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This paper presents a novel resonance-based multicoil array structure to wirelessly charge or power up apparatus, like smart phones, computer mouses, smart animal research systems, or implanted medical devices. The proposed array consists of a novel multicoil inductive link, whose primary resonator is made of several identical coil elements connected in parallel and arranged in an array. Such a structure...
This paper presents a new rail-to-rail input highperformance regenerative comparator suitable for low-voltage low-power applications, e.g. bio-implantable circuits. In this circuit the body of the PMOS transistor is used as comparator's input. A technique is proposed to increase the speed of the circuit. The proposed comparator has a good performance in weak inversion (sub-threshold). Simulations...
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