Implementation of the procedure for synthesis of the active RC circuit from prescribed transfer function using MATLAB (R) , without prior knowledge of topology or circuit architecture is presented. Method is based on the reverse process of a Gaussian pivotal elimination applied to nodal admittance matrix as proposed in [6]. This method is very useful for searching alternative circuits realizations of the same transfer function, or with modifications to find several even all realizations in some level. Given implementation has several limitations like specific input transfer function format and interaction with human for further decisions in the synthesis process
TEZ6113Tez (Yüksek Lisans) -- Çukurova Üniversitesi, Adana, 2006.Kaynakça (s.74) var.ix, 75 s. ; 29 ...
In this dissertation, positive-real conformal transformations are used to develop synthesis procedu...
A topological method and the explicit formulae for simultaneous determination of both the RC network...
This bachelor’s thesis will deal with the creation of a description of a program for symbolic calcul...
The employment of symbolic programming in analog circuit design for system interfaces is proposed. G...
Synthesis of resistive networks from a given admittance or impedance matrix in the general case is a...
An algorithm of the transfer function calculation of the RC network with both numerical and symbolic...
Abstract:- In this paper is presented a program which generates the modified nodal equation for elec...
This letter contains a generalization of some recently published RC active all-pass networks using a...
Two general methods for realizing high-order delay approximation functions by RC active networks are...
The material presented here provides a means for synthesis of networks containing uniformly distribu...
A system for synthesis of transfer functions of complex frequency having simple finite poles with fi...
Abstract Active network synthesis is important for circuit designer to find new circuits with desire...
2.3.1 Original scientific paper A generalized method for determination of transfer functions of circ...
The effect of using a nonideal simulated inductance in Leach and Chan's method of active RC synthesi...
TEZ6113Tez (Yüksek Lisans) -- Çukurova Üniversitesi, Adana, 2006.Kaynakça (s.74) var.ix, 75 s. ; 29 ...
In this dissertation, positive-real conformal transformations are used to develop synthesis procedu...
A topological method and the explicit formulae for simultaneous determination of both the RC network...
This bachelor’s thesis will deal with the creation of a description of a program for symbolic calcul...
The employment of symbolic programming in analog circuit design for system interfaces is proposed. G...
Synthesis of resistive networks from a given admittance or impedance matrix in the general case is a...
An algorithm of the transfer function calculation of the RC network with both numerical and symbolic...
Abstract:- In this paper is presented a program which generates the modified nodal equation for elec...
This letter contains a generalization of some recently published RC active all-pass networks using a...
Two general methods for realizing high-order delay approximation functions by RC active networks are...
The material presented here provides a means for synthesis of networks containing uniformly distribu...
A system for synthesis of transfer functions of complex frequency having simple finite poles with fi...
Abstract Active network synthesis is important for circuit designer to find new circuits with desire...
2.3.1 Original scientific paper A generalized method for determination of transfer functions of circ...
The effect of using a nonideal simulated inductance in Leach and Chan's method of active RC synthesi...
TEZ6113Tez (Yüksek Lisans) -- Çukurova Üniversitesi, Adana, 2006.Kaynakça (s.74) var.ix, 75 s. ; 29 ...
In this dissertation, positive-real conformal transformations are used to develop synthesis procedu...
A topological method and the explicit formulae for simultaneous determination of both the RC network...