*These videos take a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: ruclips.net/channel/UCk0fGHsCEzGig-rSzkfCjMwjoin Patreon: www.patreon.com/theengineeringmindset
I will not have time to dedicate to personal projects unfortunately, I recommend you do not share your ideas with others unless you have protected the ideas.
@@EngineeringMindset I don’t share them with anyone, I just thought you’re a brilliant engineer and also you can build cool things I thought you deserve to have my ideas shared with you.
@@alexhail9971 screws and other stuff are so simple they had to be invented at some point. WhaT's so hard about shaping a hot piece of iron into a gear, you have to be an engineer to understand the complexity of a transistor and how it leaped modern technology to unprecedented levels. Every integrated circuit in every piece of technology has to uses micro or even nano transistors. They transformed computers from massive devices that consumes tons of energy that can barely add 2 numbers to hand held computer that dose wonders in comparison and operates on a battery
I wanted to let you know that you do what a lot of my electrical engineering professors could not do for the life of them - and that is EXPLAIN WHY and WHAT is going on in a transistor circuit!! THANK YOU FOR WHAT YOU DO! I’m subscribed and I keep up with all of your latest videos and watch ones you’ve already made. You’re the best in EE knowledge!!
THIS is the best 9:30 I have ever spent learning about electronics. It is so perfectly succinct and clear, with no redundant words - close to perfect instruction on the subject. So why, over four decades, have I never heard of the conduction band? And I now also understand covalent bonding. A beautifully curated iterative explanation of the subject from beginning to end. Thank you!!! So good.
I train new industrial mechanics in an OJT setting. I often refer my trainees to your videos because even if they don't have a clue on the topic we are dealing with, you explain it so that even an elementary student could understand it. I can get away with referring them to you even if they do have a clue while it might make them feel like I am being condescending toward them if I start so basic in person. Thanks for your work!
Absolutely fantastic! As oposed to many other similar tutorials, this one addresses the fact that the layers are doped with different amounts, which makes a huge difference in understanding. It also says what materials can be used to dope the silicon. This must have been created by someone who had missed the full explanation himself and then when he finally got it he wanted to share it with the others so that nothing is left unaddressed.
What was covered here would be the first of maybe 3 or 4 parts at this rate if the functional use is included. Always remember that a basic transistor is to an extant an electronic version of a relay.
Back in the days of using house antennas (90's), I once used some old telephone wire to bring it to my room. It was then that I learned the difference between just any type of wire and Coaxial cable. The old telephone wire was not capable of providing a strong enough reception, which I later replaced with coaxial which was infinitely better.
Fun fact: the thumbnail for me showed the very famous 2N2222 transistor. For this transistor the explanation seemingly completely breaks down, because the 2N2222A transistor can amplify (and work as an oscillator with LC filter) without its base pin. You can snip out the base pin, and use the emitter and collector and can get a amplification from the device (kind of negative differential resistance)
Omg.. finally found a video that after 1 minutes i get it.. other video explain it with ball with four hand which made me confuse and i close the video after few second.. your water analogy makes more sense to me.. thanks..
Hi Engineering Mindset team, I would like to request a video that explained about How the PID controller works in detail. Thank you very much Engineering Mindset team!
Hi Engineering Mindset team, I love your videos, the way you explain difficult things is just awesome. In today's all Electrical vehicle, a controller used to controll motor, and you know there is one important part MOSFET. It also used in battery BMS. So could you make video on MOSFET. It's type, how it operate. How it generate PWM signal to motor.
Are you able to teach us how to create a receiver and transmitter? This would be really helpful to robot builders. Are you able to do it on a traditional brown breadboard? If not pcb board is fine, both will work for this circuit setup. Thank you
You did not show how you build a circuit to completely reset these transistor circuit units you mentioned, you just showed a way to partially reverse a buildup, but you didn't actually show what to do to balance this potential in a multiple layer circuit.
Topic request please. Could you please explain what is happening when you plug too many things into an outlet, say via a power strip, that it causes an overload. I assumed that everything would just receive less power, but instead it is acting like the devices are causing more power to be drawn. So it's not like electricity is just traveling through a path, but instead is being pulled. So, kind of confused. Thank you!
I think the attraction of the positive charge on the right doesn't let them do that. The forces that could make the electrons move further to the left are kinetic energy of the atoms in the P-region and energy of covalent bonds of the atoms there, and these energies are not enough to overcome the attraction of the positive charge on the right completely; thus there is balance, but no flow of electrons without external voltage applied. That's how I imagine it to be, but I'm not sure if I get it right. ☺ Sorry for intruding with my opinion.
