A novel and very simple scheme to mend conventional dual-band impedance matching
networks is presented. It involves the employment of a load-modifying element (load-healer) …

A novel dual-band 3-dB Wilkinson power divider (WPD) is presented that requires only
partial port extension. The design methodology is based on the impedance matching …

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

A novel scheme is presented to realize a matching network working at two arbitrary
frequencies. The load is assumed to be complex as well as frequency dependent whereas …

In this brief, first an interesting dual-frequency feature of a section commensurate
transmission line (TL) is reported. The property concerns the impedance (or admittance) …

In this study, a practical and useful dual‐frequency property of two‐section transmission line
(TSTL) terminated into a real impedance is reported. Moreover, to demonstrate some of its …

In this paper, an interesting dual-frequency behavior of admittance of two sections
transmission-line (TSTL) terminated into a real impedance is reported. Furthermore, it is …

This thesis investigates applications of metamaterial-based electromagnetic bandgap
structures, or MTM-EBGs. MTM-EBGs are uniplanar, compact, and often fully printable …

This paper proposes a novel design of a dual-band impedance matching network using
unequal susceptance cancellation. It derives and illustrates the interesting property of a stub …

This paper presents the design and development of a dual-band multi-stage rectifier aimed
at converting far field RF energy into DC voltage at low received power. The designed RF …