5 years? What the heck. They are normally 3 years. Did you do some foundation degree to bring you up to a suitable pre-requisite standard, or did they teach you really slowly?
This is really excellently described and visualised. It helped me understand the pinch-off effect, and I really appreciated the drawing attention to the mosfet symbols representing the internal connection between source and gate. I would love to see more explaining how the integral body diode is formed
The best illustrated and narrative video I've seen about MOSFETs. I'd like to see more of it in the future (BJT, Capacitor, Inductor...). I subscribed.
This is the best explanation and presentation I've ever seen about MOSFETs - including in Electronics Eng College. The absolute Technological Genius of this always blew my mind, and still does decades after learning about them. Bravo on getting that across here so well. Subbed!
Excellent graphics and explanations. It is difficult to find in-depth explanations about this. This video shows in a simple and well explained way how these semiconductors work. I've been looking for this for a long time. It's always good to share knowledge in an accessible way. Thank you and congratulations.
amazingly detailed explanation 1)with modern graphics 2)with interactive moments at 06:15 and 07:12 (which perfectly fit for teachers and students). Millions of students will be inspired by your tutorials in near future (this is for sure) P/S: the only thing I'd like to note (which I believe it should be fixed) The speed of narrators speech looks like a bit higher, it can be slowed down (by 0.8 or . 0.10%) to put some intonation to speech.
I felt soo dumb watching this.. :( at least i learnt two new things about MOSFET''s. Seems i gotta lean more basics. Good video, the animations helped a lot.
This is the best explanation and visual presentation what I have ever seen about teaching mosfets, now I understand everything about the mosfets, awesome, thank you.
Great video !! Absolutely great. The control of connection between source and drain is controlled by gate, and pinch-off effect are extremely well explianed. And that too all explained in less than 9 minutes. :)
Excellent material, it was covered in depth and I especially liked the speed with which you explained it: it is a video that I had to watch on more than one occasion to fully understand it and if you had been slower it would have been too boring and I would have abandoned it. the animations in blender were very careful. Thank you!
The video was amazing! it needs some speed improvements cause i think it’s a bit too fast and there’s not enough time in between sentences :) also too bad that it was text to speech, a real voice would’ve been nicer to the ears ^^ keep up the good work!! :D
How will the channel form under the gate because electrons in p-type semiconductor are in minority. Meaning there are very low to no electrons in the p region. So from where electrons gather under the gate in such concentrations so as to equal the concentration of electrons in source and drain effectively making it n-type ?
00:00 Transistors are the basic building blocks of modern electronics, with MOSFET being a popular type. 01:05 Semiconductors can be n-type or p-type depending on impurities 02:08 MOSFET has four terminals: source, drain, gate, and substrate. 03:02 MOSFET operation involves creating a channel between drain and source using a voltage source between gate and substrate. 04:02 Creating a channel in a MOSFET 05:08 MOSFET operation in ohmic region 06:10 Increasing gate voltage increases current in MOSFET 07:16 MOSFET circuit symbols and types Crafted by Merlin AI.
Hey so in the video after pinch off part you said about saturation current and when the reverse biase is increased the saturation current will not increase , so I have a doubt if the reverse bias increase doesn't it make the junction narrower so less currently can only pass through it , so shouldn't it be said the saturation will not decrease if the voltage increased instead of saturation current will not increase
The reverse biasing does increase but the junction will still exist. Theoretically the junction should cut-off by the growing depletion layer. But due to the large flow of electrons, the electrons jumps the depletion layer and continues to flow. But the electrons that can jump the depletion layer are limited, hence the saturation current is constant.
@@ExplorerStuff yeah I understood that but theoretically the saturation current would decrease right because of pinch off right so theoretically if I increase voltage upto beyond pinch off current should decrease instead of increasing right? Thanks for the reply
MY UNDERSTANDING OF THE MOSFET IS IMPROVING. I THINK I WATCHED 3 VIDEOS AND I BETTER NOT OVERLOAD SO IM GOING TO SLEEP ON THESE. THANKS FOR THE VIDEO.
Pinch off effect could not be explained any better. Absolutely amazing video!
The rapid autism calculator voice makes it hopeless to follow the instructions.
Way better explanation than the one I got from my 5-year electrical engineering degree
5 years? What the heck. They are normally 3 years. Did you do some foundation degree to bring you up to a suitable pre-requisite standard, or did they teach you really slowly?
Typically it takes 4-5 years in the US. 5-7 years if you do a masters
This is pretty funny, I had just said this to my fiancé. Guess it says what type of learners some people are.
Yeah same , but when I've learned there was no youtube to learn from.
lol... it's mean u didn't focus on university time
Tip: Watch this at 0.75 Playback speed ;-]
yep. it was pretty fast. cant understand it at normal speed.
