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This paper presents the first fully on-chip integrated energy harvester and rectenna at the W-Band in 65nm CMOS technology. The designs are based on a 1-stage Dickson voltage multiplier. The rectenna consists of an on-chip integrated dipole antenna with a reflector underneath the substrate to enhance the directivity and realized gain. The energy harvester and rectenna achieve a power conversion efficiency...
In this paper a two-step transition between a CMOS chip and a WR-10 waveguide is designed and implemented. First, a CPW on Duroid to W-band aluminum waveguide is realized with a bandwidth of 49 % (67–110 GHz), an average insertion loss of −0.35 dB and reflection loss below −10 dB throughout the entire band. Then, wire-bonding the CMOS G-S-G pads to the Duroid CPW introduces an average 0.2 dB loss...
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