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High switching frequencies from silicon carbide and gallium nitride semiconductors make modern converters fast and efficient – but they also push passive components to the limit. This episode explains how new generations of DC link capacitors are tackling heat, ripple currents, and parasitic inductance, enabling more compact, stable and efficient EV power systems.
Explore more breakthrough materials and design strategies in the Sustainable Transportation Edition of Focus Magazine.
Download your free copy here: https://my.avnet.com/abacus/resources/focus-magazine/
Transparency notice on AI use: This podcast readout was generated using an AI-generated voice.
By Avnet AbacusHigh switching frequencies from silicon carbide and gallium nitride semiconductors make modern converters fast and efficient – but they also push passive components to the limit. This episode explains how new generations of DC link capacitors are tackling heat, ripple currents, and parasitic inductance, enabling more compact, stable and efficient EV power systems.
Explore more breakthrough materials and design strategies in the Sustainable Transportation Edition of Focus Magazine.
Download your free copy here: https://my.avnet.com/abacus/resources/focus-magazine/
Transparency notice on AI use: This podcast readout was generated using an AI-generated voice.