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Digital oscilloscope with USB interface
Vadinský, Václav ; Beneš, Petr (referee) ; Havránek, Zdeněk (advisor)
The work deals with design and implementation of hardware and software oscilloscope to a PC. A communication with PC is via USB interface from which is the oscilloscope powered. The oscilloscope is equipped with 2 measuring channels with vertical resolution 12 bits and maximum sampling frequency 80MHz. Any adjustment of parameters is performed using the PC. The work also deals with manner of recording, synchronization of measurements and sending the measured data to PC and its subsequent processing and evaluation.
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Implementation of USB/LAN/WIFI interface
Voneš, Jaroslav ; Roubal, Zdeněk (referee) ; Steinbauer, Miloslav (advisor)
This bachelor thesis goes into implementing the most modern communication interfaces USB/LAN/WIFI to control the computer itself and also the incubator via a Web interface. The term describes the overall solution to the management of the incubator for using microcontroller ATmega8 with the possibility of the exchange of communication interfaces. For the USB converter was used the circuit FTDI FT232 BM company, from LANTRONIX Ethernet was used for Converter converter XPORT and eventually to communicate the WIFI was elected circuit ESP 8266
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Light wavelength measurement module
Matoušek, Vojtěch ; Štohl, Radek (referee) ; Havránek, Zdeněk (advisor)
Measurement of the wavelength of light source by means of dual-wavelenght photodiode sensor is easy and fast. From the dependencies of the measured voltages corresponding to generated photocurrents of both elements of dual-wavelength sensor it can be calculated the information about wavelenght and intensity of the measured light source. Evaluation, displaying on LCD and sendind of measured information to PC are ensured with microcontroller from the AVR family – ATMega32. One part of the project is also visualization software for PC. Measurement module can be powered with wall socket power adaptor or with battery.
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DDS Based High-frequency circuit analyzer
Priškin, Jiří ; Brno), Tomáš Mádr (DCOM (referee) ; Šebesta, Jiří (advisor)
At first this thesis is dealing with the basic principles of network analyzers and afterwards goes to propose conception of a polyscope, as a special type of the scalar network analyzer, designed for magnitude frequency response measurement of two-port devices. As a result of this part of the thesis is the polyscope's block circuit diagram and also selection of key integrated circuits for sweep generator, logarithmic detector and control circuits. As the following part of the thesis is a design of the all basic analyzer's circuits resulting in their schematics diagrams and printed circuit boards, do assembly of all modules and mechanical construction of the instrument and look of the front panel. Some of the tasks is implementation of the firmware and personal computer application able to download measured data from the circuit analyzer via USB and generate chart in Microsoft Office Excel book.
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CNC - design and contrlol
Matoušek, Vojtěch ; Burian, František (referee) ; Kopečný, Lukáš (advisor)
My task was to build a smaller structure triaxial CNC milling. I designed electronics for motion control. The main part is the implementation of the control unit, which will provide control of the machine. The work includes the complete design, PCB design and program description for the uP ARM. The unit can work independently as well as hardware interpolator connected to the PC.
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Realization of USB and LAN interface for incubator
Tydor, Maximilián ; Roubal, Zdeněk (referee) ; Steinbauer, Miloslav (advisor)
This project is focused on communication between PC and microcontroller based application. It presents few available ways to do so via modern, popular and widely used communication protocols such as USB or Ethernet. The goal of this project is to enable the microcontroller to communicate with PC and via this connection transfer the data from and to a controled application so the PC user will be able to read the actual state of the device and change its settings. As a CPU an ATmega16 is used with convertor from UART to USB type FT232BM produced by FTDI company and a UART to Ethernet convertor from Lantronix Inc. called XPort.
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Measuring Unit Controlled by Computer
Žižka, Josef ; Dřínovský, Jiří (referee) ; Šebesta, Jiří (advisor)
The object of this work is to meet readers with the basic principle and solution of universal measuring cards for personal computer, project and realise own „Measuring Unit Controlled by Computer“. Comparing parameters nominated unit with commercial using devices. The project describes contituent elements like set analogue inputs for measuring of voltage and current, analogue outputs, digital inputs, digital outputs and counter. The work deals with using standard interface USB for communication between measure unit and host by personal computer. And explanations control program of the microprocessor.
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Doppler's sensor beat freqeuncy proccessing
Dušek, Martin ; Macho, Miloslav (referee) ; Fuchs, Michal (advisor)
This work is engaged in ways of objects speed measuring mainly helped by Doppler Effect. The sensor HB410 is described in this work and its possible elaboration output heterodyne analog signal. The calculation of objects speed is deduced from frequency of heterodyne signal. In this work is projected circuit solution for elaboration of analog signal and its digitalization. Available types and nature of microcontrollers which are elaborating digital signal and communicating with PC are summarized in this work. In the last chapter is described microcontroller's driving software and PC software for speed measure.
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LED driver
Hromádka, Michal ; Skula, David (referee) ; Šembera, Jaroslav (advisor)
This thesis describes the design and implementation module for LED lighting. The module is designed to control brightness of four LED circuits. Control is done via IR remote control or from PC via USB interface. The module has a mode of "learning", which allows control from any controller that uses the RC5 or NEC protocol. The thesis also deals with the description of used IR protocols, analysis of selected components and software developed for the ATmega16 microcontroller and PC.
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Implementation of USB/LAN/WIFI interface
Voneš, Jaroslav ; Roubal, Zdeněk (referee) ; Steinbauer, Miloslav (advisor)
This bachelor thesis goes into implementing the most modern communication interfaces USB/LAN/WIFI to control the computer itself and also the incubator via a Web interface. The term describes the overall solution to the management of the incubator for using microcontroller ATmega8 with the possibility of the exchange of communication interfaces. For the USB converter was used the circuit FTDI FT232 BM company, from LANTRONIX Ethernet was used for Converter converter XPORT and eventually to communicate the WIFI was elected circuit ESP 8266
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