9 Types of Transistors and How They Work ⚡ How a Transistor Works (Part 2)
![VirtualBrain [ENG]](http://yt3.ggpht.com/X7upR1XVhcILHv4-WcO9pyM9BixmnDf77KGoE8R6eqr9tzefxy-ouiO_dMwbxE_gAMVZz0hDDA=s48-c-k-c0x00ffffff-no-rj)
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- Опубліковано 1 чер 2024
- How a transistor works
Part 1: How do transistors work? - • How a Transistor Works...
Part 2: 9 Types of Transistors and how they work - You are looking at it now :P
Part 3: The Problem of Quantum Physics in Transistors - TBP
#transistors #electronics
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It's refreshing for me with better animated explanation, than what I learned 30 years ago.Need more videos on other components.
Wow, is this the same as rolling around in bed with someone and having sex or is this similar. Before anyone sees this maybe I should read all that I can in UA-cam and google about rules that might pertain to sexual inuendo. 😀
Phototransistor: Take a 2N3055 in TO3 package and open the lid, then you have a phototransistor.
You don't need a photodiode, the diode path from the transistor is enough.
Phototrasistors and an LED are often installed in optocouplers but are invisible.
"9 Types of Transistors"
As I said on Part 1; You are a helluva teacher, kind Sir. And i will repeat: that I was an RCA technical Instructor for many years; at our Training schools. Thus, I began teaching the first transistors (and vacuum Tubes); right on up to "Mosfet" Transistors; before I retired.
I would like to say this: IF we had had what you have now; we could have cut untold hours; in trying to teach our technicians; "How" do transistors work; AND more importantly "HOW" to Fix them; when they break down in TV's, Radios and other Electronic "GEMS"; that used transistors.
Thank you kind Sir for what you are doing; "REGARDLESS" of what some others say; like "espoused" from some "Commenters!" on this channel.
When we were kids my best friend and I would head to the dump (it was wide open and no security back then) about once a month and harvest components from old t.v.'s and radios we dug up for our reuse. Once we took a bucket of tubes to the local supermarket that had one of those courtesy tube testers there, but we were thrown out after about a half-hour of using their electricity to validate our tubes and not buying any of their tubes. ☺ Damn, those were fun times for a coupla broke entrepreneurs!
@@BeachsideHank Love it, kind Sir.
Thanks you are back, waiting for next episodes!!!
這是我看過最清楚的解釋影片，謝謝您精心製作影片，讓人們更了解電晶體!!
Be aware, Eduardo narrates the same content with his own voice on the Spanish and Italian versions, but needed to use a synthesized voice for the English ones. Like most people, I prefer a human voice but that would be very expensive in this case. I’m grateful he published his content in English, as I really appreciate his perspective, insight, knowledge, and of course his 3D models, as they go a long way reinforcing the text w animation.
Thank you, Eduardo!
Thank you for sharing your knowledge 🔥🔥🔥❤️❤️❤️
Nice video, thanks for sharing :)
This is great!
Nice videos and can give you a general idea of how things work. However, I would recommend watching additional sources as this one has weirdly incorrect information in a few places. But if this is your first exposure to transistors and you don’t actually want build anything with one, it’s probably good enough.
I will definitely be coming back to this video every time I need to Remember.
VERY GOOD INFO.....
Informative. Useful. Calming. Inspiring. Life-changing. Enjoyable. Heart-warming. Other.
Agreed 👍💯
This is the most comprehensive explanation for these semi conductors I have ever seen. Thank You. And I didn't care for computer generated voices in instructional videos, until now. Well done. You now have "Ghost Teacher" status.Very good. You are definitely monitoring the "synthesized" voice to make sure it is acurate. (Yes, I know; sampled. Hence the quotes on synthesized.) The future is now. It sucks being old. Carry on. Yes, Subbed!
man, above all, I love the graphics
Nice 👍
your channel is underrated
agree
My Fav part
Great!!!!
Thank you
Excellent video and great evert.
Thank you for this upload. Very clearly presented, nice animation, nice details and to the point. I liked your video and added it to my library for teaching kids at school thank you again for sharing.
