Great video, maybe the greatest made on TH-cam about this subject, super informative. It was really hard to find all this information, but you managed to compile it all and explained it in a very comprehensible manner.
Just a few years back I talked about a "CCD" to one of my brothers who had worked as an electrical engineer at Micron. I made a comment about the "CCD" in my camera. He gave me all sorts of trouble. "Nobody is using CCDs anymore. They're using CMOS, or maybe ... " and then went into more specifics. So anyway, I appreciate the info for future brother-related use.
Bro binary is a bad idea! Imagine a grid of pixels each producing a binary response-you'll get an image of pure black vs. white! Like a chess board. Instead you want each little square to read out the voltage as a continuous value. So that high voltage means that place is very light, and low voltage very dark, and medium voltage about half grey.
@@oosmanbeekawoo "Bro binary is a bad idea! Imagine a grid of pixels each producing a binary response-you'll get an image of pure black vs. white! Like a chess board." that's not how it happens. A 10 bit ADC it can represent 2^10=1024 discrete digital values so each photodiode can represent light intensity /analog signal with 1024 different levels or gradation.
Great video, maybe the greatest made on TH-cam about this subject, super informative. It was really hard to find all this information, but you managed to compile it all and explained it in a very comprehensible manner.
This series is fantastic. Very helpful, thank you
Extremely valuable video. I'm so glad I found this!
I realy have never teached like this thank you very much my master...
I found him Best lecturer on TH-cam.
Just a few years back I talked about a "CCD" to one of my brothers who had worked as an electrical engineer at Micron. I made a comment about the "CCD" in my camera. He gave me all sorts of trouble. "Nobody is using CCDs anymore. They're using CMOS, or maybe ... " and then went into more specifics.
So anyway, I appreciate the info for future brother-related use.
Facinating! Thank you
In CCD electrons are transported in columns not in rows. Then it reaches serial register. Its a massive difference
Subtitle is messed up. It's different from spoken.
Amazing explanation!! thanks!
Wow.. brilliant.. great for beginners..
Any cheaper sensors with good IR and UV sensitivity?
Thank you sir for such a valuable lecture
Great😊
We can build CMOS here, determination is required. Its a big market.
Can we do row scanning with CCD?
5:30 how is the voltage quantified to binary?
Bro binary is a bad idea! Imagine a grid of pixels each producing a binary response-you'll get an image of pure black vs. white! Like a chess board.
Instead you want each little square to read out the voltage as a continuous value.
So that high voltage means that place is very light, and low voltage very dark, and medium voltage about half grey.
with ADC
@@oosmanbeekawoo "Bro binary is a bad idea! Imagine a grid of pixels each producing a binary response-you'll get an image of pure black vs. white! Like a chess board." that's not how it happens. A 10 bit ADC it can represent 2^10=1024 discrete digital values so each photodiode can represent light intensity /analog signal with 1024 different levels or gradation.
@@otomackena7610 Yeah!
Thank you very much sir!
Thank you very much !
Thanks
Thank you, Sir
Hi, C in CMOS should be represented as “complementary” rather than “complimentary”? Around 5:13
nit picking but you are right :)
Sir torso hm hindi walo pr bhi dhyan digiye please
You mean complementary, not complimentary.