Protecting EV Chargers with High-Voltage Pre-Charge Relays
High-voltage pre-charge relays reduce PCB footprint while protecting EV chargers and energy storage systems from damaging inrush current.
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High-voltage pre-charge relays reduce PCB footprint while protecting EV chargers and energy storage systems from damaging inrush current.
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Explore how silicon carbide boosts EV on-board chargers with higher switching frequency, lower losses, 800V/1200V modules, T2PAK cooling, and bidirectional V2H.
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Modern PMICs go beyond supervision, integrating multi-rail sequencing, power-fail detection, and battery backup to improve system reliability.
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Discover how pulse transformers improve PLC signal integrity and isolation in EV charging control circuits, enabling reliable CCS and NACS communication in compact, high-power chargers.
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Ecodesign for Sustainable Products Regulation (ESPR) reshapes electronic product design with durability, repairability, responsible materials, and life cycle-focused engineering practices.
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Explore how eVTOL noise, megawatt charging, and safety standards shape urban air mobility designs.
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High-efficiency SiC and GaN power systems increase conducted EMI. Learn how system design, parasitics, and TE Connectivity/Schaffner filtering solutions mitigate EMI in industrial power applications.
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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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Smart cities rely on smarter energy—balancing demand, climate, and infrastructure with connected systems that require both tech upgrades and public will.
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Bidirectional microinverters transform solar energy with high-efficiency GaN technology, optimizing energy storage and enabling smart grid integration.
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Devices and modules based on silicon carbide technology are redefining backup power-system capabilities.
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Solid-state lithium micro-batteries could reshape the wearable market with longer-lasting, safer, and more energy-dense batteries in compact formats.
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Sodium-ion batteries are emerging as a cheaper, safer, and greener alternative to lithium-ion. Could they soon replace lithium in EVs and other devices?
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Battery energy storage systems are crucial to meeting rising grid demand, enhancing grid reliability, and providing cost-effective energy solutions.
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Littelfuse's TTape DTM device represents a significant advancement in battery safety, offering unparalleled features that redefine industry standards.
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Discover the power of energy harvesting technology, from solar sensors to body-heat-powered fitness equipment. See how advanced electronic components are revolutionizing IoT sustainability!
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Battery management systems are essential for informing us about battery charge, health, and anomalies. This eBook addresses challenges for designing high-performing and reliable battery systems.
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Today's power banks are a technological marvel, combining advanced battery technology, cutting-edge chargers, and standardized charging ports.
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Nickel-hydrogen batteries are returning to bridge the gap between reliability, sustainability, and efficiency in energy storage and management.
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