b) The notch filter shown in Fig. Q4(b) has a transfer function given by +(R V...

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b) The notch filter shown in Fig. Q4(b) has a transfer function given by +(R V₂ V₁ where p=- s²+ R₁ By comparing this transfer function to the general transfer function of the R₁ + R₂ notch filter, write down the equations for notch frequency, f, quality factor, Q and low frequency gain, k. (6 marks) C s² +4(1-P) 55+ (RC) S+ RC R R my m 2C; RC R/2 C Fig. Q4(b) + R₂ ZR₁ b) The notch filter shown in Fig. Q4(b) has a transfer function given by +(R V₂ V₁ where p=- s²+ R₁ By comparing this transfer function to the general transfer function of the R₁ + R₂ notch filter, write down the equations for notch frequency, f, quality factor, Q and low frequency gain, k. (6 marks) C s² +4(1-P) 55+ (RC) S+ RC R R my m 2C; RC R/2 C Fig. Q4(b) + R₂ ZR₁

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To compare the given transfer function with the general transfer function of a notc... View the full answer