Total bandwidth of existing wireless communication technologies covers a wide frequency
range of over one octave. But most existing power amplifier configurations cannot meet this …

This article presents two millimeter-wave frequency reconfigurable dual-band CMOS power
amplifiers (PAs) for fifth-generation (5G) communications comprising a single-stage dual …

This letter presents a novel reconfigurable, high-efficiency class-F power amplifier (PA)
structure, using a commercial GaN-HEMT, that achieves dual-band configuration not only at …

A novel reconfigurable CMOS class-F power amplifier (PA) at 2.4 GHz is proposed in this
paper. It is able to match the output load variations mainly due to the effect of hand and head …

In this paper, performance of class-J mode power amplifiers (PAs) is studied when a second-
harmonic voltage component is added to the input node of the device. Theoretical …

This paper presents a high power efficient broad-band programmable gain amplifier with
multi-band switching. The proposed two stage common-emitter amplifier, by using the …

In this article, a design methodology is presented to realize integrated class-F high-power
amplifiers (HPAs). A harmonic-control network (HCN) is proposed to present short-and open …

Tunable and reconfigurable radio frequency (RF) technologies have the potential to aid a
more efficient use of spectrum through increased bandwidth efficiency, increased flexibility …

A Class F power amplifier (PA) operating in the 2.5–2.7 GHz frequency band has been
designed, fabricated, and tested using a gallium nitride high electron mobility transistor …

A modified Class-F power amplifier with medium output power at 433 MHz was designed,
simulated and implemented in this paper. The design process used a load condition of 1) …