Broad-band frequency characterization of double Y-branch nanojunction operating as room-temperature RF to DC rectifier

Bednarz, Lukasz;Rashmi;Hackens, Benoît;Farhi, G.;Huynen, Isabelle;et.al.
(2005) IEEE Transactions on Nanotechnology — Vol. 4, n° 5, p. 576-580 (2005)

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Abstract
Room-temperature dc and broad-band high-frequency (HF) to dc conversion measurements of a double Y-branch junction (YBJ) are presented and discussed. Nonlinear de characteristics of the devices at room temperature are observed and HF to dc conversion up to 40 GHZ at room temperature is presented. The HIT to dc conversion efficiency degradation is found to be partly due to losses in interconnects feeding the device. A small-signal equivalent circuit of the YBJ is proposed in order to verify the frequency dependence of intrinsic elements.
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Bednarz, L., Rashmi, Hackens, B., Farhi, G., Bayot, V., & Huynen, I. (2005). Broad-band frequency characterization of double Y-branch nanojunction operating as room-temperature RF to DC rectifier. IEEE Transactions on Nanotechnology, 4(5), 576-580. https://doi.org/10.1109/TNANO.2005.851413 (Original work published 2005)