#ADC

How to squeeze more bits of those physically available from an Analog to Digital Converter? #Microcontrollers such as the ATmega328 on Arduino boards often are equipped with an #ADC, but usually the on board ADC has a limited resolution.
For example the one available on the Mega32A or the Mega328 has 10 bits, which is not bad but it could be a problem if you want more precision.
In this presentation I show how Analog to Digital Converters work, what is the technique known as Oversampling and Decimation, what are the trade-offs, and a practical example that I made on a board similat to an #Arduino Nano and a network display.
It is a combination of electronics and computer engineering.
Complementary information, code and a web-app simulator is also available on my website.
Try the simulator: accidentalscience.com/sampler...
How to program a network display and a microcontroller board featured in this video using the NSC event driven framework: accidentalscience.com/17/Remo...
Full series of #Electronics: • Hands on electronics

[@notDacian]

Very good video! Thanks for sharing ❤

[@Enigma758]

Very clear explanation, thank you.

[@AccidentalScience]

Thank you.

[@paulramasco6769]

Very awesome explanation, thank you.

[@AccidentalScience]

Thank you.

[@TrickyNekro]

This video is a great pass to Delta Sigma Converters

[@AccidentalScience]

Great :)
Thanks for commenting.