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Power source for pulse magnetron sputtering
Schulz, Jakub ; Magát, Martin (referee) ; Šteffan, Pavel (advisor)
The presented thesis deals with the design and assembly of the generator for pulse magnetron sputtering. The designed device is capable of generating two square wave signals via its counter-working outputs. Both signals have independently adjustable frequency, pulse count and duty ratio. Both signals originate from two frequency syntheses controlled by microcontroller PIC16F877A. All the settings are entered by four buttons and are shown on an alphanumeric display with 16x4 characters. The duty ratio is adjusted using a special module.
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Introduction to the Experiential Education and Illustration of Experiential Programme
Schulz, Jakub ; Ortová, Marie (advisor) ; Martinek, Michael (referee)
My diploma paper introduce the theme "Experimental education", this specific educational style uses for its work authentic elements. It means that the educator tries to ignite the changes in behaviour of the individual. The aims of this kind of education are social, moral and personality related changes. The educator working with this method shows to all participants different situations and also provides an offer of several applicable solutions. All procedure is based on activities such as games which should serve as a mirror of real processes as a later resource of authentic experience. This experience is supported by feedback method so that it can be used in real life. Experimental education uses further specific methods of work concerning the preparation of the course for clients. First is dramaturgy - this method works especially well with games. Secondly, motivation is presented as a way to initiate all participants of such a course for the experimental work. Thirdly, all participants are protected against injuries and wounds except for the acceptable risk contained by the re - educational task. In the second part of my paper, I introduce the experiential programme "My future" where I try to analyse the preparation itself and the duration of the experiment. However, the main goal is to reach the...
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Introduction to the Experiential Education and Illustration of Experiential Programme
Schulz, Jakub ; Ortová, Marie (advisor) ; Martinek, Michael (referee)
My diploma paper introduce the theme "Experimental education", this specific educational style uses for its work authentic elements. It means that the educator tries to ignite the changes in behaviour of the individual. The aims of this kind of education are social, moral and personality related changes. The educator working with this method shows to all participants different situations and also provides an offer of several applicable solutions. All procedure is based on activities such as games which should serve as a mirror of real processes as a later resource of authentic experience. This experience is supported by feedback method so that it can be used in real life. Experimental education uses further specific methods of work concerning the preparation of the course for clients. First is dramaturgy - this method works especially well with games. Secondly, motivation is presented as a way to initiate all participants of such a course for the experimental work. Thirdly, all participants are protected against injuries and wounds except for the acceptable risk contained by the re - educational task. In the second part of my paper, I introduce the experiential programme "My future" where I try to analyse the preparation itself and the duration of the experiment. However, the main goal is to reach the...
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Power source for pulse magnetron sputtering
Schulz, Jakub ; Magát, Martin (referee) ; Šteffan, Pavel (advisor)
The presented thesis deals with the design and assembly of the generator for pulse magnetron sputtering. The designed device is capable of generating two square wave signals via its counter-working outputs. Both signals have independently adjustable frequency, pulse count and duty ratio. Both signals originate from two frequency syntheses controlled by microcontroller PIC16F877A. All the settings are entered by four buttons and are shown on an alphanumeric display with 16x4 characters. The duty ratio is adjusted using a special module.
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