Abstract :
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 Connected Community Networks and "an enabling path to taking nonlinear models to a higher level of fidelity and value" says Larry Dunleavy of Modelithics. I prefer to call it large-signal network analysis (LSNA). Today, LSNA is undoubtedly still in its infancy. A small community knows about the theoretical concepts, and a happy few have access to LSNA hardware. This community is growing rapidly, however, and I have no doubt that the people of this community will soon revolutionize the microwave measurement business as profoundly as S-parameter technology did in the 1980s. I hope with this article to inspire you to join this rapidly growing LSNA community that is improving microwave measurements and is on its way to building a multimillion dollar business.
Keywords :
S-parameters; microwave measurement; network analysers; S-parameter technology; large-signal network analysis; microwave instrumentation; microwave measurements; Couplers; Current measurement; Design automation; Instruments; Maxwell equations; Microwave devices; Microwave measurements; Nonlinear equations; Scattering parameters; Semiconductor optical amplifiers;