(Solved): 2.10 Pulse excitation. The circuit shown in Figure \( 2.41 \) is excited with a voltage pulse of a ...

2.10 Pulse excitation. The circuit shown in Figure \( 2.41 \) is excited with a voltage pulse of amplitude \( A \) and pulse width \( t_{\mathrm{w}} \). Assuming the propagation delay of the line to be \( t_{d} \), sketch the load voltage \( \mathscr{V}_{\mathrm{L}}(t) \) versus \( t \) for \( 0 \leq t \leq 10 t_{d} \) for (a) \( t_{\mathrm{w}}=2 t_{d} \), (b) \( t_{\mathrm{w}}=t_{d} \), and (c) \( t_{\mathrm{w}}=t_{d} / 2 \). Figure 2.41 Pulse excitation. Problem 2.10.