# Circuit models for Sierpinski gasket antennas

@article{Arrighetti2005CircuitMF, title={Circuit models for Sierpinski gasket antennas}, author={Walter Arrighetti and Peter De Cupis and Giorgio Gerosa}, journal={arXiv: Computational Physics}, year={2005} }

A lumped-parameter impedor-oriented and a 2-port-network-oriented circuit models for the Sierpinski gasket prefractal antenna are presented. With the former, the voltage and current patterns give a detailed understanding of the electromagnetic fields' self-similar distribution throughout the antenna geometry; on the other hand model complexity exponentially increases with the prefractal iteration order. The latter "black-box" model only controls port-oriented global parameters which are the… Expand

#### 5 Citations

An Electrical Model to Sierpenski Gasket Patch Antenna

- Physics, Computer Science
- 2009 Fifth Advanced International Conference on Telecommunications
- 2009

The proposed model has the same resonant frequency with the antenna and a few differences in band width and it’s very useful for parametric analysis of the Sierpenski gasket antenna. Expand

Analysis and Design of Printed Fractal Antennas by Using an Adequate Electrical Model

- Computer Science
- Int. J. Commun. Networks Inf. Secur.
- 2009

Two electrical models of carpet and gasket Sierpenski patch antenna are proposed, in which the antenna structure is replaced by its equivalent rectangular patch and the resonant RLC parameters are extracted. Expand

A Novel Small Sierpenski Antennas

- Physics
- 2013

In This paper, new small antenna is described and it is designed to be used in RFID applications at microwave frequencies. This structure represents a new version of sierpenski antenna. The reduction… Expand

Rigorous uncertainty quantification without integral testing

- Computer Science, Mathematics
- Reliab. Eng. Syst. Saf.
- 2011

It is shown that, for systems that have the structure of an acyclic graph, it is possible to obtain rigorous upper bounds on the probability of failure of the entire system from an uncertainty analysis of the individual components and their interfaces and without the need for integral testing. Expand

Uncertainty Quantification for Modular and Hierarchical Models *

We propose a modular/hierarchical uncertainty quantification framework based on a recently developed methodology using concentration-of-measure inequalities for probability-of-failure upper bound… Expand

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