Automotive WBG Power Devices - Pushing The Frontiers
Wide bandgap power devices can provide more efficient power conversion in high-power EV and hybrid EV charging infrastructure, and onboard chargers (5 min)
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Wide bandgap power devices can provide more efficient power conversion in high-power EV and hybrid EV charging infrastructure, and onboard chargers (5 min)
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The humble school bus could help the shift to a low-carbon economy by being fitted with electric vehicle-to-grid charging equipment (6 min)
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Efforts to build more sustainable EV batteries require better testing regimes (6 min)
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Explore the tradeoffs involved in producing the ideal cell chemistry for an EV battery (6 min)
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Explore the challenge of implementing an EV charging infrastructure (7 min)
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Fierce competition in Formula E motorsport is driving rapid advances in device, battery and charging technologies (8 min)
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Managing high power levels in electric vehicles (5 min)
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Cameras will generate the most data in ADAS implementations, requiring high-bandwidth SerDes connections to ECUs. These will need extensive testing to ensure they can operate reliably.
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Defensive driving is a necessary aspect of road travel. Autonomous vehicles will need the same skills, which can be trained using virtual environments such as the Autonomous Drive Emulation platform.
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