Hands down the best explanation of MOSFETS and JFETS on KZread! Thanks! 👍🏻

I had this all in college but with these Visuals I see it so much clearer. I wish I had access to these visuals back then.

@bluewave2432

2 жыл бұрын

Glad i got this video for college 😜 this’ll help out a ton

This channel always help me for my studies. Thank you so much. During lockdown my college is closed but thanks a lot to channels like of your one and KZread for availing a online study platform for us students.

This is the best explanation of FETs I've come across youtube. Well done!

Karen, your videos are awesome !!! . really appreciate for the great knowledge. Very simple, descriptive and clear understanding.

The visualizations in this series really help!

I can't believe how good this video explains the topic. Unbelievable

Thank you very much, this video was so helpful to me, and I'm looking forward to seeing many more.

This was really clear and concise! Very easy to understand!

The best explanation video one could find is this

Best transistor video on the internet that I've ever watched

Excellent presentation. This has been helpful. Thanks

Great explanation. So clear. Well done. I now understand something that I have never understood.

Thank you!! This is the best explanation I could ever hope for! I though I could do it on my own, but I was mistake.

Best explanation I've had. Thank you

It gives more clarity and understanding. Thanks

This is really good stuff thanks for putting this out there!

Thank you for these videos!

At 0:40 I think you compared a PNP BJT with a N-type MOSFET, because the drain should be the equivalent of the colector, gate-base and source-emitter.

@user-vo6yr8rf4c

Жыл бұрын

I was thinking about that... 🤔

Excellent presentation 👍

Your explanation is good and clear 👍

This explanation was SPOT On.

Fantastic explanation, thank you very much.

Thank you so much . Keep the great work going

Man if I had a teacher like this during the transistor classes a school I might have actually paid attention.

@bollingermailru

3 жыл бұрын

probably your attention would not be focused on the subject. :)))

@rcallumto5627

2 жыл бұрын

@@bollingermailru The subject is subjective

@moments_with_IH

2 жыл бұрын

@@rcallumto5627 HAHA

thanks for the class .............god bless you

Thank you so much, Karen!

@jeetenderkakkar7570

3 жыл бұрын

Thanks

So well done. Thank you.

Very nice thanks for your help and training

Thanks for the generosity to teach !! I would suggest to slow down the pace of the teachings, to help beginners get a better grasp of what's being said. Thanks again.

@robertjennings397

3 ай бұрын

Adjust speed of recording device behind gear wheel at corner of You tube window screen.

Thank you so much for your help

Great simulation. Thanks a lot

Thanks, Karen!

Your videos are owesome thank you

..good visual explanation, thanks👌

thank you very much, loved it.

We will get good knowledge in how to work transistors ❤

Mam, Ur are very very good at teaching,u are just mind blowing,amazing mam,thank you for your information ❤❤❤

When you come back to teach, I will come to listen. I like to see women teaching.

Cheers Karen!

Nice Informative video

Great video Karen. When will you do one on OP-Amps?

@maker_karen1785

5 жыл бұрын

It's on the list, but it'll be a while.

2:21 why the Gate Source voltage needs to be lower than the Drain Source voltage to a depletion zone happens? In a normally PN junction the higher the voltage is, the higher is the depletion zone (if it is reverse connect)

you make me cry ..you are great teacher ^_^

@ccandrew111

5 жыл бұрын

Jan Caspar Esguerra I did a degree in electronics and I must say that Karen does a very capable job. Always nice to remind myself of the basics lol

great video

06:22 : How is it possible that the drain current can be larger or smaller than the source current in a Mosfet? (Apart from the tiny charge to initially charge the gate.) Is this not an error in the video?

Could a FET be used similar to a potentiometer (varisistor)? Even if a lot of heat would be created to waste energy

aren't the VGS + and - reversed(+ should be on the top) when mosfet is operated in enhancement mode? at 6:04 . Greetings and thanks

@ytubeleo

2 жыл бұрын

I believe you are correct

Simply put it, in a n channel jfet, you increase the negative reverse bias gate voltage. - vgs . In a p channel jfet, you increase the positives reverse bias gate voltage, + vgs.

Seems that the D-mosfet was not forward biased to increase the channel width in the last portion of the video, wouldn't the gate need a positive charge,drawing negative charges into the channel from the substrate, increasing the width of the channel and there by increasing current through the mosfet, the battery, it seems, should of been switched in polarity from the last screenshot but wasn't? Great videos though and much appreciated, thanks :)

Hi Karen, I love your videos! Im just a bit lost in the word "bias", I don't understand what it is and in the video you say things like "the more bias the gate becomes" and "to increase the bias". I understand the principle of reversed bias or forward bias, I just don't follow it when it is used in a different context. Can you please enlighten me :) thanks so much!

@YousufAliMoiz

3 жыл бұрын

Hi Anne, The word "Bias" means the operating point of the transistor. The DC Bias is required to make the transistor in the active region such that it can be used as an amplifier. Transistor have 2 regions, (Cut-off, Active & Saturation). Proper Biasing of the gate voltage makes the transistor into active region. Karen, please correct me if I am right. Karen your videos are great and very easy to understand the basic concept . Thank you

Hi Karen, at 6:05 the + of Vgs shouldn't be on top?

