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Time domain modelling of microwave systems and subsystems
Thirteenth National Radio Science Conference. NRSC '96
A new method of modelling non-linear microwave system and subsystem is presented. Non-linear mode... more A new method of modelling non-linear microwave system and subsystem is presented. Non-linear models of the subsystem are identified and then combined to solve the entire system. Throughout the procedure time domain modelling and simulation is used but frequency domain characteristics can also be obtained. Models of non-linear subsystems are identified from time domain measurement which require less measurement time
This paper describes non-linear modelling of oscillators from time domain measurement. Non-linear... more This paper describes non-linear modelling of oscillators from time domain measurement. Non-linear time domain transfer functions are used to model both the generation of the oscillator output voltage wave and the reflection coefficient. The model can be combined with other subsystem models to perform complete system simulation. Overall non-linear system simulation in the time domain is computational efficient.
IEEE Transactions on Microwave Theory and Techniques, 1996
Nonlinear models of microwave subsystems are identified from time domain measurements. Scattering... more Nonlinear models of microwave subsystems are identified from time domain measurements. Scattering functions in the form of nonlinear time domain functions are used to derive a system identification model instead of an equivalent circuit. The advantage being the simplicity of the measurement and the developed models and the speed and accuracy of the simulation of the entire system.
Time domain modelling of microwave systems and subsystems
Thirteenth National Radio Science Conference. NRSC '96
A new method of modelling non-linear microwave system and subsystem is presented. Non-linear mode... more A new method of modelling non-linear microwave system and subsystem is presented. Non-linear models of the subsystem are identified and then combined to solve the entire system. Throughout the procedure time domain modelling and simulation is used but frequency domain characteristics can also be obtained. Models of non-linear subsystems are identified from time domain measurement which require less measurement time
This paper describes non-linear modelling of oscillators from time domain measurement. Non-linear... more This paper describes non-linear modelling of oscillators from time domain measurement. Non-linear time domain transfer functions are used to model both the generation of the oscillator output voltage wave and the reflection coefficient. The model can be combined with other subsystem models to perform complete system simulation. Overall non-linear system simulation in the time domain is computational efficient.
IEEE Transactions on Microwave Theory and Techniques, 1996
Nonlinear models of microwave subsystems are identified from time domain measurements. Scattering... more Nonlinear models of microwave subsystems are identified from time domain measurements. Scattering functions in the form of nonlinear time domain functions are used to derive a system identification model instead of an equivalent circuit. The advantage being the simplicity of the measurement and the developed models and the speed and accuracy of the simulation of the entire system.