New - 5202026 Silicon Carbide MOSFETs webinar_servers_1680x450

MAY 20, 2026 AT 9AM PST / 12PM EST / 6PM CET

Explore how Vishay’s silicon carbide (SiC) MOSFET technology enables higher efficiency, improved power density, and faster switching performance across next-generation power systems — from EV powertrains to AI data center infrastructure.

Webinar Overview

As demand grows for more efficient, high power electronic systems, SiC has become a critical enabler across automotive, industrial, and energy applications. Join this webinar to discover how Vishay’s latest SiC MOSFET technology is designed to meet these evolving requirements.

Learn how Vishay is leveraging proven industry experience and advanced process development to bring high performance SiC solutions to market, how its devices compare to existing solutions, and where they provide measurable advantages.

Why Attend

  • Gain a clear understanding of how Vishay’s SiC technology compares in real-world performance

  • Identify opportunities to improve efficiency and power density in your designs

  • Learn where SiC delivers the most value across emerging high voltage, high power applications

  • Get early visibility into Vishay’s roadmap and future technology direction, including next-generation trench architectures


Who Should Attend

  • Power electronics design engineers

  • System architects working on high voltage applications

  • Engineers developing converters, inverters, or power supplies

  • Automotive and industrial design teams evaluating SiC solutions

Speaker

Ardy photo

Ardeshir Esmaeili
Director of Marketing for Silicon and Wide-Band Gap Materials

Ardeshir Esmaeili is the Director of Marketing for Silicon and Wide‑Band Gap Materials at Vishay Intertechnology. He holds a Master’s degree in Power Electronics and is the author of multiple patents in high‑efficiency power converters.

Throughout his career, Ardeshir has led product definition and technical marketing teams, combining deep device‑level understanding with system and application insight across silicon and wide band-gap technologies.

Register Today

Secure your spot to explore how SiC technology can support your next generation of power electronics designs.