FFSH3065ADN-F155

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FFSH3065ADN-F155 is a diode-rectifier single device, which is also a part of the FFSHxx65A series of low-voltage Schottky rectifier diodes. This series of diodes is the solution for typical power applications, which provide fast switching speed and low forward voltage for energy savings. The FFSH3065ADN-F155 device is one of the smaller packages designed by NXP, making it suitable for small miniature applications as well.
FFSH3065ADN-F155 is designed with NXP\'s avalanche capability, allowing them to provide fixed avalanche breakdown voltage. The avalanche breakdown voltage is 0.8V, making it suitable for use in power applications up to 30W of total power. This device also features low leakage current, which makes it reliable in applications requiring high temperature operation.This diode-rectifier single device provides fast switching speed and low forward voltage drop, making it suitable for switching and converter applications. Its high forward current capability makes it a good choice for high power supply applications. Additionally, it also features low capacitance and low reverse current, which makes it suitable for high frequency applications as well.The FFSH3065ADN-F155 can be used in many applications. It can be used in automobile electronics, such as alternators, lighting, powertrain, and automotive entertainment. It can also be used in general consumer electronics applications, such as LED drivers, mobile chargers, portable devices, solar inverters, heath and personal care products, AC/DC power controllers and industrial electronics.The working principle of the FFSH3065ADN-F155 is relatively simple. It works by passing a current through the diode, which turns the diode off (in a state of reverse bias) and then on (in a state of forward bias) when a voltage is applied. During the forward bias state, electrons are allowed to pass through the diode from its anode to its cathode andFlow back to the anode. This flow of electrons is what creates the electrical current in the circuit. When the voltage is removed, the diode turns off and current cannot flow in the circuit.

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