In this paper, a design approach for a high-efficiency concurrent dual-band power amplifier
(PA) with precise harmonic control up to third order is proposed. With the precise harmonic …

In this brief, a sparse-Bayesian-learning algorithm is applied to estimate the coefficients of
the power amplifier (PA) behavioral models and inverse models from the view of probability …

This paper presents a novel dual‐band highly efficient power amplifier (PA) design for 5G
applications. The presented dual‐band matching network consists of an impedance tuning …

A passive network possessing an input impedance which is positive real in nature poses
difficulties with regard to obtaining an optimal impedance for power amplifiers (PAs) with two …

In this paper, an extended Chebyshev function is proposed to adapt the matching condition
of the power amplifier (PA) by introducing a new factor. A set of impedance functions can be …

In this paper, first the behaviour of dual-band continuous class-F (Class-CF) power
amplifiers under concurrent input drive at both bands are studied. Then, a novel structure …

In this paper, an analytic methodology for designing output‐matching network (OMN) is
presented. The proposed OMN integrates harmonic control circuit and reduces the …

In this paper, a dual-band power amplifier based on tri-band impedance matching circuit is
proposed. This amplifier uses reverse thinking to combine the tri-band impedance matching …

A design method for dual-band generalized high-efficiency parallel-circuit (PC) Class-E/F3
power amplifier (PA) is proposed. With the adoption of a generalized structure, the design …

In this letter, an architecture is presented to solve problems of classical concurrent dual‐
band Doherty power amplifiers (DPAs) and its design procedure is given. It is a codesign of …