International audienceSemiconductor devices are tested within a complex environment including a loadboard and a socket. In this paper, we propose a calibration methodology and a RF de‐embedding technique that allows the extraction of the device parameters. This method is based on the utilization of several calibration elements inspired by the TRL method. This study has been applied on an active device and the results have been validated using a real test solution
In this paper, we propose a method based on 3-D electromagnetic simulations, for the characteristic ...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
International audienceSemiconductor devices are tested within a complex environment including a load...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
A direct comparison between a newly proposedgeneral equivalent-circuit-based de-embedding method and...
In order to test the S-parameters of non-coaxial RF (Radio Frequency) devices accurately, using, ADS...
Application of the Thru-Reflect-Line (TRL) calibration to time domain measurements of S-parameters...
Application of the Thru-Reflect-Line (TRL) calibration to time domain measurements of S-parameters...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
In this paper, we propose a method based on 3-D electromagnetic simulations, for the characteristic ...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
International audienceSemiconductor devices are tested within a complex environment including a load...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
The work of this thesis deals with the developing of an efficient methodology for modeling parasitic...
A direct comparison between a newly proposedgeneral equivalent-circuit-based de-embedding method and...
In order to test the S-parameters of non-coaxial RF (Radio Frequency) devices accurately, using, ADS...
Application of the Thru-Reflect-Line (TRL) calibration to time domain measurements of S-parameters...
Application of the Thru-Reflect-Line (TRL) calibration to time domain measurements of S-parameters...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
In this paper, we propose a method based on 3-D electromagnetic simulations, for the characteristic ...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...
International audienceThis paper shows the VNA calibration for a DUT with a differential input and a...