fouadalnoor
Member
Hello guys, do you mind helping me to answer this question?
This is the hint that we got:
"Use KVL to obtain an expression for each mesh and also write an expression for the output voltage. Where necessary substitute for one mesh current in terms of another so that when eventually writing a transfer function the
current is removed from both the denominator and numerator.
Note the order of p will determine the number of time varying components associated with it. Eg p^2 terms will contain 2 time varying components say L1L2, C1L1, C1L2,
C1C2."
The actual question is attached.
For part a) I got the transfer function to be:
Vo/Vi = (Lp)/(R+Lp)
for part b) I got stuck trying to " substitute for one mesh current in terms of another "?
Any help really appreciated!
This is the hint that we got:
"Use KVL to obtain an expression for each mesh and also write an expression for the output voltage. Where necessary substitute for one mesh current in terms of another so that when eventually writing a transfer function the
current is removed from both the denominator and numerator.
Note the order of p will determine the number of time varying components associated with it. Eg p^2 terms will contain 2 time varying components say L1L2, C1L1, C1L2,
C1C2."
The actual question is attached.
For part a) I got the transfer function to be:
Vo/Vi = (Lp)/(R+Lp)
for part b) I got stuck trying to " substitute for one mesh current in terms of another "?
Any help really appreciated!