Arduino Programming Course - Learn Programming and Start the Coding by your Own

Arduino

Arduino contains both a physical circuit board, i.e., is a microcontroller and a software programming, or the integrated development environment. All these are running on the computer and are useful for writing and uploading computer code to the circuit board. The Arduino programming course is worth to learn this technique.

What’s on the Board?

1. USB Power

All type of Arduino board needs a power supply. Hence, for this reason, USB connection is vital for loading a new program into the kit and connecting the power supply.

2. Pins

Specifically, pins are essential for representing where to place the connecting wires to construct the circuit. This pin includes GND (ground pin), PVM, and AREF. This various types of pins connected to the Arduino kit have its unique purposes.

3. Reset Button

This selection is vital in all the kit, and it is user-friendly progress to help the operatives when they do something wrong.

4. Power LED Indicator

When anyone plugs power source with Arduino, the power LED indicator should light up, and this indicates that the kit is active or not.

5. Main IC

The IC stands for Integrated Circuit. This is a crucial thing in all the hardware equipment that coordinates all operations of every other component.

6. Transceiver Receiver LED

The LEDs of both transceiver and receivers has its unique role in all types of Arduino circuit board.

7. Voltage Regulator

The voltage regulator interacts with the board and does every command received from the Arduino.

Categories of Arduino

There are many types of Arduino. They are:

• Arduino Uno (R3)
• LilyPad Arduino
• Red Board
• Arduino Mega R3
• Arduino Leonardo

Apart from this, the Arduino circuit board extends its family in sensors and shields.

Benefits of the Course

One can gain more knowledge about the Arduino when they acquire a microcontroller programming course. Such benefits are:

• How to program an Arduino microcontroller on embedded projects
• Ways to interface Arduino with analog and digital sensors (detecting things like light, noise, or pressure)
• How to use a software library to control motors, lights, sounds, and more
• Application of key concepts for prototyping from Fablabs (learning by example, rapid prototyping)