A single sideband (SSB) transmission contains 500W. the transmission isto be replaced by a standard AM signal with the same power content.Determine the power content of each of the sidebands when themodulation depth is 70%

A 2KW carrier is an amplitude modulated by a sinusoidal signal to adepth of 70%. Calculate the power at the lower sideband and determinethe percentage of the total power

An AM transmitter has an output of 20KW when modulated to a depth of100%. Calculate the output power when(a) the carrier is unmodulated(b) When after modulation to a depth of 50% one sideband issuppressed and the carrier component is reduced by 24dB

For 100% modulation, total power is ________A. 1.5 PcB. 2 P cC. 2 . 5PcD. 3 P c

d) The message m(t) = 2sin2000nt – 3cos4000nt is used in an AM system with a modulation index of 70 % and carrier frequency of 580 kHz. i. What is the power efficiency? ii. If the net transmitted power is 10 watts, find the magnitude spectrum of the transmitted signal. (Note: Use Fourier transform is required)

Assume that the antenna gains of BS and MS are 6 dBi and 2 dBi, respectively. Corresponding antenna heights are 10 m and 1.5m, respectively and they operate in an environment where the ground plane can be treated as perfectly conducting. The BStransmits with a maximum of 40W and the MS with a power of 0.1W. The center frequency `of the links (duplex) are both at 900MHz, even if uplink and downlink frequencies differ from each other. Using plane-earth propagation assumption,a. Calculate how much received power is available at the output of the BS and MS receive antennas, as a function ofdistance d.b. Assuming that the receiver sensitivity of both BS and MS is −140 dBW, examine the range of the downlink and theuplink?c. In order that the range of the uplink and the downlink be the same, interpret the relation between the sensitivities of theBS and MS receivers?d. If the BS antenna height is lowered to 10 m, examine the effect on reception in terms of distance?