We are looking for the gain and the phase shift, so we first need the
network function.
We use the table on page p.600 of the textbook to get the network
function.
Thus, for fig. 13.3-6 we get:
where z is given by 1/C1R1, so we have z =
1/(10.103*4.10-6) = 25
where p is given by 1/C2R2, so we have p =
1/(50.103*2.10-6) = 10,
and k = R2/R1 so here k = 50/10 = 5
thus we get:
Now we are looking for the gain and the phase shift.
The gain is the module of the network function: H = gain =
|H(ω)|, thus
and the phase shift is given by the following formula:
thus we get: