Suppose a continuous time voice signal x(t) captured by the microphone on a phone can be...
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Suppose a continuous time voice signal x(t) captured by the microphone on a phone can be described by the function : >> x(t) = 3cos(60Tt)+10cos(340TTT)+sin(660Ttt) • Find the following: • (a) frequency components in x(t) and rate at which the signal should be sampled for it to be fully recovered at the receiver. • (b) number of samples that will be obtained after 80s when the signal x(t) is sampled at 200 Hz and the discrete signal x[n] in its simplest form (minimum or alias frequency) • (c) the discrete frequency content of the signal x[n] • (d) (d) do you think the signal x(t) can be fully recovered? Why Suppose a continuous time voice signal x(t) captured by the microphone on a phone can be described by the function : >> x(t) = 3cos(60Tt)+10cos(340TTT)+sin(660Ttt) • Find the following: • (a) frequency components in x(t) and rate at which the signal should be sampled for it to be fully recovered at the receiver. • (b) number of samples that will be obtained after 80s when the signal x(t) is sampled at 200 Hz and the discrete signal x[n] in its simplest form (minimum or alias frequency) • (c) the discrete frequency content of the signal x[n] • (d) (d) do you think the signal x(t) can be fully recovered? Why
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Complex Variables and Applications
ISBN: 978-0073051949
8th edition
Authors: James Brown, Ruel Churchill
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