What a wonderful analogy used very few teachers can really relate these theoretical concepts into practical analogies and I appreciative for the same thank you for taking the time out for thinking and explaining it to others
I'm fairly puzzled by this because using Falstad circuit emulator, it works basically opposite of how it's explained in this video. In the emulation, N-channel JFETs begin to restrict flow of current below the negative threshold of the component, essentially turning the drain-source path OFF the more negative the gate becomes, and P-channel do likewise when they exceed their positive threshold on the gate. This video makes it sound like that shouldn't be the case. I'd love some clarification on this.
Is it the same principle in JFET N-channel, current flow from drain to source when a low voltage is existed on the gate or its the opposite current flow from Source to drain ..?
@@eeapplications so, if the transistor is normally open (it means that current can flow through channel without any Ugs), why in the movie you are telling 4:04 that without Ugs "no current flows between drain and source" ?
What a wonderful analogy used very few teachers can really relate these theoretical concepts into practical analogies and I appreciative for the same thank you for taking the time out for thinking and explaining it to others
Good video, thanks! Great music during the animation too!
Thank you so much 😊🙏🏼
Good tutorial, i understand because this tutorial, thank you very much...🙏
Well explained!
Thank you!
I am glad you like it. Thank you 😊👍
I'm fairly puzzled by this because using Falstad circuit emulator, it works basically opposite of how it's explained in this video. In the emulation, N-channel JFETs begin to restrict flow of current below the negative threshold of the component, essentially turning the drain-source path OFF the more negative the gate becomes, and P-channel do likewise when they exceed their positive threshold on the gate. This video makes it sound like that shouldn't be the case. I'd love some clarification on this.
thank you💛
You explained very well keep it up.
Thank you so much ☺️🙏🏼
Thank you my teacher
Thank you so much 😊
Interesting brother. I will do some weird idea using this.
Hey, When Vgs=0, if Vds>0,motor will still run. Please correct this.
In n-jfet does the current flows from drain to source?. Bcz positive is connected to source, so will the current flow will be in opposite direction?
What is that software you used for the circuit animation? I need that.
Thank you
In the first part (2:30) you connect the battery of 12V directly to drain, but in simulation (5:09) you connect it to DC motor. Which one is correct?
thats good! thanks
Thank you ☺️
Thank bro
If you put 3V between Gate and ground and the motor between Source and ground the Volage between Gate and Source is 3V minus Voltage on motor.
Please recommend that electric circuit make and testing application
Hi, I will try to make such videos in the future.
What if the trigger voltage is greater than DC source voltage
Is it the same principle in JFET N-channel, current flow from drain to source when a low voltage is existed on the gate or its the opposite current flow from Source to drain ..?
Current flow from drain to source in N-channel JFET if P-channel JFET Current flow from source to drain.
Sir what will happens if we interchange 1v and 12 v.
1V cannot provide the current required for the motor to run.
Thank frend
Thank yo so much 😊
hello friend!
Hello 🙋
Are not JFETs normally open?
Yes normally open.
Yes and he is closing it with positive voltage - Vgs
@@eeapplications so, if the transistor is normally open (it means that current can flow through channel without any Ugs), why in the movie you are telling 4:04 that without Ugs "no current flows between drain and source" ?
Sir
You using application name please tell me
5:00 video time application
Hi. The application I use here is the Proteus simulation program.
Proteus developed by LabCenter. Very expensive btw.
Thanks send me the software
it's pronounced JayFET not jiffet. Just like the letter J. Say Jay then fet. Jayfet.
Nice lesson
This is a very informative site, but this narrator can’t be understood. Please get someone who’s language is Native American English.
️Hi, I'm so glad you like our videos🙏
check subtitles, mate!
Thank you