Perhaps I need to view this again. I feel as though there was a leap of understanding that slipped by me. Understandably I am a rank novice but I wish the video circled back from the theoretical to to practical for novices like me to catch up.
Base is current input, collector is signal input, emitter is signal output. That's about all that makes sense to me, and I didn't get anything resembling an explanation from this video.
@@CatnamedMittens Power transistor amplifies input signal. Base is the input power section, the more power input can handle the higher the power output is from the emitter. Collector is the signal input gate that controls the emitter output.
It was demonstrating if the voltage is below the required minimum value, it won't allow current to flow. For example, the battery might state 1.5V but brand new itll be 1.6V and when dead it might be 0.4V
Yes... and No. They are the same like a VW bug and a Formula 1 car are both cars but the serve different purposes, The MOSFET is just s special type of transistor.
Hello, my company is using your videos as training material, just letting you know in case you haven’t authorized this. Thank you. Message me with any questions.
You did not explain what happens if the negative of the source voltage ie: battery is connected to the base and positive to the emitter in an NPN transistor or how that relates to a PNP transistor. Or if that is something one would not do or if it is, why one would want to do that. Also is it necessary to have two source connected one forward and one reverse in order for the transistor to work. This question is a result of you showing two voltage sources connected to one transistor without explaining why you did that with one source connected from base to emitter and the other emitter to collector. Again no explanation given for why you did both and how that relates to a PNP transistor.
man thats complicated. i got lost after like 4 mins with all the diagrams. i do think it would help if the diagrams were less crowded and more visually clear
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
*These videos take a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕
PayPal: www.paypal.me/TheEngineerinMindset
Channel membership: ruclips.net/channel/UCk0fGHsCEzGig-rSzkfCjMwjoin
Patreon: www.patreon.com/theengineeringmindset
Can I have your email so I can share some of my ideas of inventions?
I will not have time to dedicate to personal projects unfortunately, I recommend you do not share your ideas with others unless you have protected the ideas.
@@EngineeringMindset I don’t share them with anyone, I just thought you’re a brilliant engineer and also you can build cool things I thought you deserve to have my ideas shared with you.
Anyone who is reading this, Keep learning nothing is impossible, you can do it.
Fantastic video!
Perhaps MOSFET's next?
The Transistor is probably one of the greatest inventions in history. The things this tiny device enabled us to do are counless
Truth. But without the best of history, Mr "Benjamin Franklin", "Alessandro Volta" among others, nothing would have happened...
the nail even more..
Prity sure gears and screws are more inpatient than the transistor
@@alexhail9971 screws and other stuff are so simple they had to be invented at some point. WhaT's so hard about shaping a hot piece of iron into a gear, you have to be an engineer to understand the complexity of a transistor and how it leaped modern technology to unprecedented levels. Every integrated circuit in every piece of technology has to uses micro or even nano transistors. They transformed computers from massive devices that consumes tons of energy that can barely add 2 numbers to hand held computer that dose wonders in comparison and operates on a battery
@@alexhail9971 I think spelling is the more important invention.
I love that you started explaining from the basics of the basics, that makes it easier to understand
fluid mechanics is the best way to demonstrate electrical flow. he really nailed it with that animation.
I wanted to let you know that you do what a lot of my electrical engineering professors could not do for the life of them - and that is EXPLAIN WHY and WHAT is going on in a transistor circuit!!
THANK YOU FOR WHAT YOU DO! I’m subscribed and I keep up with all of your latest videos and watch ones you’ve already made. You’re the best in EE knowledge!!
Retired electrician/instrumentation fellow here. This is best analogy I have ever seen. Great animation! Great video!
THIS is the best 9:30 I have ever spent learning about electronics. It is so perfectly succinct and clear, with no redundant words - close to perfect instruction on the subject.
So why, over four decades, have I never heard of the conduction band? And I now also understand covalent bonding.
A beautifully curated iterative explanation of the subject from beginning to end. Thank you!!! So good.
I train new industrial mechanics in an OJT setting. I often refer my trainees to your videos because even if they don't have a clue on the topic we are dealing with, you explain it so that even an elementary student could understand it. I can get away with referring them to you even if they do have a clue while it might make them feel like I am being condescending toward them if I start so basic in person. Thanks for your work!
