DC-DC converter design trends and technology
Innovations in bidirectional and regenerative braking power applications, together with higher-density batteries and wide-bandgap semiconductors, are adding power and range to electric vehicles. Discover how modern power emulation and test tools are helping engineers improve DC-DC converter designs for hybrid and fully electric vehicles.
This high-power EV ecosystem demands reliable and efficient DC-DC power conversion. Energy efficiency depends on many factors, including temperature, operating voltage, percentage of rated power, and other environmental conditions.
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Key Learning Outcomes:
- Power conversion differences between fully electric and mild hybrid EVs
- How the adoption of wide-bandgap power devices affects EV design and test
- How the regenerative power conversion tester addresses reliability, safety, and cost challenges for DC-DC converter design
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