80. Consider the discrete-time signal x _\x{n} = { } 0, b", 0≤n≤N-1 otherwise where b R and N is a positive integer. Use

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answerhappygod
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80. Consider the discrete-time signal x _\x{n} = { } 0, b", 0≤n≤N-1 otherwise where b R and N is a positive integer. Use

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80 Consider The Discrete Time Signal X X N 0 B 0 N N 1 Otherwise Where B R And N Is A Positive Integer Use 1
80 Consider The Discrete Time Signal X X N 0 B 0 N N 1 Otherwise Where B R And N Is A Positive Integer Use 1 (10.81 KiB) Viewed 20 times
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80 Consider The Discrete Time Signal X X N 0 B 0 N N 1 Otherwise Where B R And N Is A Positive Integer Use 2
80 Consider The Discrete Time Signal X X N 0 B 0 N N 1 Otherwise Where B R And N Is A Positive Integer Use 2 (5.2 KiB) Viewed 20 times
80. Consider the discrete-time signal x _\x{n} = { } 0, b", 0≤n≤N-1 otherwise where b R and N is a positive integer. Use the definition of z-Transform to find the transform of x. What is its region of convergence?
80. X(z) 1-(2) N b 1 Z RoC(x) = C\ {0}
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