IDP30E120XKSA1

Single diodes and rectifiers provide the best performance characteristics when it comes to power switching and the use of many different power sources. The IDP30E120XKSA1 is a single diode and rectifier designed to work in many different applications.

The IDP30E120XKSA1 is a silicon diode rectifier with an anode to cathode voltage rating of 30V. It is a surface mount package and has a reverse surge rating of 12A. The IDP30E120XKSA1 has a power dissipation of 2W and a peak reverse voltage of 120V. It has a high voltage rating with a low peak reverse voltage of 55V, which allows it to be used in many applications. The total capacitance of the device is 5.3nF. Additionally, the device features a minimum breakdown voltage of 50V and a maximum reverse recovery time of 60ns.

This single diode and rectifier has a wide range of applications, including voltage clippers and clampers, signal generator circuits, free-wheeling diode applications, linear and switching power supply circuits, and can also be used in pulse transformers. The reverse surge rating of 12A makes it ideal for these applications as it is designed to handle high peak currents and will provide a longer device lifespan. It is also compatible with lead-free reflow processes.

The IDP30E120XKSA1 is an excellent device that is well-suited for applications where high voltage bipolar diodes are not practical or available. With its high voltage rating, low peak reverse voltage, and reverse surge current rating, it is able to handle many of the higher current pulses required for large power supplies or switches. The reverse recovery time is also low, making it perfect for use in fast switching circuits.

The IDP30E120XKSA1 single diode and rectifier is an excellent choice for a wide variety of applications. With its high voltage rating, low peak reverse voltage, and reverse current rating, it is ideal for use in many power related applications. It is also lead-free compatible and has a low-profile surface mount package that makes it easy to use in multiple design configurations. The device has been tested and is proven to provide extremely reliable performance.