How to use transistor l 5 different ways of using transistor

hi ! In this video I showed different ways of using transistor. If you are new to transistors this might be lot helpful. feel free to comment if you have questions related to this. I will help you as soon as I see them.
Components :
* 2N2222 or 2n3904 transistor
* 220 ohm resistor (red, red brown )
* 10k ohm resistor (brown, black orange)
* 50k ohm resistor (blue colored one in the video)
* capacitor (220uf to 4700uf )
* push button
* LED
Circuit Simulation link :
drive.google.c...

[@arufuredo]

Little detail for those who tried the first one... It says it uses a 2n2222, but instead, it's a 2n3903. The first one has its pins like CBE, whereas the latter is EBC. That way if you try to copy EXACTLY as you see on the video it won't work! Later, if you see the video that is in the description you can see that it uses the 2n3903. Anyhow, great video, thanks a lot for your effort and time!

[@albertjoseph9684]

Thanks for letting everyone know.

[@sau002]

Good efforts. But, you need to give an overview of what you are trying to achieve. Through a circuit diagram , or subtitles or through narration.

[@djblackarrow]

For timed switching I would take a MOSFET transistor. Because a MOSFET requires almost no gate current unlike normal NPN / PNP transistors. A capacitor connected to the gate can be charged and discharged by potentiometer within any time. Without discharge resistance, it takes a long time for the capacitor to discharge. The base of an ordinary transistor quickly "sucks" the capacitor charge. The pins of a MOSFET are as follows: G, D, S. gate, drain, source. The "control voltage" is applied to the gate. For N-Channel Fet's this voltage must be positive. For P-Channel Fet's, this voltage must be negative. To prevent unintentional switching on, you have to take a pull-down resistor (e.g. 10k). For N-Channel Fet's, this resistor is connected between the gate and the negative pole of the voltage source. For P-Channel Fet's this resistance is connected between the gate and the positive pole of the voltage source. The "drain" connection is always connected to the load to be switched. The "Source" connection is connected to the negative pole of the voltage source with N-Channel Fet's. For P-Channel Fet's it is connected to the positive pole of the voltage source. If someone wants to switch a relay, a motor, or other inductive loads, then please do not forget the freewheeling diode, otherwise the transistor or MOSFET breaks faster than you can imagine. A freewheeling diode is always connected in the opposite voltage direction and especially parallel to the load. Anode to the positive output, cathode to the negative output.

[@zlotuptaka4675]

5:05 it a face

[@ctbully]

Learning electronics without circuit diagrams is akin to learning to fly an airplane without being taught about the instruments on that airplane

[@greenthizzle4]

John Bull honestly I don't really care for them, I'm more of a visual learner I can understand it far better seeing it put together

[@DoktrDub]

Jake Mitch but sometimes it isn’t enough, you can’t eyeball certain components! I think what he is saying is that it could of been helpful if he put a few hints at the component terminals and maybe a quick picture of a diagram for people who’d like to see it

[@PJBonoVox]

Learning electronics with that HORRIFIC music is enough to put one off for life.

[@yummyklown9226]

@@greenthizzle4 That's not how electronics work man. You need schematics.

[@halid9457]

just pull out a sheet and draw the circuit you lazy idiot

[@user-zi6cu3yn4s]

The video was so good that I can easily identified its diagram... thanks for your educational video

[@nadeepadeshan3615]

I am student .i learnt where we can use transisters .thanx sir .you helped me my problem

[@dennisszczyglowski6557]

this music is so infuriating

[@realcartoongirl]

electro light - symbolism (ncs release)

[@m0ment219]

The "hi ! In..." in the description too lol

[@pearlpapercrafts4593]

Turi ip ip ip ip ip ip tsha ik

[@albertjoseph9684]

Very good video for beginners.

[@aubreymartin435]

Excellent demonstration and visual explanation - Thank you so much!

[@sudhirpatil3434]

Very fine practicle explantion- quiet useful for beginners!

[@wadisanaa]

Great camera , and best angle .....you cant go wrong with this . Thanks . Subscribed .

[@emigrantdolphin6740]

Can't for the hell of me understand how transistors work on electron level, but now at least I learned that when middle one is connected to the circuit (emitter side) it lets electrons through. Thanks

[@ianturner2229]

Nicely done - clear and obvious and easy to reproduce - keep up the good tutorials.

[@jean-claudegillet6319]

Hello, here are 5 very nice applications in principle and very simple to test = Congratulations. However small note: Often beginners (me too) claim a scheme, I think in this case just be a little observant and think a little too = then okay. Except in my case = I can still have a little problem because I am color blind and resistances (colors) very often cause me problems. I am therefore a special case but I say Bravos to you

[@tonywright8294]

Buy a multimeter !

