Linearization of large-signal scattering functions
IEEE Transactions on microwave theory and techniques, 2005•ieeexplore.ieee.org
We describe a linearization of large-signal scattering functions describing weakly nonlinear
device behavior. The linearization takes on a convenient form similar to scattering
parameters that clearly illustrates the role of phase-conjugated mixing products in the theory.
We develop rules for the evolution of the linearization with time. We illustrate the theory with
transistor measurements and apply the theory to the characterization of the reflection
coefficients of a microwave source in its large-signal operating state.
device behavior. The linearization takes on a convenient form similar to scattering
parameters that clearly illustrates the role of phase-conjugated mixing products in the theory.
We develop rules for the evolution of the linearization with time. We illustrate the theory with
transistor measurements and apply the theory to the characterization of the reflection
coefficients of a microwave source in its large-signal operating state.
We describe a linearization of large-signal scattering functions describing weakly nonlinear device behavior. The linearization takes on a convenient form similar to scattering parameters that clearly illustrates the role of phase-conjugated mixing products in the theory. We develop rules for the evolution of the linearization with time. We illustrate the theory with transistor measurements and apply the theory to the characterization of the reflection coefficients of a microwave source in its large-signal operating state.
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