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	The tunable frequency filter for laboratory Dokoupil, Jakub ; Roubal, Zdeněk (referee) ; Friedl, Martin (advisor) This bachelor's thesis deals with the comparison of the available active universal frequency filter and then design of a 2nd order of the universal frequency filter. Universal filter will contain lowpass filters, highpass, bandpass and notch filter. The filter can be setup in the range of 100 Hz to 150 kHz. Detailed record
	Design and construction of the prototype of universal semi-automatic equipment for the automotive industry Kristel, Peter ; Slaný, Martin (referee) ; Sedlák, Josef (advisor) Construction of semi-automatic equipment DCR 231 means for company Mubea saving money in long-range target. This economy profit rises with time period of the equipment active usage. The equipment is designed as a universal tool of automatic production step for inserting reinforcement tubes into tubular stabilizer bars. Inserting of these tubes into the both stabilizer ends brings higher strength of supported areas. Benefit of stabilizer bar reinforcement only on its ends is a lower mass leads to reduction of the whole axle mass. The equipment in global scale helps to reduce the costs connected with daily vehicle usage. Detailed record
	Universal and fully analog oscillator with transconductance amplifiers Kus, Václav ; Zaplatílek, Karel (referee) ; Hruboš, Zdeněk (advisor) The aim of this thesis is to design a universal analog oscillator using transconductance amplifiers. For studying behaviour of chaotic dynamical systems can be used systems Class C. Suitable way for the purpose modeling dynamic phenomena arising in these systems is an electronic circuit that exhibits the same behavior as modeled system. After familiarization with the basic principles of synthesis of integrators systems, and studying the involvement of frequently used functional blocks were designed the concept of universal chaotic oscillator using transconductance amplifiers. The functionality of this circuit has been verified by PSpice simulation program. A typical feature of chaotic oscillator is extremely sensitivity to initial conditions. Each small change on the initial parameters can lead to major change in the shape of the attractor. The result of this thesis is a functional sample of a universal chaotic oscillator, which was verified by the dynamic behavior of the given differential equations. Detailed record

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