As an approximation to the integrate-and-dump detector in Figure 9.3(a), we replace the integrator with a low
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where f3 is the 3-dB cut off frequency
Figure 9.3(a)
(a) Find s02, (T) / E{n20(t)}, where s0(T) is the value of the output signal at t = T due to +A being applied at t = 0, and n0 (t) is the output noise. (Assume that the filter initial conditions are zero.)
(b) Find the relationship between T and f3 such that the signal-to-noise ratio found in part (a) is maximized. (Numerical solution required.)
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Principles of Communications Systems, Modulation and Noise
ISBN: 978-8126556793
7th edition
Authors: Rodger E. Ziemer, William H. Tranter
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