1. A sinusoidal voltage is applied as input Vin to the circuit below. Choose the values of R and C so that the output vo

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1. A sinusoidal voltage is applied as input Vin to the circuit below. Choose the values of R and C so that the output vo

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1 A Sinusoidal Voltage Is Applied As Input Vin To The Circuit Below Choose The Values Of R And C So That The Output Vo 1
1 A Sinusoidal Voltage Is Applied As Input Vin To The Circuit Below Choose The Values Of R And C So That The Output Vo 1 (135.84 KiB) Viewed 17 times
1. A sinusoidal voltage is applied as input Vin to the circuit below. Choose the values of R and C so that the output voltage leads the input voltage by 135 degrees. Use f = 10 kHz for the sinusoidal source voltage. First compute the exact values of the resistances and capacitance. Since you will realize the circuit in the lab, you need to approximate exact values with the ones available in the lab. Note that it may be possible to obtain desired component values by connecting circuit elements in series or in parallel. R/2 R R ww Vin 2 C Rout 2. Validate your design by analyzing the circuit with the chosen component values. 3. Simulate your design using LTSpice and validate that your design satisfies the design requirements. 4. Construct the circuit on breadboard and validate your design by doing measurements. Vout
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