The solution that he didn't mention (for case #2) is the use of bypass capacitors. Open up any electronics and you will see a small capacitor placed between power and ground on each chip/device. When the device (a not gate in his example) switches and demands current it will come from the cap and not effect the supply rail.
I can't find class 24.
jdgonzalez88 1 month ago
Great group of lectures.
The solution that he didn't mention (for case #2) is the use of bypass capacitors. Open up any electronics and you will see a small capacitor placed between power and ground on each chip/device. When the device (a not gate in his example) switches and demands current it will come from the cap and not effect the supply rail.
halo7676 4 months ago
I am in Japan. I could not find Lec 24 | MIT 6.002 Circuits and Electronics.
Is there it on this youtube?
asupara4418 10 months ago 3
@asupara4418 No, it's not available.
pattttttrick 7 months ago
@asupara4418 I couldn't find it either...
Endimione84 2 months ago
i already watched these lectures twice. Please prof Agarwal make your next class video tapped as well. Thank you!
shazaduh 1 year ago
I really enjoyed this lecture! Thank you MIT for sharing lectures so 'openly' :)
TheGreatBunghole16 1 year ago 5
really nice lecture.
rajeevcos 1 year ago
precise and crisp elaboration
magic9753 2 years ago
good for you
TheAviator1 2 years ago
Viewer #845 here. August 12, 2008
mwdavis 3 years ago