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Universal measuring device for USB interface
Nosek, Petr ; Šilhavý, Pavel (referee) ; Krajsa, Ondřej (advisor)
This bachelor’s thesis deals with design and subsequent implementation of Universal measuring boards, cooperating with the PC via USB, representing the office of the oscilloscope and logic analyzer. It contains a proposal for a hardware measuring boards and the proposal of operating software for microcontroller mounted on the measuring board, as well as for personal computer operating system MS Windows. The work is complete chart measuring the preparation, design printed circuit and the final product photos. We are also diagrams of all development programmes and their source codes.
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Oscilloscope with the Android Operating System
Paštěka, Richard ; Balogh, Jaroslav (referee) ; Sekora, Jiří (advisor)
Bachelor thesis deals with the design of digital oscilloscope using the Arduino development kit. The theoretical part of the thesis discusses the basic parameters of digital oscilloscopes, sampling types and general characteristics of A/D converters. The thesis further focuses on the description of the development platform Arduino Mega ADK. The practical part describes the steps in the implementation of the oscilloscope. The general design transfers to a specific description of software and hardware solutions. The software consists of two mutually communicating programs. First, program of the microcontroller performs data acquisition. The second is used to render the measured waveforms on the computer screen. Hardware appropriately adjusts the measuring signal for measurement purposes befor Arduino Mega ADK platform. In the results the evaluation of the created oscilloscope waveforms and parameters is given tested by using a function generator.
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Oscilloscope with the Android Operating System
Paštěka, Richard ; Balogh, Jaroslav (referee) ; Sekora, Jiří (advisor)
Bachelor thesis deals with the design of digital oscilloscope using the Arduino development kit. The theoretical part of the thesis discusses the basic parameters of digital oscilloscopes, sampling types and general characteristics of A/D converters. The thesis further focuses on the description of the development platform Arduino Mega ADK. The practical part describes the steps in the implementation of the oscilloscope. The general design transfers to a specific description of software and hardware solutions. The software consists of two mutually communicating programs. First, program of the microcontroller performs data acquisition. The second is used to render the measured waveforms on the computer screen. Hardware appropriately adjusts the measuring signal for measurement purposes befor Arduino Mega ADK platform. In the results the evaluation of the created oscilloscope waveforms and parameters is given tested by using a function generator.
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Universal measuring device for USB interface
Nosek, Petr ; Šilhavý, Pavel (referee) ; Krajsa, Ondřej (advisor)
This bachelor’s thesis deals with design and subsequent implementation of Universal measuring boards, cooperating with the PC via USB, representing the office of the oscilloscope and logic analyzer. It contains a proposal for a hardware measuring boards and the proposal of operating software for microcontroller mounted on the measuring board, as well as for personal computer operating system MS Windows. The work is complete chart measuring the preparation, design printed circuit and the final product photos. We are also diagrams of all development programmes and their source codes.
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