That was fun. I vaguely remember that from high school. If I remember correctly, the transistor is two diodes back to back or front to front hence; NPN or PNP. It's been over 40 years. Great videos 👍😷
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
bjt is by far not the most common transistor if you count all the individual fet in cmos ic chips :) … maybe it’s the most common sold as a discrete component?
2:43 This is totally wrong. Each p and n region is perfectly neutral. It is only the ability to become positive and the ability to become negative or you can say positive charge carriers or negative charge carriers. But the overall charge is neutral before the junction is made.
Perhaps silicon or germanium can be replaced with recycled aluminium in combination with recycled glas and recycled plastic. Those are cheaper earthcomponents and cheaper fabrication is possible perhaps. Thanks for this video, kind regards.
Small point, there were pocket size tube radios. They used the small tubes w leads that were soldered directly, not sockets and pins. I used a low V one designed to be for hearing aids, as a guitar preamp.
Excuse me sir ! Kindly make a vedio on thyristor, SCR, TCR, MOSFET etc ...and converters I.e Buck boost etc Hopefully waiting for positive response. Thank you !
Hi Shahzaib, Thanks for your comment and topic suggestions. I will happily go ahead and forward this to the team. Hopefully, we can focus our future video courses on those topics. Thanks again for sharing and happy learning!
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I've watched like 10 videos and I understood nothing about this topic, but first minute in this video I understood everything. Thanks
That's amazing! Glad to hear that our video lessons have been helpful.
Very best Technical Page ............. Thanks @RealRars
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We appreciate your great work. Thanks very much my friend
Thank you for sharing, Vitalie! Happy learning.
That was fun. I vaguely remember that from high school. If I remember correctly, the transistor is two diodes back to back or front to front hence; NPN or PNP. It's been over 40 years. Great videos 👍😷
Thanks a lot, Tim! :)
I thought that would be considered a triac
thanks alot
You're very welcome!
Do u have plans to make a video on transistor theory? Depletion zone, biasing?
Thanks for your topic suggestion, James! I will happily go ahead and forward this to our course developers.
I am a Fresher BSC engineer in EEE.Can Anyone suggest some skills for remote job related to EEE field?
This is indeed the best channel on youtube to learn about different engineering principles
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us.
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Man..am in 12th and I need to study about this for mains
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It's a switch that can be turned on and off with a small voltage... there, done, and it didn't require an 8 minute video 😂
The best channel to learn automation. Thank you for the great videos.
Thanks a million for your support, we are very happy to hear that. Happy learning!
Excellent video. Can you do some videos for newbie idiots like me? I am confused about start and run capacitors in motors.
thnaks
bjt is by far not the most common transistor if you count all the individual fet in cmos ic chips :) … maybe it’s the most common sold as a discrete component?
Thanks for your input.
This channel is going the right direction. Nice video.
Amazing to receive such positive feedback, thanks for sharing!
Good
Please see Revelation 14:12 & 18:23, Quit PCR test is really alarming the thing spoeple have shown of it.
2:43 This is totally wrong. Each p and n region is perfectly neutral. It is only the ability to become positive and the ability to become negative or you can say positive charge carriers or negative charge carriers. But the overall charge is neutral before the junction is made.
Nope, you’re wrong. They are not perfectly neutral - they simply do not have enough charge to cross the centre gap whether it be npn or pnp.
@@elena6516 Yes. After the junction is created, then. Ok.
Thanks sir
Love the channel.nice video.thanks for sharing👍👍👍
Amazing! Thanks for your support.
Perhaps silicon or germanium can be replaced with recycled aluminium in combination with recycled glas and recycled plastic.
Those are cheaper earthcomponents and cheaper fabrication is possible perhaps. Thanks for this video, kind regards.
Great point! Thank you for sharing
Small point, there were pocket size tube radios. They used the small tubes w leads that were soldered directly, not sockets and pins. I used a low V one designed to be for hearing aids, as a guitar preamp.
Like your video
Very informative video
Glad you liked it!
Very good video.
Glad you liked it!
Excuse me sir ! Kindly make a vedio on thyristor, SCR, TCR, MOSFET etc ...and converters I.e Buck boost etc
Hopefully waiting for positive response.
Thank you !
Hi Shahzaib,
Thanks for your comment and topic suggestions. I will happily go ahead and forward this to the team. Hopefully, we can focus our future video courses on those topics.
Thanks again for sharing and happy learning!
@@realpars thank you sir 🥀🖤
Anytime I click on a video made by realpars, there’s this joy that fills my heart. God bless this page and the crew
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Can't thank you enough for learning new skills everyday from you chanel.
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Great video sir!
Thank you!
Thank you
Happy learning!
Nice
Thank you!
transistor is a electronics hart.
Great video
Thank you!
Nice video, thanks for sharing :)
You're more than welcome!
The way you explain it is very good, keep it up. And at last we need an episode about mosfets and igbt :D
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what a great video. i love you real pars
Glad you like it! Thank you
this is the easiest explanation .....on transistor
Glad to hear that, Komal! Thanks for sharing
100s of 1000s 😄
Good sir
🙏🌹
Do u have a video that explain transistors in more details?
Hi James,
Not yet, but that's a great suggestion! I will happily pass this on to our course developers for future video courses.
@@realparsthank u ❤
👍👍👍
I appreciat it this channel.
Thank you!
Thank you very much
You are very welcome!
Very nicely explained
Glad to hear that, Furqan! Thank you for sharing.
Easy and to the point explaination 👍
Great to hear that, Saloni!
Well explained.
Thank you, Abreham!
Very nice work
Thanks a lot!
Great lesson!
You're very welcome!
Thanks!
Our pleasure!
What a GREAT video! It really helped me, a total electronics simpleton, to understand transistors, etc. Thanks!!
That's great to hear, Corey! Feel free to contact us if you have any questions along the way.
Happy learning.