XIX Sympozjum Srodowiskowe PTZE - materialy.pdf

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XIX Sympozjum PTZE, Worliny 2009 Similar to the SPICE, ANA’s most important development purpose is the educational usage, and after that the industrial one. The student’s work is supported by an easy to use GUI (Graphical User Interface) (Fig. 1), which includes components of standard linear and nonlinear networks (for example resistor, coil, capacitor, generators and so on), components of standard electrical systems (for example summator, delay, multiplier, amplifier) and more complex components (for example controlled sources, gyrator, ideal transformer) as well. It can be used for resolving and checking exercises in the universities (e.g. calculating nodal potentials). The exercises can be understood easily, if the user can read the equations and explanations on the console interface step by step during the analysis. The program can be used in learning of Theoretical and Fundamentals of Electromagnetism, Networks and Systems and Signals and Systems subjects [6,7]. The aim of this research is to implement the next types of analysis: calculating nodal potentials, select output pair in a Kirchhoff type network, state space variable description, system equation, calculate output for a given input, calculate impulse-, and step response, transfer characteristics, transfer function, spectral analysis, shape preserving signal transmission, Fourier-, Laplace-, z-transform, Bode plot, and Nyquist plot. In the future, the application will be improved with many other services. For example to convert a system model to network model, and vice versa, modeling and using own, new components, create network and system models from equation forms, and some other, more complex type of analysis [8,9]. ANA’s first implemented analysis points are: calculate nodal potentials, voltages, currents and powers of the components, calculate the state variable description and display the result plots of voltages, currents, capacitances and inductances of the state variable description [10]. Calculations are based on matrix operations. The results are calculated by using a network topology matrix equation [11]. Fig. 2. The first implemented GUI of the state variable description 76
Acknowledgement XIX Sympozjum PTZE, Worliny 2009 This paper was supported by the János Bolyai Research Scholarship of the Hungarian Academy of Sciences (BO/00064/06), by Széchenyi István University, and by the Hungarian Scientific Research Fund. References [1] É. Katona, M. Kuczmann: ANA – Advenced Network Analysis Java Software Package for Analizing, Designing, and Real Time Testing Networks and System, Proceedings of the 2ND Symposium on Applied Electromagnetics, SAEM’08, ZAMOŚĆ, Poland, June 1 – 4, 2008, PP. 83-86, CD Proceedings [2] http://bwrc.eecs.berkeley.edu [3] http://en.wikipedia.org/wiki/Intusoft [4] http://www.electronicsworkbench.com [5] http://www.tina.com [6] K. Simonyi, L. Zombory: Theoretical Electromagnetism, Műszaki Könyvkiadó, Budapest, 2000. [7] M. Kuczmann: Signals and Systems, Universitas – Győr Kht. Győr 1999. [8] K. Géher: Linear Networks, Műszaki Könyvkiadó, Budapest, 1972. [9] Gy. Fodor: Signals, Systems and Networks, Akadémiai Kiadó, Budapest, 2006. [10] Gy. Fodor: Nodal Analysis of Electrical Networks (Studies in Electrical and Electronic Engineering), Elsevier Science Ltd, 1988. [11] Gy. Fodor: Networks and Systems, Műegyetemi Kiadó, Budapest, 2006. 77
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Współorganizatorzy: CENTRALNY INS
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XIX SYMPOZJUM ŚRODOWISKOWE ZASTOSO
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11:30 - 13:30 SESJA II ZASTOSOWANIA
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11:00 - 11:30 - Przerwa na kawę /
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Gergely Kovács, Miklós Kuczmann A
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Katarzyna Ciosk A study on SAR in s
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Paweł A. Mazurek Pomiary pól wyso
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Literatura XIX Sympozjum PTZE, Worl
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