Solution Found!
Answer: The input to a linear circuit is the voltage vi. The output is the voltage vo
Chapter 14, Problem P14.10-12(choose chapter or problem)
The input to a linear circuit is the voltage \(v_i\). The output is the voltage \(v_o\). The transfer function of the circuit is
\(H(s)=\frac{V_{\mathrm{o}}(s)}{V_{\mathrm{i}}(s)}\)
The poles and zeros of H(s) are shown on the pole-zero diagram in Figure P 14.10-12. At \(\omega\) = 5 rad/s, the gain of the circuit is
Determine the step response of the circuit.
Questions & Answers
QUESTION:
The input to a linear circuit is the voltage \(v_i\). The output is the voltage \(v_o\). The transfer function of the circuit is
\(H(s)=\frac{V_{\mathrm{o}}(s)}{V_{\mathrm{i}}(s)}\)
The poles and zeros of H(s) are shown on the pole-zero diagram in Figure P 14.10-12. At \(\omega\) = 5 rad/s, the gain of the circuit is
Determine the step response of the circuit.
ANSWER:Step 1 of 6
The input of a linear circuit is the voltage and the output of linear voltage is .
Then transfer function is represented as,