GPP60B-E3/73

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Diodes - Rectifiers - Single are commonly used for industrial, automotive, and home applications. This article will discuss the GPP60B-E3/73 application field and its working principle.

The GPP60B-E3/73 is single-phase, full-wave bridge rectifier, which is ideal for high-frequency applications. It can be used in power supplies, lighting, industrial and automotive electronics, etc. It offers full, pure sinusoidal waveform, maximum efficiency, and best temperature stability, as well as excellent durability.

The package of GPP60B-E3/73 includes two pairs of identical, pressed conical-type silicon chips. It is formed as a single ITO rectifier bridge by putting alternate connection terminals in opposite directions to each other. For example, if a voltage source is connected to both terminals of a rectifier bridge, an alternating current rectifies the voltage and produces a positive voltage on one side and a negative voltage on the other side, resulting an output of a DC voltage.

This GPP60B-E3/73 features fast response and low forward voltages with minimal power waste, which makes it suitable for a range of applications. This model may be used in high-power converters for all AC/DC connection types, with efficiency up to 89%. Its advanced device design also reduces ripple by 65%.

The major advantages of GPP60B-E3/73 are optimized performance, fast switching, advanced process technology, and high power rating, which make it an excellent choice for high-power rectification applications. It is also characterized by excellent electromagnetic interference (EMI) suppression.

Apart from voltage and current reduction, the GPP60B-E3/73 also provides power factor correction. It is able to achieve even better efficiency when used in combination with active harmonic filters, compared to that of a single rectifier bridge.

In sum, GPP60B-E3/73 isn’t only suitable for personal and small industrial applications, but also can be used in high-power commercial applications. It offers lower voltage variation and higher efficiency than traditional rectifier bridges. Additionally, its temperature stability and compatibility with different operating frequencies enable it to be used for a wide range of applications.

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