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Recovery Plan for Europe in Response to the Covid Crisis
Mikulka, Martin ; Kotáb, Petr (referee)
This diploma thesis is focused on the Recovery Plan for Europe, which is also sometimes called NextGenerationEU. This is one of the measures which were taken at the European Union level in response to the coronavirus crisis and its consequences in order to support the economic recovery of the EU Member States. The main aim of the diploma thesis is to analyse the legal- economic aspects of the EU instrument adopted under the title Recovery Plan for Europe, or also NextGeneration EU, and its functioning. The diploma thesis is divided into two large sections. The first one consists of parts 1 to 3 and the second one of parts 4 and 5. The first descriptive-analytical section initially describes the macroeconomic principles of crises and possible response steps to them so that it could be explained how, especially in the fiscal area, it is possible to react to crises from which economies cyclically suffer, taking the specificities of the European Union into account. Afterwards, the traditional EU fiscal instruments, in particular the Multiannual Financial Framework and the EU budget, are described and the extent to which these instruments can be used to respond to crisis situations, such as the coronavirus crisis, is analysed. The impacts of the coronavirus crisis are also subject to a brief discussion....
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Three-phase accumulator inverter
Mikulka, Martin ; Boušek, Jaroslav (referee) ; Háze, Jiří (advisor)
The topic of this work is the design of a voltage converter and a 3-phase inverter. The final converter will be able to supply a 3-phase output voltage with a selectable waveform, but primarily a harmonic sinusoidal. The inverter will have an adjustable voltage (sinusoidal amplitude) in a certain range, as well as the possibility of a small correction of the output frequency and phase shift so that it is possible to generate, for example, a two-phase 120 grid or other, test course.
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Digitally controlled linear power supply
Mikulka, Martin ; Šteffan, Pavel (referee) ; Háze, Jiří (advisor)
This bachelor thesis is focused on the design and realization of laboratory power supply with digital control. The power supply contains two separate galvanically isolated channels with output parameters in ranges of 0 - 24 V and 0 - 5 A. Output parameters are controllable independently via front panel or remote control. This power supply allows user to connect other channels meeting the condition of galvanic isolation and communication via the I2C interface. The content of this work is a theoretical analysis of the design of linear regulators, design with practical implementation and subsequent measurement.
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Accumulator three phase converter
Mikulka, Martin ; Háze, Jiří
The paper presents description of design of a voltage converter and a 3-phase inverter with smart LCD controller. The LCD control terminal communicates via proprietary CAN interface. The final converter can supply a 3-phase output voltage with a selectable waveform, but primarily a harmonic sinusoidal (user configurable via terminal). The inverter will have an adjustable voltage (sinusoidal amplitude) in a certain range which is configured by user via control terminal also. It provides the possibility of a small correction of the output frequency and phase shift so that it can generate, for example, a two-phase 120 V grid and others.
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Recovery Plan for Europe in Response to the Covid Crisis
Mikulka, Martin ; Dupáková, Lenka (advisor) ; Čihák, Jakub (referee)
This diploma thesis is focused on the Recovery Plan for Europe, which is also sometimes called NextGenerationEU. This is one of the measures which were taken at the European Union level in response to the coronavirus crisis and its consequences in order to support the economic recovery of the EU Member States. The main aim of the diploma thesis is to analyse the legal- economic aspects of the EU instrument adopted under the title Recovery Plan for Europe, or also NextGeneration EU, and its functioning. The diploma thesis is divided into two large sections. The first one consists of parts 1 to 3 and the second one of parts 4 and 5. The first descriptive-analytical section initially describes the macroeconomic principles of crises and possible response steps to them so that it could be explained how, especially in the fiscal area, it is possible to react to crises from which economies cyclically suffer, taking the specificities of the European Union into account. Afterwards, the traditional EU fiscal instruments, in particular the Multiannual Financial Framework and the EU budget, are described and the extent to which these instruments can be used to respond to crisis situations, such as the coronavirus crisis, is analysed. The impacts of the coronavirus crisis are also subject to a brief discussion....
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Three-phase accumulator inverter
Mikulka, Martin ; Boušek, Jaroslav (referee) ; Háze, Jiří (advisor)
The topic of this work is the design of a voltage converter and a 3-phase inverter. The final converter will be able to supply a 3-phase output voltage with a selectable waveform, but primarily a harmonic sinusoidal. The inverter will have an adjustable voltage (sinusoidal amplitude) in a certain range, as well as the possibility of a small correction of the output frequency and phase shift so that it is possible to generate, for example, a two-phase 120 grid or other, test course.
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Digital Controled Power Supply
Mikulka, Martin
This work deals with the design of a laboratory power supply with a modular number of additional modules for individual inputs, outputs or monitoring circuits. Design of individual parts of control circuits, circuits for monitoring of output parameters and their control by the user is solved. Furthermore, the design of the control module, which is in charge of managing the entire source, including the added modules, is solved.
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Digitally controlled linear power supply
Mikulka, Martin ; Šteffan, Pavel (referee) ; Háze, Jiří (advisor)
This bachelor thesis is focused on the design and realization of laboratory power supply with digital control. The power supply contains two separate galvanically isolated channels with output parameters in ranges of 0 - 24 V and 0 - 5 A. Output parameters are controllable independently via front panel or remote control. This power supply allows user to connect other channels meeting the condition of galvanic isolation and communication via the I2C interface. The content of this work is a theoretical analysis of the design of linear regulators, design with practical implementation and subsequent measurement.
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