How would you then solve the differential equation? I understand how this circuit is used to demonstrate the DE as a circuit, but I dont know how this helps us solve for V
Because we have to take the second derivative of V at the beginning. The only way of getting it is from the output which is the second derivative itself.
Brilliant!. Explained very well. Clear ad lucid. Kudos
Why did you join the two ports at the end?
nice explanation . I have a question . after 7 minutes of video u have connectedthe out put to input then what will be the input ? I didnt get it.
This video has been very helpful. Can you recommend a textbook where I can study differential equations op amps further. Thank you
I watched it for the first time and understood it. thank you so much
Are mammaaaa ❤️❤️❤️
What about Capacitor Values of Integrator?
R*C = 1
Plz add more videos that shows application of op-Amp
How would you then solve the differential equation? I understand how this circuit is used to demonstrate the DE as a circuit, but I dont know how this helps us solve for V
v is directly obtained at the *o/p of 2nd integrator* . I had that doubt too. I would take a multimeter and measure that point wrt ground!
can anyone indicate me a book where i can learn more about analog computer´s design?
i need it please
Fundamentals of Electric circuit bycharles k. alexander
what is the significance of joining input and output terminals?
is that necessary?
Current to flow, circuit has to be closed. I too had that doubt. yeah. The one who came up with this.. very nice concept
Nice explanation. This would be starting with an initial condition of zero for each term.
what if i want an initial condition diferent of zero?
what can i do?
@@flavianotchiry3571 just put a voltage source in parallel with the capacitor at to give it an initial condition , and remove it when t>0
Why we are forming closed loop ?
Because we have to take the second derivative of V at the beginning. The only way of getting it is from the output which is the second derivative itself.
Dear, I think it has error:
At the last stage you have to use Adder but you have used Subtractor.
helpful video.
nice explanation, thanks!!!!!!!!!!!!!!!!!!!!
Are Arif!!!!❤️❤️❤️
Kire ki obostha? Porsu kon sub er exam?
Chol exam sesh e tour dei 😁😁😁
Bulu k bole rakhsi... Next month e plan banabe 🥳🥳🥳
@@takiyashir8712 tour hobe tour, kisher op amp
ki re ki khobor toder?
@@mdatiqshahriar6417 kiree ki khobor
The last opamp should be adder, not differential opamp
Physics mee op
kullar bhai ...tu bhi yahi se kar rha kya🤣🤣🤣
bhai poore 1st year ne yehi video dekhi hai
@@cryptogaming8026 🤣🤣
@@RaviKumar-yh3om arre tatte tu yahan kse
or khuller bhopdike
Fantastic demontration
*demonstration
Thank you....
beautiful!!!
👍
Thanks 🤗
Grt !
Poor explanation
🙄🙄🙄🙄