V2P6HM3/H Discrete Semiconductor Products

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Introduction to V2P6HM3/H

The V2P6HM3/H is a single mask rectifier diode typically used in power management and motor control applications. It is able to provide high-frequency current conduction, low forward voltage drop, low leakage current, and high reliability. The device features ultra-fast switching times and is designed to offer performance and reliability in high temperature environments.

Applications of V2P6HM3/H

V2P6HM3/H diodes are ideal for medium and high voltage applications such as solar panel inverters, uninterruptible power supplies, industrial motor controllers and switch-mode supplies. They are also suitable for applications requiring fast switching, HIGH temperature operation and low power consumption. In addition, these devices are ideal for the protection of sensitive electronic components from voltage spikes, ESD and power surges.

Working Principle of V2P6HM3/H

The V2P6HM3/H is a single mask rectifier diode with a bidirectional current conduction capability. It uses a conductive silicon die to serve as the semiconductor material. The reverse bias applied across the diode’s p-n junction creates an electric field between the p and n regions, which allows current to be conducted by the diode in one direction only. This mechanism is the basis of the diode’s rectifier effect. The device features low reverse leakage current, fast recovery time and low forward voltage drop.

Conclusion

The V2P6HM3/H single mask rectifier diode is ideal for use in medium and high voltage applications, offering fast switching, high-temperature operation and low power consumption. It has a bidirectional current conduction capability, low forward voltage drop and low reverse leakage current, making it ideal for use in power management and motor control applications.

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