A high-efficiency inverse Class-F (Class-F-1) power amplifier (PA) with a low voltage pHEMT
is presented in this paper. The design process is based on a novel harmonic control network …

Available onlineThis paper presents the design, implementation and measurement results
for a 0.8–2.1 GHz Mode transfer-based Harmonic tuned Power Amplifier (MHPA). The …

In this paper, a compact microstrip lowpass filter (LPF) using triangle-shaped resonators is
presented. The designed LPF includes three symmetric triangle-shaped resonators to …

In this paper, a design methodology for realization of hybrid microwave power amplifiers
(PAs) using discrete GaN HEMTs is systematically explained. High power solid-state …

In this paper, a very compact size microstrip suppressing cell is presented. The proposed
suppressing cell consists of symmetric modified semicircular patches as main resonator and …

A novel compact microstrip lowpass filter is presented in this paper. The structure uses
stepped impedance and radial patches and it has the− 3 dB cut-off frequency at 4.39 GHz …

In this paper, a compact lowpass filter (LPF) with ultra-wide rejection band has been
presented. In fact, a novel meandered semi-hairpin resonator has been used and the …

In this paper, a microstrip lowpass filter employing a T-shaped resonator and high-
impedance curved bend transmission lines loaded by rectangular patches operating at 2.4 …

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, a high-efficiency class-F power amplifier (PA) is designed using integration
between a low voltage p-HEMT transistor and a miniaturized microstrip suppressing cell. It …