Add to ORKGWe present the development of an inductor tool that allows designers to correlate between the geometrical dimensions and the electrical properties of a spiral inductor. We have demonstrated that using a DOE approach and EM simulations only a relatively small set of inductor test structures needs to be measured for validating this inductor tool that accurately predicts the inductor electrical properties. The implementation of this inductor tool in the circuit simulator for design automation is discussed
This work describes the modelling of a planar integrated inductor on silicon. In this case modelling...
Design, simulation, and implementation of low profile microstrip spiral inductors for high power Ind...
In order to reduce redesign iterations occurring in the design of analog integrated circuits, it is ...
This paper presents a physical model for planar spiral inductors on silicon. The model has been conf...
In this work "full-wave" simulations of integrated inductors are presented and compared with measure...
The rising demand for low cost RF integrated circuits (RF-IC's) has resulted in tremendous interest ...
In radio frequency integrated circuits (RFICs) that use a low resistivity silicon substrate, spiral ...
Micro-electronics component and circuit design requires long computation time; to reduce this time, ...
A simulation program is developed based on Grover’s formulas and Greenhouse method to calculate the ...
Integrated on-chip planar spiral inductors are widely employed in communication circuit blocks and o...
A “full-wave ” electromagnetic simulator for the analysis of solid-state spiral inductors in presenc...
This paper presents a characteristic method for a spiral inductor. The spiral inductor is modeled wi...
Abstract This paper presents a set of design equations for spiral and new scalable cross inductors i...
International audienceWe propose a methodology to extract models for inductors from measurements. Th...
Abstract- Design of integrated inductors is a time consuming process usually requiring significant a...
This work describes the modelling of a planar integrated inductor on silicon. In this case modelling...
Design, simulation, and implementation of low profile microstrip spiral inductors for high power Ind...
In order to reduce redesign iterations occurring in the design of analog integrated circuits, it is ...
This paper presents a physical model for planar spiral inductors on silicon. The model has been conf...
In this work "full-wave" simulations of integrated inductors are presented and compared with measure...
The rising demand for low cost RF integrated circuits (RF-IC's) has resulted in tremendous interest ...
In radio frequency integrated circuits (RFICs) that use a low resistivity silicon substrate, spiral ...
Micro-electronics component and circuit design requires long computation time; to reduce this time, ...
A simulation program is developed based on Grover’s formulas and Greenhouse method to calculate the ...
Integrated on-chip planar spiral inductors are widely employed in communication circuit blocks and o...
A “full-wave ” electromagnetic simulator for the analysis of solid-state spiral inductors in presenc...
This paper presents a characteristic method for a spiral inductor. The spiral inductor is modeled wi...
Abstract This paper presents a set of design equations for spiral and new scalable cross inductors i...
International audienceWe propose a methodology to extract models for inductors from measurements. Th...
Abstract- Design of integrated inductors is a time consuming process usually requiring significant a...
This work describes the modelling of a planar integrated inductor on silicon. In this case modelling...
Design, simulation, and implementation of low profile microstrip spiral inductors for high power Ind...
In order to reduce redesign iterations occurring in the design of analog integrated circuits, it is ...