What's your p0int?
The MPM runs off VIN, no mystery there.
Oh, right, the 'design objective' -- before the senior assembler brought in the 150W linear power supply baloney.
What's your p0int?
The MPM runs off VIN, no mystery there.
Oh, right, the 'design objective' -- before the senior assembler brought in the 150W linear power supply baloney.
Don't take questions as attacks.
If you are confident in your knowledge, why so many emotions
i respect data....
Based on the results of the tests, would you recommend using this board at current of 1A for a long time?
I dont see a current beyond 665mA, so no, 1A continuous isn't feasible.
The data is what YOU POSTED in message #38. The max Iout current on your hand written notes is 665mA!
Where is YOUR data?
You're saying the Arduino claims for the product are erroneous, fraudulent, mistaken - Prove It.
Just repeating YOUR data, does it conflict with what I said?
You're saying the Arduino claims for the product are erroneous, fraudulent, mistaken - Prove It.
No, Im saying YOUR DATA doesn't show 1A! You assert that it can provide 1A, and maybe it can, but YOUR DATA peaks at 665mA. So is your data incorrect? Or is the 1A a peak theoretical value that can only happen under specific test conditions not normally found in the real world -- or don't you believe your own data?
@anon85221860 you don't answer to the question on post #39
B707 Do YOU see any numbers in post #38 over 665mA?
No, and it surprises me
This whole discussion began with the assertion that the Nano Every can safely pass a current of 1A through itself.
And so the person did a bunch of measurements to prove it or disprove it, but he didn’t get to current 1A. Why? I'm at a loss
I don't work for you. I'm not on trial here.
If you have, if anyone has, any problem with the representations made by Arduino as regards performance of this product they need to present that data to substantiate those allegations.
Because the 1A is a data sheet spec under ideal test conditions. In the real world 1A is 100% of the ampacity, a bad operating point even if possible. From the data that has been posted, and by my own engineering analysis, the answer is that only about 2/3's of an amp is sustainable.
No - it began with running 10 "RGBs".
If you're insinuating that I terminated the experiment because the results weren't working in my favor then - that's unfortunate.
YOU POSTED THE 665mA DATA! You're arguing with yourself!
Post YOUR data. Prove YOUR point.