A high-quality active integrated inductor is presented. The circuit has an inductance of 20nH and a quality factor of 47 at 1.8GHz. It is designed to be realised using standard silicon bipolar technology and consumes 2.6mW at a supply voltage of 3V
A new design based on the flipped-structure for RF active inductors is presented. The conventional f...
In order to maximize efficiency of the designed gyrator-based active inductor, advanced circuit tech...
Active Inductors are useful in reducing the large chip area typically consumed by spiral inductors, ...
A novel active inductor approach, which can improve the quality-factor, was presented in this report...
A active inductor in CMOS techonology with a supply voltage of 1.8V is presented. The value of the i...
International audienceIn this paper we focus on the conception and performances of an highly linear ...
The paper introduces an active inductor implementation suitable for microwave and millimeter wave ap...
The paper introduces an active inductor implementation suitable for microwave and millimeter wave ap...
Numerous structural planning of active inductors have been proposed as of not long ago in literature...
This thesis explores the use of active inductors as a compact alternative to the bulky passive spira...
The authors present a systematic study of the modelling, design, and fabrication of planar spiral in...
International audienceActive inductors circuits are developed as an alternative solution for multiba...
This paper focuses on full integration of passive devices, especially inductors with emphasis on mul...
Abstract—High-Q inductors are realized on a 3–8Ω · cm silicon substrate in the buildup of BCB/Cu. An...
An active inductor implementation suitable for microwave and millimeter wave applications is introdu...
A new design based on the flipped-structure for RF active inductors is presented. The conventional f...
In order to maximize efficiency of the designed gyrator-based active inductor, advanced circuit tech...
Active Inductors are useful in reducing the large chip area typically consumed by spiral inductors, ...
A novel active inductor approach, which can improve the quality-factor, was presented in this report...
A active inductor in CMOS techonology with a supply voltage of 1.8V is presented. The value of the i...
International audienceIn this paper we focus on the conception and performances of an highly linear ...
The paper introduces an active inductor implementation suitable for microwave and millimeter wave ap...
The paper introduces an active inductor implementation suitable for microwave and millimeter wave ap...
Numerous structural planning of active inductors have been proposed as of not long ago in literature...
This thesis explores the use of active inductors as a compact alternative to the bulky passive spira...
The authors present a systematic study of the modelling, design, and fabrication of planar spiral in...
International audienceActive inductors circuits are developed as an alternative solution for multiba...
This paper focuses on full integration of passive devices, especially inductors with emphasis on mul...
Abstract—High-Q inductors are realized on a 3–8Ω · cm silicon substrate in the buildup of BCB/Cu. An...
An active inductor implementation suitable for microwave and millimeter wave applications is introdu...
A new design based on the flipped-structure for RF active inductors is presented. The conventional f...
In order to maximize efficiency of the designed gyrator-based active inductor, advanced circuit tech...
Active Inductors are useful in reducing the large chip area typically consumed by spiral inductors, ...