Skip to main content

Why Arduino?

Arduino was created to be a development platform and in that concept is based its rapid implementation in projects that can be from LED`s to cameras and other sensors, easy coding makes it good for researchers and developers since after having tested The main idea of ​​the project can subsequently be implemented in mass production or in a more complex design that is more accurate and more dedicated to its field.
Arduino is easy to install on Windows, Linux, OS and Android, this makes it a platform for easy portability, since in addition to being installed inside a PC or Laptop, you can also make a portable USB, although It is potability, it can also be installed on an Android phone or a tablet, although the latter sacrifices the emulator in real time that a traditional PC if it has.
Arduino from my point of view was not born to be able to be implemented in mass selling products, since within its page and its concepts will end up and specific that it is a development platform, for mass product sales have developed different types of PIC`S that can fulfill the required functions with a great versatility, on the other hand arduino is also a PIC that is limited not by its functionality, but by the programming language that the platform is based, besides that already comes pre manufactured And that saves time in developing the plate needed for the prototype, on the other hand we must take into account that a non-professional development or school should take 2 to 8 weeks to be developed in its entirety (including the weeks to search and gather Resources and investments).
Also the basic programming that is needed for Arduino is good in saving energy and time, and if the initial prototype has flaws, it is easier to correct than inside a PIC, Arduino in my point of view is focused on those People who not only want to program something automated, but also for the people who develop each part of the prototype, develop innovative products that in many cases will fail but will serve as learning for a better prototype or idea, and time is crucial for these People because in many cases they tend to manufacture everything with their own hands.
For more information about Arduino go to https://www.arduino.cc

Popular posts from this blog

PIR sensor part 1

The PIR sensor is used in home automation, but also to can be used for many applications, here I'm going to explain only the basics about this sensor, and I'm going to use Arduino Uno, some Jumpers, one PCB, one red LED, cable type D, a computer and Arduino software. the Sketch: const int sensorPir = 2; const int ledPin = 13; int buttonState = 0; void setup() { pinMode(ledPin, OUTPUT); pinMode(sensorPir, INPUT); Serial.begin(9600); } void loop(){ buttonState = digitalRead(sensorPir); if (buttonState == HIGH) { digitalWrite(ledPin, HIGH); } else { digitalWrite(ledPin, LOW); } Serial.println(buttonState); delay(500); } This works only in a simple way to detect movement. Let's see how it works. const int sensorPir = 2;    it's about where is going to be put in the digital input on the Arduino Board. const int ledPin = 13;   I put it there because we can put the LED into the input on the Arduino Board. int buttonSate =0
Read more

Resources

Arduino Adafruit Raspberry Pi Why this? Well is very simple. All of this resources are cheap and reusable to further develops, after the development is completed, we will see what chip is the best available to the job and I'll develop the final product in that chip set specific. Also I'll put all the material I use to the specific project, and all the code developed.
Read more