during discharging period of c1 u said about path of discharging through R1, Vcc and Q1... how is it possible bcoz Q1 goes in off state (bcoz of the presence of - Vbb) after pulse goes from high to low ....
At that instant, capacitor is uncharged so voltage across capacitor Vc = 0V, Now, look between collector of Q1 to ground Vc1 = Vc + Vbe2. As Vc1 = 0V, and Vc = 0V, Vbe2 must be equal to zero. Otherwise, voltage between two parallel paths will be different, which is not possible.
Thanks a lot sir....your explainations of this has no match on youtube.
only vedio on youtube with correct explanation of multivibrators
your way of teaching is every good .thanks a lot
vry nice sir your way of explain any thing is vry good and also knowledge
thank you so much.. you explain really well... it totally clear out all the concept. .. 👍
thank u vaia,,I'm a student of kuet EEE,,it's so good to have our seniors here as guide ,,
Which year/ semester?
@@EEAcademy2022 usually monostable multivibrator is taught in 3-1 in kuet EEE
Excellent delivery 👌👌👍👍👍👌👌
Amazing , upload transmission and distribution also
Hello sir, I want to ask about the path through which capacitor discharges... R2 Vcc Q1 is not clear to me.
Thank you sir.Continue with your good work
the explanation was very clear .thank u very much sir
Very clarity exaplanation
Sir you are a Rockstar!
excellent explaination..thank you
during discharging period of c1 u said about path of discharging through R1, Vcc and Q1... how is it possible bcoz Q1 goes in off state (bcoz of the presence of - Vbb) after pulse goes from high to low ....
it is so great for me . do you have anything like this about the digital filters
Thank u very much sir superb explanation
Starting music is very nice
This video would have been better if it was narrated better. Please dont mind, but i find it hard to follow your english.
Yaa i too suggest that
Super.....!!! really its very clear
Superb thank you
good job
how transition achieved.. when Vbb is a DC voltage??
please suggest some book for ELEX ,DEVICE AND CKT
very nice
Tnx a lot
very clear
plzz include self biased monoshot
At 11:20 u r saying base Voltageis zero but my doubt is through r2 fromm vcc some voltage is there then how
At that instant, capacitor is uncharged so voltage across capacitor Vc = 0V, Now, look between collector of Q1 to ground Vc1 = Vc + Vbe2. As Vc1 = 0V, and Vc = 0V, Vbe2 must be equal to zero. Otherwise, voltage between two parallel paths will be different, which is not possible.
kindly sir upload analog communication tutorials
100Thanks
what happens if negative pulse is applied to base of transistor Q2
How do you want to apply negative pulse? by keeping - Vbb or without -Vbb in the base of Q1
thanks man..
plz clear my doubt....
excellent
Explanation is not so accurate.
super circuiyit anaylyisyis