Tips on Improving ADC Measurement Accuracy and Resolution Part 2

[@joshuaplank883]

These two videos were extremely helpful! Would still love to learn about oversampling.

[@Gengh13]

I would love to see the remaining parts of this series or perhaps a new series talking about decimation.

[@Haamedtm]

Please do part 3 too, subscribed.

[@Karl_Levine]

Awesome work thank you very much for this, Looking forward to part 3 to 100 🤔😊👍👍

[@yutakauk]

I was waiting for part2. Great information!!

[@CLGilbert]

I've been watching ADC videos for weeks and only now does this show up in my searches. Not sure why because it's very useful 👍🏽

[@ForceTronics]

Great, glad it was useful. Spread the word!

[@landrec2]

subscribed. High-quality content, great research and presentation. Thank you.

[@rohitvs7954]

Great information and effort. Subscribed. Please provide part 3.

[@ombheda2124]

The series is brilliant!! Thanks for sharing, I have a doubt about the max sample rate calculations. In the atmega328p, the total conversion time is 13 cycles. In the video, we take the clock cycle to be (3.73 usec/1.5). However, the datasheet mentions the input clock frequency to ADC is between 50 to 200kHz. So for 200kHz, the clock pulse should be 1/f which is 5 usec correct? So why do we consider 3.73 i.e. the multiplicative factor of the rc constant and the resolution as the clock cycle over the clock frequency of the ADC i.e. 200kHz? Thanks, Om

[@AgainPsychoX]

@ForceTronics Will there be ever part 3? Or was it removed from your channel?? Great video tho

[@rajgunaseelan44]

Very informative. Thank you. Is there a part 3?

[@irongarden8415]

interesting, accessible, clear!

[@Alrr3d]

where can i find part 3?

[@jrapplefan2231]

Very good. Thanks.

[@WesselLemmer]

Where's part 3

[@zuhaibchoudhary7118]

where is part 3?

[@Graham1904]

What happens to the charge on the capacitor if say channel 1 voltage is say 2Vdc and channel 2 voltage is 3Vdc.? The charge on the Cadc only goes from 2 to 3 volts....