Beautiful! This is how educational content should be made. I strongly believe that intuitive understanding is extremely important if you wish to explore a domain deeply, and you guys are pretty good at making content that provides that understanding.
As someone who is just getting into this space -- I am blown away and so pumped up that I have found your channel!! This video blew my mind and answered so many questions I've been having lately.
If understanding something that complex was that easy , I could be a good student. 😂 But seriously this video is fun to watch easy to understand , the animated explanations always help. I am watching videos from this channel for a week and I love all of them , it is really helping me understand my EEE engineering courses . Thank you so much . I hope this channel gets the support it deserves .
Can't believe that I just found out your channel when I started getting interested in electronics, love the educational content, and thanks for doing an amazing job at it!
Quite a simple resource can construct a versatile machine. All these layers of abstraction make us forget how far computers have come - and I thought assembly was hard :I
Thanks a lot for this explanation, I hope you get more luck with the youtube algorithm, because your videos are true organized documents, keep up the good work!
Lovely video. It explained the concepts in such a nice manner. Helped me understand so many things in a single video which I wanted to know for so long!
Amazing video. I'm studying a Masters in Digital Systems Engineering and this is the basics of what I studied in the first term. Would be really interested to see you talk through a CMOS DFF (made from latches) with latched WEN at the CMOS gate level. I had to work through just a DFF made from latches in my last piece of coursework by building it in Cadence, then doing layout at 290nm/220nm followed by a pre-vs-post layout simulation comparison. It was such an amazing challenge, then I decided to try to latch the clock with a write enable to ensure it behaved correctly. I'd like to add a reset low to latch the clock as well, but I can't work out how to latch the clock to two other inputs. I tried all the obvious CMOS logic combinations and some that were a little more... Jazzy? So perhaps you have some insight(s) that may jog my imagination :D Thanks Edit: That quote at the end hits a lot of things on the head for me! I've long thought differing levels of consciousness are brought about through any current flow, I apply that to rivers, the wind, super bands of radiation throughout the universe, etc. It came from a project I did on an FPGA, differential drive, VGA camera robot for my Bachelors. Anyway, the idea of a reconstituted rock of Silicon-dioxide that we've configured to think it's absolutely fantastic.
Thanks for the comment! I only did one semester of CMOS design (digital circuits) and it was really interesting. My hope is to finish off the circuits course I'm currently working on and then jump into digital logic. I'm not sure when we'll get to CMOS design, though, and I'd have to bring in somebody else as none of us here at CircuitBread are CMOS design experts. I don't know if it will help at all, but my professor in this was Dr. Baker who runs cmosedu.com/ - he's an absolutely amazing (and slightly scary) professor that provides a lot of his knowledge free on that website.
That's actually one of our bigger focuses so far! We have videos on semiconductor technology in general, MOSFETs, BJTs, JFETs, and we're working on IGBTs right now. I think we're actually going to post a second JFET video within the next few days.
It's an wonnderful video, Thank you so much. I watched it with full attention! I'd love to DIY a transistor. If someone can help me on resources building a transistor in a home lab, please let me know.
Indeed! I lived in southern Idaho growing up but I don't remember going to the sand dunes with scouts. However, I went to BSU and when I got out of the Navy, went back to live in Boise and we visited them a few times as a family. We were actually at the dunes when they announced school was canceled indefinitely due to COVID. Weird times....
You're right! I don't know how that got screwed up in transition from preparation to the actual video and during review. Good eye and thanks for pointing that out!
I like that idea! Our developers have been dabbling in AI, I'll have to see if they understand it well enough for us to do something on it because, sadly, I sure don't...
I like how it starts with "from sand to gaming", but a minute after we find out sand isn't pure enough to be used to create silicon. So it never really was sand, but crystals found elsewhere?
Nope, it is sand, just not the sand that Josh is standing on in that video. That particular sand isn't pure enough, it has to be sourced from somewhere else.
That's an interesting question, we didn't research that. But my understanding is that we're not looking at a shortage or anything, I think there's plenty of sand at other places though I wonder, if we somehow did run out of the more pure sand, we'd just have to more aggressively purify the less pure sand that's out there.
Ah, dang it. Yes, silicon wafers are made from the purified silicon extracted from silicon dioxide. And while silicon dioxide is present in semiconductors as an insulator, if I'm not mistaken, the pure silicon is oxidized to create insulative layers.
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It's so sad that I can't like this video again. Great job!
Beautiful! This is how educational content should be made. I strongly believe that intuitive understanding is extremely important if you wish to explore a domain deeply, and you guys are pretty good at making content that provides that understanding.
There's no way I could've sat through a video that long and absorbed nearly everything. This is a great channel. Thank you Circuit Bread.
As someone who is just getting into this space -- I am blown away and so pumped up that I have found your channel!! This video blew my mind and answered so many questions I've been having lately.
If understanding something that complex was that easy , I could be a good student. 😂
But seriously this video is fun to watch easy to understand , the animated explanations always help. I am watching videos from this channel for a week and I love all of them , it is really helping me understand my EEE engineering courses . Thank you so much . I hope this channel gets the support it deserves .
Can't believe that I just found out your channel when I started getting interested in electronics, love the educational content, and thanks for doing an amazing job at it!
This channel is going to be huge
Quite a simple resource can construct a versatile machine. All these layers of abstraction make us forget how far computers have come - and I thought assembly was hard :I
Sir, u make videos the student want that, u understand us very well, love u sir.
Well done and produced video! My degree is in computer engineering and it's great to see the whole process.