Absolutely fantastic! As oposed to many other similar tutorials, this one addresses the fact that the layers are doped with different amounts, which makes a huge difference in understanding. It also says what materials can be used to dope the silicon. This must have been created by someone who had missed the full explanation himself and then when he finally got it he wanted to share it with the others so that nothing is left unaddressed.
This is the simpliest explanation of transistors I have ever seen, thank you.
Could you make a video about star and delta in distribution system. When the exact connection is used and why.
Your Engineering Mindset, is SIMPLY the best.
This is one of the best animatio s I've seen for depletion region a d forward bias.
I was waiting for your exact video on this topic I think PCBs could come next, great as always!!
when i dont understand what my professors teaches... this is the best place to understand everything... thanks to you
Paul thank you so much for this insane video!
Another perfect example of the need for science AND art. You use art (via video, graphics) to better teach a subject. Great video!
God, you could nearly understand how logic gates could work already and wow, this is incredible engineering!
Oh my god what a clear explanation bro...awsome work...thanks for taking initiative to make video
Great video!Awaiting part 2! 😉👍🏻🍻
Transistors are absolutely amazing! Without transistors the world would be a completely different place with no computers!
Amazing channel! Makes understanding electronics so much easier!!
Thank you sir, this is a top class explanation 🔥
This video came out just in time before my exam on motor controls. Was having a hard time understanding transistors.
افضل قناة في شرح الهندسة الكهربائية
thankyou so much for explaining concept wise
Very good graphics and explanation, thank you.
Legit amazing video!! ❤
Pleasure to support this channel - this from an Engineer that learnt these things decades ago.
Thanks much for this detailed and informative video. I learn a lot.
Fantastic explanation. Will need to rewatch.
What was covered here would be the first of maybe 3 or 4 parts at this rate if the functional use is included. Always remember that a basic transistor is to an extant an electronic version of a relay.
1:00 when my brain starts yelling "But that's Nitrogen!!" lol
good video 🦊👍
Wow your video is very awesome your contents the engineering mindset is the most obvious content ever💖💖👍
Back in the days of using house antennas (90's), I once used some old telephone wire to bring it to my room. It was then that I learned the difference between just any type of wire and Coaxial cable. The old telephone wire was not capable of providing a strong enough reception, which I later replaced with coaxial which was infinitely better.
Thanks for the great effort on evry educational video you make
Excellent as usual. Thank you for sharing your vast knowledge.
Interesting Video! 👍
Fun fact: the thumbnail for me showed the very famous 2N2222 transistor.
For this transistor the explanation seemingly completely breaks down, because the 2N2222A transistor can amplify (and work as an oscillator with LC filter) without its base pin.
You can snip out the base pin, and use the emitter and collector and can get a amplification from the device (kind of negative differential resistance)
Amazing explanation. Well done!
Omg.. finally found a video that after 1 minutes i get it.. other video explain it with ball with four hand which made me confuse and i close the video after few second.. your water analogy makes more sense to me.. thanks..
BEST TEACHER 👍❤️
Great work 🥳 Thank you 💜
I enjoyed it, it was great. Always be at the top
Thank you pls continue
Very nice 👍
Thank you very much!
Chad, thx for explaining so many things
Excellent video
Yes
Good video as always
I always just hoped that if it could have helped me back in my college time coz our lecturers had taught us like weirdos so
Aluminium, you had it right the first time.
Excellent video!
Hi Engineering Mindset team, I would like to request a video that explained about How the PID controller works in detail. Thank you very much Engineering Mindset team!
Heck yeah! Thank you so much!
Интересное видео прям как в школе на уроке физики 🙏🙏🙏
This was awesome.
Please make understand the various applications of transistors
nice explain
Love you from Bangladesh
I feel like I've watched this video already. Was this a repost, redux or just a clip from a longer video?
Gosto muito de suas explicações
ah the good old atom model of mr Bohr, hello old friend
Holy hell. Humans are amazing. We are amazing.
Rad 🤘⚡
Hi Engineering Mindset team, I love your videos, the way you explain difficult things is just awesome.
In today's all Electrical vehicle, a controller used to controll motor, and you know there is one important part MOSFET. It also used in battery BMS. So could you make video on MOSFET. It's type, how it operate. How it generate PWM signal to motor.
See my new MOSFET explained video here➡️: ruclips.net/video/AwRJsze_9m4/видео.html
So just to confirm, in this NPN example, is current flowing from emitter to collector, or vice versa?
