Diseño y construcción de cinco entrenadores didácticos con sistemas microprocesados y desarrollo de una aplicación de control de velocidad para un motor de corriente alterna.

Abstract

This thesis consists on the design and construction of various learning aids that involve the use of microprocessor based systems, with the aim of strengthening the learning process in both students and teachers in the Electronic Engineering area at the Salesian Polytechnic University. Each learning aid consists of 7 modules, including: making control modules interact with each of the following wireless technologies: Bluetooth, X-Bee, Data Logger, Ethernet, GSM / GPRS / GPS, in addition to a module on controlling AC engine speed using communication protocols, electronic parameters, and the range of PIC that exist in the market, the learning aids monitor both wireless data communication, consultations, and processes and many more utilizations based in the practices in the area of microprocessor systems. As an additional contribution, each module communicates with the card NI USB-6009 and LabVIEW software to increase the number of applications that students are able to develop.