This paper describes the design, fabrication, and testing of an on-wafer substrate that has been developed specifically for measuring extreme impedance devices using an on-wafer probe station. Such devices include carbon nano-tubes (CNTs) and structures based on graphene which possess impedances in the κ Ω range and are generally realised on the nano-scale rather than the micro-scale that is used for conventional on-wafer measurement. These impedances are far removed from the conventional 50- reference impedance of the test equipment. The on-wafer substrate includes methods for transforming from the micro-scale towards the nano-scale and reference standards to enable calibrations for extreme impedance devices. The paper includes typical res...
A novel method that allows to compare different calibration techniques has been developed. It is bas...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
This paper reports the extraction of electrical impedance at microwave frequencies of vertically ali...
This paper will describe the design, fabrication and testing of an on-wafer substrate that has been ...
International audienceThis paper describes the design, fabrication, and testing of an on-wafer subst...
Nanoscale devices have an intrinsic impedance significantly different than the 50-Ω reference impeda...
The rapid progress in nanoelectronics showed an urgent need for microwave measurement of impedances ...
Nano-scale devices and high-power transistors present extreme impedances, which are far removed from...
Nano-scale devices and high power transistors present extreme impedances, which are far removed from...
Dans un contexte de développement spectaculaire des nano-objets, il est nécessaire de développer des...
In the frame of the spectacular development of nano-objects, innovative on-wafer electrical measurem...
La miniaturisation des composants telle qu’elle est décrite par la loi de Moore se heurte à de nouve...
Julkaistu vain painettuna, saatavuus katso Bibid. Published only in printed form, availability see B...
Transistors have been improved to achieve higher performance by substantially scaling down the physi...
This paper presents a microwave impedance characterization technique for extreme impedance devices. ...
A novel method that allows to compare different calibration techniques has been developed. It is bas...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
This paper reports the extraction of electrical impedance at microwave frequencies of vertically ali...
This paper will describe the design, fabrication and testing of an on-wafer substrate that has been ...
International audienceThis paper describes the design, fabrication, and testing of an on-wafer subst...
Nanoscale devices have an intrinsic impedance significantly different than the 50-Ω reference impeda...
The rapid progress in nanoelectronics showed an urgent need for microwave measurement of impedances ...
Nano-scale devices and high-power transistors present extreme impedances, which are far removed from...
Nano-scale devices and high power transistors present extreme impedances, which are far removed from...
Dans un contexte de développement spectaculaire des nano-objets, il est nécessaire de développer des...
In the frame of the spectacular development of nano-objects, innovative on-wafer electrical measurem...
La miniaturisation des composants telle qu’elle est décrite par la loi de Moore se heurte à de nouve...
Julkaistu vain painettuna, saatavuus katso Bibid. Published only in printed form, availability see B...
Transistors have been improved to achieve higher performance by substantially scaling down the physi...
This paper presents a microwave impedance characterization technique for extreme impedance devices. ...
A novel method that allows to compare different calibration techniques has been developed. It is bas...
International audienceThis paper presents an improved technique for monitoring and controlling the c...
This paper reports the extraction of electrical impedance at microwave frequencies of vertically ali...