Use the above circuit to answer the following problems. a) Draw the circuit and find the...

 

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Use the above circuit to answer the following problems. a) Draw the circuit and find the output voltage when w 0 and w → o. b) Find an expression for the impedance of the parallel connection. Answer b: Zp L/C j(aL- c) For one specific frequency, the parallel-connected impedance becomes very large, find this. What do you call this frequency? What will be the output voltage for this frequency? Answer c: w = d) Which filter is the circuit? Sketch an amplitude diagram for the transfer function. + R v, C Use the above circuit to answer the following problems. a) Draw the circuit and find the output voltage when w 0 and w → o. b) Find an expression for the impedance of the parallel connection. Answer b: Zp L/C j(aL- c) For one specific frequency, the parallel-connected impedance becomes very large, find this. What do you call this frequency? What will be the output voltage for this frequency? Answer c: w = d) Which filter is the circuit? Sketch an amplitude diagram for the transfer function. + R v, C