Subject: Get and simulate system with transfer function. Description: Build and simulate the model in Simulink to get its repose. 1. Derive the 'Transfer Function' (Vout(s)Nin(s) or Vout(jw)Nin(jw)) for the following circuit: R1 = 1k22, C1 = 1 uF, R2 = 10 k12, C2 = 1 uF. Ri C2 Vin R24 Vout C1 2. Simulate. a) When input is sin(50*t), simulate and add its output waveform to your report. b) When input is sin(500*t), simulate and add its output waveform to your report. c) When input is sin(2000*t), simulate and add its output waveform to your report 3. Observe the magnitude of output and make some conclusions. 4. Get the transfer function of Voulin, using matlab to get the bode plot. Report Requirement: 1. add its transfer function and its bode plot to your report. 2. Add figures/waveforms got from a-c. 3. Compare a-c add some conclusions. 4. Switch Vin and Vout, (connect sine wave to the Vout port and measure waveform at the Vin port) any difference? Subject: Get and simulate system with transfer function. Description: Build and simulate the model in Simulink to get its repose. 1. Derive the 'Transfer Function' (Vout(s)Nin(s) or Vout(jw)Nin(jw)) for the following circuit: R1 = 1k22, C1 = 1 uF, R2 = 10 k12, C2 = 1 uF. Ri C2 Vin R24 Vout C1 2. Simulate. a) When input is sin(50*t), simulate and add its output waveform to your report. b) When input is sin(500*t), simulate and add its output waveform to your report. c) When input is sin(2000*t), simulate and add its output waveform to your report 3. Observe the magnitude of output and make some conclusions. 4. Get the transfer function of Voulin, using matlab to get the bode plot. Report Requirement: 1. add its transfer function and its bode plot to your report. 2. Add figures/waveforms got from a-c. 3. Compare a-c add some conclusions. 4. Switch Vin and Vout, (connect sine wave to the Vout port and measure waveform at the Vin port) any difference