Comprehensive power electronics semiconductor devices and high performance, high energy efficiency power solutions

At the 2023 International Power Electronics Applications Show (APEC 2023) in Orlando, Infineon Technologies showcased the industry's comprehensive range of power electronics semiconductor devices and high performance, high energy efficiency power solutions. With a mission to promote low carbon and digital, Infineon highlights its broad product portfolio based on advanced silicon and wide band gap materials. With higher power density, smaller board area and better performance, these products help create a greener world.

As a leader in power technology, Infineon showcased a range of solutions at the show and highlighted its model and philosophy "from product thinking to system understanding" in power management, emphasizing the need to balance efficiency and performance to meet specific application requirements. The Infineon booth was divided into five technical sections to showcase how Infineon can create a sustainable future:

Unlocking the green potential of the data center: Highlighting how Infineon's power solutions manage energy consumption, increase power density and reduce heat dissipation requirements. These power solutions can help consumers save up to 10.5 percent of their annual energy consumption.

● Efficient energy storage systems and renewable energy technologies: Show how battery storage can be used to optimize the entire system more effectively, improving performance while reducing energy consumption.

● Comprehensive charging solutions to meet user needs: focus on showing how rich USB-C product portfolio to achieve fast charging technology and low power battery applications.

● Fast charging for electric vehicles: Focus on demonstrating how to meet the requirements of high-power charging solutions for electric vehicles (EV) using charging technologies that take up less board area and charge faster.

● High energy efficiency motor control solutions: Highlight motor with modern intelligent control systems, such as MOSFETs, bridge drivers, and integrated bridge drivers that can switch and control speed on demand.