AR1PD-M3/84A Discrete Semiconductor Products

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The AR1PD-M3/84A diode is a discrete rectifier device used to convert alternating current (AC) to direct current (DC). The AR1PD-M3/84A is a single diode featuring a stud anode and a standard cathode. Its nominal current rating is 84A and it has a reverse voltage rating of 150V. It has a low reverse current leakage of 0.10μA, meaning it can handle a wide range of direct current voltages, making it suitable for a variety of applications in power and electronics.

The AR1PD-M3/84A application field includes, but is not limited to, rectifying power mains, power processing systems,DC-DC converters, and lighting systems. The device is also suitable for general-purpose switching applications, where it converts AC to DC and vice versa. As it is a single diode device, it can also be used in diode rectifier circuits and other power conditioning circuits.

The working principle behind the AR1PD-M3/84A diode is based on its design features. The device features a stud anode, which collects majority carriers from the semiconductor material, resulting in current flow and the rectification of the alternating current. When supplying a direct current voltage, the diode behaves like a switch, allowing current to flow in one direction, while blocking current flow in the opposite direction. This is due to the reverse voltage drop across the diode which prevents current from flowing in the reverse direction.

The AR1PD-M3/84A diode is widely used because of its low reverse current leakage and its ability to handle large amounts of current. The diode can be used in power rectification applications which require a low voltage drop. The device is also suitable for AC-DC converters and switches, due to its ability to act as a switch when provided with a direct current voltage.

In summary, the AR1PD-M3/84A is a single diode rectifier device suitable for a wide range of applications, including rectifying power mains, power processing systems,DC-DC converters, and lighting systems. The device features a low reverse current leakage and can handle large amounts of current. Its working principle is based on the design features of the device and it behaves as a switch when supplied with a direct current voltage.

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