Modernizace pracoviště měření dynamických vlastností snímačů teploty v laboratoři senzorů neelektrických veličin
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Vysoká škola báňská - Technická univerzita Ostrava
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Abstract
The aim of this bachelor thesis is the modernization of the current workplace of laboratory experiment for measurement of temperature. 3D printing is used for the main components of the design. Algorithms for storing measured data into MySQL database, PWM furnace temperature control, steady-state temperature detection, thermocouple shifting drive control and protecting the furnace from overheating are implemented in the service application. LabVIEW development environment was used for SW development. Bachelor thesis includes the design and manufacture of a control module for thermocouple drive and external watchdog timer together with Arduino Nano programming.
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Measurement of temperature, Seebeck effect, thermodynamic properties, thermocouple, LabVIEW, virtual instrumentation, time constant, linear propulsion, DC motor, 3D print, watchdog timer, Arduino Nano, PWM control, MySQL database