(New page: == Linearity and Time Invariance == As can be noticed in the table, the value of k is equal to the shift in time. After studying this table for a time, it becomes quite apparent that the ...) |
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As can be noticed in the table, the value of k is equal to the shift in time. After studying this table for a time, it becomes quite apparent that the function is not time invariant. This is due to the fact that, as time increases, so does k and therefore so does the amplitude of the function. | As can be noticed in the table, the value of k is equal to the shift in time. After studying this table for a time, it becomes quite apparent that the function is not time invariant. This is due to the fact that, as time increases, so does k and therefore so does the amplitude of the function. | ||
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If the system is linear, then inputting the unit step function <math> u[n] </math> would yield the output. | If the system is linear, then inputting the unit step function <math> u[n] </math> would yield the output. | ||
Latest revision as of 16:20, 12 September 2008
Linearity and Time Invariance
As can be noticed in the table, the value of k is equal to the shift in time. After studying this table for a time, it becomes quite apparent that the function is not time invariant. This is due to the fact that, as time increases, so does k and therefore so does the amplitude of the function.
If the system is linear, then inputting the unit step function $ u[n] $ would yield the output.
