We analyze the uncertainty contribution of the Nonlinear-Embedding design technique in transposing the low-frequency data to microwave frequencies. Uncertainty analysis is performed with the NIST Microwave Uncertainty Framework and is applied to a GaAs pHEMT device
In the paper, the nonlinear model of a microwave transistor is extracted from large-signal measureme...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...
We evaluate the uncertainty in on-wafer vector-calibrated nonlinear measurements with the National I...
We propagate for the first time correlated measurement uncertainties into a nonlinear behavioral mod...
We propagate the uncertainty of measurements used for the identification of a transistor nonlinear m...
We present an analysis of the propagation of measurement uncertainty in microwave transistor nonline...
To support the responsible implementation of next-generation wireless communications networks such a...
Modelling at gigahertz frequencies is often based on (non)linear microwave/millimeter wave measureme...
We present an extended study on the uncertainty in resonant measurements. The uncertainty of the res...
We present an extended study on the uncertainty in resonant measurements. The uncertainty of the res...
Abstract—Performing nonlinear measurements on microwave devices is a complex task. This paper introd...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A method that calculates the residual uncertainties of a microwave network analyzer for the frequenc...
Abstract—The radar ambiguity function describes the possibility of errors in range and Doppler detec...
In the paper, the nonlinear model of a microwave transistor is extracted from large-signal measureme...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...
We evaluate the uncertainty in on-wafer vector-calibrated nonlinear measurements with the National I...
We propagate for the first time correlated measurement uncertainties into a nonlinear behavioral mod...
We propagate the uncertainty of measurements used for the identification of a transistor nonlinear m...
We present an analysis of the propagation of measurement uncertainty in microwave transistor nonline...
To support the responsible implementation of next-generation wireless communications networks such a...
Modelling at gigahertz frequencies is often based on (non)linear microwave/millimeter wave measureme...
We present an extended study on the uncertainty in resonant measurements. The uncertainty of the res...
We present an extended study on the uncertainty in resonant measurements. The uncertainty of the res...
Abstract—Performing nonlinear measurements on microwave devices is a complex task. This paper introd...
Low-frequency (LF) dispersive phenomena due to device self-heating and/or the presence of "traps" (i...
A method that calculates the residual uncertainties of a microwave network analyzer for the frequenc...
Abstract—The radar ambiguity function describes the possibility of errors in range and Doppler detec...
In the paper, the nonlinear model of a microwave transistor is extracted from large-signal measureme...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...
In this work we describe a novel technique for the extraction of nonlinear model for microwave trans...