2.3.1 Original scientific paper A generalized method for determination of transfer functions of circuits with multi-inputs multi-outputs is in-troduced. The paper proposes a systematic and efficient formulation for generating the transfer matrix containing transfer functions, necessary to model these kinds of circuits. The modified nodal analysis, whose application is simpler than the state-space analysis, is used in obtaining the system equations. The method is a matrix-based approach. It is suitable for both symbolic manipulation and numeric processes. Furthermore, the frequency domain analysis is realized using the system model. Application examples are included to illustrate the method
In the analysis and synthesis of control systems and circuits, the minimal realizations of transfer-...
Concepts which promise to extend many fundamental results of network theory to general systems are i...
An algorithm of the transfer function calculation of the RC network with both numerical and symbolic...
A generalized method for determination of transfer functions of circuits with multi-inputs multi-out...
This paper proposes admittance matrix models to approach the behavior of six modern multiport functi...
Linear Circuit Transfer Functions: An introduction to Fast Analytical Techniques teaches readers how...
A special method of the nodal analysis of the circuits containing several types of the multi-port cu...
A new formulation of transfer function matrix identification in frequency domain is introduced. It r...
The paper presents a new method of obtaining first order differential sensitivities of t...
AbstractAn algorithm is described to derive the transfer function of two variable networks or system...
In this paper, a simple while effective methodology to calculate the symbolic transfer function of a...
In this study, a new method is devised and presented for the dynamic analysis of a 2xn RLC circuit n...
Abstract:- In this paper is presented a program which generates the modified nodal equation for elec...
The main motivation of this dissertation is to contribute to the development of symbolic algebra in ...
This paper presents a symbolic analysis of Switched-Capacitor (SC) circuits in the z-domain using Mo...
In the analysis and synthesis of control systems and circuits, the minimal realizations of transfer-...
Concepts which promise to extend many fundamental results of network theory to general systems are i...
An algorithm of the transfer function calculation of the RC network with both numerical and symbolic...
A generalized method for determination of transfer functions of circuits with multi-inputs multi-out...
This paper proposes admittance matrix models to approach the behavior of six modern multiport functi...
Linear Circuit Transfer Functions: An introduction to Fast Analytical Techniques teaches readers how...
A special method of the nodal analysis of the circuits containing several types of the multi-port cu...
A new formulation of transfer function matrix identification in frequency domain is introduced. It r...
The paper presents a new method of obtaining first order differential sensitivities of t...
AbstractAn algorithm is described to derive the transfer function of two variable networks or system...
In this paper, a simple while effective methodology to calculate the symbolic transfer function of a...
In this study, a new method is devised and presented for the dynamic analysis of a 2xn RLC circuit n...
Abstract:- In this paper is presented a program which generates the modified nodal equation for elec...
The main motivation of this dissertation is to contribute to the development of symbolic algebra in ...
This paper presents a symbolic analysis of Switched-Capacitor (SC) circuits in the z-domain using Mo...
In the analysis and synthesis of control systems and circuits, the minimal realizations of transfer-...
Concepts which promise to extend many fundamental results of network theory to general systems are i...
An algorithm of the transfer function calculation of the RC network with both numerical and symbolic...