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EV, HEV and PHEV

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EV, HEV and PHEV Overview

The automotive industry is moving toward a more sustainable future, as the industry introduces increasing numbers of Hybrid-Electric Vehicles (HEVs) and fully Electric Vehicles (EVs). The electrification of critical functions requires reliable solutions to generate, distribute and control high power. As the amount of electrical energy being stored and used by the vehicle increases, so does the need for power density and efficiency. Effective monitoring and control are essential for efficient and reliable operation of electrical subsystems. We offer integrated development tools, a broad portfolio of hardware and software and advanced materials such as Silicon Carbide (SiC) to facilitate innovation in advanced EV and HEV systems.

Interactive EV, HEV, PHEV Diagram

Resources for EV, HEV and PHEV

White Paper

Electric Vehicle Charger Application and Reference Architecture

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Keynote

In this keynote session from our Transportation Innovation Days series of webinars, Joe Thomsen discusses the evolution of electric vehicles and the design challenges of this evolving market.

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Next-Generation Electric Vehicles Deserve Next-Generation Control Interfaces

As vehicles evolve, so do the way drivers interact with them.

Rising Electric Vehicle Sales Impact Global Markets and Automotive Design

By 2030, EVs are likely to account for 50% of new passenger vehicles sold. There are several reasons that help to explain this trend.

Current (and Voltage) Transitions: ICE to EVs, Si to SiC Switches, Analog to Digital Drivers

With the transition from the internal combustion engine (ICE) to electric propulsion accelerating, the resulting and required technology transitions need to be evaluated.

Motor Control Trends in Electric Vehicles

There are more BLDC motors in EVs, and consequently, more motor control MCUs are required. We will introduce the reasons for this trend and Microchip’s dsPIC33C Digital Signal Controllers (DSCs), which target automotive and EV BLDC motor control.