By participating in this course, you will gain a comprehensive understanding of: - The latest trends and future applications in power management - The latest developments in power components - How the newest power components can help you achieve compact and lightweight designs - The advantages of Infineon's SiC/GaN products and optimized designs This seminar will cover: - The characteristics and applications of Wide Bandgap products - The differences in characteristics between Wide Bandgap Power and conventional MOSFETs

The power supply for in-vehicle electronic devices typically comes from the battery and is distributed to various electrical units through the fuse box. In traditional power supply networks, relays are responsible for switching the power supply between the load and the battery. When relays open and close, they generate electrical arcs. To ensure system stability and reliability, relays with arc-extinguishing functions are required, which increases the overall cost of the system. Additionally, over time, contact aging is inevitable, and the lifespan of the relay affects the overall vehicle's...

Power semiconductor devices are semiconductor devices used for controlling and converting electrical energy, serving as the core components of power electronics technology. Silicon carbide (SiC), with its advantages of high voltage resistance, high temperature resistance, and high frequency, is particularly suitable for power electronic devices in the field of renewable energy. Therefore, in the contemporary technological landscape that pursues higher energy efficiency and stronger performance, SiC power devices, with their unique physical properties, are gradually replacing traditional silicon-based power devices and are being widely applied in the renewable energy sector.