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High-frequency oscillator in CMOS technology
Lang, Radek ; Musil, Vladislav (referee) ; Prokop, Roman (advisor)
This project focus to desing an on-chip oscillator in function as a clock generator. Frequency stability of the oscillator is affected by supply voltage, temperature and process variations. The aim is to propose a clock generator with sufficient frequency stability, low power consumption and a small chip area. This work deals with the types of oscillators and their basic building blocks suitable for our application. It also deals with the study and design options of temperature and process compensation circuit generating the current control, which provides the frequency stabilization of the output signal.
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The Principle of Subsidiarity of the Administrative Procedure Code
Jemelka, Luboš ; Mikule, Leoš (advisor) ; Průcha, Petr (referee) ; Kopecký, Martin (referee)
Jemelka, L. The Principle of Subsidiarity of the Administrative Procedure Code, dissertation. Prague: Charles University in Prague, Law Faculty, 2012 In this dissertation I address the principle of subsidiarity of the Administrative Procedure Code, in particular I address the issue of current, previous and future application of the general rules of administrative proceedings in certain administrative proceedings and other procedures of the administrative bodies. This topic, which is close to my profession, is seen from the practical as well as from the theoretical point of view. The Czech administrative proceedings are analysed in both aspects de lege lata and de lege ferenda. In introduction of this dissertation I describe basic terms relevant for definition of the mutual relation between legal acts. I emphasize mainly the possible meaning of the term subsidiarity and particularly its meaning expressed by the rule lex specialis derogat legi generali. I also address other terms such as reference, analogy ect. Assessment of the application and subsidiarity of the Administrative Procedure Code is not limited to the current legal framework, but covers also applicability of the principle of subsudiarity of the Administrative Procedure Code in the past. It is necessary discuss the previous legal...
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The Principle of Subsidiarity of the Administrative Procedure Code
Jemelka, Luboš ; Mikule, Leoš (advisor) ; Průcha, Petr (referee) ; Kopecký, Martin (referee)
Jemelka, L. The Principle of Subsidiarity of the Administrative Procedure Code, dissertation. Prague: Charles University in Prague, Law Faculty, 2012 In this dissertation I address the principle of subsidiarity of the Administrative Procedure Code, in particular I address the issue of current, previous and future application of the general rules of administrative proceedings in certain administrative proceedings and other procedures of the administrative bodies. This topic, which is close to my profession, is seen from the practical as well as from the theoretical point of view. The Czech administrative proceedings are analysed in both aspects de lege lata and de lege ferenda. In introduction of this dissertation I describe basic terms relevant for definition of the mutual relation between legal acts. I emphasize mainly the possible meaning of the term subsidiarity and particularly its meaning expressed by the rule lex specialis derogat legi generali. I also address other terms such as reference, analogy ect. Assessment of the application and subsidiarity of the Administrative Procedure Code is not limited to the current legal framework, but covers also applicability of the principle of subsudiarity of the Administrative Procedure Code in the past. It is necessary discuss the previous legal...
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High-frequency oscillator in CMOS technology
Lang, Radek ; Musil, Vladislav (referee) ; Prokop, Roman (advisor)
This project focus to desing an on-chip oscillator in function as a clock generator. Frequency stability of the oscillator is affected by supply voltage, temperature and process variations. The aim is to propose a clock generator with sufficient frequency stability, low power consumption and a small chip area. This work deals with the types of oscillators and their basic building blocks suitable for our application. It also deals with the study and design options of temperature and process compensation circuit generating the current control, which provides the frequency stabilization of the output signal.
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