EV Power Electronics Engineering: SiC Inverter Design, On-Board Charger, and DC-DC Converter Development (Electric Vehicle & Battery Engineering Series)

Master Modern EV Power Electronics and SiC Inverter Engineering

Accelerate your engineering expertise with the definitive handbook on next-generation electric vehicle powertrains. EV Power Electronics Engineering provides a deep, production-ready dive into the design, thermal management, and integration of Silicon Carbide (SiC) technology for modern battery electric vehicles (BEVs).

This comprehensive engineering guide bridges the gap between theoretical wide-bandgap semiconductor physics and practical automotive system implementation. Whether you are designing traction inverters, high-efficiency on-board chargers (OBC), or auxiliary DC-DC converters, this book delivers the precise mathematical foundations and real-world engineering solutions required to build high-voltage EV powertrains.

Inside, you will find comprehensive coverage of:

• SiC MOSFET Circuit Engineering: Advanced gate driver design, active Miller clamping, fast switching dynamics, and ISO 26262 functional safety ASIL-D integration.
• Traction Inverter Topologies: Two-level three-phase voltage source inverters, space-vector PWM (SVPWM), dead-time compensation, and motor control integration.
• Resonant Power Converters: Design equations and control strategies for bidirectional LLC and CLLC converters for V2G on-board chargers.
• Thermal & EMC Architecture: Liquid-cooling design, thermal interface materials (TIM), parasitic extraction, and high-frequency EMI mitigation techniques.
• Drivetrain Integration: PMSM motor matching, high-voltage bus bar design, AEC-Q101 component selection, and automotive production engineering.

Written specifically for power electronics design engineers, EV drivetrain architects, and Tier-1 automotive hardware developers, this handbook is your essential roadmap to dominating the wide-bandgap vehicle revolution.