltage ratings due to its rectification process.

The TS8P04GHC2G has a low forward voltage drop and minimal thermal shock, making it an excellent choice for power supplies and other power-related applications.

This bridge rectifier is also designed for heavy consumer applications and offers a high power dissipation in addition to being highly efficient. The bridge rectifier is also low on noise and has low switching losses, making it an ideal choice for power conservation applications.

Overall, the TS8P04GHC2G is a highly efficient and reliable bridge rectifier with a wide range of applications. Its low forward voltage drop, high power dissipations, and low noise make it ideal for a variety of applications. Its three phase bridge rectification process also allows for a higher voltage output, making it very versatile and suitable for a wide range of applications.

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