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For the system shown below, f(C) is the first message signal and f2) is the second message signal: 1) Derive a mathematical expression for e(t). 2) Discuss your result if 0 = -90°, 0 = 0°. cos(w,t) cos(@,t + 0) LPF e(t) f2(t) sin(wt)

For the system shown below, f(C) is the first message signal and f2) is the second message signal: 1) Derive a mathematical expression for e(t). 2) Discuss your result if 0 = -90°, 0 = 0°. cos(w,t) cos(@,t + 0) LPF e(t) f2(t) sin(wt)

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For the system shown below, f,(t) is the first message signal and f2(t) is the second message signal: 1) Derive a mathematical expression for e(t). 2) Discuss your result if 0 = -90°, 0 = 0°. cos(w,t) cos(@,t + 0) f(1) $(t)- LPF e(t) f2(t) sin(w.t)
Transcribed Image Text:For the system shown below, f,(t) is the first message signal and f2(t) is the second message signal: 1) Derive a mathematical expression for e(t). 2) Discuss your result if 0 = -90°, 0 = 0°. cos(w,t) cos(@,t + 0) f(1) $(t)- LPF e(t) f2(t) sin(w.t)
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