2016 IEEE PELS Workshop on Emerging Technologies: Wireless Power Transfer (WoW) 2016
DOI: 10.1109/wow.2016.7772082
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Characterisation of factors influencing the magnetic leakage field of a 7 kW wireless electric vehicle charging system

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Cited by 3 publications
(4 citation statements)
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“…Very thin coaxial cable, 42 AWG (0.06335 mm outer diameter), was used for each single-turn sense coil winding. The coaxial cable was configured so the outer braid acted as an electrostatic shield from the high voltage Tx and Rx windings 16 [50]. Table III 14 The simulation uses the Manhattan sampling [49].…”
Section: Hardware Resultsmentioning
confidence: 99%
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“…Very thin coaxial cable, 42 AWG (0.06335 mm outer diameter), was used for each single-turn sense coil winding. The coaxial cable was configured so the outer braid acted as an electrostatic shield from the high voltage Tx and Rx windings 16 [50]. Table III 14 The simulation uses the Manhattan sampling [49].…”
Section: Hardware Resultsmentioning
confidence: 99%
“…15 To verify, sense coil geometries outside of this search space were sampled in Monte Carlo simulations; the results do not belong to the Pareto frontier. 16 Only one terminal of the shield was grounded to preclude a shorted turn. 108.4 µH d T :i 2.5 cm r T , r R , r i : the radii of the Tx, Rx, and sense coils L T , L R : the self-inductance of the Tx (Rx) coil d T :R : the distance between the Tx and Rx coil (center to center) d T :i : the distance between the Tx (center) and sense coils i: the index of the sense coils shows the specifications of the Tx, Rx, and sense coils.…”
Section: Hardware Resultsmentioning
confidence: 99%
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