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Engineering and Comp Sci Homework Help
How do I solve this LTI acceleration sensor problem?
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[QUOTE="Nikitin, post: 4974073, member: 298426"] [h2]Homework Statement [/h2] Please see he attached file for the problem text. [h2]Homework Equations[/h2] The output ##y(t) = h(t) * x(t)##, where ##h(t)## is the system's impulse response while ##x(t)## is the input signal. Laplace transformed, the formula above turns into ## Y(s)=H(s) \cdot X(s)##, where ##H(s)## is the transfer function. [h2]The Attempt at a Solution[/h2] Uhm, well.. I am very lost. 1) Why does the transfer function have units Volt/Acceleration ? Isn't it the impulse response that should have those units? 2) Why exactly does a laplace-transform of a signal move the signal to the frequency domain? Is it just because the new variable has units 1/Second ? Anyway, to solve this problem I know that ##X(s)=a_0/s##, since ##x(t) = a_0 u(t)##, with ##u(t)## being the unit-step function. But how do I proceed? [/QUOTE]
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How do I solve this LTI acceleration sensor problem?
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