Mar 21, 2020 · In this paper, we discuss some of the aspects characterizing MPPT for RF harvesters. Moreover, the 3-D MPPT approach reported in [1] is analyzed and compared.

This study reports the effects of changes in the waveform and frequency of radio frequency (RF) energy on the tissue ablation range. We developed a 70-watt RFA ...

This paper presents an innovative 3-D MPPT algorithm for the identification of the real maximum transferred power point in RF harvesters.

The paper proposes also the implementation in ST 65 nm CMOS technology of a mixed signal system for the 3-D MPPT, to be embedded in an RF harvester. The ...

We discuss the issues arising in the design of RF harvesters for ultra low-power environments. The 3-D MPPT approach in [1] is the only one taking into ...

We discuss the issues arising in the design of RF harvesters for ultra low-power environments. The 3-D MPPT approach in [1] is the only one taking into account ...

A mathematical model based on theoretical analysis is developed. The model demonstrates that the maximum transferred power point is located in a three- ...

Furthermore, the paper reports the implementation of a mixed signal system for the 3-D MPPT, to be embedded in an RF harvester, in a 65 nm CMOS technology. The ...

This paper describes the design and verification of a power management IC for RF energy harvesting system that can operate on a wide range of input power.

Analysis and design of an integrated RF energy harvester for ultra low‐power environments · Engineering, Physics. International journal of circuit theory and…