For more than a quarter of a century, microwave engineers have had the benefit of a
foundation of mutually interacting components of measurement, modeling, and simulation to …

The recent shift in focus from defense and government work to commercial wireless efforts
has caused the job of the typical microwave engineer to change dramatically. The modern …

The paper presents the power amplifier design. The introduction of a practical harmonic
balance capability at the device measurement stage brings a number of advantages and …

We present an optimal experiment design methodology and a superior and fully automated
model generation procedure for identifying a class of broad-band multiharmonic behavioral …

This review presents a concise overview of RF (radio frequency) power transistor behavior
models, which is crucial for optimizing RF performance in high-frequency applications like …

According to Mike McKinley of Georgia Tech, it's" the holy grail of microwave instrumentation
and measurements," it's" a new measurement science" according to Don DeGroot of …

This paper presents the response surface methodology in modeling of nonlinear microwave
devices. First, different combinations of sampling techniques and types of radial basis …

The design of a continuous broadband Doherty power amplifier (DPA) based on an X‐
parameter model is presented in this work. The broadband load‐pull X‐parameter model is …

A new, nonlinear, frequency-domain behavioral model, based on Padé approximation
theory, is presented in this paper. The new Padé model is similar in concept to the X …

Since the advent of the nonlinear vector network analyzer (NVNA), microwave engineers
have become familiar with new terminology regarding nonlinear network parameters such …