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OpenStudy (curry):
OpenStudy (curry):
My process of doing the problem is the following:
1. Find transfer function.
2. separate real and imaginary.
3. Set imaginary equaul to 0.
4. solve for w.
AM i looking at this right?
OpenStudy (curry):
@Hayhayz
Hayhayz (hayhayz):
k this is how im thinking of it
Hayhayz (hayhayz):
there are those 2 distin areas where some operation is being done to signal v(t)
so op2(op1(v(t)))
if op2,op1,v are functions of t
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Hayhayz (hayhayz):
now this we wanna see what it looks like in the freq domain as v(t) is a constant there since its a sinusoidal curve
Hayhayz (hayhayz):
so if
op1(t)=OP(s)
then
op1(v(t))=OP(k)
as v(t) is a constant in the s domain
Hayhayz (hayhayz):
ok so now find the op1(t) from circuit rules see what that is in the s domain
OpenStudy (curry):
by s domain, are you refering to the frequency domain?
Hayhayz (hayhayz):
yes
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OpenStudy (curry):
and what are op1 and op2? I'm not clear on that notation
OpenStudy (curry):
output?
Hayhayz (hayhayz):
what happens at the circuit components operation 1 and opeating 2