High-Voltage Safety: The SMDY1 Advantage
Explore the technical specifications of Vishay’s SMDY1 series, the first surface-mount Class Y1 capacitors designed to handle 500VAC and 1500VDC in demanding xEV powertrains.
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Explore the technical specifications of Vishay’s SMDY1 series, the first surface-mount Class Y1 capacitors designed to handle 500VAC and 1500VDC in demanding xEV powertrains.
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Urban Transport Takes Flight
Learn MoreExplore how eVTOL noise, megawatt charging, and safety standards shape urban air mobility designs.
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Hardware-based security ensures safe ADAS and autonomous driving by protecting automotive domain controllers with a root of trust and secure boot.
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New testing approaches are being developed, like graphene Hall sensors and EC-MS, that can probe smaller-scale battery degradation mechanisms, current leakage, and thermal runaway.
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Microcontrollers may be able to perform complex calculations, but when it comes to delivering the results of those calculations to the electrical motor, a power delivery system is required.
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Smarter EVs need real-time processing, machine learning acceleration, and virtualization for safer, software-defined control systems.
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Smarter BLDC motor control with high-voltage gate drivers powers e-bikes, drones, tools, and LEVs.
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Multilayer ceramic capacitors with class II dielectric are one of the most critical component technologies. One key parameter to consider is the DC bias effect that reduces the capacity.
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Discover how high-power shielded inductors improve efficiency and reliability in industrial power systems and electric vehicles.
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Learn how electrical engineers design efficient hydrogen fuel cell systems, from hydrogen production to power electronics and system integration.
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Zigbee is transforming IoT and smart grids with efficient, scalable, and sustainable solutions, laying the groundwork for future energy systems.
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Cities are reducing carbon footprints by electrifying municipal fleets and public transport, and CCS vehicle charging inlets enable this green revolution.
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Oil cooling has become the dominant method for EV motor cooling. With this trend, designers need pass-through connectors for sensing.
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Advanced EV charging systems call for technological innovations in various areas, particularly in thermal management.
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Connectivity has emerged as a fundamental enabler of e-mobility solutions, putting the onus on connector technology to safely and reliably communicate power from one system to another.
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From charging etiquette to the scarcity and availability of fast chargers, EV charging has challenges to overcome to realize its full potential.
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Focusing on commercial vehicle electrification, this article explores the solutions aiming to pave the way for a cleaner world of trucking.
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Material choice for onboard chargers that convert AC to DC power for electric vehicles (EVs) can optimize performance, efficiency, and cost.
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Discover how dynamic load management optimizes EV charging for a sustainable energy ecosystem in a connected vehicle-to-everything landscape.
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From scooters to large commercial vehicles, electric vehicles of all sizes require robust circuit protection for safety and performance.
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