Modular Building Blocks Help Scale High‑Voltage Power Systems
As power systems move to higher voltages, modular 3.3kV SiC building blocks enable simpler, more scalable architectures.
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As power systems move to higher voltages, modular 3.3kV SiC building blocks enable simpler, more scalable architectures.
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Integrated high-voltage DC power platforms simplify 400VDC and 800VDC system design for battery testing and semiconductor fabrication, while improving safety and digital control.
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Modular combination motor starters simplify branch circuit design, improve reliability, and support UL 508A and IEC 60947 compliance in industrial control panels.
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Examine the effects of electrification, connectivity, and advanced sensing on off-highway vehicle design and how purpose-built connector systems enable reliable power and data transmission.
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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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Discover how small modular reactors enable on-site power for AI-driven data centers, addressing energy density, reliability, and grid constraints through advanced nuclear integration.
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Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.
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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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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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Stacked MLCC capacitors enhance reliability in harsh, high‑frequency power designs by reducing mechanical stress while maintaining low ESR and ESL for industrial and energy applications.
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Connectors simplify upgrades and offer flexibility as the industry moves from 48VDC to 800VDC at the rack, enabling data centres to get running and connect to the grid faster than a hardwire approach.
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Pulsed field ablation demands precise kilovolt pulses. Learn how medical power architectures balance IEC 60601 compliance, isolation, and high-voltage control.
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Analog Devices’ hybrid µModule® simplifies 48V bus conversion with high efficiency, low EMI, and scalable power for telecom and industrial 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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As production matures and costs decline, SiC will continue to accelerate the shift towards a more electrified, energy-efficient, and sustainable future.
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From phone chargers to solar power, GaN is revolutionizing efficiency! Smaller, lighter, and faster – GaN powers the next generation of electronics. Explore GaN components at Mouser now.
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SiC and GaN are currently dominating the high-power and high-frequency markets and will likely continue to compete and develop in the coming years.
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Design Considerations for High-Voltage Power Supplies in Mass Spectrometry (Source: XP Power) Overview In precision analytical applications like mass spectrometry, devices require...
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In this week's New Tech Tuesdays, we look at vehicle electrification products from Littelfuse and Analog Devices.
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(Source: Andrei Kuzmik/Shutterstock.com) Silicon carbide transistors are increasingly used in high-voltage power converters as they can meet the stringent requirements regarding size, weight,...
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