FR607

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FR607 is a single-phase rectifier bridge which can be used in medium power applications. It is used to convert alternating current (AC) input into direct current (DC). It is commonly used in applications such as DC-DC converters, power supplies, solar panel inverters and automotive DC/DC charging systems. It is a highly reliable bridge with good thermal characteristics and low power dissipation.

The FR607 bridge consists of four Schottky diodes, two of which are in parallel to form a dual diode. Each of these diodes has a forward voltage drop of around 0.30 volts which is much less than the traditional silicon diodes used in similar applications. This reduces the losses in the bridge, providing a significant improvement in efficiency. It also has a peak reverse voltage of 100 volts and a continuous forward current of 5.0 Amps.

The working principle of the FR607 bridge is based on the rectification effect, where alternating current (AC) input is converted into direct current (DC) output. To achieve this conversion, each of the two parallel diodes is connected to one of the two terminals in the AC input. During the positive half cycle of the input, the current flows through the diode connecting the positive terminal and the output, while during the negative half cycle, the current flows though the diode connecting the negative terminal and the output. In this way, the AC input is converted into DC output.

The FR607 bridge is a highly efficient device and can provide a reliable power supply, even in hot and humid conditions. It has a built-in thermistor which provides over temperature protection, preventing heat damage to the components. The bridge is also temperature compensated, ensuring the performance and reliability is not affected by changes in the operating environment.

The FR607 bridge is a very popular choice in medium power applications due to its high quality and reliable performance. It is widely used in DC-DC converters, power supplies, solar panel inverters and automotive DC/DC charging systems. It is a highly reliable bridge with good thermal characteristics and low power dissipation, making it suitable for a variety of applications.

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