Adafruit feather fritzing install#
Now you need to install an Ardiuno IDE add-on that enables us to use our processor boards.
![adafruit feather fritzing adafruit feather fritzing](https://cdn-blog.adafruit.com/uploads/2016/08/fritzfi.jpg)
All the experiments will show the wires with different colored insulations for clarity, but using different combinations of colors is completely acceptable.īe sure to the polarity on the LED is correct. They are used to connect two points together. Having a hard time seeing the circuit? Right click on the Fritzing diagram to see a bigger image and select “Open Image in New Tab”Īll jumper wires work the same.
![adafruit feather fritzing adafruit feather fritzing](http://www.ebredder.org/archived/18fa/ETR237/dc/dc+tip120_bb.png)
Connect the components to the breadboard and Photon RedBoard by following the Fritzing diagram below: The negative side of the LED is the short leg, marked with a flat edge.Įach experiment will have a Fritzing hook-up diagram. You can also cut the legs shorter to make them easier to work with on the breadboard.
![adafruit feather fritzing adafruit feather fritzing](https://cdn-learn.adafruit.com/assets/assets/000/034/460/medium800/feather_schem.png)
Ready to party? Components like resistors need to have their legs bent into 90° angles in order to correctly fit the breadboard sockets. This experiment will also walk you through coding uploading your first sketch with the Arduino IDE. To start off our experiments with the ESP8266, we will work on blinking an LED using a digital output. LEDs (light-emitting diodes) are small, powerful lights that are used in many different applications. View the Project on GitHub zacharski/esp8266book Experiment 1: Blink an LED Light 1 Introduction