Repeat Prob XXXXXXXXXXfor the digital integrator in Prob. 5.1-2. Prob. 5.4-2 the digital integrator in Prob. 5.1-1. (a) Realize the system using gain, delay, and summing blocks. Apply δ[n] at the...




Repeat Prob. 5.4-2 for the digital integrator in Prob. 5.1-2.


Prob. 5.4-2


the digital integrator in Prob. 5.1-1.


(a) Realize the system using gain, delay, and summing blocks. Apply δ[n] at the input of the realization, and find the resulting impulse response h[n] by inspection.


(b) Determine the unit impulse response h[n] by using the methods of Sec. 5.4.



Prob. 5.1-2


A digital integrator that uses a trapezoidal approximation is characterized by the difference equation


where T is the sampling interval. Assuming zero initial condition y[−1] = 0, solve this equation iteratively when the input x[n] is


(a) δ[n]


(b) u[n]


Comment on the performance of this system as an integrator.






May 13, 2022
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