Astable multivibrator demo circuit w NPN 2n2222 and capacitors explained by electronzap
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- Опубликовано: 23 сен 2016
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/ electronzap I now do my gaming, Fallout 4 for the time being, on Twitch.
I explain much of what is going on in the astable multivibratior circuit.
ruclips.net/user/electronzap
This video explained to me everything in a very simple manner that no other video or article could. Thanks
so nice this vid wasn't in hindi. I loved the explanation.
Wow this is by far the most thorough explanation of a multivibrator circuit I have seen on the internet. Thank you!
Thanks a lot! It worked flawlessly!
This video rocks! One of the best videos I've seen on this multivibrator circuit!
Thank you. I've made these on breadboards out of books but, couldn't get it. Now I got it!😊
Thank u😘😘😘...i had so much problem with this circuit...u just made my day😍❤😍❤
Thank you so much sir. ❤️
Finally able to get a square wave after using your schematic. I tried a few different ones. Not sure what the problem was, but after seeing your drawing, taking everything out of the breadboard and putting them back in, finally saw it oscillate :).
awsome thanks
I love learning about electronics from norm macdonald
my lights need 9V, i dont know how to achieve that :(
You are using a bipolar capacitor with its negative towards the base of BJT?
Great ,I don't know how but everything I decided to make you already have made years ago 🙃🤭.
I have a number of beginner electronics books and they all use bipolar transistors in the astable multivibrator build. So I looked up youtube videos about the same topic and they all use bipolar transistors. So why does everyone use them? Why not use mosfets or I.G.B.T.s or is there a reason why they are never used?
You saved my life man, the only question I have is why did you select those specific resistors? What is their purpose? Subbed btw
How does it decide which side to start from? 😂 Great video. Is there a chance that the capacitor well will be reversed polarity?
Thank GOD 😇and thank you very much 😉Since both sides of the circuit are equally 🤔 How do you know which LED will respond (blink) first 🙄
hello sir,