A new methodology for designing and implementing high-efficiency broadband Class-E
power amplifiers (PAs) using high-order low-pass filter-prototype is proposed in this paper. A …

A novel methodology for designing high-frequency broadband harmonic-tuned power
amplifiers (PAs) is presented in this paper. Specifically, a hybrid PA mode, transferring …

In this paper, the design, implementation, and experimental results of a high-efficiency
wideband GaN-HEMT power amplifier are presented. A method based on source-pull/load …

This paper presents a novel adaptive power amplifier (PA) architecture for performing
dynamic-load-modulation. For the first time, a dynamically-load-modulated PA design that …

The recently introduced Class-EF power amplifier (PA) has a peak switch voltage lower than
that of the Class-E PA. However, the value of the transistor output capacitance at high …

This letter presents the first high-frequency, multi-harmonic-controlled (> 3), Class-F power
amplifier (PA) implemented with a packaged GaN transistor. For PA design at high …

A class-F/inverse class-F load circuit design method that includes parasitic elements such as
drain-source capacitance and bonding wire inductance has been developed. For the class-F …

This article extends the theory of Class-X power amplifiers (PAs) with maximally flat
waveforms by considering an arbitrary number of harmonics in the analysis. The proposed …

A new switch-mode power-amplifier (SMPA) topology particularly suitable for energy
efficient amplification of RF pulsewidth modulation (RF-PWM) signals is derived. It is …

A novel methodology for designing broadband Class‐J power amplifiers (PAs) with compact
fundamental impedances on the package plane is presented. A simple transistor model with …