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Driven chaotic oscillators
Pšeno, Daniel ; Guzan,, Milan (oponent) ; Petržela, Jiří (vedoucí práce)
The theme of this masters thesis are driven chaotic oscillators. The aim of this project is show the various types of driven chaotic oscillator and propose mathematical model solutions using numerical methods. In the first part of this thesis are shown theory of chaos, history of chaos theory, chaotic systems and chaos quantifiers. Next is numerical analysis of differential equations second order by Runge-Kutta fourth order method. Next part contains circuit blocks and synthesis of oscillators. In next part are defined all types of oscillators. Parameters of analysis, equations, circuits and simulations are defined for each type of driven chaotic oscillators. In each subchapter is design electrical circuit. This circuit is simulated and some of them realized.
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Computerized measurement of characteristics of analogue functional blocks
Pšeno, Daniel ; Urbanec, Tomáš (oponent) ; Brančík, Lubomír (vedoucí práce)
Aims of this bachelor`s thesis were design laboratory appliance with controlled sources and programming in graphic development software VEE by Agilent. The appliance will be including all four types of controlled sources. It will be applied on place of computerized measurement system in laboratory of Analogue electronic circuits. Program will be working with all of measurement devices on work place. PC is connected to all measurement devices by GPIB bus. In the first part of this project is talked about computerized measurement system work place, graphic development software, about programming of devices and designed four programs in VEE. In the second part of this project are included simulations of all types of controlled sources in software PSpice. Optimal ratio constants are set up by the simulation output. Printed circuit board is designed in Eagle software.
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Computerized measurement of characteristics of analogue functional blocks
Pšeno, Daniel ; Urbanec, Tomáš (oponent) ; Brančík, Lubomír (vedoucí práce)
Aims of this bachelor`s thesis were design laboratory appliance with controlled sources and programming in graphic development software VEE by Agilent. The appliance will be including all four types of controlled sources. It will be applied on place of computerized measurement system in laboratory of Analogue electronic circuits. Program will be working with all of measurement devices on work place. PC is connected to all measurement devices by GPIB bus. In the first part of this project is talked about computerized measurement system work place, graphic development software, about programming of devices and designed four programs in VEE. In the second part of this project are included simulations of all types of controlled sources in software PSpice. Optimal ratio constants are set up by the simulation output. Printed circuit board is designed in Eagle software.
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Driven chaotic oscillators
Pšeno, Daniel ; Guzan,, Milan (oponent) ; Petržela, Jiří (vedoucí práce)
The theme of this masters thesis are driven chaotic oscillators. The aim of this project is show the various types of driven chaotic oscillator and propose mathematical model solutions using numerical methods. In the first part of this thesis are shown theory of chaos, history of chaos theory, chaotic systems and chaos quantifiers. Next is numerical analysis of differential equations second order by Runge-Kutta fourth order method. Next part contains circuit blocks and synthesis of oscillators. In next part are defined all types of oscillators. Parameters of analysis, equations, circuits and simulations are defined for each type of driven chaotic oscillators. In each subchapter is design electrical circuit. This circuit is simulated and some of them realized.
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