Vo(jw) Find the transfer function T(jw) = for the circuit shown below. V:(ja) Is this a...

  

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Vo(jw) Find the transfer function T(jw) = for the circuit shown below. V:(ja) Is this a high-pass or a low-pass network? arrange it in the appropriate standard form from Table 1.2. What is the -3dB frequency w.? What is the d.c value of |T(jw)|? Table 1.2 Frequency Response of STC Networks R1 Low-Pass (LP) High-Pass (HP) Vi Vo K Ks Transfer Function T(s) I+ (slan,) sta R2 K Transfer Function (for physical frequencies) T(jo) 1+j(adas,) 1-j(anla) IKI Magnitude Response |7T (ja) Fig. 2 Phase Response ZT(ja) - tan (ala) tan (an fa) Transmission at o = 0 (dc) K Transmission at o=00 K 3-4B Frequency , = l/r; r= time constant r= CR or L/R Bode Plots in Fig. 1.23 in Fig. 1.24 Vo(jw) Find the transfer function T(jw) = for the circuit shown below. V:(ja) Is this a high-pass or a low-pass network? arrange it in the appropriate standard form from Table 1.2. What is the -3dB frequency w.? What is the d.c value of |T(jw)|? Table 1.2 Frequency Response of STC Networks R1 Low-Pass (LP) High-Pass (HP) Vi Vo K Ks Transfer Function T(s) I+ (slan,) sta R2 K Transfer Function (for physical frequencies) T(jo) 1+j(adas,) 1-j(anla) IKI Magnitude Response |7T (ja) Fig. 2 Phase Response ZT(ja) - tan (ala) tan (an fa) Transmission at o = 0 (dc) K Transmission at o=00 K 3-4B Frequency , = l/r; r= time constant r= CR or L/R Bode Plots in Fig. 1.23 in Fig. 1.24

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