other · Spiral (Imperial College London) · 2015
Inductive power transfer system
Mitcheson, PD, Lucyszyn, S, Pinuela, M, Yates, DC
Cited by 0Open access
Abstract
An inductive power transfer system comprises a transmitter circuit comprising a transmitter coil and a receiver circuit comprising a receiver coil spaced from the transmitter coil. The transmitter circuit is in the form of a Class E amplifier with a first inductor and a transistor in series between the terminals of a power supply. A first transmitter capacitance is in parallel with the transistor between the first inductor and a power supply terminal, a primary tank circuit in parallel with the first transmitter capacitance, the primary tank circuit comprising the transmitter coil and a second transmitter capacitance arranged in parallel with the transmitter coil, and a third transmitter capacitance in series with the first inductor between the first transmitter capacitance and the primary tank circuit. The second transmitter capacitance is selected such that a resonant frequency of the primary tank circuit is not equal to the first frequency.
Cite this paper
Mitcheson, P., Lucyszyn, S., Pinuela, M., & Yates, D. (2015). Inductive power transfer system. Spiral (Imperial College London).
Mitcheson, PD, et al. “Inductive power transfer system.” Spiral (Imperial College London), 2015.
Mitcheson, PD, S Lucyszyn, M Pinuela, and DC Yates. 2015. “Inductive power transfer system.” Spiral (Imperial College London).
Mitcheson, P. et al. (2015) ‘Inductive power transfer system’, Spiral (Imperial College London).
@misc{mitcheson2015inductive,
title = {{Inductive power transfer system}},
author = {Mitcheson, PD and Lucyszyn, S and Pinuela, M and Yates, DC},
journal = {Spiral (Imperial College London)},
year = {2015}
}Made from the index record. Check names, capitalisation and page numbers against the paper. Need another style? AI for Research has over 10,000.