To understand the Laplace transform and the inverse Laplace transform by means of a formed circuit...

 

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To understand the Laplace transform and the inverse Laplace transform by means of a formed circuit analysis and by using MATLAB. TASKS R₁ = 500 • • ) vi(t) R₂= 1000 . L= 200mH Consider the time domain circuit above. The voltage source (t) drives the circuit, and the response signal is the voltage 1, (t) across the capacitor. In this project, you are expected to C=2µF (t) • form frequency domain version of the given time domain circuit. • obtain the transfer function of the circuit, identify the transient component and steady-state component of v. (t). obtain the impulse response of your circuit, and • obtain the step response of your circuit. • If v; (t) = 10cos(1500t), calculate and plot (t) via Laplace and inverse Laplace transform. If vi(t) = 10sin(3000t), calculate and plot (t) via Laplace and inverse Laplace transform. To understand the Laplace transform and the inverse Laplace transform by means of a formed circuit analysis and by using MATLAB. TASKS R₁ = 500 • • ) vi(t) R₂= 1000 . L= 200mH Consider the time domain circuit above. The voltage source (t) drives the circuit, and the response signal is the voltage 1, (t) across the capacitor. In this project, you are expected to C=2µF (t) • form frequency domain version of the given time domain circuit. • obtain the transfer function of the circuit, identify the transient component and steady-state component of v. (t). obtain the impulse response of your circuit, and • obtain the step response of your circuit. • If v; (t) = 10cos(1500t), calculate and plot (t) via Laplace and inverse Laplace transform. If vi(t) = 10sin(3000t), calculate and plot (t) via Laplace and inverse Laplace transform.