Practice Transfer Function Of An Rlc Circuit (3.5) - Mathematically Model Dynamic Systems and Derive Transfer Functions

Practice: Transfer Function of an RLC Circuit

Lesson 3.5Mathematically Model Dynamic Systems and Derive Transfer Functions

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10 questions

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6 sample questions

Question 1.
What components make up a series RLC circuit?
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Think of the components connected in series.
Question 2.
Define the transfer function.
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It relates the input voltage to output current.
3Question 3.
What is the output of the transfer function H(s) for a series RLC circuit?
- V_in(s)
- I(s)
- 1/(R + Ls + (1/C s))
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Look for the expression that has input voltage in the denominator.
4Question 4.
True or False: The resistor in an RLC circuit stores energy.
- True
- False
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Consider the function of a resistor.
Question 5.
In a series RLC circuit with R = 3Ω, L = 2H, and C = 0.2F, derive the transfer function and determine how increasing R affects the transient response.
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Apply the definitions and follow through with the Laplace transform carefully.
Question 6.
If an input voltage of 5V is applied to a series RLC circuit, determine the output current based on the derived transfer function you previously calculated.
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Use the transfer function you derived earlier for calculations.

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