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First, BJT is bipolar JUNCTION transistor -- not what you've been smoking -- you evidently sobered up later, but this should never have been a reasonable mistake. Second, PNP and NPN ARE BJT; they are not three classes. Third, holes from the p-side recombine with electrons from the n-side to emit light (or IR). Alternately, light excites an electron-hole pair in the junction and they follow the electric field to generate current in solar cells. "In series" applies to TWO terminal devices... Darlingtons have the b-e junctions in series and the collectors in parallel. You also omitted the MESFET (MEtal Semiconductor FET) that uses the Schottky effect rather like the JFET, the HEMT (High Electron Mobility Transistor), and the HetFET (Heterojunction FET). And this does not include variations including other semiconductor materials than Silicon... GaAsFET, Germanium hybrids, SiC, GaN, etc.
Not being funny, But can you please do a video series on them.
The corrections are appreciated, the attitude at the beginning - not so much. Especially when there’s a reasonable chance of a language barrier, as Eduardo likely speaks Spanish, with Italian as a second language. Anyone who can speak three languages could be given the assumption there’s a valid reason for the mistake; it’s obviously not because he’s not intelligent.
Everything great, but that voice goes incredible fast without any entonation, thank you.
رائع رائع وممتاز
In electronics are collector and emitter words basically swapped like conventional current is?
The world's best teacher
Newly registered. please make a video explaining the movement of electrons in the Joules thief circuit. 👍🇧🇷🙏🏼⚡
9 types?
Your image says “BJT, PNP, NPN,” ..and so on.
PNP and NPN *are* BJT transistors!
It’s like saying that ”a dice shows seven things: numbers, ones, twos,” ..and so on.
No hard feelings, it just sounded a bit strange. :)
Excellent, excellent, excellent video, gain to 11!!!! :DDDDDD
This video is not only in English but it's in English, so I can actually understand it, unlike rocket science speak! :D
You've upped up the gate masterfully in my head. :) So, I thank you for making this top notch video! subbed with the bell on!!!!!! :DDDDDDDD
9:05 somebody made a typo in the TTS text entry field box.
"Pita Newtons Jewkshuns"
can u upload a topology of power system and a cellphone charger tnx a lot
Hi.im a newbie and not even close to knowing anything.i just like to know things and now in my old age a quiet yrs ahead I like to do little project s and taking things apart and using parts and things from junk or broken items .so iv been just collecting all kinds of stuff.electronics etc...is there anything I should focus on from maybe the top thing in my box of electronic parts and switches etc.? What is top on the list as you would see it ..I like to de solder and collect and inventory my stuff....Id love to hear your thoughts...just a beginner I love motors and switches and can't wait to learn more .thank you
Can please create a video on how to test transistor if good or bad using multimeter . thank you
Yes that be great
Joint?
a pothead wrote this... apparently he doesnt know what a junction is
I always thought that the "J" in JFET stood for junction.
The J in JFET does stand for junction, not joint. Unless there's a 10th type of transistor?
J is for Junction, and 10th type of transistor is called a Schottky transistor (which utilizes a Schottky diode btwn Base & Collector..
What about the long lost step child and fans of double base (bass)? The UniJunction transistor
Please show us how thyristors work
This is very confusing!! I probably would have understood it better if you would have put pictures of actual transistors wired to other components (plainly marked) and plainly marking the base , emitter, and collector, and showing how to locate each one with plain to see markings. Thanks anyway for your thorough description, but I feel it was missing a few instructional diagrams.
How about RTIAC? Is it not a transistor?
@9:06 "Two Peeto Noonta Joonktions". It's OK! The Sub titles are there. The anonymity adds to the intrigue! :-)
Testing transistors and scr's
Uni Junction Transistor?
Static Induction Transistor?
How about MJE transistor
👍👍👍
so what did we see a diagram that Product a dimming light & a brown round thing something to do with amplification & not much more ? What -what .
let’s says if you build an inverter 200watts if you worked out a resistor wrong it’s will cause it’s flickering
BJT = Bipolar Junction Transistor. Not bipolar Joint transistor. It has nothing to do with marijuana.
Also, JFET is Junction Field Effect Transistor, not "Joint Field Effect Transistor."
Bipolar joint ?
Time to add the newest GaN
Other than the Jar Jar Binks voice interludes, this was interesting, but electrons move faster than holes .... uh?
There is a term in semiconductor "science" referred to as "Mobility." It's a measure of the net drift velocity for a given electric field gradient. It's been a long time, but I thought that holes had a higher "mobility" than did electrons. Electrons are real particles; holes are a "creature" of wave mechanics/quantum mechanics. They have "virtual" characteristics such as "virtual" mass. Again, it's been over 50 years since I studied this stuff.
