6.1. exercise x=1; y=7; z=1; a=0; b=0; c=7 The signal s(t) = Sm [1 + m cos(Nt)] cos(w₁t) is applied to the filter with t

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6.1. exercise x=1; y=7; z=1; a=0; b=0; c=7 The signal s(t) = Sm [1 + m cos(Nt)] cos(w₁t) is applied to the filter with t

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6 1 Exercise X 1 Y 7 Z 1 A 0 B 0 C 7 The Signal S T Sm 1 M Cos Nt Cos W T Is Applied To The Filter With T 1
6 1 Exercise X 1 Y 7 Z 1 A 0 B 0 C 7 The Signal S T Sm 1 M Cos Nt Cos W T Is Applied To The Filter With T 1 (67.16 KiB) Viewed 19 times
6.1. exercise x=1; y=7; z=1; a=0; b=0; c=7 The signal s(t) = Sm [1 + m cos(Nt)] cos(w₁t) is applied to the filter with the displayed amplitude-frequency response. Draw the waveform and spec- trum of the input signal if Sm = (b + a + 1)V un m = (c + 1)/10. Draw the dependence of the modulation index of the output signal on the modulating signal frequency , if Kmax = c + y + 2. s(t)o K(w) o Siz(t) K(w) ₁ Kmax Wo Aw لها
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