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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.
Click here to view the white paper registration page.
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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