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Control units for small DC motors with universal software interface
Hlouš, Jaroslav ; Březina, Lukáš (referee) ; Houška, Pavel (advisor)
The purpose of this thesis is to design and implementation of the control unit for DC motors. Design is based on the concept of universal communication interface, which has been designed for simplification of communication between individual control systems. Control unit has been realized for DC motors within supply voltage range from 6 to 48 V, and maximal continuous current 2,5 A. For realization, we have used microcontroller LPC2103, and full bridge driver TLE 6209. In the thesis, we have described particular developmental steps of the control unit.
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Sensor devices emulator for industrial networks
Malček, Ladislav ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
The task of bachelor thesis is design of sensor devices emulator for industrial networks. Subject of the first part is description, safety and control of electric network. Afterwards the current and voltage sensors and merging units for analysis of data are presented, followed by description of the used microcontroller, and all the individual components of simulator. In the next part the design of circuits for voltage, current and binary outputs is presented. The third part of thesis are designs of control terminal and web interface for setting of simulated values by user. After physical realization of emulator, it was tested on a control device. The last part of the thesis are results of testing.
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Communication between control units in the automotive industry
Jurek, Martin ; Tomašov, Adrián (referee) ; Dejdar, Petr (advisor)
The topic of this bachelor thesis is communication between control units of door systems in public transport. Firstly, the regulations that a communication system must comply with are described to be used in public transport. Furthermore, systems for communication via optical fiber, metallic lines and wirelessly using Bluetooth Low Energy are designed. The technologies used are theoretically described and the designed systems are implemented using the development board Lolin 32 ESP-WROOM-32 and Arduino Uno. The systems are designed to capture inputs from a driver or passengers that are then shown on a display. The created transmission systems are described in more detail in the thesis.
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Communication between control units in the automotive industry
Jurek, Martin ; Tomašov, Adrián (referee) ; Dejdar, Petr (advisor)
The topic of this bachelor thesis is communication between control units of door systems in public transport. Firstly, the regulations that a communication system must comply with are described to be used in public transport. Furthermore, systems for communication via optical fiber, metallic lines and wirelessly using Bluetooth Low Energy are designed. The technologies used are theoretically described and the designed systems are implemented using the development board Lolin 32 ESP-WROOM-32 and Arduino Uno. The systems are designed to capture inputs from a driver or passengers that are then shown on a display. The created transmission systems are described in more detail in the thesis.
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Sensor devices emulator for industrial networks
Malček, Ladislav ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
The task of bachelor thesis is design of sensor devices emulator for industrial networks. Subject of the first part is description, safety and control of electric network. Afterwards the current and voltage sensors and merging units for analysis of data are presented, followed by description of the used microcontroller, and all the individual components of simulator. In the next part the design of circuits for voltage, current and binary outputs is presented. The third part of thesis are designs of control terminal and web interface for setting of simulated values by user. After physical realization of emulator, it was tested on a control device. The last part of the thesis are results of testing.
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Control units for small DC motors with universal software interface
Hlouš, Jaroslav ; Březina, Lukáš (referee) ; Houška, Pavel (advisor)
The purpose of this thesis is to design and implementation of the control unit for DC motors. Design is based on the concept of universal communication interface, which has been designed for simplification of communication between individual control systems. Control unit has been realized for DC motors within supply voltage range from 6 to 48 V, and maximal continuous current 2,5 A. For realization, we have used microcontroller LPC2103, and full bridge driver TLE 6209. In the thesis, we have described particular developmental steps of the control unit.
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