PXE1610CPN-G003: Infineon's High-Performance CoolMOS™ Power Transistor for Advanced Switching Applications

In the realm of power electronics, efficiency, power density, and reliability are paramount. Addressing these critical demands, Infineon Technologies introduces the PXE1610CPN-G003, a standout member of its renowned CoolMOS™ P7 family. This superjunction MOSFET is engineered specifically for high-performance switching applications, setting a new benchmark for efficiency in challenging power conversion systems.

The core of this transistor's superiority lies in its advanced superjunction (SJ) technology. This technology enables a remarkable reduction in on-state resistance (R DS(on)) while simultaneously minimizing gate and output charges. The result is an exceptional figure of merit (FOM), which directly translates to lower switching losses and higher overall efficiency. For designers, this means the ability to create systems that operate cooler, require smaller heatsinks, and can achieve a higher power density in a more compact form factor.

The PXE1610CPN-G003 is particularly optimized for hard-switching topologies commonly found in:

Server & Telecommunication Power Supplies (SMPS)

Industrial Power Systems

High-Density Computing & Data Center Infrastructure

Renewable Energy Inverters

Advanced Lighting Solutions

Its robust design ensures excellent durability and a high tolerance for avalanche energy, enhancing system reliability under stressful operating conditions. Furthermore, it features low electromagnetic interference (EMI) characteristics, simplifying the task of meeting stringent global compliance standards.

ICGOOODFIND: The Infineon PXE1610CPN-G003 CoolMOS™ transistor is a premier solution for engineers pushing the limits of power supply design. Its industry-leading efficiency, superior switching performance, and robust construction make it an ideal choice for next-generation, high-density power conversion applications where every watt of loss and every cubic millimeter of space counts.

Keywords:

1. CoolMOS™ P7

2. Superjunction MOSFET

3. Switching Losses

4. Figure of Merit (FOM)

5. Power Density