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What a good explanation! Thanks for the video
What a good presentation.
Thank you! Very well explained and comprehensive enough to move ahead.
Very clear explanations, thank you!
why in a lot of books, i see that OSR = fsampling/ 2 fB? which formula should I use?
I noticed that some SAR ADC converters now offer 32-bit resolution, which is on par with the best DelSig ADCs. Are DelSig ADCs becoming obsolete?
I don’t understand this snapshot feature of SAR vs Delta Sigma. Why would there not also be a sample and hold before the delta sigma converter?
Julio astillero
Great Explanation!!!
A amzaing lecture! 😊
Hmm i have the ADS7128 but it seems to be always measuring a bit to low. Also i dunno what frontend makes sense for it. My input is a 5 to 0V signal.
Very good. Thanks a Lot !
Can you do a video explaining this from and "audio application" perspective?
Erm what em sigma
Pcm or pwm…looks like pwm to me…
erm, what the sigma ?!?!😂
What a good explanation! Thanks for the video
What a good presentation.
Thank you! Very well explained and comprehensive enough to move ahead.
Very clear explanations, thank you!
why in a lot of books, i see that OSR = fsampling/ 2 fB? which formula should I use?
I noticed that some SAR ADC converters now offer 32-bit resolution, which is on par with the best DelSig ADCs. Are DelSig ADCs becoming obsolete?
I don’t understand this snapshot feature of SAR vs Delta Sigma. Why would there not also be a sample and hold before the delta sigma converter?
Julio astillero
Great Explanation!!!
A amzaing lecture! 😊
Hmm i have the ADS7128 but it seems to be always measuring a bit to low. Also i dunno what frontend makes sense for it. My input is a 5 to 0V signal.
Very good. Thanks a Lot !
Can you do a video explaining this from and "audio application" perspective?
Erm what em sigma
Pcm or pwm…looks like pwm to me…
erm, what the sigma ?!?!😂