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Autonomous circuit analysis using Matlab
Zmeškal, Ladislav ; Jeřábek, Jan (referee) ; Koton, Jaroslav (advisor)
This bachelor’s thesis will deal with the creation of a description of a program for symbolic calculation of transfer function circuit, circuits, consisting of base current conveyors and admittance. In the theoretical part describes algorithmic methods analysis circuit together with the general characteristics of the current conveyor and a brief description of the program Matlab. The second part will describe the function created program, its parts, and specific examples of calculation of transfer functions. The last part of the validation of the results program created in MATLAB with the results of the SNAP program.
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Pseudo-differential frequency filters
Hrdlička, Jan ; Herencsár, Norbert (referee) ; Koton, Jaroslav (advisor)
This Bachelor thesis deals with the pseudo differential frequency filters. Introduction The thesis describes the characteristics and frequency filters. The following describes the active elements, especially the differential current conveyors. The main objective is to design pseudodiferentialfrequency filters using the transformation nondifferential structures using differential structure differential current conveyors.
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Autonomous circuit analysis using Matlab
Zmeškal, Ladislav ; Jeřábek, Jan (referee) ; Koton, Jaroslav (advisor)
This bachelor’s thesis will deal with the creation of a description of a program for symbolic calculation of transfer function circuit, circuits, consisting of base current conveyors and admittance. In the theoretical part describes algorithmic methods analysis circuit together with the general characteristics of the current conveyor and a brief description of the program Matlab. The second part will describe the function created program, its parts, and specific examples of calculation of transfer functions. The last part of the validation of the results program created in MATLAB with the results of the SNAP program.
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