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This paper presents a CMOS resonant wireless charging receiver with an active detuning mechanism for controlling the received power, without using any passive components being switched in and out. This detuning mechanism is first combined with an on-chip elliptic curve accelerator that achieves $0.77- \mu \text {J}$ /elliptic curve scalar multiplication and in-band telemetry for authenticating a...
There has been a rapid growth in the number of devices with resonant wireless recharging capability [1–3]. Protecting these devices from harsh transients imposed by counterfeit wireless chargers [4] and ensuring equitable power delivery under heavily skewed coupling [5] remain challenging issues. This paper presents the design of a wireless power receiver that mitigates these disparate issues by leveraging...
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