About temperature measurement with a thermistor using Arduino microcontrollers
Keywords:
microcontroller, Arduino, thermistors, LabVIEW program, Atmega 328, pulse width modulation, Arduino and LabVIEW program’s flowchartAbstract
The article is devoted to use of Arduino microcontrollers in the environment of LabVIEW. Are described: technology of preparation and debugging of the environment ArduinoIDE and method of connection of Arduino to LabVIEW; errors and their correction in case of connection. The program of work with the description of a front panel and the schematic diagram of the device is shown. The program of finding of coefficients for thermistors is written. It is possible to realize it pulse width modulation both a program, and hardware method. The first of them to us doesn't resemble as it captures all resources of the microcontroller, and we still need to organize inquiry of the sensor. Therefore we selected the hardware method using internal resources of the computer. For its implementation the operator WriteAnalog() which can be executed in the background is used. In the modern world broad application more and more acquires implementation of new technique, both in industrial economy, and in domestic needs. Methods of effective use of energy are developed for improving of any technique.