Wireless Power Resonant

Use when working on Simulink or Simscape Electrical resonant converter or wireless power transfer models, including compensation networks, inductive links, frequency control, soft switching, and resonant-tank validation.

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File contents

Wireless Power And Resonant Converters

Status

Stub. Use this file only to recognize resonant or wireless-power scope and choose evidence to collect. Apply the root workflow; this repository does not yet provide resonant-converter or wireless-power-specific checks.

Scope

  • resonant DC-DC converters
  • inductive wireless power transfer systems
  • compensation networks and coupled coils
  • frequency-control and soft-switching behavior
  • resonant-tank voltage/current validation

Evidence To Collect

  • resonant topology, compensation network, coupling model, switching frequency, and load condition
  • tank voltage/current, device voltage/current, phase relationship, soft-switching, and output regulation signals
  • frequency sweep, startup, load-step, or coupling-change scenario used for validation
  • parasitic, initial-condition, and measurement-polarity assumptions

Promote When

Promote only after adding representative resonant or wireless-power models, tank validation metrics, soft-switching checks, and repeatable simulation workflows.

npuzsy/simulink-power-electronics/tree/main/subskills/wireless-power-resonant commit 031cf9e5ef

Frequently asked questions

npx skillmds@latest add npuzsy/wireless-power-resonant