This brief presents a compact and high-efficiency dual-band (DB) rectifier with a novel
implementation of a DB inverse class-F (class-F− 1) harmonic termination incorporated with …

In this letter, a broadband rectifier based on harmonic suppression (HS) and fundamental
impedance variation reduction (FIVR) is proposed for energy harvesting (EH). In the …

This paper presents a novel methodology for enhancing rectification efficiency through a
transistor-based rectifier design. Here the input second harmonic component at the gate …

This letter presents a novel implementation of inverse class-F (class-) rectifier based on
lumped elements for biomedical wireless power transfer (WPT) at 433 MHz. Specifically, in …

In this letter, a novel design of high-efficiency dual-band (DB) rectifier based on coupled
transmission line (CTL) is presented. The proposed structure is separated into two parts …

This article introduces an innovative deep learning design framework for front-end radio
frequency energy harvesting (RFEH), using stacking ensemble learning (SEL). The …

A novel methodology is presented for designing compact and high-efficiency dual-band
(DB) rectifier with low insertion loss and complexity. The proposed network implements an …

In this brief, for the first time, a novel methodology for designing a compact and high-
efficiency triple-band (TB) rectifier is presented for wireless power transfer (WPT) and energy …

A pattern reconfigurable antenna, composed of eight elements, is proposed for energy
harvesting applications. Pattern reconfigurable antennas are a promising technique for …

In this letter, a triple-band (TB) rectifier with a novel harmonic control network is presented.
This rectifier exhibits improved power conversion efficiency (PCE) for wireless power …