(New page: == Time Invariance == A system is time-invariant if for any system with input <math>x(t)\!</math> and output <math>y(t)\!</math> then the response from an input <math>x(t-t_0)\!</math> wil...) |
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== Time Invariance == | == Time Invariance == | ||
| − | A system is time-invariant if for any system with input <math>x(t)\!</math> and output <math>y(t)\!</math> then the response from an input <math>x(t-t_0)\!</math> will be <math>y(t-t_0)\!</math>. | + | A system is time-invariant if for any system with input <math>x(t)\!</math> and output <math>y(t)\!</math> then the response from an input <math>x(t-t_0)\!</math> will be <math>y(t-t_0)\!</math>: |
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| + | [[Image:Timeinv_ECE301Fall2008mboutin.JPG]] | ||
Revision as of 12:04, 11 September 2008
Time Invariance
A system is time-invariant if for any system with input $ x(t)\! $ and output $ y(t)\! $ then the response from an input $ x(t-t_0)\! $ will be $ y(t-t_0)\! $:
