What is the impulse response of an S/H, when viewed as a linear filter?
Posted: Thu Jul 14, 2022 9:47 am
a) h(t)=\(\begin{cases}1,0≤t≤T\\0,otherwise\end{cases}\)
b) h(t)=\(\begin{cases}1,0≥t≥T\\0,otherwise\end{cases}\)
c) h(t)=\(\begin{cases}1,0<t≤T\\0,otherwise\end{cases}\)
d) None of the mentioned
b) h(t)=\(\begin{cases}1,0≥t≥T\\0,otherwise\end{cases}\)
c) h(t)=\(\begin{cases}1,0<t≤T\\0,otherwise\end{cases}\)
d) None of the mentioned