APT2X61DQ120J

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The APT2X61DQ120J Diode Array is a silicon rectifier that is part of a new family of low-voltage, high power rectifier arrays developed by Alpha & Omega Semiconductor that use fewer components than discrete rectifier circuits. The device is constructed of two integrated power cells, each containing an avalanche diode, an N-channel MOSFET, a Schottky diode, and a diode array. It is designed to reduce low-voltage ripple, increase system efficiency, and reduce the number of components in a power supply. The device is suitable for many applications, including automotive, DC power tools and industrial power supplies.

The APT2X61DQ120J is a two-phase, full-bridge diode array that can operate with input voltages ranging from 6V to 60V. It is capable of handling continuous output currents of up to 10A, and it can provide output power up to 600W. The device features a low leakage current, high efficiency, and fast switching speed. It is particularly well-suited for low voltage applications, such as DC-DC converters, motor drivers, and other power electronics applications that require high power at low voltages.

The device operates by operating the internal integrated circuits on both the high and the low side of the power cell. When power is applied to the device, the MOSFET (p-channel in the low-side, n-channel in the high-side) turns on and the diode array conducts current and dissipates power. At the same time, the Schottky diode clamps the voltage between the power cells to prevent switching transients. By combining the integrated circuits in this manner, the device is able to provide a greater current handling capability than discrete rectifier circuits. Additionally, the integrated circuits reduce the number of components required and result in a smaller overall package size.

The APT2X61DQ120J is an ideal device for applications that require a low-voltage, high power rectifier with a low number of components. It offers excellent feedback control and a high current handling capability, as well as a simple solution for reducing the complexity of a power supply. By reducing the number of components, the device also reduces system cost and provides a more reliable power source for sensitive applications.

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