This analogy my teacher used 30 years ago
❤ Thanks
Engineering mindset can plz Explain Different types of power plant in detail plzzzzzzzzzzz
Are you able to teach us how to create a receiver and transmitter? This would be really helpful to robot builders. Are you able to do it on a traditional brown breadboard? If not pcb board is fine, both will work for this circuit setup. Thank you
Nice ✌ 😎
whats the reason for so many videos from EM about transistors?:D
Galing mg explain
Make video how transistor works in rc coupled amplifier
You did not show how you build a circuit to completely reset these transistor circuit units you mentioned, you just showed a way to partially reverse a buildup, but you didn't actually show what to do to balance this potential in a multiple layer circuit.
Thanks for sharing but can you put pdf also?
Aluminum? I thought they used phosphorus and boron to dope silicon. When do they use aluminum?
Topic request please.
Could you please explain what is happening when you plug too many things into an outlet, say via a power strip, that it causes an overload.
I assumed that everything would just receive less power, but instead it is acting like the devices are causing more power to be drawn. So it's not like electricity is just traveling through a path, but instead is being pulled. So, kind of confused.
Thank you!
Please see our electrical current video
5:25, can you explain why the electrons don’t keep moving left? Would the significant net positive charge continue to attract them?
I think the attraction of the positive charge on the right doesn't let them do that. The forces that could make the electrons move further to the left are kinetic energy of the atoms in the P-region and energy of covalent bonds of the atoms there, and these energies are not enough to overcome the attraction of the positive charge on the right completely; thus there is balance, but no flow of electrons without external voltage applied. That's how I imagine it to be, but I'm not sure if I get it right. ☺ Sorry for intruding with my opinion.
Yay! A new Video! :D
Awesome
Perhaps I need to view this again. I feel as though there was a leap of understanding that slipped by me. Understandably I am a rank novice but I wish the video circled back from the theoretical to to practical for novices like me to catch up.
nice
What is the emitter, base and collector?
Base is current input, collector is signal input, emitter is signal output. That's about all that makes sense to me, and I didn't get anything resembling an explanation from this video.
@@BigSmartArmed I've not seen a video explaining that.
@@CatnamedMittens Power transistor amplifies input signal. Base is the input power section, the more power input can handle the higher the power output is from the emitter. Collector is the signal input gate that controls the emitter output.
At 6:07 has your battery done an impetypodance or have I missed a sleep ping?
Answer: ruclips.net/video/PXNKkcB0pI4/видео.html
@@EngineeringMindset 0.5V on a 1.5V AA alkaline battery resembles a typo.
It was demonstrating if the voltage is below the required minimum value, it won't allow current to flow. For example, the battery might state 1.5V but brand new itll be 1.6V and when dead it might be 0.4V
(Power Amplifiers)Class D Class AB thank you
Is a transistor and a MOSFET the same thing?
Yes... and No. They are the same like a VW bug and a Formula 1 car are both cars but the serve different purposes, The MOSFET is just s special type of transistor.
See my new MOSFET explained video here➡️: ruclips.net/video/AwRJsze_9m4/видео.html
So what state is a 0 and which is a 1?
👍👍👍👍👍👍👍👍👍
Can you make a video about solar cooling? Thnxxxx
Seen our new video on HOW SOLAR PANELS WORK in detail ruclips.net/video/Yxt72aDjFgY/видео.html
First love the video!
Any instrumentation engineers ?😁
Why your videos dont allow to make clip. I will use only certain part of it but ı couldnt
If you wish to use our content then you will need to purchase a license
I connected water pipes to transistor, but sadly no water flow. I must have wrong bias.
Hello, my company is using your videos as training material, just letting you know in case you haven’t authorized this. Thank you. Message me with any questions.
Please email us privately with details.
FINALLY
You did not explain what happens if the negative of the source voltage ie: battery is connected to the base and positive to the emitter in an NPN transistor or how that relates to a PNP transistor. Or if that is something one would not do or if it is, why one would want to do that. Also is it necessary to have two source connected one forward and one reverse in order for the transistor to work. This question is a result of you showing two voltage sources connected to one transistor without explaining why you did that with one source connected from base to emitter and the other emitter to collector. Again no explanation given for why you did both and how that relates to a PNP transistor.
We add aluminum or ... aluminum XD
A
In shoe laita
💗🤝🏻
man thats complicated. i got lost after like 4 mins with all the diagrams. i do think it would help if the diagrams were less crowded and more visually clear