By | December 27, 2016
Hi, Hello Electronics Lovers welcome to this tutorial, in this tutorial we will see Interfacing or DHT 11 a very popular temperature and humidity sensor with Arduino. Unlike LM35 this is a digital sensor which has only a single pin output and easily displayed humidity and temperature. We have our regular setup our 16×2 LCD and our DHT 11 sensor so you can see the right side the DHT 11 sensor in the blue color which has four pins the third pin which is NC means not connected, the first pin goes to VCC mean 5 Volts the second pin is digital output and the fourth pin is ground. 
DHT11 Temprature and Humidity sensor InterfacingWe will make this circuit by using the analog pin A0 of the Arduino UNO as an input pin, of course, you can use any available digital input-output pins also. Before move further so let’s see the documentation data sheet for DHT11, you people can easily check and read the datasheet of DHT 11 humidity and temperature sensor in google or an Arduino official website.

Library up-gradation in Arduino is very valuable for the case of interfacing new sensors or components with Arduino microcontroller. In this case, we will need the library of DHT 11 sensor, you can download library of this sensor from our website under the section of Arduino tab. Kindly, make sure that library is updated  After extracting or copying DHT 11 library into Arduino library folder. The next step is to write the code for this project, further details of the project and code are available in below video.
Must try this project at school or university lab, it,s an easy project. Arduino added simplicity and beauty to the embedded world. 

Category: Arduino

About Abid Jamal

Abid Jamal Received his B.S. Degree in Electronics & Communication in 2014 (Gold Medalist) from University of Lahore, Islamabad, Pakistan and Master’s Degree in Electrical Engineering from Capital University of science and technology, Islamabad, Pakistan, in 2016. He is the Creator of website. Awarded by “A” grade in Electronic & circuits MIT online certificate. He achieved an academic Excellence certificate in the year 2014. He received Dean Honor Roll award for earning GPA 3.67, Spring-2015 in MSEE. He has done many projects using Different kinds of microcontroller. His research interests include Radar Cross Section measurements, Smart Grid communications, Intelligent transportation systems, driver-less car, cellular mobile communication & networks, improve Smartphone’s battery life for 3G+LTE user’s, and embedded systems.

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