Dear Prof. Hajimiri, my heartfelt thanks to you for teaching us and sharing these valuable lectures. I am indebted. Thank you from an admirer in India.
Shouldn't the first 4-bit ADC at 22:41 output LSB instead of MSB? Say I have analog input of 8, that's 0000.1111 for 8-bit and 1111 for a 4-bit. That "1111" in the 4-bit is the LSB of the 8-bit representation.
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You are helping to train the next generations of the engineers from all around the world.
Biggest respects,
If I’d have had you as my professor I’d have gone into engineering, thank you for sharing on the UA-cam
Dear Prof. Hajimiri, my heartfelt thanks to you for teaching us and sharing these valuable lectures. I am indebted. Thank you from an admirer in India.
Great lecture, I have never seen such video in entire planet
These lectures are excellent
respect for you, I m learning a lot form this
so beneficial sir
I thought pipeline ADC illustrated are now using 2 4bit ADC, so there are 2*2^4 comparators vs 2^8.
I'm curious about the accuracy of each types of ADC.
Bravo！
Shouldn't the first 4-bit ADC at 22:41 output LSB instead of MSB? Say I have analog input of 8, that's 0000.1111 for 8-bit and 1111 for a 4-bit. That "1111" in the 4-bit is the LSB of the 8-bit representation.
no. The second ADC is a refine of a single quanta (delta) of every digit of the first ADC
10:40 is how to make them :)
Hi. are you Iranian?