A carrier wave V C ( t ) = 160 sin 2 π × 10 6 t volts is made to vary between V max = 200   V and V min = 120   V by a message signal V m ( t ) = A m sin 2 π × 10 3 t volts. The peak voltage A m of the modulati

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A carrier wave V C ( t ) = 160 sin 2 &#960; &#215; 10 6 t volts is made to vary between V max = 200 &#160; V and V min = 120 &#160; V by a message signal V m ( t ) = A m sin 2 &#960; &#215; 10 3 t volts. The peak voltage A m of the modulating signal is,

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Correct answer: 40

Maximum amplitude, A max = A m + A C &#8658; V max = V m + V C 200 = V m + 160 V m = 40 &#8756; Peak voltage A m = 40 Answer is 40 .

A carrier wave V C ( t ) = 160 sin 2 π × 10 6 t volts is made to vary between V max = 200   V and V min = 120   V by a message signal V m ( t ) = A m sin 2 π × 10 3 t volts. The peak voltage A m of the modulating signal is,

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A carrier wave V C ( t ) = 160 sin 2 &#960; &#215; 10 6 t volts is made to vary between V max = 200 &#160; V and V min = 120 &#160; V by a message signal V m ( t ) = A m sin 2 &#960; &#215; 10 3 t volts. The peak voltage A m of the modulating signal is,

Correct answer

Step-by-step solution

More from Communication System

A carrier wave V C ( t ) = 160 sin 2 π × 10 6 t volts is made to vary between V max = 200 V and V min = 120 V by a message signal V m ( t ) = A m sin 2 π × 10 3 t volts. The peak voltage A m of the modulating signal is,