
Bidirectional power and transient speed enable scalable active suspension
Sine Amplitude Converter™ modules offer a unique combination of bidirectionality and transient response to unlock new possibilities for active suspension
CO2 emission compliance standards have motivated OEMs to reconsider how to power the automobile again. While OEMs are introducing electrified vehicles to meet these standards, there has yet to emerge a harmonized approach for delivering electric power, not only to the motors but to all the subsystems in a vehicle. This lack of clarity is compounded by the tremendous increase in power requirements.
This webinar focuses on how a modular approach to power tackles three key hurdles to electrification. It presents real-world power application examples for OEMs and Tier 1 suppliers, including decentralized 48V power distribution and 400V/800V charging compatibility.
Bidirectional power and transient speed enable scalable active suspension
Sine Amplitude Converter™ modules offer a unique combination of bidirectionality and transient response to unlock new possibilities for active suspension
Delivering improved peak power and dynamic transient response to unlock lighter, more powerful EV architectures
With each passing year, electric vehicles (EVs) on the market are becoming increasingly reliant such as steer-by-wire, brake-by-wire and active suspension.
Accelerate your move to a high performance 48V power delivery network
This eBook provides guidance on designing 48V power delivery networks to enhance the performance, efficiency, and reliability of industrial products
Innovating power delivery networks
Vicor is innovating with power delivery networks. Improving end-system performance requires innovative power technologies
