As the automotive and supplier industry grapples with the rapid growth of electromobility, VisIC Technologies stands at the forefront of shaping the future. Their innovative solutions will be showcased at the upcoming EEHE event, a gathering of experts from research and science dedicated to addressing the challenges in onboard network architectures, power electronics, and battery production in electric vehicles. This event is a not-to-be-missed opportunity to explore cutting-edge products and drive the transformation toward a greener, more connected mobility landscape.
VisIC Technologies invites attendees to visit their specially designed stand, where they will discover the latest advancements in automotive technology. Additionally, the VP of Sales Europe, Mr. Hans Winter, will captivate the audience with his presentation titled "VisIC D³GaN - Power Semiconductor Evolution in Automotive Applications." Scheduled for June 14th, 2023, at 14:30, this session will shed light on the proven usability of VisIC Technologies' D³GaN technology in automotive traction inverters.
Mr. Hans Winter will delve into the impressive performance of D³GaN, showcasing its efficiency, high current capability, robustness, and cost-effectiveness. As a superior alternative to Silicon and Silicon Carbide technologies, D³GaN has demonstrated its prowess in high-performance traction inverters for 400V battery systems. Of particular importance is its gate-robustness and repetitive overvoltage robustness, which have proven crucial for inductive loads in automotive inverters.
The presentation offers a unique opportunity to gain valuable insights into the advantages and performance of VisIC Technologies' D³GaN. Attendees will have the chance to engage with the VisIC team during the event, fostering in-depth discussions about this groundbreaking technology. By attending this session, participants will position themselves at the forefront of automotive technology advancement, contributing to the industry's transformative journey.
Click here to learn more about D³GaN technology.
