PIC32 VIEW ON COOLTERM INSTALL
PIC32 VIEW ON COOLTERM SERIAL

Download it and copy it into a new window in the Arduino IDE. The sketch SerialTempHumidityReader uses the Adafruit DHT library to read the sensor and sends the results back to the computer serially. To make this happen, you’ll need your Arduino attached via a USB-to-serial connection. The simplest way to get data off the sensor is to print the results out serially and capture them directly on your computer. To do this, connect the 10-kilohm resistor from pin 8 to pin 7, or to the +5V pin. The output pin will also need a pullup resistor so that it goes high when no data is transmitted. Then attach the output pin of the sensor to pin 7. Since the DHT11 sensor uses very little current, you can use the output pins of the microcontoller to power the sensor, using pins 5 and 8. Then start the Arduino IDE.Ĭonnect the DHT11 sensor to the Arduino as follows: Then download the example sketches from my gitHub repository, unzip them and save them to your sketch directory as well.

You might have to create the libraries directory inside the sketch directory. If this is your first time using Arduino, the default location is in your user directory, called Arduino/. Unzip the library and change the directory name to DHT, then copy it to the libraries/ directory of your Arduino sketch directory.

PIC32 VIEW ON COOLTERM INSTALL

To get started, install the Arduino IDE and download the DHT library. Spreadsheet OpenOffice is used here, but Excel will work as well.įor more on the DHT sensors, see Adafruit’s tutorial.Datalogging examples from tigoe gitHub repository, specifically the ones from the Citizen_Cyberscience_summit_2012 directory.Ethernet Arduino and USB-to-serial connector, or Arduino Uno and Ethernet shield (or equivalents).

HTTP upload to (formerly ) via an Ethernet shield or Ethernet Arduino.Saving data to an SD card mounted on the Arduino.

PIC32 VIEW ON COOLTERM SERIAL

Serial transmission to a personal computer, and serial capture to a file.In the tutorial below, you’ll read a DHT11 temperature and humidity sensor and log data in three ways:

Or, if you have access to the internet and a device that can connect to a server, you can save the data to a server. If you’ve got an SD card attached to the microcontroller, you can save the data to the card. If you’re connected to a personal computer, you can simply send the data from the Arduino to the personal computer serially, and save it to a file. There are several ways to save data from a sensor attached to an Arduino.

Pic32 view on coolterm