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Modular system with single-chip Atmel AVR microprocessor for measuring at outdoor competitions
KROUPA, Bohumil
This diploma thesis deals with the design, construction and programming of universal modular system of timekeeping for children´s outdoor sports games. The basis of this system are single-chip AVR microcontrollers Atmel ATmega 32 and ATmega 328. Data transmission between the modules is realized by a wireless serial port HC-12th. The system is applicable to multiple types of competitions with different types of sensors for time measuring, and it is independent of the continuous supply of electricity.
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Electric tricycle
Buchta, M.
The aim of this study was to design and build complete control and information systems using microprocessors ATMEGA644P for electric tricycle. This tricycle was created rebuilt old motorcycle Jawa 50 – Pioneer. Electric tricycle is capable of not only its own motion , but its management and information system is able to evaluate if the batteries are depleted, what the temperature is cooler controller that is open cabinet with batteries or with the regulator . Furthermore, they are controlled by a microprocessor relays that switch eg . Blinkers , cooling on regulátor, etc. All information are displayed on the control panel LCD Display, panel voltmeter and control lights.
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Creation of center for the manufacture of printed circuit boards
VÍTEK, Václav
This bachelor´s thesis deals with variol methods of design and manufacture of printed circuit boards and thein advanteges and disadvantages. A part of this thesis is construction of a prototype for the domestic production of printed circuit boards. This prototype will be controlled by a microcontroller ATmega32 with intelligent LCD display, which operations will be ensured by right involvement of all components and by right programming in the language Bascom.
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Design and implementation of modules for teaching and developing applications with microcontroller Atmel AVR
LANGMAJER, Miroslav
This thesis is based on the design and production of teaching kits with expansion modules which are based on the Atmel AVR microcontroller. Kit consists of a plate containing processes and basic power modules directly on the board and expansion modules "SIMAČ". "SIMAČ" modules are virtual elements that simulate the real elements and they are commonly used in industrial automation. Because of their cost they are integrated in extension kit as programmable modules. It also contains basic theoretical information about working with ATMEL AVR microcontrollers. Expansion modules with module development board and disc which will be loaded all the schemes, programs and technical documentation for individual districts will be attached to the thesis.
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Educastion kit for working with microcontrolers AVR Atmel
KUBEŠ, Miroslav
This thesis deals with design and production of teaching kits with Atmel AVR microcontroller. This kit includes a processor board and modules, which will connect to the board. It describes the equipment needed for software design and programming of microcontroller and technological processes to create a kit. Also, it will find the basic theoretical knowledge to work with the ATmega8535 microcontroller. Kit along with a disc on which are recorded all the diagrams, pictures and programs created by me, will be attached to the thesis.
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Microcontrollers Atmel AVR, use hardware development kit STK 500 and AVR Studio development environment and programming language Bascom
VOLF, Jiří
Goal of this work is a description of 8-bit microprocessors of AVR series with RISC architecture, instruction set and programming environment, Bascom and AVR Studio. Furthermore, this work deals with communications with the microcontroller environment, focusing on a specific type ATmega32. The work is divided into four parts. The first section deal with the general history and development of programmable logic circuits. The second part is attended to the micro{$\neg$}controller ATmega32 its basic parameters, HW core and instruction set. In the third part we deal with a comparison of software programming tools and Bascom AVR Studio and possible cooperation with a hardware development kit STK 500th The fourth part is focused on practical demonstration of communication and MCU IPchip Nano{$\neg$}SocketLAN using a set of AT commands. The design module allows any device equip{$\neg$}ped with TCP / IP communications.
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