1. Derive the voltage transfer functions for the networks in the following Figures 8-2 and 8-3....

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1. Derive the voltage transfer functions for the networks in the following Figures 8-2 and 8-3. 2. Using MATLAB, obtain a plot of the voltage transfer function vs. frequency for the network in Figure 8-2. This should be done on a log-log scale. From the plot, identify the network as to whether it is low-pass, high-pass, or band-pass filter network and determine the break frequency (frequencies) a. Assume R-60052 and C-6.6 nF. b. Assume R-600 £2 and C=2.7 nF. 3. Using MATLAB, obtain a plot of the voltage transfer function vs. frequency for the network in Figure 8-3. This should be done on a log-log scale. From the plot, identify the network as to whether it is low-pass, high-pass, or band-pass filter network and determine the break frequency (frequencies) a. Assume R-600 £2 and C=26.5 nF. 4. Repeat part 2 of the PreLab using PSPICE or Multisim. 5. Repeat part 3 of the PreLab using PSPICE or Multisim. 2. 1. Figure 8-2 Low-pass configuration 1" 2. ww Figure 8-3 High-pass configuration 1. Derive the voltage transfer functions for the networks in the following Figures 8-2 and 8-3. 2. Using MATLAB, obtain a plot of the voltage transfer function vs. frequency for the network in Figure 8-2. This should be done on a log-log scale. From the plot, identify the network as to whether it is low-pass, high-pass, or band-pass filter network and determine the break frequency (frequencies) a. Assume R-60052 and C-6.6 nF. b. Assume R-600 £2 and C=2.7 nF. 3. Using MATLAB, obtain a plot of the voltage transfer function vs. frequency for the network in Figure 8-3. This should be done on a log-log scale. From the plot, identify the network as to whether it is low-pass, high-pass, or band-pass filter network and determine the break frequency (frequencies) a. Assume R-600 £2 and C=26.5 nF. 4. Repeat part 2 of the PreLab using PSPICE or Multisim. 5. Repeat part 3 of the PreLab using PSPICE or Multisim. 2. 1. Figure 8-2 Low-pass configuration 1" 2. ww Figure 8-3 High-pass configuration