By Agus Kurniawan
Arduino is an open-source platform used for development electronics initiatives. This e-book is helping you the way to start with Arduino and pass. a number of representation samples are supplied to speed up your studying. the subsequent is spotlight themes during this book:
* getting ready improvement Environment
* hi global: Arduino and Go
* Exploring pass programs for Arduino
* Analog Sensor
* operating with PWM: RGB LED
Read or Download Getting Started with Arduino and Go PDF
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Additional info for Getting Started with Arduino and Go
Save this code. Type this command. go You can see a sample output as below. We explore how to access PWM (Pulse Width Modulation) Arduino. RGB LED has 4 pins that you can see it on Figure below. To understand these pins, you can see the following Figure.
1 gobot You create project called gobutton by creating a folder, gobutton. Write the following code. Start() } Save this code and run it. Don’t forget to connect your Arduino into PC via USB. go Press the button so you can see LED is ON. On console, you can see the output as below. A sample output on hardware schema. 2 go-firmata Create project called firmatabutton by creating a folder, firmatabutton. Write the following code. Println("done") } Save this code and run it. Don’t forget to connect your Arduino into PC via USB.
Go Press the button so you can see LED is ON. On console, you can see the output as below. com/kraman/go-firmata to develop Go application to access sensor device on Arduino. cc/Main/InterfacingWithHardware . Thermistor can be used to measure temperature and LDR can be used to measure light and dark based on illumination. I have Thermistor 503 and LDR from Arduino Sidekick Basic kit. If your thermistor is 10k ohm, you should use a resistor with 10k ohm. The following is a circuit schema for Thermistor and LDR sensors.
Getting Started with Arduino and Go by Agus Kurniawan