An automatic test set which performs a real time harmonic load-pull characterization is proposed. An active load technique is used in order to set the load at the test frequency and its harmonics and a complete set of device parameters useful for power amplifier design purposes can be measured versus the harmonic loads. The calibration procedure, based on substrate and coaxial standards, has been mainly developed for on wafer measurement in order to set the reference planes directly on the DUT
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
This paper presents a methodology that provides rapid estimation of the parameters necessary for the...
We describe a measurement system for model parameter extraction and full characterization of power t...
An automatic test set which performs a real time harmonic load-pull characterization is proposed. An...
A novel integrated test system that accurately measures on-wafer S-parameters, power levels, load-pu...
Abstract Load-pull systems are today widely accepted as fundamental tools for non-linear performanc...
High-efficiency power-amplifier design requires numerous efforts to investigate both input and outpu...
International audienceOne of the most important requirements that RF and microwave power amplifiers ...
This paper describes a large-signal single-sweep characterization system based on vector network ana...
High-power devices (>30W) require low load impedances (<5?) for optimum power performance. In presen...
Abstract –This paper focuses on the characterization and optimization of microwave power transistors...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
This thesis focuses on the characterization and optimization of microwave power transistors using a ...
The authors describe a microwave test set that can be automatically reconfigured to perform linear a...
High-efficiency power-amplifier design requires numerous efforts to investigate both input and outp...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
This paper presents a methodology that provides rapid estimation of the parameters necessary for the...
We describe a measurement system for model parameter extraction and full characterization of power t...
An automatic test set which performs a real time harmonic load-pull characterization is proposed. An...
A novel integrated test system that accurately measures on-wafer S-parameters, power levels, load-pu...
Abstract Load-pull systems are today widely accepted as fundamental tools for non-linear performanc...
High-efficiency power-amplifier design requires numerous efforts to investigate both input and outpu...
International audienceOne of the most important requirements that RF and microwave power amplifiers ...
This paper describes a large-signal single-sweep characterization system based on vector network ana...
High-power devices (>30W) require low load impedances (<5?) for optimum power performance. In presen...
Abstract –This paper focuses on the characterization and optimization of microwave power transistors...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
This thesis focuses on the characterization and optimization of microwave power transistors using a ...
The authors describe a microwave test set that can be automatically reconfigured to perform linear a...
High-efficiency power-amplifier design requires numerous efforts to investigate both input and outp...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
This paper presents a methodology that provides rapid estimation of the parameters necessary for the...
We describe a measurement system for model parameter extraction and full characterization of power t...