You are told to find the transfer function of the following circuit. You know that the transfer function will take the form H(w)= jA/(R+jB), where A and B are variables. that depend on component values and the input signal frequency. Find the value of B, given the following values: R = 7 kQ, L = 5.3 mH, C = 789 µF, w = 2,315 rad/s. Please enter the answer to 3 significant figures. Vin C R Vout

A user has an incoming signal that is the sum of two synchronized cosine waves, a 8V signal at 10Hz, and a 4V signal at 100Hz. [Vin=2cos(At)+cos(Bt)].  What is the transfer function of the circuit?

Find an expression for the current gain (iL/iS)

Q4/ for the system shown below: 1. Change the block diagram to a signal flow graph. 2. by using mason's rule find the transfer function C(s)/R(s). R(s) Al 42 A4 A3 AS C(s)

I need help with a past exam question that has no answer. I'm not understanding where I'm going wrong in my working out. so need detailed working out to help me. so writing it out more long-winded instead of just a quick answer.