HWN - Advanced Analog IC Design: Lecture 1

Hi fellow (and future) engineers!
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We asked the community if we should upload IC design courses, and you guys answered with a resounding YES! Here it is. The first lecture of our remastered series on Advanced Analog IC Design. Please consider supporting us through Patreon.
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Background Music Merry Bay - Ghostrifter Official
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[@JasonXavier-rk6kl]

Please continue this video lectures, its very valuable for analog engineers ❤️

[@isajr501]

Thank you for remastering this class. This content is absolute gold!

[@Shaloows]

Amaizing, thank you very much for this great contribution. (Hy from Argentina)

[@pratikkaul77]

Hey thanks for the lecture, whats going to be the frequency of upload.

[@adamthecg]

Such a valuable resource - thanks a lot!

[@davidsaenz7351]

feels illegal to be this early

[@antoniogodinho948]

Excellent content! Super interesting for me as a fresh college graduate!

[@coolwinder]

Very nice comparison of different design domains, and i can wait for the last topif of high-speed links, than you immensely for sparking discussions on these tooics ❤️⚡

[@AkshatShenoy]

Awesome video, really liked listening to it.

[@sauravmishra3980]

Please carry on with this and also make video for digital h/w design .

[@mainakghosh1983]

Hey Tor. Really Nice Video. Oh BTW the snapshot of the eye diagram you showed to explain the signal purity concept by digital Circuits is of SERDES , specifically in the channel using NRZ format :D

[@wichnimit]

Thank you for making this video

[@kevinjiang8234]

Give us more of these lectures!

[@mohameda.belakhoua9662]

Thank youuu!

[@mohameda.belakhoua9662]

When will you guys post-lecture 2? (I can't wait)

[@biswajit681]

Please upload hardware interview questions and please try to increase uploading frequency

[@ajiths1689]

Please upload regularly..

[@siddharthpal1035]

where I can find slides

[@dwadwdawdwf7887]

search Elad Alon, this is one of his course from UCB

[@Stelios.Posantzis]

7:55 That's simply not true. A great example is the resurgence of analogue computers: they are simply much more powerful and much cheaper than digital computers and we'll see more and more widespread use of analogue computer IC's in the coming years as the use of AI and ML in everyday devices proliferates and becomes part of our everyday lives, from autonomous traffic lights, to autonomous cars, fridges, toasters etc. You don't need the accuracy of a digital computer IC in order to water your plants or many much more complex tasks than this where accuracy to the fourth or third decimal digit is not at all required.