Higher integration and smaller layout size, two major trends in today's industry, lead to more prominent parasitic electromagnetic coupling effects in high-frequency communication systems. Using network theory concepts and de-embedding techniques, this thesis presents a fast and efficient method to model such coupling in microwave integrated circuits, making the design more reliable. The efficiency of the new technique is demonstrated through examples of circuit simulations and circuit optimization
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
The current trend to migrate wireless applications to higher frequencies to obtain broader bandwidth...
As modern circuits become smaller and the frequencies that they work at become higher, inevitably, p...
Abstract—The consideration of electromagnetic interac-tion between spurious modes in metal packages ...
Abstract:- Because of ever-higher operating frequencies and circuit integration, distributed electro...
With continually increasing operating frequencies, analysis of electromagnetic interference (EMI)-re...
This paper describes an original methodology for the modeling of parasitic inductive couplings. The ...
This thesis presents a numerical and experimental analysis of MMIC circuits enclosed in a conducting...
This thesis presents a numerical and experimental analysis of MMIC circuits enclosed in a conducting...
Abstract — In this tutorial we discuss concepts and techniques for the accurate and efficient modeli...
One of the major advantages of ABCD parameters in microwave circuit analysis is the ease with which ...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
Purpose: This paper aims to present a method for the efficient reduction of networks modelling paras...
During the design of microwave circuits there is a significant need for efficient and accurate analy...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
The current trend to migrate wireless applications to higher frequencies to obtain broader bandwidth...
As modern circuits become smaller and the frequencies that they work at become higher, inevitably, p...
Abstract—The consideration of electromagnetic interac-tion between spurious modes in metal packages ...
Abstract:- Because of ever-higher operating frequencies and circuit integration, distributed electro...
With continually increasing operating frequencies, analysis of electromagnetic interference (EMI)-re...
This paper describes an original methodology for the modeling of parasitic inductive couplings. The ...
This thesis presents a numerical and experimental analysis of MMIC circuits enclosed in a conducting...
This thesis presents a numerical and experimental analysis of MMIC circuits enclosed in a conducting...
Abstract — In this tutorial we discuss concepts and techniques for the accurate and efficient modeli...
One of the major advantages of ABCD parameters in microwave circuit analysis is the ease with which ...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
Purpose: This paper aims to present a method for the efficient reduction of networks modelling paras...
During the design of microwave circuits there is a significant need for efficient and accurate analy...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
Parasitic elements involuntarily introduced during the layout design play an important role in integ...
The current trend to migrate wireless applications to higher frequencies to obtain broader bandwidth...