Summary of Proyecto Arduino Sensores y Actuadores

00:00:00 - 00:20:00

This video explains how to use Arduino sensors to detect light and gas levels in an environment. It explains how to use digital and analgous readings, and how to calculate distance and duration. Finally, it shows how to use a sound sensor to measure distance and duration.

• 00:00:00 In this video, student Aarón Joel teaches how to develop a project with the Arduino microcontroller using sensors and actuators. He demonstrates a project that uses a Lcd ( LCD display ) to display data from a distance sensor. Finally, he demonstrates how to configure the arduino to work with the sensor.
• 00:05:00 This video demonstrates how to use Arduino sensors to detect light and gas levels in an environment. It explains how to use digital and analgous readings, and how to calculate distance and duration. Finally, it shows how to use a sound sensor to measure distance and duration.
• 00:10:00 Project Arduino sensors and actuators covers the cost and introduces actuators, which are the response that we will get from the microcontroller with the world outside. The first actuator is a lightbulb and with the sensor we can know if there is light or not. I am going to use a transistor and a transistor called "Perdí" to light up the environment I'm in. To do this, I am going to use a transistor and a lightbulb transistor called "Périda." I don't understand you. It's this component with three pins and it is connected to the letter "n" to the focus and the proto board. Those are those three pins. The one on the left is the power of the transistor or in other words, the energy of the transistor, the one on the right is the resulting energy and it goes to the lightbulb and the important one from the central pin that will tell us what we are going to say to the transistor. We are going to say to it, "Give me the energy that passes through the transistor to light up the lightbulb." We are going to see that in detail in the simulation so that this works on the headboard. What we need to change is to declare
• 00:15:00 The video explains the basics of Arduino sensors and actuators, and demonstrates how to program a simple circuit to sense the presence of gas and automatically turn off the engine if there is too much of it. In the next part of the video, the code is rewritten to use an LCD display to show the distance between the sensor and the object it is sensing, and to also show the RPM ( revolutions per minute) of the engine. Finally, the video shows how to use an ultrasonic sensor to detect objects up to a distance of 92 meters.
• 00:20:00 The video demonstrates a project involving Arduino sensors and actuators, and talks about some of their uses. One example is a security alarm system that uses sensors to detect movement and gas levels. The project also demonstrates how to use an Arduino to create an Auto-Scanner that can be used to detect objects nearby.