Desarrollo de un banco emulador universal para señales de sensores automotrices resistivos, inductivos y efecto hall, e implementación para los Laboratorios de la Escuela de Ingeniería Automotriz.

Abstract

This study shows to the students the different states that a vehicle can remain, with the sensors of the motor, to reinforce the knowledge taught in class, through this study we will get better our skills in an easy, practical, and didactic way. The major problem is the lack of practical studies on the electronic injection of a vehicle. The emulator device, properly installed, is capable of simulating the signals sent to the sensors that are reporting on Voltage, variations Resistance and Frequency directly to ECU (Engine Control Unit), for this way to observe the physical changes represented in the motor vehicle. The test will have features of simplicity of operation, ease of transportation, because the support has been made of aluminum because of its versatility of positive features: lightness, strength, magnetically neutral, among others, in addition to full manual usage of consequences detailed steps and schedules for the correct connection of sensors in most commercial brands of the country. I recommended following the directions due to the manual to install the emulator, because if you vary the connections, electronic devices could shut off.