• Corpus ID: 225565073

# Charge-voltage relation for a fractional capacitor

@article{Pandey2020ChargevoltageRF,
title={Charge-voltage relation for a fractional capacitor},
author={Vikas Kumar Pandey},
journal={arXiv: Applied Physics},
year={2020}
}
• V. Pandey
• Published 5 July 2020
• Mathematics
• arXiv: Applied Physics
Most capacitors of practical use deviate from the assumption of a constant capacitance. They exhibit memory and are often described by a time-varying capacitance. It is shown that a direct implementation of the classical relation, $Q\left(t\right)=CV\left(t\right)$, that relates the charge, $Q\left(t\right)$, with the constant capacitance, $C$, and the voltage, $V\left(t\right)$, is not applicable when the capacitance is time-varying. The resulting equivalent circuit that emerges from the…

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