Events

Join us in Shenzhen for the annual event. Technical experts from Power Integrations will bring insights to our high efficiency, high reliability products for power management, automotive and energy storage applications.

In this webinar, we will explore how to design E2W chargers using Power Integrations’ HiperPFS™-3, HiperPFS™-5, InnoSwitch™4-CZ, and HiperLCS™-2 IC families of power conversion ICs. The advanced switcher ICs enable highly integrated boost PFC, Active Clamp Flyback (ACF), or LLC Half Bridge + SR solutions with high power density and more than 94% end-to-end conversion efficiency.

Power Integrations will introduce the InnoMux-2 IC, a novel single-stage multi-output flyback approach that provides high efficiency and excellent output regulation across multiple outputs, even can support constant current and constant voltage Outputs with a single transformer.

Electric vehicles are pushing the boundaries in power electronics, driving the need for smaller, smarter, and more efficient solutions. The automotive market requires power converters that are small enough to fit reduced space requirements while efficiently delivering higher power without overheating.

The upcoming webinar will examine how AI computing demands, edge computing, and green energy policies are transforming data centers from centralized to ubiquitous architectures. Industry experts will discuss trends in AI data center clusters, RISC-V-based server innovations, and non-volatile memory opportunities.

Join PI at APEC 2026 in San Antonio, Texas. Visit our booth and attend a full lineup of expert sessions where our technical experts will share insight into our newest innovation in AC-DC conversion, gate drivers, motor drivers and automotive solutions that offer the highest level of integration and efficiency.

Join PI at PCIM Europe 2026 in Nuremberg. Our technical experts will share insight into our newest innovation in AC-DC conversion, gate drivers, motor drivers and automotive solutions that offer the highest level of integration and efficiency.