I have also shared a complete detailed article about How to use 18B20 in Proteus ISIS. I have shared the Interfacing of LM35 with Arduino in Proteus ISIS in my previous tutorial. the further detail about DHT11 Arduino Interfacing will be given later in this tutorial. home appliances, weather stations, consumer goods etc. In real life DHT11 can be used at several different places e.g. DHT11 has a lot of features including low cost, long term stability, fast response time, excellent quality, long distance signal transmission and many more. It has four pins whose detail will be explained later. It can transmit the signal up to 20 meters. It has a small size and low power consumption. It provide precise results with the higher efficiency. This property makes it more popular among the similar type of sensors. DHT11 is a low cost sensor and is easily available in the market now a days. LM335 is another temperature sensor and to understand today's post more properly, you should also go through Introduction to LM335. This digital signal can be read easily through any micro-controller. 
There is a small chip inside this sensor which performs the function of analog to digital to analog conversion and gives the results for temperature as well as for humidity in digital form. DHT11 is a slow sensor but is quite efficient for the applications where we need to do some basic analog data exchange. capacitive humidity sensor and a thermistor. It is made up of two different parts i.e.
DHT11 is an embedded sensor, used to measure both temperature and humidity of the surroundings.
Today, we will have a look at the DHT11 Arduino Interfacing. Hello everyone! I hope you all will be absolutely fine and having fun.
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