Using Matlab, upload your scripts and screenshot

2. (5 points) The circuit shown below is an RC circuit: If we apply a sinusoidal input voltage, Vin, the output voltage, Vin, will be sinusoidal as well. The frequency of Vous and Vin will be identical, but the amplitude and phase angle of Vout will vary from VIN as described by: Vout If Vin = Ai sin(wt) then Vous = A. sin(wt + 0) The frequency response plot is a plot of A. / Ai versus w. The ratio of A. / Ai is referred to as a "transfer function (how much of the amplitude of the input is "transferred" to the output). It is usually plotted on semi-log paper. In ENGR 204 and ENGR 251 the equation that describes the transfer function is: H =- (RCW)2 5 11 + (RCW)2 where H = the ratio of A. / Ai (RCW)2 Usually H is expressed in decibels as HDB = 20 log10 (H) = 20 log10 (1 + (RCW)2 The phase angle, 0, can be expressed as 0 = -tan-(e) RCW Write a MATLAB script that will ask the user for the following information: a. The resistance R (in ohms) b. The capacitance in farads) C. The starting frequency (W1) in radians/sec d. The ending frequency (W2) in radians/sec After the user enters the above data use the subplot command to plot two charts: the transfer function Hps and the phase angle o as functions of won semilog graphs. High Pass RC Filter Transfer Function High Pass RC Filter Phase Angle Phase Angle For R = 10K2, C = 0.1uF, W1 = 1 rad/sec, and W2 = 1 Mrad/sec you should generate the plots to the left. -120 Make sure your plots have the same overall title and x/y-axis titles as the graphs to the left for full credit 904 -1404 100 10 100 Omega (rad/s) 100 100 10 104 Omega (rad/s) 10