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3, Using the circuit shown in figure 1: a. Design a band reject (notch) filter to have a center frequency of 25 kHz and a Bandwidth of 500 Hz. (Note the Capacitor value is 0.5 nF). b. Determine the cut-off frequencies in kHz. c. Determine the Quality of the filter. d. Assuming a load resistance of 165 ohms is placed across the output terminals, how do all the filter parameters change? (Recalculate all parameters) e. Simulate your filter design using OrCad PSpice. Show the filter magnitude response and phase response using the Bode template from the simulator. Cut and paste the diagrams into MS Word. Be sure to show the cut-off frequencies on the diagrams. 2 V1 Vo 0.5 nF Figure 1. Circuit configuration for notch filter.

Solution

(a) 0.5

(b) in physics and electrical engineering a cut off frequency corner frequency is a boundary in a system`s frequency respones at which energy flowing through the system begins to be reduced

(c)quality filters,inc.sells through a distribution network including filter distribution , original equipement (d)0.65

(e)orcad pspice