Next-Generation Power Semiconductor Core Technologies – Power Innovation Led by SiC and GaN

 

Current State and Future of Next-Generation Power Semiconductor Technology

 

Power Efficiency Innovation Led by SiC and GaN

Power semiconductors have now become essential across all industries.

Wherever high-efficiency and high-reliability power supplies are required—such as in electric vehicles, renewable energy, and industrial automation—advanced power devices are invariably present.

In this webinar, we examine the domestic and international development trends and actual industrial application cases of two wide-bandgap (WBG) semiconductor technologies: silicon carbide (SiC) and gallium nitride (GaN), in a single setting.

 

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💡 Webinar Key Topics
 

(1) Technology and Market Trends in Silicon Carbide (SiC) Power Semiconductors

 

✔️ Current status of domestic SiC power semiconductor technology development and major industry trends

✔️ Application fields centered on high-power devices (electric vehicles, railways, power generation systems, etc.)

✔️ Planar and trench structure comparison and limitations in material and process technology

✔️ Latest research directions and commercialization challenges in SiC integrated circuit (IC) development

 

 

(2) Practical Applications of GaN Power Semiconductors Presented by TI

 

✔️ TI GaN integrated module structure: All-in-one FET + gate driver + protection circuit

✔️ Power density improvement strategy based on high-frequency switching (1 MHz class)

✔️ 650V and 200V class GaN product portfolio and reference designs for onboard chargers and DCDC

✔️ Topology comparison for common-mode noise reduction in bias power supply design

✔️ GaN vs SiC: Actual comparative analysis from system efficiency, cost, and size perspectives

 

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👀 Recommended for These Professionals
 

✔️ Power engineers responsible for electric vehicle, charger, and power converter design

✔️ Developers who want to understand WBG (wide-bandgap) semiconductor technology trends

✔️ Researchers seeking to apply SiC and GaN-based power devices and modules in actual products

✔️ Hardware designers concerned with power efficiency optimization, thermal management, and high-frequency design

 

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SiC's durability and GaN's speed,

the future of power semiconductors unfolds at the convergence of these two technologies.

Through this webinar, from materials to systems,

discover practical insights for next-generation power design.