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In AM wave total power of side band...

In AM wave total power of side bands is given by :

A

`P_(s) = (E_(c)^(2))/(4R)`

B

`P_(s) = (4 E_(c)^(2))/(R)`

C

`P_(s) = (m^(2) E_(s)^(2))/(4R)`

D

`P_(s) = (E_(c)^(2))/(4m^(2) R)`

Text Solution

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The correct Answer is:
C
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AAKASH SERIES-COMMUNICATION SYSTEM -LECTURE SHEET (LEVEL - I) (MAIN) (EXERCISE - III) (Straight Objective & More than one Correct Answer Type Questions)
  1. In AM wave the amplitude of each side hand frequency is

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  2. In AM wave, carrier power is given by-

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  3. In AM wave total power of side bands is given by :

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  4. Fraction of total power carried by side bands is given by-

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  5. Modulation factor determines-

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  6. if the maximum and minimum voltage of AM wave are V(max) and V(min), r...

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  7. When m=1 ,power carried by side bands is:

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  8. Which of the following is/are the limitations of amplitude modulation?

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  9. Degree of modulation-

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  10. A signal wave of frequency 12KHz is modulated with a carrier wave of f...

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  11. The antenna current of an AM transmitter is 8A when only the carrier i...

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  12. A 1kW signal is transmitted using a communication channel which provid...

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  13. A speech signal of 3 KHz is used to modulate a carrier signal of frequ...

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  14. A message signal of frequency omega(m) is superposed on a carrier wave...

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  15. 1-V characteristics of four devices are shown in figure. Identif...

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  16. A male voice after modulation transmission sounds like that of a femal...

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  17. Identify the mathematical expression for amplitude modulated wave.

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  18. Audio sine waves of 3 kHz frequency are used to amplitude modulate a c...

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  19. The frequency response curve (figure) for the filter circuit used for ...

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  20. In amplitude modulation, the modulation index m, is kept less than or ...

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