A symmetrical Doherty power amplifier (PA) with an extended efficiency range is proposed.
This paper proves the existence of a class of symmetrical Doherty PAs having efficiency …

Performing RF amplification in a way that is simultaneously linear and efficient has long
been a challenge in power amplifier (PA) design. In short, single-transistor PAs can either be …

Sex differences in physical activity (PA) through pubertal maturation and the growth spurt
are often attributed to changing interests. The contribution of sex differences in biological …

In this paper, a generic combiner design technique is developed for class-E outphasing
transmitters. The design procedure starts with calculation of the combiner network …

An analytic theory for dual-input outphasing power amplifiers that incorporate in one unified
treatment, the continuum of solutions for power combining including the Doherty and Chireix …

Conventional outphasing power amplifier systems require both a radio frequency (RF)
carrier input and a separate baseband input to synthesize a modulated RF output. This work …

A new design methodology providing optimal mixed-mode operation for dual-input class-F
outphasing Chireix amplifiers is presented. The design starts with single-transistor class-F …

Modulation of load impedance is an effective way to maintain efficient power amplifier (PA)
operation over high dynamic range modulated signals. For high efficiency, a load …

A generalized 3-dB isolated three-port power divider/combiner is presented. The termination
impedances of the two electrically isolated ports are selected as equal complex values of …

A novel design theory and the methodology are presented for dual-input Doherty power
amplifiers (DPAs) in which the auxiliary transistor does not fully turn off at backoff power …