: You have the following requirements for a broadband band-reject filter. Wel = 188.4 rad/s We2...

 

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: You have the following requirements for a broadband band-reject filter. Wel = 188.4 rad/s We2 = 62, 800 rad/s K = +1 You do not have to take the source Thévenin resistance into consideration for this design. Find: You must do the following. 1. Determine the transfer function for the filter. Simulate the transfer function for w-values ranging from 1 rad/s to 1,000,000 rad/s. Plot H(f). Use a semilogarthimic axis for the x-axis and let the frequency range from 1 Hz to 160 kHz. The y-axis should be plotted in decibels and should range from -45 dB to 0 dB. On your plot, clearly annotate the cut-off frequencies, the gain at the cut-off frequencies, and the passband gain. 2. Design your filter using realistic component values. Determine all component values to realize the requirements. 3. Simulate your filter in Multisim and include a copy of your schematic. 4. Plot the circuit's magnitude response in Multisim. The x-axis will range from 1 to 160 kHz. The y-axis should be in decibels and range from -50 to 5 dB. On your plot, clearly annotate the cut-off frequencies, the gain at the cut-off frequencies, and the passband gain. : You have the following requirements for a broadband band-reject filter. Wel = 188.4 rad/s We2 = 62, 800 rad/s K = +1 You do not have to take the source Thévenin resistance into consideration for this design. Find: You must do the following. 1. Determine the transfer function for the filter. Simulate the transfer function for w-values ranging from 1 rad/s to 1,000,000 rad/s. Plot H(f). Use a semilogarthimic axis for the x-axis and let the frequency range from 1 Hz to 160 kHz. The y-axis should be plotted in decibels and should range from -45 dB to 0 dB. On your plot, clearly annotate the cut-off frequencies, the gain at the cut-off frequencies, and the passband gain. 2. Design your filter using realistic component values. Determine all component values to realize the requirements. 3. Simulate your filter in Multisim and include a copy of your schematic. 4. Plot the circuit's magnitude response in Multisim. The x-axis will range from 1 to 160 kHz. The y-axis should be in decibels and range from -50 to 5 dB. On your plot, clearly annotate the cut-off frequencies, the gain at the cut-off frequencies, and the passband gain.

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