Next-Gen Vehicle Architectures Rely on Hardware-Level Protection
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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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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Urban Transport Takes Flight
Learn MoreNew 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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Aptiv HV RCS 800 Electrical Vehicle Connectors
Learn MoreMicrocontrollers 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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ON Semiconductor NFVA35065L32 Rectifier
Learn MoreLearn 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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STMicroelectronics Acoustic Vehicle Alerting System with AutoDevKit™
Learn MoreCities 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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Littelfuse DCN High-Current, High-Voltage DC Contactor Relays
Learn MoreMaterial 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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Explore the realm of innovative electric scooters, where advanced features and intelligent design revolutionize urban transportation. Join us as we delve into the seamless fusion of technology and con
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NXP Semiconductors MC33771 Li-ion Battery Cell Controller
Learn MoreeMobility includes more than four-wheeled passenger vehicles. This eBook covers circuit protection and charging considerations for electric scooters, buses, and off-highway vehicles.
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