![]() Ensure proper connections and make note of the Arduino pin (it will be required for the code later on).Īfter interfacing, the circuit should look like this. Suppose any of the above instruments are not available in the component section they’re corresponding proteus library will have to be downloaded which must include three extensions (.HEX, LIB, IDX)Ĭopy both lib and IDX to the proteus library(In this case the location is ’ C:\Program Files (x86)\Labcenter Electronics\Proteus 8 Professional\DATA\LIBRARY’), and after that, the component would be available.Ĭonnect the DHT11 sensor to the Arduino board. The virtual terminal/serial monitor is available in the instrument selector section as shown below(highlighted with yellow colour). Navigate to the components section on the left bar and select the components required ( Arduino, DHT11 and serial monitor). Open the Proteus and click on the schematic capture icon on the top left corner. It also demos how we can test out our results in a simulation before implementing it on hardware. Proteus 8 Professional has been used for the rest of this tutorial. ![]() In this blog, we will introduce the Proteus Simulation software by simulating interfacing DHT11 with Arduino. ![]()
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