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Influence of working conditions on the results of X-ray analysis in the low vacuum scanning electron microscope
Hudzik, Martin ; Zimáková, Jana (referee) ; Čudek, Pavel (advisor)
Bachelor’s thesis deals with detection of characteristic X-Ray and energy dispersive spectroscopy in the environment of low vacuum scanning electron microscope. Describes the detection of X-Ray by silicon drifted detector and also describes the principles of qualitative and quantitative X-Ray analysis. The objective of this thesis is to perform energy dispersive spectroscopy of known elements under the optimal conditions and to monitor changes of parameters and results of the spectroscopy during the change of working conditions in low vacuum scanning electron microscope Vega3 XMU with Xflash 6|10 spectroscope.
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Design of the Rail-to-Rail current conveyor in CMOS technology
Hudzik, Martin ; Kledrowetz, Vilém (referee) ; Prokop, Roman (advisor)
Master’s thesis deals with design of rail-to-rail second generation current conveyor in CMOS technology. Describes principles of function of different generations of current conveyors, as well as the basic principle of design of second generation current conveyor based on operational amplifier. Addresses circuit topology of input rail-to-rail stage and class AB output stage. The objective of this thesis is to design, characterize performance and create layout of second generation current conveyor with input common mode voltage rail-to-rail capability in ONSemi I3T25 technology.
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Influence of working conditions on the results of X-ray analysis in the low vacuum scanning electron microscope
Hudzik, Martin ; Zimáková, Jana (referee) ; Čudek, Pavel (advisor)
Bachelor’s thesis deals with detection of characteristic X-Ray and energy dispersive spectroscopy in the environment of low vacuum scanning electron microscope. Describes the detection of X-Ray by silicon drifted detector and also describes the principles of qualitative and quantitative X-Ray analysis. The objective of this thesis is to perform energy dispersive spectroscopy of known elements under the optimal conditions and to monitor changes of parameters and results of the spectroscopy during the change of working conditions in low vacuum scanning electron microscope Vega3 XMU with Xflash 6|10 spectroscope.
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Design of the Rail-to-Rail current conveyor in CMOS technology
Hudzik, Martin ; Kledrowetz, Vilém (referee) ; Prokop, Roman (advisor)
Master’s thesis deals with design of rail-to-rail second generation current conveyor in CMOS technology. Describes principles of function of different generations of current conveyors, as well as the basic principle of design of second generation current conveyor based on operational amplifier. Addresses circuit topology of input rail-to-rail stage and class AB output stage. The objective of this thesis is to design, characterize performance and create layout of second generation current conveyor with input common mode voltage rail-to-rail capability in ONSemi I3T25 technology.
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