The timestamps for the different topics covered in the video: 0:23 What is Bistable Multivibrator 1:11 Bistable Multivibrator Diagram 1:28 Working of Bistable Multivibrator during power-up 3:52 Working of Bistable Multivibrator with trigger pulses
I have a doubt that when we power up the circuit i.e., Vcc gets equally supplied at both side of transistor but it is told that Q1 transistor is having more voltage than Q2 why and how
Your diagram is confusing. You should really have separated the set / reset trigger pulses, now it seems more like it's a T-ff, not an SR. Your explanation is understandable, albeit sometimes confusing. I still have no idea what do you mean by "the gate pulse of the finite duration". Also, for anyone might be searching for "switching multivibrator" as I did, that's the same concept, but uses two diodes to direct the trigger pulse to the base of the transistor currently active, thus making it act like a T-ff.
The timestamps for the different topics covered in the video:
0:23 What is Bistable Multivibrator
1:11 Bistable Multivibrator Diagram
1:28 Working of Bistable Multivibrator during power-up
3:52 Working of Bistable Multivibrator with trigger pulses
👌🏻👌🏻👍🏻
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It's very helpful now
Thnk you so much sir 🙂
Your explanation is very nice 👍🏻
Perfect said. Your explanation is better than most of the professors that I know. Keep up the good work! :)
Yes really nice explanation, the time to change multivibrator states can be reduced by pulling down base of the transistors....
One of the best explanations so far. Helps a lot. Thank you!
Yes friend, he explained it nicely... if the base of transistors are pulled down the transition time of the circuit can be further reduced....
I just love ur videos...the way uh explain things is so simple...Thank you so much 😊
Really, he had explained this circuit nicely...
Many thanks for the video :)
Thank you so much sir ❤🙏👍🤗
4:16 that's reset not set. Right??
Great explanation! This is so simple to understand now! Thank you!
Yeah really nice explanation.....
Well explained thank u
Great one
very good explaination nice one thank you
in my book i see a capacitor parallel with a resistor for entering set reset pulse.. why is it there?
So nice explained
THANK YOU SIR
Excellent 👌👌
Yes he had explained this circuit really well...
Seriously u nailed it man
Yes Sachin, really nice explanation....
why do we have to apply negative trigger pulse to the base, can it be positive pulse
negative trigger pulse will turn off the current transistor, if we apply positive pulse it won't go to cutoff
Another awesome explanation. Can we use two of the outputs to drive two different loads(for Astable and bistable multivibrators)?
Yes you can use both outputs to drive different loads, if necessary use an emitter follower
Really well explained
So basically, these circuits work due to the imperfection and mismatch in the parameters of the circuit components. Is this what you wanted to say?
What is difference bw self bias and fixed bias
In self bias the stability is better compared to other bising circuits
Thank you
Should be positive pulse. Set should be Reset.
WHY SIR CAPACITOR IS NOT USING IN THIS MULTIVIBRATOR SIR
thanks sir...
Other than this I understood all in this lecture
You can refer my videos, I had explained this circuit in detail....
Super sir
Yes really excellent, by pulling down the base of transistors, the transition time can be further reduced.....
I have a doubt that when we power up the circuit i.e., Vcc gets equally supplied at both side of transistor but it is told that Q1 transistor is having more voltage than Q2 why and how
That depends on the value of beta, here it is assumed that Q1 is having more beta value than Q2....
@@circuitsanalytica4348 literally trying to get attention like anything😂. !! Anyway nice to help others. Hope you may get success in youtube.
Sir, Is there any possibilities by which we can avoid "contact bounce circuit"problem? It is worth attending.
Your diagram is confusing. You should really have separated the set / reset trigger pulses, now it seems more like it's a T-ff, not an SR. Your explanation is understandable, albeit sometimes confusing. I still have no idea what do you mean by "the gate pulse of the finite duration".
Also, for anyone might be searching for "switching multivibrator" as I did, that's the same concept, but uses two diodes to direct the trigger pulse to the base of the transistor currently active, thus making it act like a T-ff.
THEN WHY SIR CROSS COUPLED SIR
I need derivation for this one...?
How many less you have spoken in 2 min 😔🤔
all hail bollywood !
Tollywood 💥
Keep yapping Bollywood is whack😂
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mor
The time to change the state can be reduced by using a negative voltage source to pull down the base of transistors....
Haha vibrator
Oh my god, this is bad. the audio quality and the indian exzant