What is Mega Arduino®?
and Mega Arduino® is one type of microcontroller board in the Arduino® product group. Other Arduinos® types on the market are Arduino Mini®, Arduino Nano®, Arduino Fio®, Arduino Pro® and Arduino Pro Mini®. All of these boards, including the Mega Arduino®, are connected to the computer terminal and are used to control and handle an external environment. The special features of Mega Arduino® include its large 256 KB memory and its ability to transfer data to different devices. It connects to the computer on the USB port. Usually it will be the main source of microcontroller power, but other power options are batteries or AC/DC adapter. Overall Totains 256 KB of memory. Another advantage that comes with this microcontroller is its ability to transfer data to your computer, another branded microcontroller or other Arduino®, which does not necessarily have to be the same brand.
This device can be purchased in specialized ELEK storestronics or online. For those individuals who like to get into electronics projects, it is also possible to make Mega Arduino®. Tutorials can be found online for construction, but it should be noted that the necessary knowledge of the Arduino® electronics and platform is necessary for such projects. Once the Mega Arduino® is purchased or built, it is as easy as it is connected to the computer and downloading the appropriate mega model software. Software can be downloaded for free online.
It should not be no surprise that there are many other microcontrollers that can be purchased under different brands with all Technological Products. Selection of Mega Arduino® is a good decision for several reasons. For one thing, the costs are low, they come around $ 50 from most suppliers and even less than for individuals who buy parts to get together themselves. The use of this microcontroller model is as simple as it gets for beginners and works with different operationalMi systems. Since the prototype modeling is released through a Creative Commons license, it is possible for users to work on and outside the original microcontroller as a means of learning without risks.