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Design and realization of a developement board for BeagleBoard
Ťapucha, Andrej ; Hanák, Pavel (referee) ; Krajsa, Ondřej (advisor)
Contents of the thesis is to design and create an expansion board for the BeagleBoard computer one plate . The first and very important part was to find out all the possibilities for an extension of the computer itself . Choose the right expansion port . To study the possibility distribution of individual pins . Followed by the appropriate extension election districts that demonstrate the function of each enlargement . Test was designed PCB that contains circuits that change the voltage level of the BeagleBoard to protect a mini computer to the testing of each gusset periphery prevent damage to itself or part of the BeagleBoard . The peripherals themselves bind different parts of theoretical introduction. More specifically the extension of the LCD display is selected segment and includes two lines of 16 characters . When the possibility to add additional components were necessary to deal with the shortcomings of the output pins , this problem was solved by using an expander . He extends itself BeagleBoard by another 16 pins . On these pins are connected together on the LCD matrix keyboard . The creation of the board are two circuit temperature sensors , but have a different type of communication using I2C and one second using 1 -Wire bus . The board also contains various other bus outputs , for example, UART bus. It also contains an output pin which can be controlled PWM modulation . The remaining pins are versatile GPIO pins which can be programmed to define a function using the Linux operating system . The result is a final board of the package control programs which make it possible to verify the individual peripherals.
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Remote Control for Positioning Device
Ťapucha, Andrej ; Hanák, Pavel (referee) ; Schimmel, Jiří (advisor)
This thesis describes the design of 2D adjustable, equipment for acoustic measurements in laboratories. It uses models and linear axes MAXS1BR PAS41BR ILS1R573PB1A0 with engines from Schneider Electric. Engines include power electronics and their Steering operation takes place via communication protocol RS - 485th It was therefore suggested communication hardware which, from a personal computer orders transferring the corresponding protocol. Operation takes place in two modes, the first setting of the measuring microphone is fixed in position and the second is a shift between two points specified speed. The device of prevodníkom drafted by the USB processor to ATMEGA 162 and then the log RS - 485th Part of the work is and design of mechanical parts, serving to link the two axes and subsequent attachment of the stand. Other mechanical devise was part of a bracket for fixing the measurement microphone and would meet the requirements of universality.
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Remote Control for Positioning Device
Ťapucha, Andrej ; Hanák, Pavel (referee) ; Schimmel, Jiří (advisor)
This thesis describes the design of 2D adjustable, equipment for acoustic measurements in laboratories. It uses models and linear axes MAXS1BR PAS41BR ILS1R573PB1A0 with engines from Schneider Electric. Engines include power electronics and their Steering operation takes place via communication protocol RS - 485th It was therefore suggested communication hardware which, from a personal computer orders transferring the corresponding protocol. Operation takes place in two modes, the first setting of the measuring microphone is fixed in position and the second is a shift between two points specified speed. The device of prevodníkom drafted by the USB processor to ATMEGA 162 and then the log RS - 485th Part of the work is and design of mechanical parts, serving to link the two axes and subsequent attachment of the stand. Other mechanical devise was part of a bracket for fixing the measurement microphone and would meet the requirements of universality.
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Design and realization of a developement board for BeagleBoard
Ťapucha, Andrej ; Hanák, Pavel (referee) ; Krajsa, Ondřej (advisor)
Contents of the thesis is to design and create an expansion board for the BeagleBoard computer one plate . The first and very important part was to find out all the possibilities for an extension of the computer itself . Choose the right expansion port . To study the possibility distribution of individual pins . Followed by the appropriate extension election districts that demonstrate the function of each enlargement . Test was designed PCB that contains circuits that change the voltage level of the BeagleBoard to protect a mini computer to the testing of each gusset periphery prevent damage to itself or part of the BeagleBoard . The peripherals themselves bind different parts of theoretical introduction. More specifically the extension of the LCD display is selected segment and includes two lines of 16 characters . When the possibility to add additional components were necessary to deal with the shortcomings of the output pins , this problem was solved by using an expander . He extends itself BeagleBoard by another 16 pins . On these pins are connected together on the LCD matrix keyboard . The creation of the board are two circuit temperature sensors , but have a different type of communication using I2C and one second using 1 -Wire bus . The board also contains various other bus outputs , for example, UART bus. It also contains an output pin which can be controlled PWM modulation . The remaining pins are versatile GPIO pins which can be programmed to define a function using the Linux operating system . The result is a final board of the package control programs which make it possible to verify the individual peripherals.
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