(New page: == Basics of Linearity == Image:ECE301HW3.JPG We are given the following information: For input <math>x(t) = e</math> <sup>(2jt)</sup> the output <math> y(t) = te</math><sup>(-2jt)<...) |
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We are given the following information: | We are given the following information: | ||
| − | For input <math>x(t) = e</math> <sup>(2jt)</sup> the output <math> y(t) = te</math><sup>(-2jt)</sup>. | + | * For input <math>x(t) = e</math> <sup>(2jt)</sup> the output <math> y(t) = te</math><sup>(-2jt)</sup>. |
| − | For input <math>x(t) = e</math> <sup>(-2jt)</sup> the output <math> y(t) = te</math><sup>(2jt)</sup>. | + | * For input <math>x(t) = e</math> <sup>(-2jt)</sup> the output <math> y(t) = te</math><sup>(2jt)</sup>. |
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| + | * The system is Linear. | ||
Revision as of 12:58, 16 September 2008
Basics of Linearity
We are given the following information:
- For input $ x(t) = e $ (2jt) the output $ y(t) = te $(-2jt).
- For input $ x(t) = e $ (-2jt) the output $ y(t) = te $(2jt).
- The system is Linear.
