วีดีโอ

Nice presentation

This video saves me. Thank you.

God bless you my brother. You saved my fucking ass because of your video. My semester project about differential amplifier design is done by this video. God bless you again.

great video, very informative

Thank you, this saved me so much time.

You need to indicate the "Q" output and the "CLR" inputs on your FF boxes.

grazie mille frate buon video

جيد جداً وشرح ممتاز

Thank you very much! Very helpful videos.

You are great and oppressed at once . Where are you from?

I am trying to build this circuit, but I'm having difficulties implementing it with the commercially available components. It seems that I might not be able to achieve the proper biasing conditions. I used BC556B and BC547B transistors. What should I do?

no one recommended fr was searching for it - wow

Excellent explanation !!! ...and I've just learned that unlike most of today's op-amps which use two individual emitter followers feeding a classic differential pair having emitters sharing a common current, 741's input diff uses two CC transistors followed by a common-base amplifier. Thanks for improving my knowledge !

1:09 You made a mistake and it's 23-18 = 5 not 2 so bring down the final 0 = 50 then 50/9=5 so the final answer for 2030/9 = 225 not 222 ignoring remainders

Does anyone have the link of CircuitVerse for the circuits?

The circuit shown between 11:18-12:33 is wrong it has too many XOR gates while the one you show afterwards is correct. Also if we use 2s complement to figure our minus numbers to add when doing binary subtraction why does the simulation software use regular unsigned numbers to help us get the correct answer ?

my fundamentals for mosfets seems to be lacking, could you please suggest any good resources to learn about the mosfets to know how these different configs of mosfet like 'current mirror' or trans-diode config. i only know the basics (i.e the drain current equation of mosfet, regions of operations). thank you so much

At 12:14, when mentioning the XOR on the carry out, did you intend to put an AND gate to AND the NOT'd SUB line with the carry out so that on subtraction the bit is dropped (so that it does the following: (NOT SUB) AND Cout7)? With the XOR the way it is on Cout, it is transparent for addition as you've stated, but for subtraction, it effectively performs a NOT instead of blocking it fully. Either way, the carry out should not be modified regardless, because if you want to attach 2 adders together to extend the number of bits, dropping that Cout will disable that ability. If you intend on finding whether the addition resulted in an overflow, you should XOR the carry in and carry out of the last FA which will give you an overflow bit that is accurate for both addition and subtraction in signed notation. Cout is only reliable for unsigned addition overflow, not signed.

Gak jelas, apa nama komponennya!!!????

great video! I like that you step through the math instead of "it just works lol"

Great video.is there a software you would recommend for simulating these circuits?

Ｉ ＬＩＫＥ　ＩＴ

Can't the AND gate be made with 4 transistors? If you change the places of the high and low voltage sources in the NAMD gate. Or if you connect serial n transistors to the high voltage source and the parallel p transistors to the low voltage source.

Nice explanation sir ,but informative channel alway have less views..

Best OP-Amp video ever! Way better than any book or uni lesson I ever came across. Thank you so much for making me understand all this!

awesome explanation! thanks

Best explanation of the circuit and how to build it. Saved me days of work. Thank you :)

Is there any difference into using a multiplexor instead of a decoder?

👍

Nice explanation!Sir👍

Super good

From minute 6:25 all the equations vu=expression have the term R_C missing and aren't dimensionally correct.

Good explanation.

you can master truth tables like this: AND gate is just a multiplication of the 2 inputs, NAND is an opposite of AND gate’s output, OR gate is the addition of the inputs (adding 1 +1 equals 1 since its in binary) and NOR is also an opposite of OR gates’s output

who else is in ai and just wants to write efficient codes😂

who else is here because of Andrej Karapathy 👀

awesome explanation, gave me an eureka moment. grazie mille!

Couldn't imagine someone explaining how a simple 4-byte RAM works better than this!

is this the end of the Scott's CPU series?

andrej got me here, definitely not disappointed

Amazing video

Man oh Man!! Watched only one and this is a banger

Why does a NOT gate require two transistors exactly? Why not just use a p-type transistor? It works exactly as a NOT gate even without a n-type

As many others, I came here from twitter. I would like to ask a question about a NOT gate. I don't understand why you need two transistors if having a single P-Type transistor, supposedly, already achieves the same effect (outputs 1 when input is 0)?

Great video! the man from the internet sent me here

Someone recommended this series on twitter and it went viral. Excellent work 👌🏼

there should be option to switch voices now for narrative etc .. transcription is already good

Bro gonna do numbers

andrej made me watch this

Great video, thank you