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The propagation constant of a wave with attenuation and phase constant given by 2 and 3 respectively is

Correct Answer: 2 + 3j
The propagation constant is given by γ = α + jβ. Given that α = 2 and β = 3. Thus we get the propagation constant as γ = 2 + 3j.

If the attenuation due to dielectric loss and attenuation due to conductor loss in a microstrip transmission line is 0.024Np/m and 0.0724 Np/m, then the unloaded quality factor if the propagation constant is 151 is:

If propagation constant is 12:60°, then the value of phase constant and attenuation constant is:

A monochromatic wave propagates along a waveguide in z direction. These points of constant phase travel in constant phase travel at a phase velocity Vp is given by?

The attenuation constant causes phase distortion and the phase constant causes frequency distortion. State True/False.

In the non-ideal scattering matrix representation of the circulator, the attenuation constant and phase constant α, β respectively are approximated as 1.

If the wave number of an EM wave is 301/m in air , then the propagation constant β on a micro strip line with effective di electric constant 2.8 is:

Calculate the propagation constant of a wave with impedance and admittance given by 32 and 12 respectively.

Calculate the phase constant of a conductor with attenuation constant given by 0.04 units.

A 3-phase bridge converter is given a three-phase supply in the phase sequence R-Y-B. Let the neutral to R phase voltage be Vm sinωt. The first SCR (connected to R phase) is fired at an angle of 15°. What is the maximum value at the output terminals at this instant?

With the propagation of a longitudinal wave through a material medium, the quantities transmitted in the propagation direction are __________