I consider the band-pass filter of the following configuration (the ##u_m## is a voltage controlled voltage source):
The transfer function is
$$K_1(p)=\hat{U}_o(p) = \frac{p}{RC(p+1/RC)^2} = \frac{\omega_c p}{(p+\omega_c)^2}, \quad \omega_c=\frac{1}{RC}.\qquad (1)$$
Now I connect ##n## such...
I want to do a cost estimation for an edge data center in Bakersfield, California. I don't know how big should the center be and i do not know how i can view the data traffic. Can anyone help?
Hello!
I've took a course about Electrical circuits and Networks at the university, and i found out a problem which is uploaded by my professor, and i think he made a mistake!
this is the solution
i think that the equivalent resistances are wrong (beside Rab), for example if you look at...
Hello Everyone!
So, I need to calculate the voltage in the capacitor, let's call it Vc(t).
For t=0- I know that there is no current in the capacitor. Did some calculations and I've found that Vc(0)=6v.
Now i need to know Vc(infinite)
But when the switch key is opened and the time goes to...
Homework Statement
Homework Equations
Pmax = ((VTh)2)/(4RTh)
Rparallel = (R1R2)/(R1 + R2)
KCL ΣI = 0
KVL ΣV = 0
The Attempt at a Solution
Okay, so to find RTh, I remove all independent sources and set the "terminals" at R to have a 1A current running through them. Since there is a 30kΩ...
Homework Statement
Homework Equations
KVL: ΣV = 0
KCL: ΣI = 0
v = iR
The Attempt at a Solution
I started by removing the independent current source to leave an open circuit. Then I attempted nodal analysis at nodes v1, v2, and v3:
KCL @ v1:
(v1 - v2)/10 = v1/40
KCL @ v2:
(v2 - v1)/10 -...
Homework Statement
Homework Equations
Ohm's Law: v = iR
KVL: ∑ V = 0
KCL: ∑ I = 0
Linearity: kiR = kv
The Attempt at a Solution
Okay, so to apply superposition, I'm supposed to turn off all independent sources except one. I began by turning off the voltage source, and I then I used KCL...