I like the overall video but it confuses conventional and electron flow.
What type of transistor do we use in a Tesla coil? And how does it work?
keep up your videos are cool and usefull❤️
That is a whole subject in and of itself, but needless to say you don't need any transistor to run a Tesla coil (a spark gap system can be made to work) although any transistor type with sufficient voltage and current rating can do it.
It sounds like this guy is reading from a book, but pausing at the end of each printed line instead of the actual punctuation.
It's synthesized speech, could even be text-to-speech. There are a couple of places where it is totally garbled,
Insulated gate bipolar transistor
people barely talk about transistors in SOT23 package , and how some components that look like transistors are actually dual diode
Don't watch unless you want to get confused and a bit mislead. Video shows/says nothing of importance.
YOU WONT KNOW * from this video how to use them.
#bunkermaker
And who died and made you "God Almighty"? HUH?
@@MrPatdeeee not you unfortunately
@@guywhoknows I'm sorry that you're so miserable that you have to get your joy out of trolling the comment section of decent videos.
@@guywhoknows Actually, It IS "Fortunately". But of course, your "kinds" always paint yourselves into a corner.
Oh well.
@@DixieDee how is this a decent video?
Explain. Because it has very little information of type and function and application.
If it did then it would be a good video, but it offers none of this important information.
Photo not foto..... besides any transistor without a case, is a photo transistor
This breakdown is inconsistent. BJT's are broken down into PNP and NPN but MOSFETs are not broken down into N-CH and P-CH. Strictly speaking IGBTs while being a MOSFET/BJT darlington are on a single die and have different characteristics to a discrete implementation. Theoretically JFETs can come in N-CH and P-CH varieties although I'm not aware of and P-CH devices on the market. BJT darlingtons behave exactly the same as their discrete implementation so don't deserve there own type. Unijunction transistors are missing as are GaN of which there are devices with and without a body diode with differences in behaviour. In MOSFETs there are dual gate varieties that deserve mention. Quantum transistors deserve to be broken down into Josephson junction transistors and the newer varieties. GTO's are also missing. One could even argue that SCR's and Triacs deserve a mention here being 3 terminal devices with switch behaviour.
good content, extremely annoying music
Ugh, why do you use an artificial narrator? Computer generated speech does not yet contain the pauses, pitch changes, and other nuances of speech that make me want to keep listening. The entire video sounds like one big run-on sentence. Take a lesson from Branch Education; those are some of the best educational videos I've ever seen. And, no surprise, they are narrated by a human.
Suscribete.... 🤣 😂 🤣
❤ 369
Is that a computer generated voice ? It sucks !
LDMOS?
In 2024 in EU we have LGBT transistor. Sticking it to Putin! Slava Ukraine!
great info , but GET RID OF THE ROBOT VOICE !!!!!!!!!!!!!!!!!!
Sorry, but to me this, overview, does nothing to really explain what is happening or how they are applied. The one and off part is clear but most transistors are used to amplify voltage or sound, or signal. Your illustration shows none of that. I had first learned how to read schematics back in the 1970's, and used what I learned from my dad on occasion, and read very helpful book on it that he had about transistors. Found out less here on this video...
I bet nobody understood a damn word you said
Cant listen to this voice which is also toofast
Good graphics but the AI voice needs to go. I can not tolerate it.
why use a synthetic voice? it makes it painful to listen to
Text to speech is awful...
That episode sounds very sexistic.I ve heard more times than i can take the word "GAtE" & "GBT Something?" Take care guys , we came hear to learn electronics , not to protest against
I really like the content and animations, but I CAN'T STAND the synthesized voiceover! So I will not subscribe. I really wish you would personally do the narration. I was finally able to get through this by turning on the closed captioning and muting the sound.
The BJT is a bipolar *junction* transistor. There's not "joint" involved.
And you forgot about unijunction transistors. See en.wikipedia.org/wiki/Unijunction_transistor
Isn't a junction like a joint?
Obviously i am not getting any healthier because I may be directing myself to something that I will not be able to finish learning about transistors here in UA-cam 😀😃😄😁😆💣💥☝👎🧒👧🤷♀🧜🏃♀