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This paper investigates the substitution of CMOS or near-threshold CMOS with Charge Recovery Logic (CRL) in applications where energy is thermally harvested. By doing so, it is possible to eliminate the bulky DC/DC stage needed to provide the supply voltage for CMOS operation. Instead, a simple LC-tank oscillator is used to generate a power-clock suitable for CRL operation. Simulation results of a...
In this paper, charge recovery logic is proposed as an alternative to traditional or near-threshold CMOS logic for high-performance systems where the power is wirelessly delivered, e.g. bio-implantable devices. This approach has two primary, complementary advantages in i) providing a wirelessly transmitted sine-wave as the power clock source to the charge recovery logic and ii) eliminating the AC/DC...
The feasibility of using on-chip antennas for a reconfigurable 3D wireless network-on-chip (3D-WiNoC) on a 3D integrated circuit (IC) is shown. The reconfigurable 3D-WiNoC is designed with on-chip antennas which are proposed to be used in conjunction with the metal interconnects making it a hybrid design. The feasibility of the on-chip antennas is shown by performing a 3-D finite element method (FEM)...
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