Learn how ST’s latest G Series Silicon Carbide rectifiers and advanced 100 V Trench diodes are enabling higher efficiency, higher power density, and simplified mechanical designs across industrial and automotive power systems.

As power-efficiency and power-density demands continue to accelerate across every electronics segment, rectifiers remain a deceptively simple yet critical element in system optimization. From shaping AC inputs in data-center power supplies and EV on-board chargers using high-voltage Silicon Carbide devices, to improving output stages in auxiliary lighting and industrial SMPS designs with fast, low-loss 100 V rectifiers, today’s applications demand smarter diode technologies.

ST has expanded its diode and rectifier portfolio with innovative technologies designed to give power engineers the right building blocks for fully optimized systems.

The new G Series of SiC rectifiers significantly reduce the traditional trade-off between forward voltage drop and surge-current capability, delivering efficient and rugged performance in advanced packages optimized for thermal management.

Meanwhile, ST’s latest Trench technology diodes drive forward-voltage losses well below conventional Schottky devices while maintaining compact SMT footprints—making them ideal for next-generation high-frequency, high-efficiency designs.

Join this webinar to explore these broad portfolios and learn how they can unlock performance gains across automotive and industrial power applications.

What you'll learn:

• How G Series SiC rectifiers enhance both efficiency and system reliability
  
• The benefits of modern SiC solutions in EV powertrains, on-board chargers, and data center power supplies
  
• Why Trench technology is redefining performance at the popular 100 V class and displacing traditional Schottky diodes
  
• The breadth of voltage ratings, current classes, and package options across ST’s Trench and SiC portfolios
  
• How to select the right rectifier technology for demanding automotive and industrial environments
  

Who should attend:

• Hardware and system design engineers
  
• R&D and advanced-concept development teams
• Innovation and architecture groups
• Technical consultants and design service providers
• Distribution partners and field application engineers

Target applications:

• Automotive motor control and traction inverters
  
• Electro-mobility systems and EV infrastructure
• Energy generation and power distribution
• Factory automation equipment
• Industrial motor drives
• AC-DC and DC-DC power supplies and converters
• Lighting systems and intelligent controls