MSASC25W100K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MSASC25W100K is a diode rectifier used in power electronic design applications. It is a single-phase, full-wave rectifier with a high efficiency rating and an extremely low forward voltage drop. It is capable of handling up to 25 watts of power at 100kHz. The MSASC25W100K has a wide operating temperature range of -40°C to 150°C.

This device is designed to be used in high power switching and voltage regulation applications. Its high efficiency rectification and low forward voltage drop help to reduce losses and improve overall system efficiency. It is also designed to be able to withstand surge voltages while providing a consistent output voltage. Its wide temperature range allows it to be used in extreme temperature environments.

The MSASC25W100K utilizes a high efficiency switching topology that minimizes losses and improves power factor. During each half cycle, the current flow through the diode is limited by the external Schottky diode. This limits the voltage or current across the diode so that the diode does not suffer damage due to excessive peaks. The external diode also helps reduce losses in the device due to improved peak efficiency.

The two halves of the MSASC25W100K are connected internally by a pair of diodes to form a four-diode bridge rectifier. This bridge rectifier has the advantage of providing full-wave rectification with low losses, as there is no need for a center tap and/or voltage doubler. Furthermore, the four diodes provide excellent surge protection for the device.

In a power electronics design application involving high power switching, the MSASC25W100K provides a reliable way of limiting the forward voltage and current spikes while providing a consistent output power. This device is most often used in switching power supplies, motor controllers, and voltage regulators. Its high efficiency and surge protection makes it a perfect choice for applications requiring reliable performance and minimal losses.

The specific data is subject to PDF, and the above content is for reference