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Automated Measurement Unit
Jorda, Ivo ; Lukeš, Zbyněk (referee) ; Pítra, Kamil (advisor)
This project deals with problematics of temperature mesurement. It describes electro- technic and electronic temperature senzors working on different physical principles. Each type of senzor is then described by basic properties, advantages and disadvantages. Subsequently design of the measuring unit communicating with a computer via USB and its software is described. The last chapter describes temperature measurement by automatized unit a its deviations of measurement.
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General-purpose power supply with microcontroller
Jorda, Ivo ; Vyskočil, Pavel (referee) ; Brančík, Lubomír (advisor)
The aim of this thesis is design of adjustable switched mode power supply with symmetrical output of 25 V, and switched mode power supply with fixed output voltage of 5 V. Required maximum output current of each outputs is 3 A. At the beginning of the paper function of the basic SMPS topologies is described. Next all reqiured SMPSs are designed and chosen parts of the design are simulated. In the second half of the thesis assembly and testing of PCB are described as well as functions of programs. Last chapter contains results of meassurement of power supply paramters.
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Automated Measurement Unit
Jorda, Ivo ; Lukeš, Zbyněk (referee) ; Pítra, Kamil (advisor)
This project deals with problematics of temperature mesurement. It describes electro- technic and electronic temperature senzors working on different physical principles. Each type of senzor is then described by basic properties, advantages and disadvantages. Subsequently design of the measuring unit communicating with a computer via USB and its software is described. The last chapter describes temperature measurement by automatized unit a its deviations of measurement.
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General-purpose power supply with microcontroller
Jorda, Ivo ; Vyskočil, Pavel (referee) ; Brančík, Lubomír (advisor)
The aim of this thesis is design of adjustable switched mode power supply with symmetrical output of 25 V, and switched mode power supply with fixed output voltage of 5 V. Required maximum output current of each outputs is 3 A. At the beginning of the paper function of the basic SMPS topologies is described. Next all reqiured SMPSs are designed and chosen parts of the design are simulated. In the second half of the thesis assembly and testing of PCB are described as well as functions of programs. Last chapter contains results of meassurement of power supply paramters.
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