This video was for the people who try to cover the whole syllabuse one night before exam 😂😂
Exactly what I did, it felt so normal after that 😄
I watched at 1.25 x
With captions
You are seriously and sincerely a wonderful creator. So glad the TH-cam algorithm recognized this as the precise answer to my question. Thank You.
This is really excellently described and visualised. It helped me understand the pinch-off effect, and I really appreciated the drawing attention to the mosfet symbols representing the internal connection between source and gate. I would love to see more explaining how the integral body diode is formed
The best illustrated and narrative video I've seen about MOSFETs. I'd like to see more of it in the future (BJT, Capacitor, Inductor...). I subscribed.
This is an amazing explanation. The animation of the pinch off effect really made the graphs finally click. Thank you!
Definitely the best graphics and explanation video I've seen in my life! Keep them coming Sir.👍🏼👍🏼👍🏼👍🏼👍🏼
I also agree with you. Love the video.
See learn engineering vdo on mosfet too
Not really, the ai voice is a turnoff and it’s paced wayyy too fast. I don’t want to have to pause after every 5 words.
This is the best explanation and presentation I've ever seen about MOSFETs - including in Electronics Eng College.
The absolute Technological Genius of this always blew my mind, and still does decades after learning about them.
Bravo on getting that across here so well.
Subbed!
Excellent graphics and explanations. It is difficult to find in-depth explanations about this. This video shows in a simple and well explained way how these semiconductors work.
I've been looking for this for a long time. It's always good to share knowledge in an accessible way.
Thank you and congratulations.
Please upload regular min one video per week,
Sir U upload video after long waiting.......
Your video's are very Helpful for Us.
Thanks
Thank You. I will try to do it.
amazingly detailed explanation 1)with modern graphics 2)with interactive moments at 06:15 and 07:12 (which perfectly fit for teachers and students). Millions of students will be inspired by your tutorials in near future (this is for sure)
P/S: the only thing I'd like to note (which I believe it should be fixed) The speed of narrators speech looks like a bit higher, it can be slowed down (by 0.8 or .
0.10%) to put some intonation to speech.
Thank you. Will improve in future videos.
BEST EXPLAINATION, FINALLY UNDERSTAND PINCHOFF
why wasn't this vedio recommended to me a semester ago...😭 but thanks for making MOSFET easy to understand~🍀
Having the parts labeled throughout would be super helpful. Lost track of what was what. These videos a awesome thank you!
Best explanation of mosfet i have ever seen
great video👍
respect from Gilgit Baltistan❤😊
The best video in this topic I ever came across! Great work.
I felt soo dumb watching this.. :( at least i learnt two new things about MOSFET''s. Seems i gotta lean more basics. Good video, the animations helped a lot.
This is the best video so far on explaining .... no stupid Indian accent... easy visuals... logically flowing order. Subscribed. Great work.
Helped a lot to visualize the construction
Thankss a lot!!!!
holy sh1t this was the best explanatory video I have ever watched
Make videos on digital circuits also❤
Clear and excellent explication, greeting from Colombia :)
One small video having thremendous amount of knowledge in it, Appreciated and loved it
Spent the whole semester but couldn't understand about mosfet it was just a matter of 8 minutes.
Thank you so much for this amazing video
This is the best explanation and visual presentation what I have ever seen about teaching mosfets, now I understand everything about the mosfets, awesome, thank you.
A wonderful animattion to explain MOSFET clearly. Thank you so much!
Super explanation and animation 💯 well done 👍
really very good explanation in no time. hats off
I've been watching a lot of MOSFET videos, and this one is the clearest so far! Excellent!
Thank you so much from the depth of my heart ❤
You are the best 😘❤️❤️... Thank you
I wish you had kept up the labelling of the S G D but aside from that this is the best explanation I have seen.
this is so cool!!! thank you!
One of best videos on electronic components,…….. speech and animation so well synchronised ,……..!
Well done ……..
Thanks for adding Persian language to the subtitles. ❤🌹😍👏👍👌🖐🌺🌷💌
سلام سپاس و...هزاران 👍...👍
ممنون و تشکر
The best explanation i've seen. Well done !!!
Great video !! Absolutely great. The control of connection between source and drain is controlled by gate, and pinch-off effect are extremely well explianed. And that too all explained in less than 9 minutes. :)
video was super helpful 🙌🙌🙌
Great job...in this 8:13 min , what u have showed us the entire course of solid state device in my engineering life couldnot teach us.
Great Visual graphoc. Many thanks!
The best complete video and explanation! Thank you!
Amazing video!!!!
Amazingly clear description, including details
Your video makes electronic more easy and interesting. Thank for sharing.
Really very simple and full of basic
Keep going sir!!
