FFPF10UA60ST

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Diodes - Rectifiers - Single

The FFPF10UA60ST is a single, high voltage, fast switching, surface-mount, Schottky rectifier diode intended for use in applications where space and weight are important considerations.

The FFPF10UA60ST diode is a low voltage drop, pre-biased diode designed for high current DC-DC conversion applications. It has an ideal forward voltage drop of 1.9V and a maximum peak current of 25A. It is also able to handle larger reverse voltage ratings than other Schottky diodes. It has a low leakage current and low thermal resistance.

Application Field

The FFPF10UA60ST diode is ideal for use in DC-DC converter applications such as switching power supplies, voltage regulators, voltage references, and pulse width modulation circuits. It is also well suited for high-frequency switching applications such as converters, inverters, regulators, optical fiber communication systems, and other high-efficiency applications.

The FFPF10UA60ST diode is also well suited for DC-DC converters, switch-mode power supplies, inverters, light dimmers, motor control systems, automotive electronics, and computer applications.

Working Principle

The FFPF10UA60ST diode works by allowing current to flow in one direction and blocking current from flowing in the opposite direction. This is achieved by the diode\'s barrier potential, which is created by the rectifying junction. This barrier potential is greater than the potential of the supply power.

When an applied voltage is greater than the barrier potential, the rectifying junction becomes forward biased and current begins to flow. When the reverse voltage is greater than the barrier potential, the diode blocks current flow. This process is known as reverse biasing.

The FFPF10UA60ST diode is a fast switching device, which means that it switches on and off very quickly. This makes the diode suitable for high-frequency and pulse-width modulation applications where rapid switching is required.

The FFPF10UA60ST diode also has low leakage current and low thermal resistance, which helps reduce losses in the system. This makes the diode ideal for high efficiency applications.

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