Recent content by AncientOne99

Why do i need to refer all signals to the output, if i refer them to the output then i won't have any equations for the input and i won't be able to calculate Y/V

But i need to write Y(output)/V(input) function, these equations are very confusing. Y= fN = (F(p+r))N = F(P(z+m+f)+ROv) p=P(z+m+f) r = Ro=ROv b = Bo=BOv o = Ov f = F(p+r) m = M(b-a) a = A ? z = Z ? Can you please show me the solution for a and z, thank you, this methodical way is quite hard...

How do i write equation for output then, even if i wrote for a correctly, i cannot resolve for output signal n = N * y, its only one equasion

I don't understand methodical way, can you please correct me if i am wrong. Thank you.

I'm thinking about steps for solving this step analytically but i don't really know the othher equations in order to calculate output/input here are the equations that i was given

I have solved this problem, but i don't know if it is correct, can you please tell me if i am right. Thanks for support.

Here is my attempt for trying to solve TF analitically, i dokt know what to do after that second sumator.

Here is the example solved analitically

I know how to solve this problem grafically, but this problem i need to solve analitically, without reducing loops.

I solved it, thanks for your help !

Yes, i know how to take the diferentials, but there is no equation to diferentiate or i don't know it.

Yes i know the solution, but i don't know the steps.

Solution: (delta (ϑ)) = -(minus delta n) /(n*sqrt((n^2-1)))

Ok, solved. Thank you very much for assistance. Mark