Prototipo para adquisición de señales eléctricas en proyecto smart campus de la Universidad Técnica de Machala

Abstract

The use of measurement instruments as a data acquisition tool has become very common in many sectors. This fact is justified because today the information is very valuable and necessary to predict the behavior of physical phenomena in the real world, offering benefits such as the ability to monitor events and reduce their negative impact. By having more information the probability of success when making decisions increases because of this, artifacts that can extract information from the real world are in high demand. Traditional measuring instruments, in addition to being based on the need to use several devices to make simple measurements of different magnitudes, their functionality is very limited and they also require an operator all the time and only perform measurements on site. What is impractical if you take into account that today there are devices with a degree of autonomy that perform tasks efficiently and that can be controlled remotely from the other side of the world.