This article presents a broadband sub-terahertz (THz) power amplifier (PA) with a low-loss
four-way power combiner. The proposed power combiner consists of an improved zero …

This paper proposes a simultaneous output power-and gain-matching technique in a sub-
THz power amplifier (PA) design based on a maximum achievable gain (G max) core. The …

This article proposes high-gain, high-output-power, and high-power-added efficiency (PAE)
power amplifiers (PAs) by adopting an output power maximized (OPM) maximum achievable …

This paper presents a novel wideband and high-gain amplifier that utilizes a differential dual-
frequency Gmax-core with a cross-coupled network incorporating a capacitor and a …

This work reports a concurrent dual-band amplifier with an extensive spacing between the
two bands by adopting a proposed dual-frequency maximum achievable gain () core with …

In this paper, a novel gain‐boosting structure with Z‐embedding and parallel pre‐
embedding network (Z/pre‐Y‐embedding) is proposed to improve the power gain of …

This article presents a power-efficient frequency doubler employing gain boosting and
harmonic-enhancing techniques. With a single transistor only, the gain boosting technique …

In this letter, a novel over-push method is proposed to improve the power gain of amplifiers
with an embedding network and a lossy matching network (MN) at near-frequency. The gain …

It is commonly practiced in millimeter-wave and terahertz cascode amplifiers to enhance the
power gain by shorting the base-impedance in the common-base transistor. However, it is …

This work shows a broadband, high-efficiency power amplifier (PA) monolithic microwave
integrated circuit (MMIC) that uses InP-based metal-oxide-semiconductor (MOS) high …