(New page: ==Defining an LTI System== Let the LTI system be defined as: <math>\ y(t)=0.5 x(t-5) </math> ==Computing the Impulse Response and System Function== Inputting a delta into the system yei...) |
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==Defining an LTI System== | ==Defining an LTI System== | ||
| − | + | For an input x(t), let the LTI system be defined as: | |
| − | <math>\ y(t)=0.5 x(t-5) </math> | + | <math>\ y(t)=0.5 x(t-5) u(t) </math> |
==Computing the Impulse Response and System Function== | ==Computing the Impulse Response and System Function== | ||
Inputting a delta into the system yeilds: | Inputting a delta into the system yeilds: | ||
Revision as of 16:00, 26 September 2008
Defining an LTI System
For an input x(t), let the LTI system be defined as:
$ \ y(t)=0.5 x(t-5) u(t) $
Computing the Impulse Response and System Function
Inputting a delta into the system yeilds:
