Assume the load resistor RL= 100 Ohms. Assume vS(t) = 1cos(wt). Rs=3ohms, L1=7H, L2=9H, and C=8uF
First, convert the circuit to an impedance equivalent circuit in the phasor domain finding impedances in terms of w. Draw the circuit and mark the impedances.
Then analyze the circuit (you will need to find equivalent impedances and apply voltage division rule) to find the phasor VL in terms of VS, and find an expression for g = |VL|/|VS|, the gain ratio of the output voltage amplitude to input voltage amplitude. Show your work. If you solve by hand, take a legible photo, paste here as jpg and crop and unnecessary parts.
Then write a MATLAB code which takes in vS(t) with various frequencies for the range of frequencies from 0Hz to 20kHz, and finds vL(t) for each of those frequencies, and the computes the gain ratio of the amplitudes |vL(t)|/|vS(t)| which is also equal to g = |VL |/|VS|. Use at least 1000 data points for w, within the frequency range.
Plot g versus w: a) using normal scale and also b) in the log g vs log w scale, using the logspace command or loglog command. Type “help logspace” or “help loglog” in MATLAB. Provide the codes and the plots here.
Which plot do you like better, why? Adjust the horizontal and vertical axis limits if necessary, for better viewing.
Inspect the curves, at what frequency does the non-zero frequency “peak” occur?
Why at this particular frequency? Can you find a relationship of this frequency to the circuit variables?
Since the question contains multiple subparts we are asked to do first four of them and hence I am uploading the same.. Thank you
Assume the load resistor RL= 100 Ohms. Assume vS(t) = 1cos(wt). Rs=3ohms, L1=7H, L2=9H, and C=8uF...
Assume the load resistor RL= 100 Ohms. Assume vS(t) = 1cos(wt). Rs=3ohms, L1=7H, L2=9H, and C=8uF write a MATLAB code which takes in vS(t) with various frequencies for the range of frequencies from 0Hz to 20kHz, and finds vL(t) for each of those frequencies, and the computes the gain ratio of the amplitudes |vL(t)|/|vS(t)| which is also equal to g = |VL |/|VS|. Use at least 1000 data points for w, within the frequency range. Plot g versus w: a)...
B oth 100 Day PH262 Page 1 of 5 Lab #13 AC Circuits, Part 1 RC & RL, Phase Measurements THEORY The rotating phase representation for series AC circuits should be familiar from textbook and lecture notes A brief outline of the essential points is provided here. If a series RLC circuit is connected across a source of om which is a sinusoidal function of time, then und all its derivatives will also be inside. Sonce all demits in a...