High peak and average efficiency is an important feature of power amplifiers (PAs) for 5G
millimeter-wave communication. This article reviews the challenges of conventional …

Designing Doherty power amplifiers (PAs) at high millimeter-wave (mm-Wave) range
remains a major challenge because most Doherty combiners at this frequency band are …

This article presents a 15-bit quadrature digital power amplifier (DPA) with in-phase and
quadrature (IQ)-cell-sharing and transformer-based Doherty operation, which compensates …

This article presents a switched-transformer-based polar Doherty digital power amplifier
(DPA) for deep back-off efficiency enhancement. A single-transformer-footprint parallel …

This paper presents a Doherty radiator architecture that explores multi-feed antennas to
achieve an on-antenna Doherty load modulation network and demonstrates high-speed …

This paper presents a highly linear and power back-off efficiency-enhanced Doherty power
amplifier (PA) fully integrated into CMOS. The proposed Doherty PA employs a transformer …

In this article, a wideband watt-level digital power amplifier (DPA) with high efficiency and
large dynamic range is presented in CMOS technology for wireless applications. To achieve …

This article presents a fully integrated hybrid current-and voltage-mode three-way digital
Doherty power amplifier (PA) in CMOS using a single supply with builtin large-signal phase …

This article presents a multi-subharmonic switching (SHS) digital power amplifier (PA)
architecture for enhancing power back-off (PBO) efficiency while achieving watt-level output …

This paper presents an IEEE 802.15. 4z standard-compliant UWB digital transmitter that
features reconfigurable pulse-shaping. The proposed UWB pulse-shaping technique …