[@sanjayyadav2263]

Thanks u so much sir

[@maraferreira6865]

Very great Job. Thanks a lot...

[@jean-claudegillet6319]

OK IN ENGLISH : Congratulations. However small remark: Often the beginners (me too) claim a diagram, I think that in this case it is enough to be a little observant and to think a little too = then agree. Except in my case = I can still have a small problem because I am color-blind and resistances (colors) very often causes me problems. So I am a special case but I tell you Bravos ...... "

[@HelloMyNamesNino]

Jean-Claude Gillet your best bet is heading over to French KZbin because that made no sense sorry.

[@RutgerHoward]

Electronics is a very dangerous hobby for a color blind person

[@reekymirror6764]

Nino I see why ur profile pic is Donald trump because you are just as dumb and ignorant as him

[@wirabumi54]

Good display. But maybe better if you put also the circuit diagram in every function

[@Salfke]

Hi, Nice things that you're doing but maybe it's a thing to show the schematic diagrams how you build it. Keep it going it's usefull

[@curiosity551]

I will keep this in mind. Thanks!

[@MsKermit000]

Can you put some diagrams of them somewhere?

[@BobTheBuilder294]

what was the battery? Sorry, im really new at this stuff and having a hard time understanding it.

[@InventionClass]

Nice video #electronspark

[@sagarn18]

which book do you refer to learn all this ?

[@shivangprasad]

thank you so much

[@scientificspirit1061]

Are you a BTech in electronics engineering ?

[@AlejandraRodriguezTi]

I liked the simple demonstrations :) is fast. Some of them look so similar, adding a multimeter will be nice to actually see how different the values are

[@curiosity551]

Yeah. Thanks for the feedback. Will do it in my future videos.

[@charmindesai3730]

The power source is not there in the video

[@abhimanyuarora7500]

Yes

[@dan-mg4tc]

Just a question. Does the transistor give out an continuous voltage or discrete. What I mean is does ithe emitter go from straight from 1 to 0 or Can you control the emitter's voltage like 0.5 with the Base current

[@curiosity551]

Transistor can go 1 to 0 and also all the values in between. In saturation mode it gives 1 and in cut off its 0. In Saturation transistor acts like a closed switch, opposite with cut off. In active region transistor would act like a resistor whose value depends upon base current. All i said above is just a rough (however good enough) idea. But you can view transistor that way.

[@zozo71zozo71]

very good sample, i will try that.

[@zozo71zozo71]

it works fine!

[@realcartoongirl]

good video but bad music for this topic

[@ElectroMaker]

Awesome video, Great job ☺

[@curiosity551]

ElectroMaker thank you bro ! happy raksha bandhan :)

[@ElectroMaker]

Same to you :)

[@vidyapatil2301]

Hey the video is really good. I have one question, I didn't understand how the LED glow when you touched the wires ?

[@curiosity551]

+Vidya Patil this is how transistors work.when i touch the middle pin of transistor and positive wire of battery,current starts to flow into the base(middle pin) now this current opens up path for collector pin which then starts conducting. But the collector emitter path is capable of handling more current compared to emitter base path. Therefore i can place my led between this path which lights up as soon as i touch positive wire and base.

[@aulinjake]

Maybe a little late but the current flows through your finger to the other wire :)

[@MrBeiger]

Isnt the little current your fingers have enaugh for a Transistor?

[@Robonova]

I see people osselating electric current using transistor. How does that work? For eg: in Tesla coil circuit

[@curiosity551]

Transistor is used to sustain LC oscillation using positive feedback i.e. when some portion of output is fed to input, output continues to oscillate forever at resonant frequency. Check out positive feedback in amplifiers if you want to know more.

[@Robonova]

Rishikesh thank you

[@jimmyneutron8702]

2:56 why doesn’t the negative current ingnore the capacitor and just immediately turn on the led

[@adamotic5372]

Hey, good video

[@sclsgia5993]

Very Informative, thank you. Liked+subscribed

[@user-wc9fi8gk3k]

Please can you add the circuit diagram of all type

[@BigMeechBurns]

What is that board?? I want one I need to know what kind it is so I can buy one

[@AndyBandi2000]

is the second way the same as the first? the difference is that the led is placed on the emmiter?

[@dennismercado5316]

not working!!!!

[@dhruvshahiofficial]

You should have explained that how things are working, why resistors are used and how PCB connections are made. Then it would be much more helpful.

[@ben05jilali]

COOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOL

[@jean-claudegillet6319]

Bonjour, voici 5 très belles applications de principe et très simple à tester = Félicitations. Toutefois petite remarque : Souvent les débutants (moi aussi) réclament un schémas, je pense que dans ce cas il suffit d'être un peu observateur et réfléchir un peu aussi = alors d'accord. Sauf dans mon cas = je peux avoir quand même un petit souci car je suis daltonien et les résistances (couleurs) me pose très souvent des problèmes. Je suis donc un cas particulier mais je vous dit Bravos......

