(a) For the circuit shown in Figure Q1(a), determine the following:
(i) The maximum average power transferred to the load impedance.
V=20<0°
Solution:
I've find the ZL which equals to 5.76-j1.68.
To find the Pmax, I've used the (Vth)^2/4Re(ZL)
Vth=20
So,
Pmax= (20)^2 / 4(5.76)
=17.36 W.
Is Vth equals to the sinusoidal peak value? Or do we have to find it using the Thevenin's theorem?
Please verify whether my answer is correct or not.
(i) The maximum average power transferred to the load impedance.
V=20<0°
Solution:
I've find the ZL which equals to 5.76-j1.68.
To find the Pmax, I've used the (Vth)^2/4Re(ZL)
Vth=20
So,
Pmax= (20)^2 / 4(5.76)
=17.36 W.
Is Vth equals to the sinusoidal peak value? Or do we have to find it using the Thevenin's theorem?
Please verify whether my answer is correct or not.