Let v(t) = A[u(t) – u(t – D)] and w(1) = v(t – ta). Use Eq. (16) with z(7) = w*(-7) to sketch Rpw(7). Confirm from your sketch that |Ru»(7)|² < E,E„ and that |Ruw(T)max = E,E, at 7 = -ta- EXERCISE 3.6–-2
Let v(t) = A[u(t) – u(t – D)] and w(1) = v(t – ta). Use Eq. (16) with z(7) = w*(-7) to sketch Rpw(7). Confirm from your sketch that |Ru»(7)|² < E,E„ and that |Ruw(T)max = E,E, at 7 = -ta- EXERCISE 3.6–-2
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![Let v(t) = A[u(t) – u(t – D)] and w(t) = v(t – ta). Use Eq. (16) with z(7) = w*(-7)
to sketch R(7). Confirm from your sketch that |Rpw(7)|² < E,E„ and that
|Rum(T) max = E,E, at ↑ = -ta-
EXERCISE 3.6–2
Uw](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc740087e-a50d-435d-921b-1bb0de7b1801%2F06191054-8ebd-4b19-9a5b-c42f0f206035%2F0zce4fl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Let v(t) = A[u(t) – u(t – D)] and w(t) = v(t – ta). Use Eq. (16) with z(7) = w*(-7)
to sketch R(7). Confirm from your sketch that |Rpw(7)|² < E,E„ and that
|Rum(T) max = E,E, at ↑ = -ta-
EXERCISE 3.6–2
Uw
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