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Research Article

Investigation on CMOS rectifier with reduced leakage for low powered bio-implantable devices

Open Access Peer Reviewed

Authors

  • GBSR Naidu1
  • V. Malleswara Rao2

1,2Department of EEE, GLA University, Mathura, India.

Article Information

DOI
No DOI
Published Online
May-June 2021
Pages
09-11
Article Type
Research Article
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No DOI available for cross-reference

References

1. H.Liu,“Anovelbattery–assistedclass–1generation–
2RFidentificationtagDesign”,IEEEtransactionMicrowaveTheoryTechnology57(5)(2009)1388–1397.
2. R.F.Weiret,“Implantablemyoelectricsensors(IMESs)forintra-
muscularelectromyogramrecording”,IEEEtransactionbiomedicalEngineering 56 (1)(2009)159–171.
3. A.RamRakhyani,S.MirabbasiandM.Chiao,“Designandoptimizationofresonancebasedefficientwirelesspowerdeliverysystems for
biomedical implants”, IEEE transaction biomedical circuitsystems5(1)(2011)48–63.
4. F. Jolani, Y. Yu and Z. Chen, “A planar magnetically coupled
resonantwirelesspowertransfersystemusingprintedspiralcoils”,IEEEAntennasWirelessPropagation 13(2014)1648–1651.
5. K. Kotani and T. Ito, “High efficiency CMOS rectifier circuit withself–Vth–cancellatio and power regulation functions for UHF
RFIDs”,inProceedingsoftheIEEEASSCC(AsianSolidState-CircuitsCorporation), (2007),pp.119–122.
6. K.KotaniandT.Ito,“Self-Vth-cancellationhigh-efficiencyCMOSrectifiercircuitforUHFRFIDs”,IEICEtransactionElectron.E92-
C(1)(2009)153–160.
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