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Gain insights into scalable zone control units for 12 V and 48 V electrical architectures

Realizing scalable zone control units in 12 V and 48 V electrical architectures

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The journey towards the software defined vehicle and advances towards fully automated driving are pushing the automotive electrical architecture beyond the capabilities of today’s 12 V domain architecture. Join us as we show you how Infineon’s scalable product solutions are optimized to meet the design challenges introduced by the zone-based electrical architectures.

Key takeaways:

  • Infineon’s AURIX™ TC4x & TRAVEO™ T2G/T2G Extension MCUs scale the broadest range of ZCU features, from control, computing and functional safety to vehicle security.
  • Infineon PROFET™ Smart Power Switches offer the industry’s leading design flexibility through footprint compatibility, wide range of RDS(ON)
  • MOTIX™ Motor control products offer a comprehensive portfolio of brushed and brushless DC motor applications in zone applications.
  • OPTIREG™ power management and system basis chips offer an ideal companion for Aurix™ and TRAVEO™ MCUs in a full range of zone controller applications.

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Speaker

Keith Larson

Keith Larson

Keith Larson is a systems application engineer in zone control and power distribution applications. He earned a bachelor’s degree in electrical technology from Purdue University in West Lafayette, IN and a Master of Engineering degree in control systems from Cornell University in Ithaca, NY. He has spent his entire career in the automotive industry, where he established systems-level expertise by developing semiconductor products across all major automotive electrical systems. He’s spent the last half of his career in semiconductor power applications, including integrated and discrete power switches, power conversion, vehicle networking and other related analog applications.

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