@TheSubConscious9

2 ай бұрын

Im thinking the same

Thank you Thank you

Thanks sister

wow ! thanks !

very helpful

So enhancement mode MOSFETs work more like BJTs?

❤ thank you

Very good video I like

There is a mistake on the video. You state the source on the FET is equivalent to the collector on the BJT. The opposite is true. Drain = Collector; Source = Emitter.

@hasancanar3125

5 жыл бұрын

In FET, holes move in same direction with current which flow from drain to source. However, in BJT case, current flows from emitter to collector also the holes. As a result, Drain = Emitter and Source = Collector.

@carybaxter274

5 жыл бұрын

@@hasancanar3125 Wikipedia is not the only reference that says so, but for example, Wikipedia says, "All FETs have source, drain, and gate terminals that correspond roughly to the emitter, collector, and base of BJTs." The other sources will also agree.

@carybaxter274

5 жыл бұрын

@@hasancanar3125 From "FET Circuits" by Rufus P. Turner 1977, Ch. 1, pg. 12; "The drain is equivalent to the plate of a tube or the collector of a regular transistor; the source is equivalent to the cathode of a tube or the emitter of a regular transistor..."

Tks Beauty girl, exelent video, 💯

Can you explain for us how to calculate the gin's of transistor?

Simply put it, the difference is, vgs reverse bias voltage, decreases current flow, and the higher vds, in increases the current flow.

FETs are the solid state of Vacuum tubes so what about a FET version of the CANADIAN WESTINGHOUSE 656?, Drain:=Plate Source:=Cathode. Gate:=Grid

great!

I understand it's function,what is about working principle of IGBT

thank you clever girl

VGS battery terminal symbol (VGS) is not correct for the depletion MOSFET for the forward bias. Overall video is good, thank you!

Aww you're so sweet teacher love it 😀

It so usefull

You're awesomee

check out CircuitBread's video "How a MOSFET Works - with animation! | Intermediate Electronics" and "What are the Different Regions of Operation for a FET? | Intermediate Electronics" they are good complements to this video that fill in some little details that can clarify things

Is p for + OR -, in all transistor

Cool... time to buy a handful of JFETs... I know that I'll pop a few by accident.

Love you

how to find SMD capacitaor value

Now Im less confused😎

You get my thumber... kept going on

love you zelda shirt

Failed an interview at dream company because I didn't know what's JFET.

Sister please slow down I'm confused. you explained great but I'm a dul student

I don't get it. Back to trying to fit a circle block into a square hole

You give a lot of information very quickly. D channel this and gate that and n channel forward or reverse! We no sooner get a chance to look at the picture and you are on to the next one. I know, pause and look at it. Explanations and examples would help alot. I have been trying to understand these for years. Those teaching this know the information, are usually bored by the process, and can't see why we don't understand something that they learned years ago. The point is some of us are trying to learn what you have already learned and as yet cannot find a way to understand the subject. Slow down Sheldon or we will never understand Dark Matter (The Big Bang Theory)!

@gregorykusiak5424

5 жыл бұрын

I can relate to this - I'm looking for a solution for a project that's way beyond me, and I THINK I'm getting really close with n-channel e-MOSFETs from these videos (this one particularly), but I'll have to re-watch and poke around in some other places to narrow things down. Heck, I'm still struggling with cathode and anode...positive and negative make much more sense right now. More comprehensive and specific videos would probably help more than these compendia.

@Cyberplayer5

4 жыл бұрын

You can slow down the video and pause to look at the picture and rewind. There is no quiz at the end.

@3maisons

3 жыл бұрын

@@Cyberplayer5 You can't improve pronunciation this way, and you shouldn't have to. There is one spot where she means to say "and" but it comes out "N"

It is much easier to learn when your being taught by a cute teacher. All my professors were old men.

Sound level is low compare to previous Video "how trns work".

Something you may not know is JFETs behave a lot like vacuum tubes.

Some practical examples of what they can do would be helpful.

my lovly carins

She an work in an auction as the best fast talker.

best video on fets on youtube, the others are too theoterical , lack content, amateurs or nothing didactic. ⭐⭐⭐⭐⭐

Hey could you try this software? scan circuit solver on the playstore!

i felt like i was again 8 years old and my mom was teaching her stupid son how to multiply 3 digit numbers with 2 digits like a boss

Aw shucks, I was hoping to learn more about my cat.

I find it very disconcerting that you use + to - current flow

Too fast, slow down. Please

@reasonablebeing5392

5 жыл бұрын

You can adjust the speed in the video settings. I do it all of the time for very slow speakers (speed it up) and for fast talkers (slow it down).

Veritas engr student gather here 😂

"There are two basic types of FETs." Wrong. You forgot about the most important (and most awesome) type of FET. The BOBA FET. ;-)

@tetsujin_144

5 жыл бұрын

Its backpack's got jets!

@AINews13

5 жыл бұрын

DAMN! I was just gonna say that! Hungry? Make a boba bread with melted fetta cheese.

@mohamedisma3ili355

4 жыл бұрын

تتعجبني الحرك ديالك جميل جدا

...my professor took 4 hours to explain this AND IT STILL DIDNT MAKE SENSE!

please go slowly..u had that hussain bolt shoes

I didn’t understand any of this