Question 2: Design (cl, c2, c3, c4) 130 pts] Aplication: to select the signal S, surrounded by tw...
Question 2: Design (cl, c2, c3, c4) 130 pts] Aplication: to select the signal S, surrounded by two other signals S, and S, as shown in Foomv and shoula frequency is 50kHz, S, at 35kHz and S, at 65kHz. The incoming signals amplitudes are at m at least 1200m V at the filter output. 50 2 f the si Among the three main filter types discussed in class (LPF, HPF, BPF), explain why the BP would be the most appropriate to meet the application requirement. (c2) 16 pts a. Filter becuue it hus out in Fig. 2 b. Write the appropriatefiter design specifications to met the design requirements. (el) 16 ptsl C. Design the BPF filter circuit of Fig. I by setting the appropriate components values to meet the application requirements. (c3) 112 pts
Question 2: Design (cl, c2, c3, c4) 130 pts] Aplication: to select the signal S, surrounded by two other signals S, and S, as shown in Foomv and shoula frequency is 50kHz, S, at 35kHz and S, at 65kHz. The incoming signals amplitudes are at m at least 1200m V at the filter output. 50 2 f the si Among the three main filter types discussed in class (LPF, HPF, BPF), explain why the BP would be the most appropriate to meet the application requirement. (c2) 16 pts a. Filter becuue it hus out in Fig. 2 b. Write the appropriatefiter design specifications to met the design requirements. (el) 16 ptsl C. Design the BPF filter circuit of Fig. I by setting the appropriate components values to meet the application requirements. (c3) 112 pts