This letter presents an efficient single-cell triband rectifier matched at millimeter-wave
frequencies of 24, 28, and 38 GHz using a novel, compact multiband impedance matching …

This paper presents a quad‐band, 3D mountable rectenna module for ambient energy
harvesting. With the aim of powering up Internet of Things (IoT) nodes in practical ambient …

In this article, a novel dual-band impedance matching network capable of providing
impedance matching between frequency-dependent complex impedances at two …

This brief introduces a novel concept of a virtual impedance for tri-band impedance
matching. The proposed mathematical concept, when applied in practical realization …

In this paper, a novel design of dual-band (DB) inverse Doherty rectifier is presented.
Specifically, the proposed structure consists of two Schottky diodes, a DB quarter-wave …

This work investigates a general method of multiband impedance matching using a double-
stub tuner (DST) loaded with metamaterial-based electromagnetic bandgap structures (MTM …

In the design and development of front-end communication systems, the arbitrary
impedance environments are encountered frequently. In this article, a three-port dual-band …

This paper describes a generalized multi-frequency impedance transformer capable of
providing concurrent matching at arbitrary number of frequencies. A frequency dependent …

This article presents the design, conceptualization, and validation of a generalized
architecture for a Wilkinson Power Divider (WPD). The proposed design strategy highlights …

Flexible design schemes for single-and dual-band power dividers terminated in arbitrary
port impedances are proposed in this paper. The proposed architecture provides the …