[@emilbgd9520]

Jean-Claude Gillet no one understands french here. Learn english bro

[@JustFun-iz9rf]

what is the supply voltage

[@pustakainfo1502]

Could you provide circuit diagram for each fucntion?

[@yashmodi1408]

But What power source you use in circuit , Please tell us

[@HelloMyNamesNino]

Electronics video. Aka place for Indians to hangout when they’re not minding the Kwik-E-Mart

[@JohnPiperBoots]

***@r!shi kesh*** -Where do you buy the 2n2222 transistors with the ***BENT OUT or angled leads .... emitter ... base ... collector*** as shown in your video? Thanks. :)

[@curiosity551]

Sometimes they are available with angled leads but sometimes they're not.

[@YouMockMe]

YES!!!!!!!!!!!!!.......THANK YOU!!!!!! It's taken me 2 days to understand these things. I was like; ok a switch got it, but what does it dooooo. E-mc^2 was easier, SMH.

[@lavernekayombo6944]

Nice video. I liked it. What is the name of the track playingbin your video by the way?

[@Reach3DPrinters]

Its darude sandstorm kzbin.info/www/bejne/r2eUY2OHhNGmnLc

[@hajdaniel5778]

Music plz

[@jaysukhchavda8122]

What is difference between 1st method & 2nd mathods of transistor as switch

[@curiosity551]

+Jaysukh Chavda they are almost same except that the led is placed on emitter side in 2nd method. Beginners mostly use 1st method only. 2nd one is just to let them know that a typical npn transistor with same pin configuration can be used as switch with another way too.

[@NNNILabs]

I think the second configuration could be called an emitter follower, assuming the transistor is an NPN.

[@djblackarrow]

Fact at the first circuit: The base current flows off unused via the emitter. Fact on the second circuit: The base current flows through the LED. The first circuit is the most used one. It is also called "open collector".

[@sneakydruid2517]

The only difference is when you put led in emitter bias it has lower current and volt value than collector.

[@sneakydruid2517]

but slightly if you work with so lower current you don't even see different.

[@okusitinotahitua1020]

how many volts of battery you used

[@curiosity551]

+Okusitino Tahitua 5v

[@NishchayG]

5:28 no current will be amplified very little as u have used reverse active operation

[@dvid6202]

what is the name of that board in which you connect the wires with the other components?

[@sanket144]

Breadboard bro

[@arindasam4544]

Its called a Bread board

[@themegamind6770]

Arduino

[@xbb1024]

I want my capacitor to charge faster. Is the resistor before the switch necessary?

[@curiosity551]

There are two ways you can charge capacitor fast. One way is by decreasing the resistance and second way is to decrease capacitance.

[@mopholosimonnaatsheko3730]

nice video

[@JaySehgalMusic]

Thankyou

[@AjithKumar-pb5zs]

1st : Collector, Base , Emitter 2nd : Emitter, Base , Collector Is it CRT if wrong some1 CRT me !

[@bluesilhouette5158]

if i am using resistor instead of a copper in the base of transistor where will i put it or connect? at the positive terminal? i need answer until tomorrow :(

[@curiosity551]

Yeah. To turn npn transistor on, you would need to connect one end of base resistor to positive terminal of supply.

[@bluesilhouette5158]

@@curiosity551 thanks man

[@bluesilhouette5158]

@@curiosity551 and if i dont have a bulb all i have to do is connect the wire from emitting to negative terminal right? Our goal is just to get the voltage anyway thats why so in short explaination .. c and b is in positive terminal using a resistor and e is in negative termibal using a wire

[@AllsoundsFoundation]

i have no idea transistors can do all that it will be nice if you can show us the schematics for each circuit

[@emilbgd9520]

U can make the schematic by yourself

[@AllsoundsFoundation]

yep! i did make it thanks for replying how can i get in contact with u if i have questions and if i need help with my circuits that will be much appreciated.

[@curiosity551]

Follow me on hangouts. My email is [e-mail]

[@AllsoundsFoundation]

Sorry about that i reply to the wrong person thanks

[@joshvag1043]

Without music.you can give some explanation

[@PieZuri]

For anyone who’s interested in the board it’s called breadboard

[@tonywright8294]

Moron

[@VaibhavSNaik-nc9qt]

Helpful video, I m using a 2n3904c transistor the led remains ON even if I don't touch in first 2circuits

[@kanu6637]

Hello how can I contact you?

[@yaseenmuhammed240]

Pls give all the circuit diagrams

[@shakuntalasharma6065]

Is this your most favorite corner of your home?

