Contents
Does Arduino reliable?
Yes, Arduino boards have proven their reliability due to its diverse and practical applications. Arduino is used not just by hobbyists, but in industrial applications as well, where one can control heavy machinery through microcontroller programming.
Can Arduino be used commercially?
Can Arduino be used in commercial products? Yes, with the following conditions: Physically embedding an Arduino board inside a commercial product does not require you to disclose or open-source any information about its design. You may manufacture and sell the resulting product.
What is one benefit of using the Arduino platform?
The main advantage of Arduino is its simple programming language. It’s designed to make new user to get a glimpse and boost their confidence of programming. Originally, Arduino was designed for school kids to get a taste of programming and hardware design. It’s suitable for making a demo model of any idea.
Is the Arduino platform good for industrial use?
Arduino itself is not good for industrial applications due to lack of proper protection & shielding. But it is possible to make industrial-grade AVR-based controllers: You should have shielding, power filtering/regulation/protection, optopairs to drive external things, decent decoupling caps on each digital chip.
Can you use Arduino as a substitute for a PLC?
Both are open-source devices, with components available from a variety of suppliers, and both require a high level of programming skills and some imagination before they can be used for real-time industrial control applications. Some industrial users might envision these platforms as a substitute for an entry-level PLC.
Is the Arduino microcontroller good for industrial use?
I’d probably prototype the system with an Arduino and then rewrite the code in pure C once it was working, so that my code was the only code on the microcontroller. Arduino itself is not good for industrial applications due to lack of proper protection & shielding. But it is possible to make industrial-grade AVR-based controllers:
What was the reliability of the Arduino relays?
Relays were notoriously unreliable, the failure of which in some cases had serious consequences. Despite this, the suggestion that this could be better performed by a computer running software with semiconductor outputs instead of relays horrified most electrical engineers at the time.