1. For the given RC circuit, answer the following questions. Consider initial conditions to be zero. Consider R = 1 K, C = 10 nF. The input v, is connected to a sinusoidal offering a maximum voltage of 10 mV. Show necessary steps and supporting work to receive full credit. Giving a numerical result without showing supporting work may result in no credit being given. a) Complete the table. b) What is the type of filter? Sketch the voltages from last two columns of the table as a function of frequency to explain the answer. Properly label the axes. R C Frequency of the input 10 kHz 15 kHz 100 kHz Reactance of the energy element Voltage across the energy element Voltage across the resistor V V

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1. For the given RC circuit, answer the following questions. Consider initial conditions to be zero.
Consider R = 1 K2, C = 10 nF. The input vi is connected to a sinusoidal offering a maximum voltage
of 10 mV. Show necessary steps and supporting work to receive full credit. Giving a numerical result
without showing supporting work may result in no credit being given.
a) Complete the table.
b) What is the type of filter? Sketch the voltages from last two columns of the table as a function of
frequency to explain the answer. Properly label the axes.
C
Frequency of
the input
10 kHz
15 kHz
100 kHz
Reactance of the
energy element
Voltage across the
energy element
V
V
V
Voltage across
the resistor
Transcribed Image Text:1. For the given RC circuit, answer the following questions. Consider initial conditions to be zero. Consider R = 1 K2, C = 10 nF. The input vi is connected to a sinusoidal offering a maximum voltage of 10 mV. Show necessary steps and supporting work to receive full credit. Giving a numerical result without showing supporting work may result in no credit being given. a) Complete the table. b) What is the type of filter? Sketch the voltages from last two columns of the table as a function of frequency to explain the answer. Properly label the axes. C Frequency of the input 10 kHz 15 kHz 100 kHz Reactance of the energy element Voltage across the energy element V V V Voltage across the resistor
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