As EV charging stations proliferate, customers need to be able to rely on the accuracy of the DC measurement due…
The roadmap to increased power density starts with reducing the conduction dynamic losses.
Interoperability, EMC/EMF, and safety are major design considerations for wirelessly charging electric vehicles.
Power supply designers should select optimum operating mode for each voltage rail based on how it affects system-level performance.
Three industry experts examined the powertrain challenges confronting EV manufacturers, OEMs and Tier 1 suppliers.
With IoT, connectivity becomes increasingly important as it allows mantaining proper communication and, as a result, standby consumption is turning…
High-voltage conversion and high-power density trends are spurring the gradual increase in demand for bidirectional power supply test equipment.
Field-oriented control as a motor control scheme is indispensable for EV powertrains because of their noiseless and smooth motor operations.
These new generation eGaN FETs address the new needs of the e-mobility, delivery and logistics robot, and drone markets for…
The rechargeable battery and the supercapacitor each have relative pros and cons, but a hybrid design that merges both technologies…