Thanks! I hope we did the computer engineering portion justice!
Thanks a lot for this explanation, I hope you get more luck with the youtube algorithm, because your videos are true organized documents, keep up the good work!
That video idea is AMAZING! I hit the like button after 29 seconds :D
Lovely video. It explained the concepts in such a nice manner. Helped me understand so many things in a single video which I wanted to know for so long!
As a materials science student, THIS IS SO COOOOL!!!
Thank you!
I'm not a technical person but love a good video. Well done!
ladies and gentlemen
you have just watched the greatest video in the history of youtube
😂 Thanks for the kind feedback!
This is a really cool video! Well done!
What a fantastic video
Man, I wish I was taller than my fridge. Amazing video as always! Keep up the awesome work!
😂 Unexpected drawback - I'm the only one in my family who dusts the top of the refrigerator, nobody else can see up there. Thanks for the feedback!
Awesome video🎉
To the point and we'll explained
Amazing video. I'm studying a Masters in Digital Systems Engineering and this is the basics of what I studied in the first term. Would be really interested to see you talk through a CMOS DFF (made from latches) with latched WEN at the CMOS gate level. I had to work through just a DFF made from latches in my last piece of coursework by building it in Cadence, then doing layout at 290nm/220nm followed by a pre-vs-post layout simulation comparison. It was such an amazing challenge, then I decided to try to latch the clock with a write enable to ensure it behaved correctly. I'd like to add a reset low to latch the clock as well, but I can't work out how to latch the clock to two other inputs. I tried all the obvious CMOS logic combinations and some that were a little more... Jazzy? So perhaps you have some insight(s) that may jog my imagination :D
Thanks
Edit: That quote at the end hits a lot of things on the head for me! I've long thought differing levels of consciousness are brought about through any current flow, I apply that to rivers, the wind, super bands of radiation throughout the universe, etc. It came from a project I did on an FPGA, differential drive, VGA camera robot for my Bachelors. Anyway, the idea of a reconstituted rock of Silicon-dioxide that we've configured to think it's absolutely fantastic.
Thanks for the comment! I only did one semester of CMOS design (digital circuits) and it was really interesting. My hope is to finish off the circuits course I'm currently working on and then jump into digital logic. I'm not sure when we'll get to CMOS design, though, and I'd have to bring in somebody else as none of us here at CircuitBread are CMOS design experts. I don't know if it will help at all, but my professor in this was Dr. Baker who runs cmosedu.com/ - he's an absolutely amazing (and slightly scary) professor that provides a lot of his knowledge free on that website.
@@CircuitBread Thanks!!
You have an awesome channel… your videos are awesome keep up the great work
Wow! such an underrated channel!
Very cool, thanks for sharing 👍
Could you make more lectures for the Electronics and SS Devices?
And I love this lecture. Thank you this is so helpful ♥️👏
That's actually one of our bigger focuses so far! We have videos on semiconductor technology in general, MOSFETs, BJTs, JFETs, and we're working on IGBTs right now. I think we're actually going to post a second JFET video within the next few days.
Great video, thank you
It's an wonnderful video, Thank you so much. I watched it with full attention!
I'd love to DIY a transistor. If someone can help me on resources building a transistor in a home lab, please let me know.
Bruneau sand dunes? You must be a fellow Idahoan! I loved going there as a Boy Scout!
Indeed! I lived in southern Idaho growing up but I don't remember going to the sand dunes with scouts. However, I went to BSU and when I got out of the Navy, went back to live in Boise and we visited them a few times as a family. We were actually at the dunes when they announced school was canceled indefinitely due to COVID. Weird times....
thanks!
I believe the truth table has some mistakes. Ex: A = 1, B= 1, Cin = 0 then S = 0, Cout = 1 check 2nd row and last row.
You're right! I don't know how that got screwed up in transition from preparation to the actual video and during review. Good eye and thanks for pointing that out!
What an awesomely informative vid, now please would you go "from sand to AI", thx!
I like that idea! Our developers have been dabbling in AI, I'll have to see if they understand it well enough for us to do something on it because, sadly, I sure don't...
@@CircuitBread ive done some expirimentation with ai. been trying to make a basic one run on my laptop. its pretty fun.
I like how it starts with "from sand to gaming", but a minute after we find out sand isn't pure enough to be used to create silicon. So it never really was sand, but crystals found elsewhere?
Nope, it is sand, just not the sand that Josh is standing on in that video. That particular sand isn't pure enough, it has to be sourced from somewhere else.
@@CircuitBread ah okidoki, di you happenn to know how much pure enoughsand is it in the world? I got curious
That's an interesting question, we didn't research that. But my understanding is that we're not looking at a shortage or anything, I think there's plenty of sand at other places though I wonder, if we somehow did run out of the more pure sand, we'd just have to more aggressively purify the less pure sand that's out there.
for a moment i thought you had gone down south to find that sand. fun fact silicone is one of the easiest to find elements.
👍
I would like join as a student under you🤝
"Its your first date dont make it obvious you are a nerd"
Me: 6:25
😂
sometimes i slip and accidentaly write all my answers on a math test in binary.
The wafer is NOT silicon dioxide. It is silicon. You get this wrong several times.
Ah, dang it. Yes, silicon wafers are made from the purified silicon extracted from silicon dioxide. And while silicon dioxide is present in semiconductors as an insulator, if I'm not mistaken, the pure silicon is oxidized to create insulative layers.
@@CircuitBread Most of the time. It can be deposited, but that usually is not as good a dielectric as oxidized silicon.
In the meantime and between time 😂