This paper presents a method for pruning power amplifier (PA) behavioral models and
digital predistorters based on compressed sampling theory. Using this method, the number …

This paper analyzes the effects of load impedance mismatch in power amplifiers which
linearity has been enhanced using various digital predistortion (DPD) algorithms. Two …

A nonlinear dynamic behavioral model for radio frequency power amplifiers is presented. It
uses orthonormal basis functions, Kautz functions, with complex poles that are different for …

We demonstrate energy-efficient low-complexity adaptive linearization for wideband
handset power amplifiers (PAs). Due to power overhead and complexity, traditional …

Electrical anomalies due to trapping effects in gallium nitride (GaN) power amplifiers (PAs)
give rise to long-term or strong memory effects. We propose novel models based on infinite …

Strong requirements are currently imposed to limit the negative effects of distortion or bad
synchronization between emitter and receiver in digital communication channels. Distortion …

Aspects related to behavioral modeling and correction of distortions for radio frequency (RF)
power amplifiers (PAs) are treated in the thesis. When evaluating the performance of a …

This paper investigates the issue of “predistorter blow-up,” ie, uncontrolled peak expansion
caused by the predistorter. To control the peak expansion, an extension of the multistep …

A new adaptive digital predistortion based on an iterative injections approach is
experimentally verified using a 4G signal. An error vector magnitude and spectrum regrowth …

This work considers behavior modeling of analog to digital converters with applications in
the radio frequency range, including the field of telecommunication as well as test and …