STPS2H100ZFY

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The STPS20H100ZFY is a single diode rectifier module with a fast recovery ultrafast design for power electronics applications. It is designed to provide high efficiency, performance, and reliability for switching power supplies, inverters, high-frequency power supplies, and other power electronic circuits.

This rectifier module is equipped with a high-temperature and low thermal resistance package that permits excellent heat dissipation for increased durability and performance. The module has a maximum forward voltage drop of 1V and a recovery time of 0.83us, which allows for fast switching with low voltage and low noise. The device has a reverse leakage current of 1.5 mA and is rated for up to 100A surge pulse current.

The STPS20H100ZFY offers several benefits, including improved power efficiency, low switching noise and minimum power dissipation. It has a wide operating temperature range of -55 °C to +150 °C. The module has a current rating of 8A and is suitable for various applications such as motor control, home appliances, communication systems, and industrial machinery.

The working principle of the STPS20H100ZFY rectifier module is based on the underlying principle of a diode, which allows current flow in one direction only. The device consists of two diodes connected in series, with the two diodes connected in opposite directions. When a voltage potential is applied to the anode and cathode of the rectifier module, current will flow in the forward direction, allowing for electrical power conversion from AC to DC. When the voltage is reversed, the device blocks current, acting as an effective barrier instead.

The STPS20H100ZFY rectifier is capable of a range of applications. It can be used to convert AC power to DC power, as well as for switching power supplies, low-voltage DC power supplies, high-current battery chargers, UPS systems, automotive applications, and other power electronic devices. This device is suitable for both new and existing equipment, providing excellent overall performance and reliability.

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