Category: Power supplies
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Power Integrations has pushed flyback conversion into higher output ranges. The new TOPSwitchGaN family targets applications that previously moved to more complex resonant architectures.
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Infineon is packing more current into the AI power stage. Its latest TLVR module targets the growing board-level constraints inside AI servers, where power density, transient response, and thermal headroom are becoming central design limits.
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Infineon and DG Matrix are pushing silicon carbide further upstream. Their collaboration puts SiC devices into solid-state transformer platforms aimed at AI data centres and industrial power infrastructure.
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TI is compressing AI rack power delivery into two stages. The architecture tracks NVIDIA’s 800 VDC roadmap and pushes higher density, fewer conversions, and lower copper overhead into the datacentre power chain.
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Microchip targets harsher power stages with ruggedised silicon carbide packaging. Its new BZPACK mSiC modules combine HV-H3TRB endurance, broad topology options, and a baseplate-less assembly approach for industrial and renewable energy power-conversion designs.
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Advanced Energy raises brick power density without changing thermal geometry. The new AIF13WAC lifts output to 600 W in the same full-brick format, adding PMBus control, active current sharing, and an upgrade path for existing 500 W telecom and industrial designs.
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Kight is turning domestic batteries into a scaled manufacturing proposition. Its planned Dumfries plant would assemble AI-managed 10kWh home storage systems built around a non-graphite anode chemistry and an EnergiFlow control stack tuned to tariff, demand, and grid signals.
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ROHM is turning SiC module evaluation into reusable inverter platforms. Three new reference designs package board-level design data around its latest modules across industrial and automotive power-conversion applications.
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ABLIC is widening its analogue strategy in Europe and the US. The move centres on battery protection, automotive power, Hall sensing, medical ultrasound electronics, and batteryless water leak detection.
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Advanced Energy is targeting tighter mechanical envelopes in medical electronics. Its new 200W LPP200 open-frame series combines a 19mm profile with medical and industrial approvals for compact embedded systems.