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Dynamic RLC Toy Model
Always measures V across the whole LCR network. Power proxy: P(f)=VLCR,rms(f)² / R. Uses fixed generator source resistance Rs=50 Ω. Time response uses topology-correct poles (α, ωd).
Time damping now updates correctly with topology (computed from the RLC pole polynomial).
Drive model: Thevenin source with fixed Rs=50 Ω
Vpp scaling: scales y-axis only; FWHM/Q unchanged
Inputs
Converted to Vrms=Vpp/(2√2)
Derived Values (topology-correct poles)
Time Response
Frequency Response (Power proxy)
Power proxy: P(f)=VLCR,rms(f)²/R with V across whole network and fixed Rs=50 Ω. Half-height and f₁/f₂ shown.