3.2-3 What area of a rectangular aperture is needed to produce a radiated power of 5 kW if its aperture illumination is constant at Ea(5,5) = [150ax+ 200â,, (5,5) in area A 0, elsewhere Assume the aperture is centered on the origin with lengths L in the x direction and L/2 in the y direction.

icon
Related questions
Question

Please provide Handwritten answer.

 

3.2-3 What area of a rectangular aperture is needed to produce a radiated power of
5 kW if its aperture illumination is constant at
150âg + 200ây, (č, 5) in area A
E.(č, C) =
0,
elsewhere
Assume the aperture is centered on the origin with lengths L in the x
direction and L/2 in the y direction.
Transcribed Image Text:3.2-3 What area of a rectangular aperture is needed to produce a radiated power of 5 kW if its aperture illumination is constant at 150âg + 200ây, (č, 5) in area A E.(č, C) = 0, elsewhere Assume the aperture is centered on the origin with lengths L in the x direction and L/2 in the y direction.
Expert Solution
steps

Step by step

Solved in 2 steps

Blurred answer