Magnetic coupling and series capacitors let a gate driver pass set/reset signals across voltage domains while preventing breakdown and short circuits.
A transformer-capacitor series path transfers gate signals across voltage levels while maintaining insulation and preventing short circuits.
A distributed switchable capacitor array offsets on-chip transformer asymmetry to curb common-mode to direct-mode conversion and emissions.
Nested trifilar conductors form transmission lines to reduce insertion losses while extending the operational passband for high-frequency integrated circuits.
Multi-component nickel-zinc ferrite reduces magnetic losses at high frequencies, extending component lifespan in miniaturized power systems.
Four stacked coils in a coupling element provide transformer coupling that reduces noise sensitivity while maintaining a compact footprint.