Compute the transfer function H() for the system above, using the basic equation for a voltage...

   

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Compute the transfer function H() for the system above, using the basic equation for a voltage divider consisting of two impedances. B. (5 pts) At frequencies >> R/L. Find the following: H(), H() in dB, and <H(). C. (5 pts) At frequencies <<R/L, Find the following: H(), H() in dB. and ZH(). (hint: logarithms can be infinite, and the angle is in the limit as magnitude -zero.) D. (5 pts) At frequency R/L, Find the following: H(), H() in dB, and ZH(o). E. (5 pts) What kind of filter is this? (high pass or low pass) R Vin(t) w Vout (t) Compute the transfer function H() for the system above, using the basic equation for a voltage divider consisting of two impedances. B. (5 pts) At frequencies >> R/L. Find the following: H(), H() in dB, and <H(). C. (5 pts) At frequencies <<R/L, Find the following: H(), H() in dB. and ZH(). (hint: logarithms can be infinite, and the angle is in the limit as magnitude -zero.) D. (5 pts) At frequency R/L, Find the following: H(), H() in dB, and ZH(o). E. (5 pts) What kind of filter is this? (high pass or low pass) R Vin(t) w Vout (t)