Análisis y comparación de la amenaza sísmica en el territorio fronterizo de Ecuador – Perú comparación : comparación edificación en amazonas zona 2 perú con edificación en Zamora Chinchipe zona ii Ecuador.

Abstract

This project allows students to recognize the importance of digital systems and combinational logic that are involved in controlling industrial process systems (level control and temperature control). To achieve this, three didactic modules of a digital system were developed to simulate the control of fluid level and temperature. The project was designed to serve as a supportive tool, streamlining the process of acquiring knowledge for students. It aims to help them develop control logic and consider the operational requirements of a digital system using basic logic gates (OR, AND, NOT). The project is intended for use in the Digital Electronics and Microprocessors Laboratory (TEMD333L) for practical experimentation. The modules have been designed in such a way that they consist of two digital inputs (switches-push buttons), two analog inputs (potentiometers), and 4 digital outputs (peripheral devices: servo motor, alarm, LED matrix). The inputs represent level and temperature sensors, and the outputs are activated based on which sensors are triggered. A truth table has been generated to verify proper functionality. The modules were developed using digital system control logic, which defines technical specifications for the peripherals used, based on the creation of electronic diagrams, plans for module implementation, and an operating manual for proper handling.