Exercices kle Consuder the curent below, powered by Sinusoidal alternating Hollage of Constant amplitude and variable pulsection We gote denute! a R 10 K√2, L21H + G=250F 2 ↑ C R ΟΙ R ☐ C a. Express the transfer function H(jw) = ½ of thus Curcust and Calculate the maximum gaun Gmax ( in decibels) of the's assembly. and the phase shift & between 3 and e. 6. Determine the cutoff pulses of this circuit at frequency bandwidth of this -3dB.Deduce the filter, C. Determine the gain in G (decubel) and the phase. shift & for woo and w-x. Hence plot the gain diagram 4x in logarithmic scale- Hoα) d. Place (Put) the transfer function on the form: H(jw) = (1+ ! w J kle woll Calculate we will Wa 3 1+ 2) (1 + 1 =) the Coefficients Wo, w₁, w₂ and Verify that Wo Conclusions ??

Exercices kle Consuder the curent below, powered by Sinusoidal alternating Hollage of Constant amplitude and variable pulsection We gote denute! a R 10 K√2, L21H + G=250F 2 ↑ C R ΟΙ R ☐ C a. Express the transfer function H(jw) = ½ of thus Curcust and Calculate the maximum gaun Gmax ( in decibels) of the's assembly. and the phase shift & between 3 and e. 6. Determine the cutoff pulses of this circuit at frequency bandwidth of this -3dB.Deduce the filter, C. Determine the gain in G (decubel) and the phase. shift & for woo and w-x. Hence plot the gain diagram 4x in logarithmic scale- Hoα) d. Place (Put) the transfer function on the form: H(jw) = (1+ ! w J kle woll Calculate we will Wa 3 1+ 2) (1 + 1 =) the Coefficients Wo, w₁, w₂ and Verify that Wo Conclusions ??