Home
Class 12
PHYSICS
What is the power developed by an amplit...

What is the power developed by an amplitude modulated wave in a load of 100 `Omega` when the peak voltage of the carrier is 100 volts and the modulation factor is 0.4?

Text Solution

AI Generated Solution

To find the power developed by an amplitude modulated wave in a load of 100 Ω with a peak voltage of 100 volts and a modulation factor of 0.4, we can follow these steps: ### Step 1: Calculate the Power of the Carrier Wave (Pc) The power of the carrier wave (Pc) can be calculated using the formula: \[ P_c = \frac{V_c^2}{2R_L} ...
Promotional Banner

Similar Questions

Explore conceptually related problems

In an amplitude modulation with modulation index 0.5 the ratio of the carrier wave to that of side band in the modulated wave is

In amplitude modulation determine the total maximum transmitted power, If the carrier output is 1 kW

The amplitude of the modulating wave is 2//5 th of the amplitude of the carrier wave. The percentage modulation

In amplitude modulation, carrier wave frequencies are:

A carrier frequency of 1 MHz and peak value of 10 V is amplitude modulated with a signal frequency of 10 KHz with peak value of 0.5 V. What are the values of the modulation index and the side band frequencies ?

In an amplitude modulated wave for audio frequency of 500 "cycle"//second ,the appropriate carrier frequency will be

An amplitude modulated wave is as shown in figure. Calculate (i) the percentage modulation, (ii) peak carrier voltage and , (iii) peak value of information voltage.

An amplitude modulated wave is as shown in figure. Calculate (i) the percentage modulation, (ii) peak carrier voltage and , (iii) peak value of information voltage.