IPW50R250CPFKSA1

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

Integrated Power Devices, Inc. (IPD) is proud to introduce the IPW50R250CPFKSA1, a high-capacity switch mode power supply integrated switching device designed to provide high power control and high-density performance. The device is a bipolar device with a Group IV technology structure that enables superior input-to-output power conversion, fault protection and short circuit protection while featuring a low on-resistance and low-power consumption. This product is well suited for a multitude of applications, including motor drives, power supply, battery charging, and motor controllers. This paper will discuss the application field and working principle of the IPW50R250CPFKSA1.

The IPW50R250CPFKSA1 uses a Field-Effect Transistor (FET) as its core technology. It is a three-terminal device with its source, gate and drain pins connected to an insulated gate structure. The device is built with a mono-crystalline silicon layer which acts as the gate between the source and drain, followed by a silicon dioxide insulator layer providing insulation and protection from electrostatic discharge. The FET has very low on-resistance when turned on, making the device suitable for high-current switching of relatively large loads. The device also has a very low gate voltage, enabling low-power operation.

This power switching device is designed to operate as a switch mode regulator and/or an input power source, providing efficient conversion of input power to output power. Switch mode regulation is a technique used to accurately regulate an output voltage despite changes in the load in order to maintain a consistent power supply. This is accomplished by rapidly switching (turning on and off) the power device to provide accurate and stable power delivery. The IPW50R250CPFKSA1 uses a split Phase Shift Frequency Modulation (PSFM) topology to provide high-efficiency, low-loss and low-temperature switching. In addition, the device includes integrated current sensing, adjustable output voltage, active-current limitation and overvoltage protection for added safety and system reliability.

The IPW50R250CPFKSA1 was designed with the intention of being applied in the switching power supplies of large equipment such as motors drives, power supplies, and motor controllers. This device is well suited for these types of applications due to its ability to reduce switching losses, reduce EMI/RFI interference, and provide high-density performance in a small package. Its low on-resistance also allows it to be used in applications that require high current switching such as motor drives. Additionally, its excellent temperature performance and overvoltage protection allow it to be used in a wide range of environments, protecting the system from being damaged by overvoltage.

The IPW50R250CPFKSA1 is a single FET power switching device that is designed to provide high power control and high-density performance in a small package. Its low on-resistance, temperature performance, and integrated features make it well suited for a variety of applications including motor drives, power supplies, battery charging, and motor controllers. Its split PSFM topology provides efficient and reliable power conversion, and its safety features ensure that the device operates properly in a wide range of environments.

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