Consider the LTspice model of a series RLC circuit shown in Figure 1. Notice that it contains an independent voltage source, set to give an AC signal with an amplitude of 1 and a phase of 0: AC 1 0. • Calculate the transfer function of this circuit, i.e. the ratio of the voltage across the resistor, R1, compared to the source voltage, V1.

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Consider the LTspice model of a series RLC circuit shown in Figure 1. Notice that it contains an
independent voltage source, set to give an AC signal with an amplitude of 1 and a phase of 0: AC 1 0.
Calculate the transfer function of this circuit, i.e. the ratio of the voltage across the resistor, R1,
compared to the source voltage, V1.
Transcribed Image Text:Consider the LTspice model of a series RLC circuit shown in Figure 1. Notice that it contains an independent voltage source, set to give an AC signal with an amplitude of 1 and a phase of 0: AC 1 0. Calculate the transfer function of this circuit, i.e. the ratio of the voltage across the resistor, R1, compared to the source voltage, V1.
C1
L1
220m
47n
V1
R1
100
AC 10
Transcribed Image Text:C1 L1 220m 47n V1 R1 100 AC 10
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