[@curiosity551]

Yes, a lucky corner

[@endy2036]

can you please add circuit diagrams

[@jimmyneutron8702]

4:16 lol why would you need the transistor? That type of button is a switch as well as an inverter.

[@curiosity551]

Its just a demonstration to show that transistor can be used that way. I know you can do it with push button, but with transistor you can use sensors as input and produce inverted output.

[@jimmyneutron8702]

Oh

[@jimmyneutron8702]

@@curiosity551 that actually sounds pretty interesting

[@kwekker]

I'm not sure, but I think you just shorted the circuit to stop the led from shining at 4:16

[@curiosity551]

+jochem eend yes..kinda. but with the resistor being used, its not shorted.

[@harshalimotirale3868]

Hey can I use BC547 transistor instead of 2n2222??? Pl zzz ans me fast... I want to submit project of electronics in this week only... Plz ans me... 🙏🙏

[@curiosity551]

Yes you can..but you need to place the BC547 opposite way(flat side not facing you). This is because of the difference in pinouts of both transistor.

[@harshalimotirale3868]

Thank u sir... It works... I placed it oppo way.... Tysm sir... 🙏🙏🙏🙏

[@ggj666]

pinky and perky sing along (if you dont know google them)

[@howtocreatedyoutubechanel4660]

Nice

[@thesad9214]

arent 1 2 and 5 same?

[@lalitmohanverma3466]

Please explain the things also .

[@pakhacks7507]

Click here about transistor theory with prickly

[@pakhacks7507]

kzbin.info/www/bejne/l3-mmIaGo8SNrJI

[@homedad3324]

The first two are exactly the same just in reverse...

[@pubgactionhub2109]

sir ek trangister number he c4977 .14 ye koon sa tangistor he

[@curiosity551]

You can Search on Google c4977 datasheet.

[@Reach3DPrinters]

@@curiosity551 .... let me google that for ya :)

[@Krazy0]

Finally a video that I can understand better from. But sadly the song is bad and trash.

[@marcellesmit4510]

Nice.🇦🇺👍🏿

[@curiosity551]

+Marcelle Smit thanks bro:)

[@dennismercado5316]

barbero!!!

[@dannybbucasan8225]

What's the difference between the first one and the second.... Position... Oyeah

[@danielawoke1550]

For the last circut, the binary one with an inverted button LED, THE TRANSISTOR DOES NOTHING!!!! It has no effect on the function of the circuit. The circuit Channels the negative part of the current back at its self to cancel it out and turn it off.

[@Weirdomanification]

False

[@danielawoke1550]

@@Weirdomanification i tested it

[@pacspecific]

How moores's law works I guess

[@fero___3005]

not work ...u r saying wrong emitter must be given to ground

[@katerinalung5605]

what song is this it is amazing

[@Reach3DPrinters]

Its darude sandstorm kzbin.info/www/bejne/r2eUY2OHhNGmnLc

[@dennismercado5316]

paasa!!

[@thecollector9852]

no diagrams no explanations no calculation no graphs and this childish music ...........-_-

[@beimghadaw]

better without music

[@NiceEyeballs]

Hey dude you didnt shown us the circuit diagram

[@curiosity551]

These circuits are too simple. You can figure out schematics by your own.

[@NiceEyeballs]

r!shi kesh but I can't understand the Emitter Base and Collector terminals and now I am in 12th class so I literally don't know. Well Never Mind I'll figure it out by slowing video. Thank You

[@oghenetegananu9811]

What type of power source are you using.. Nobody specified that

[@curiosity551]

Its 5v supply

[@meassamrith5247]

yeah

[@creamcheese3596]

Needs circuit diagrams! And ditch that rotten music, no need for it.

[@bharatoza5595]

Video is fine but music is annoying.

[@tier_life1029]

Tur ip ip ip

[@KosmikRadio419]

Tur ip ip

[@kannankalai7846]

tamil launch panka bro

[@vekkulivapo]

what is the song, its amazing

[@HelloMyNamesNino]

vekkulivapo it’s called Shit McShitburger.

[@Reach3DPrinters]

Its darude sandstorm kzbin.info/www/bejne/r2eUY2OHhNGmnLc

[@teezsultanhamraa5889]

دة الى عمل الشىء دة كلوا لو كنت ركزت وانا صغير زى ما كنت مركز كنت عملت شىء اكبر بس انت حرمتنى واغلب محادثتى مع نيهال تثبت انا بتظلم ومش بكذب خاصة قولتvpn الى عو vpn الان وعايز افهم وقلت تواصل اجتماعى وعايز اروح بعرليتى السودان ما انا حقى اتظلم مش تعمل الاشياء دى وتقول ٢٠٢٣ اصل ركز دة ظلم لان كان محادثتى غرضها ارباح وتركيز فى الارباح اكتر شىء مش شىء فني مثل وانا صغير