The modified sketch looks like this: //#define DHTPIN 3 // By default its connected to pin D3, it can be changed, define it before the #include of the library # include "Arduino_SensorKit. ADX元45 3-axis accelerometer MP元115A2 Xtrinsic Smart Pressure Sensor MPR121 12-bit capacitive touch sensor Upcoming Platforms The I2C Device Library is a collection of uniform and well-documented classes to provide simple and intuitive interfaces to an ever-growing collection of I2C devices. The Temp_and_Humidity.ino example contains two lines of code that should be uncommented if you’re using the DHT20 sensor. The Web Editor uses the latest version of all libraries by default. If you’re asked whether you’d like to install library dependencies, click Install all. Make sure 1.0.10 or later is selected and click Update. To use a DHT20 sensor with the library, make sure to update to version 1.0.10 or later.įollow these steps to update the Arduino_Sensorkit library in Arduino IDE:Ĭlick the Library Manager button (or select Tools > Manage Libraries). Older versions of the library could not correctly read values from the sensor, resulting in NaN (Not a Number) values in the serial monitor output. Support for the DHT20 temperature and humidity sensor was added to the Arduino_Sensorkit library in version 1.0.10. Using the DHT20 sensor Use Arduino_Sensorkit v1.0.10 or later
This tutorial also covers a brief idea about LiDAR Technology & the Working & Applications of LiDAR. The DHT11 temperature and humidity sensor (blue). Source Code/Program Video Tutorial & Guide Overview This tutorial is all about Interfacing of TFMini-S Micro LiDAR Distance Sensor with Arduino. The DHT20 temperature and humidity sensor (black).
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