ASIH Technology Sharing: Global Landscape of Wide Bandgap Semiconductors

In recent years, wide bandgap semiconductors have received increasing attention and application in the fields of power electronics, communications, and automotive. Their outstanding high-temperature, high-frequency, and high-power density characteristics have made wide bandgap semiconductors a key technology for next-generation power electronic equipment.

Wide bandgap semiconductors will become the core pillar supporting the next generation of electronic information technology, profoundly impacting areas such as smart manufacturing, new energy, and communications, leading the wave of the next industrial revolution.  The development of wide bandgap semiconductor technology will not only enhance the performance of various fields, but also drive the transformation and upgrading of the entire electronic information industry, injecting new momentum into future technological development.

Session 1:High Temperature SiC Power Module and its Short-circuit Protection

Dr Ziyang Gao, Senior Director, Advanced Electronic Components and Systems, ASTRI

Session 2 :Silicon Carbide Market Status and Product Technology Development Trend

Mr David Tang, CEO, Steifpower Technology Company Limited

Session 3 :Expanding the Scope of Gallium Nitride Power Integration

Prof Kevin Chen, Chair Professor, Department of Electronic and Computer Engineering, The Hong Kong University of Science and Technology

Register now to reserve your spot and engage with our expert speakers and unleash a fresh momentum in propelling transformative changes and unlocking new opportunities in Wide Bandgap Semiconductors!