Wide range of general-purpose MOSFETs for power conversion applications

30-11-2022 | Mouser Electronics | Power

Mouser supplies a wide range of general-purpose MOSFETs from Infineon Technologies. For designers looking for MOSFETs to help fulfil project, pricing, or logistical necessities, its expansive portfolio of high-voltage and low-voltage MOSFETs offer flexibility, value and adaptability for various applications.

The company's general-purpose MOSFETs are available in low-voltage versions for designs up to 250V or high-voltage options for designs from 500V to 900V. The low-voltage MOSFETs comprise a wide range of single and dual N- and P-channel devices with drain-source breakdown voltages ranging from 20V to 600V. The drain-source resistance for these devices is rated at 1.1mOhms to 30-Ohms, and the continuous drain current ranges from 100mA to 260A. These low-voltage MOSFETs offer an operating temperature range from -55C to +175C and are AEC-Q101-qualified.

The devices offer drain-source breakdown voltages varying from 500V to 900V, a drain-source resistance from 77mOhms to 4.68-Ohms, and a continuous drain current ranging from 1A to 54.9A. The minimum operating temperature for these devices goes as low as -40C, and power dissipation ranges from 5W to 500W.

These devices are available a comprehensive range of package options, including a SOT-23, PQFN, SuperSO8, TO-252 (DPAK), SOT-223, and TO-220. All of the devices are also supported by the Infineon's online design tools, simulation models and comprehensive product support documentation.

Ideal for a wide range of power conversion and management applications, these general-purpose MOSFETs can be combined into designs that need reverse battery protection capabilities, switching power between alternate sources, or the powering down of unrequired loads. Typical applications include SMPS, chargers and adapters, lighting, TV power supplies, server/telecom devices, battery-powered applications, motor control and drives, and BMS.

sebastian_springall.jpg

By Seb Springall