1, Input impedance is represented in phasor from as:ZIN=VIN/IINwhere V_IN is the place representation of the circuit input voltage and IIN is the phasor representation of the input current to the circuit. The cutoff frequency for the circuit of Figure 1 is: Wc=1/RC a. Determine an expression for the input impedance of the circuit of Figure 1 in terms of R,C, and w. b. If R 100Ohm and C =1MuF,determine the cutoff frequency for the circuit. Also determine the input impedance for frequencies of:c. Check your low and high frequency results in part (b) relative to your expectations based on the capacitor’s low and high frequency behavior.

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media%2Fcab%2Fcab192bc c15f 4394 8539 1b2e09d1e278%2FphpVftYYN - 1, Input impedance is represented in phasor from as:ZIN=VIN/IINwhere V_IN is the place representation of the circuit input voltage and IIN is the phasor representation of the input current to the circuit. The cutoff frequency for the circuit of Figure 1 is: Wc=1/RC a. Determine an expression for the input impedance of the circuit of Figure 1 in terms of R,C, and w. b. If R 100Ohm and C =1MuF,determine the cutoff frequency for the circuit. Also determine the input impedance for frequencies of:c. Check your low and high frequency results in part (b) relative to your expectations based on the capacitor's low and high frequency behavior.

media%2Fed4%2Fed4809f5 6a09 4dc2 9250 657546f5376c%2FphpPWYc0R - 1, Input impedance is represented in phasor from as:ZIN=VIN/IINwhere V_IN is the place representation of the circuit input voltage and IIN is the phasor representation of the input current to the circuit. The cutoff frequency for the circuit of Figure 1 is: Wc=1/RC a. Determine an expression for the input impedance of the circuit of Figure 1 in terms of R,C, and w. b. If R 100Ohm and C =1MuF,determine the cutoff frequency for the circuit. Also determine the input impedance for frequencies of:c. Check your low and high frequency results in part (b) relative to your expectations based on the capacitor's low and high frequency behavior.

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images - 1, Input impedance is represented in phasor from as:ZIN=VIN/IINwhere V_IN is the place representation of the circuit input voltage and IIN is the phasor representation of the input current to the circuit. The cutoff frequency for the circuit of Figure 1 is: Wc=1/RC a. Determine an expression for the input impedance of the circuit of Figure 1 in terms of R,C, and w. b. If R 100Ohm and C =1MuF,determine the cutoff frequency for the circuit. Also determine the input impedance for frequencies of:c. Check your low and high frequency results in part (b) relative to your expectations based on the capacitor's low and high frequency behavior.

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