با سلام و درود
لطفا همیشه به کار خود ادامه بدهید بسیار از شما تشکر میکنم از بابت گذاشتن زیر نویس فارسی خداوند نگهدار شما باشد
Excellent material, it was covered in depth and I especially liked the speed with which you explained it: it is a video that I had to watch on more than one occasion to fully understand it and if you had been slower it would have been too boring and I would have abandoned it. the animations in blender were very careful. Thank you!
Glad you enjoyed it!😀
@@ExplorerStuff Computer animation: excellent; computer narration: awful.
Tutorial should be like this,………! Immediate subscription , wishing for more videos ………like Igfets , etc
Υou are the best of the best
Graphics alalysis all bravo my frend
The video was amazing! it needs some speed improvements cause i think it’s a bit too fast and there’s not enough time in between sentences :) also too bad that it was text to speech, a real voice would’ve been nicer to the ears ^^ keep up the good work!! :D
Amazing.......
Thanks a LOT...!!!!!!!!!!!!!!!!!
Thoroughly enlightening
Finally I understood those graph
Best explanation ever.
by far the best explanation I have come across for transistors, or electronics in general. ty
Great video tutorial. Clearly explains from basics to advance.
underrated Channel
wow that was a great explanation!
非常好谢谢作者❤
Well explained. 🌹
Fantastic teaching video. Thanks
Sir I am listining from India.you are best one .pl.give relax in your pronunciation.
Thanks sir very greatfull explanation , keep going all the best good luck
Your animation skill is amazing. Make more videos as soon as you can. Waiting for your videos
Amazing animation
Amazing visuals and explanations. Thanks for creating such a video.
Awesome explanation bro
Thank you for this amazing video...
Best explanation... 😍
Man this illustrations are so useful!! Thank you
This video saved me thank you so much. made it way easier to visualize how a MOSFET works
The best animation video I have ever seen, you explained very well keep going & thank you so much
Best animations I have ever seen.
Thank you from all my heart
Excellent article
Very nice explanation.nice animation
Very good...😊😊😊Hello. Please explain how the Tesla coil works. Thank you😊😊😊
How will the channel form under the gate because electrons in p-type semiconductor are in minority. Meaning there are very low to no electrons in the p region. So from where electrons gather under the gate in such concentrations so as to equal the concentration of electrons in source and drain effectively making it n-type ?
Awesome explanation with animation..Never before 6 months of my diploma in mos
hard to underswtand when narrator doesnt breathe
super sir clearly understanding video
Wow, thank you so much!!
great explanation.
very good explanation thx
greeting from algeria ♥
dude, with which program did you prepare this animation ? I need this program
Thank you very much. This is the best video for MOSFET. I got it right away
Awesome Thank You!
4:55 Awesome video. Best mosfet explanation i've seen! (but maybe confusing to use the word "collects", since BJT's have a "collector")
it's easy to understand how it work, thank you for creating so great vedio !
00:00 Transistors are the basic building blocks of modern electronics, with MOSFET being a popular type.
01:05 Semiconductors can be n-type or p-type depending on impurities
02:08 MOSFET has four terminals: source, drain, gate, and substrate.
03:02 MOSFET operation involves creating a channel between drain and source using a voltage source between gate and substrate.
04:02 Creating a channel in a MOSFET
05:08 MOSFET operation in ohmic region
06:10 Increasing gate voltage increases current in MOSFET
07:16 MOSFET circuit symbols and types
Crafted by Merlin AI.
way better explained than my professor, thank u
Hey so in the video after pinch off part you said about saturation current and when the reverse biase is increased the saturation current will not increase , so I have a doubt if the reverse bias increase doesn't it make the junction narrower so less currently can only pass through it , so shouldn't it be said the saturation will not decrease if the voltage increased instead of saturation current will not increase
The reverse biasing does increase but the junction will still exist.
Theoretically the junction should cut-off by the growing depletion layer.
But due to the large flow of electrons, the electrons jumps the depletion layer and continues to flow.
But the electrons that can jump the depletion layer are limited, hence the saturation current is constant.
@@ExplorerStuff yeah I understood that but theoretically the saturation current would decrease right because of pinch off right so theoretically if I increase voltage upto beyond pinch off current should decrease instead of increasing right?
Thanks for the reply
@@Rohit-xc3tl Theoretically there will be no current after pinch-off, because the depletion layer will block the path.
@@ExplorerStuff ohh okay got it 👍 thanks
good video 🧠
Thanks for the video. It was truly helpful in understanding the working of MOSFET. One of the best explanations ever!
Nice !!!! Plzz make videos on transistor working... How it works as a switch and amplifier. Thank you !
Very well explained sir
Thanks You Bro. 😀
Amazing video I like it good done brother .