Reference Details

Title:

State of the Art and the Future in Modelling RF Components

Author(s):

Thomas Weiland, Irina Munteanu

Source:

Proc. ‘EuCAP 2006’, Nice, France

Vol./Issue/Date:

Year:

2006

Page(s):

Keywords:

Abstract:

Computer modeling of RF-components has a long history and has now become an integral part of many research and development activities at universities, research laboratories and in industry. A wide range of numerical methods has been developed, including volumetric discretization methods (FE: Finite Elements, FD: Finite Difference, FI: Finite Integration, FV: Finite Volume, TLM: Transmission Line Method, etc.) and surface discretization methods (BEM: Boundary Element Method, MM: Moment Method: MM: Multipole Method, etc.). With the large variety of mthods, many of which have reached a mature stage, it becomes more and more important to select the right lgorithm for a given application. This report will present an overview of the state of the art of modeling RF-components, attempt to classify algorithms according to their effectiveness for different applications, and finally, discuss future trends in the field.

Document:

n.a.

Reference Id:

195

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