A method is presented for automated probing of on-wafer devices for measurements at millimetre-wave frequencies. The proposed method automatically detects the contact between the measurement probe and on-wafer device, based on the evaluation of variation in the input reflection coefficient. It is shown that using this automated technique, about five times better measurement repeatability is achieved in millimetre-wave device characterisation
High frequency wireless applications are rapidly increasing with today\u27s advanced silicon technol...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
A wideband microwave method is described as a means for rapid detection of slight dissimilarities an...
The work presented in this thesis is on the development of reliable low cost measurement systems for...
The influence of the use of on-wafer probes for mm-wave antenna-on-chip (AoC) measurements is invest...
A general-purpose system for fast, automated acquisition of the S-parameters of three-port component...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
Empirical thesis.Bibliography: page 49.1. Introduction -- 2. Background theory -- 3. Manual test mea...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
As the number of wireless applications increases every year, overcrowding the RF/microwave spectrum,...
At millimetre wave frequencies the use of coaxial based test fixtures does not provide an accurate c...
This paper overviews the on-wafer characterization of microelectronic components in the millimeter-w...
A measurement system based on coaxial wafer probes has been developed that allows, for the first tim...
To solve extant complications with standard wafer-probing techniques, such as probe-to-probe couplin...
The focus of this thesis is on the development of on-wafer measurement techniques for millimeter wav...
High frequency wireless applications are rapidly increasing with today\u27s advanced silicon technol...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
A wideband microwave method is described as a means for rapid detection of slight dissimilarities an...
The work presented in this thesis is on the development of reliable low cost measurement systems for...
The influence of the use of on-wafer probes for mm-wave antenna-on-chip (AoC) measurements is invest...
A general-purpose system for fast, automated acquisition of the S-parameters of three-port component...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
Empirical thesis.Bibliography: page 49.1. Introduction -- 2. Background theory -- 3. Manual test mea...
Load-pull experimental characterisation of active devices under non linear operation is a well prove...
As the number of wireless applications increases every year, overcrowding the RF/microwave spectrum,...
At millimetre wave frequencies the use of coaxial based test fixtures does not provide an accurate c...
This paper overviews the on-wafer characterization of microelectronic components in the millimeter-w...
A measurement system based on coaxial wafer probes has been developed that allows, for the first tim...
To solve extant complications with standard wafer-probing techniques, such as probe-to-probe couplin...
The focus of this thesis is on the development of on-wafer measurement techniques for millimeter wav...
High frequency wireless applications are rapidly increasing with today\u27s advanced silicon technol...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
A wideband microwave method is described as a means for rapid detection of slight dissimilarities an...