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Thank you
Ответитьshift registers should not exits anymore
there a parallel or synchron electrical circuits that exits already like in the 1960´s
i still cant see why they would be used today, that electrical circuit problem is a very old known problem
while cpu´s longly use both, background wireing and paraellel/synchron circuits
that works for anything that has a charge or electric flow, therefore that works on any electric circuit
people that might say you dont see the diffrens that is simply not true, special now in 2021 you more and more can see this problems
What is the meaning of p + and n +
ОтветитьHow does an analog shift register work though?!
ОтветитьIt's useful information but it'll make more clear if we'll have it's subtitles..... please upload it's subtitles
ОтветитьCharged Couple Devices works just like our LRD "Light Receiving Diodes" or LRRD "Light Receiving Receiver Diodes" in our military satellites. CCDs in digital cameras and telescopes or zoom lens cameras works just our LRD and LRRD systems.
ОтветитьNice
ОтветитьI know this video is old but maybe you could answer a question. Are the indiviual pixels in the sensor squares or rectangles?
Ответитьgreat
Ответитьthank you!
Ответитьamazing and good
ОтветитьBut can i make one homemade?
ОтветитьHi Graham - great video. Thank you for sharing. Did you get around to creating the CMOS video in the end?
Ответитьccd
Ответитьthis is so well explained :D thanks
ОтветитьThis was great, thank you ! But what about the video about CMOS sensors ?
ОтветитьHmm.. let's point out one thing though. While CCD is read out pixel-by-pixel, the image in whole is read "all at once" by the processor, thus not creating the screen-tearing effect that of which the CMOS sensor suffers greatly. (Only when doing videography of course.)
ОтветитьThanks for this explanation. It looks to me like the charge is amplified after it is collected and if I understand right, the ISO determines the amplification. Can you explain why there is more noise in the image as amplification (ISO) is increased? Thank you!
ОтветитьThanks
ОтветитьThanks Graham!. That was really helpful and a great explanation of CCD in digital Camera.
ОтветитьThank you Graham
I've learned so much by watching your videos
I must say. I didn't know very much about digital cameras
But thanks to you I've learned a lot even though I watch your videos
More than ONECE believe me.
Thank you
Ted.