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Multiple motors and independent control of each wheel of an EV provides optimal performance and handling. But the complexities of implementation should be understood so that results...
Why reinvent the wheel? Microchip’s modular development ecosystem makes designing custom electric two-wheel transportation solutions easier, faster, and much more fun.
Power technology and potent tropical cocktails proved to be a perfect pairing as Editors Alix Paultre and Lee Goldberg discussed the disruptive discoveries they uncovered at APEC...
Fundamentals of analog filter design and linear circuits are covered in a book and kit of parts that are available on Kickstarter, which ends on April 16, 2025.
The 54-cell reference design demonstrates how integrating Dukosi’s cell-monitoring system with C-SynQ for BMS host processors create simpler, safer, and more sustainable battery...
Cambridge GaN Devices’s hybrid architecture for power modules combines gallium-nitride and IGBT devices to give EV designers an efficient, affordable solution for drivetrains ...
The Bluetooth Low Energy 5.3 chip, developed by Renesas, not only cuts power consumption, but it helps lower an EV’s weight by eliminating sensor wires.
Johns Hopkins University Applied Physics Laboratory (YouTube screenshot)
Using heat-activated nitinol metal, researchers have devised a reversible, shape-shifting, conical spiral antenna that needs no discrete external actuator.