Top 10 Arduino sensors you should know how to use them in 2019 - 2020

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  • Опубликовано: 17 сен 2019
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    Tutorials links:
    MPU6050 Sensor:
    Arduino MPU6050, circuit diagram, interfacing, and distance measurement:
    • MPU6050 Arduino Wiring...
    Drivers’ accident protection system using MPU6050 and Arduino Uno:
    • How to Reduce Distract...
    pH Sensor:
    pH Sensor working, Interfacing and how to find the liquids pH values:
    • Arduino Project: pH se...
    IoT based Water Quality monitoring system using pH Sensor, Arduino, and Nodemcu:
    • IOT based Water Qualit...
    Magnetic Hall Effect Sensor:
    Hand protection Electronic Glove using Magnetic Hall Effect Sensor and Arduino:
    • Arduino Electronic Glo...
    Tongue controlled wheelchair-using Magnetic Hall Effect Sensor:
    • Arduino project: Tongu...
    DS18B20 Temperature Sensor:
    DS18B20 with Arduino and 16x2 LCD:
    • Arduino Ds18b20 waterp...
    IoT Based Patient Monitoring System using DS18b20 and Nodemcu ESP8266:
    • IoT based Patient moni...
    Pulse Sensor:
    Heart rate/Heartbeat monitoring using Pulse sensor and Arduino:
    • Arduino Pulse Sensor/ ...
    Heart rate/Heartbeat monitoring using android cell phone Application:
    • Arduino Project: Pulse...
    IoT Based Patient Monitoring System using Pulse sensor and Nodemcu ESP8266 Wifi Module:
    • IoT based Patient moni...
    Ultrasonic Sensor HC-SR04
    Arduino Ultrasonic Sensor basics and distance measurement:
    • Arduino Ultrasonic Sen...
    Water level monitoring using Ultrasonic Sensor and LEDs:
    • Arduino Project: Water...
    IoT based water level monitoring system using Nodemcu and Blynk:
    • Arduino iot Project: i...
    Safe distance maintaining car technology to avoid accidents:
    • Arduino Project: Safe ...
    0-25v Voltage Sensor:
    Arduino Voltage sensor basics:
    • Voltage Sensor 0-25v,A...
    How to measure voltages greater than 200 Volts AC:
    • Arduino AC voltage Mon...
    How to monitor the battery voltage wirelessly using Bluetooth and cell phone:
    • Wireless battery volta...
    IoT based battery voltage monitoring from anywhere around the world:
    • 12v Battery Efficiency...
    ACS712 Current Sensor:
    Arduino Overload monitoring using the ACS712 Current Sensor:
    • Arduino Project: Over ...
    3-Phase Transformer Load monitoring using Computer application:
    • Arduino project: 3 pha...
    IoT based 3 phase transformer load monitoring:
    • Arduino internet of th...
    Load cell Sensor:
    Arduino weight measurement project using Load cell Sensor or Strain Gauge Sensor:
    • HX711 Load cell / Str...
    IR Sensor:
    Arduino Automatic Water Tap control system using IR Sensor and a Solenoid Valve:
    • Arduino based Automati...
    Automatic Water Tap control system using only IR Sensor and Solenoid Valve:
    • Automatic Water Tap wi...
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    Project Description:
    ********************
    A sensor is a device, Module, Machine, or subsystem whose purpose is to detect events or changes in its environment and send the information to other electronics. A sensor is always used with other electronics.
    In this episode, I am going to share with you Top 10 Arduino sensors, which I believe you should learn how to use them. The Sensors I am about to share with you guys can be used in beginners level and advanced level projects, the tutorial links are given in the description.
    Without any further delay let’s get started!!!
    Arduino MPU6050 Sensor:
    This is the GY-521 MPU6050 6DOF 3-Axis Gyroscope and Accelerometer Module. The MPU6050 communicates with the Arduino through the I2C protocol. The MPU6050 always acts as a slave to the Arduino with the SDA and SCL pins connected to the I2C bus. This module needs 3 to 5 volts. This Module can be used in a hand gesture controlled robot, wheelchair, earthquake detection system, Self-balancing Robot, a self-balancing platform for a camera, Segway, Drivers drowsiness detection system, etc.
    While in the second video I used the MPU6050 Sensor in the Drivers accident protection system.
    In this episode, you will learn how to reduce distracted driving accidents using only Arduino, MPU6050 and a buzzer. If a driver writes a message and looks down for more than 2 seconds the buzzer is activated… So, if the driver looks down or looks up for more than 2 seconds a buzzer is activated which alerts the driver…
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