Recent content by vutran

But how can I take this into account in analyses in general cases with a spacing of D? Is it correct to compute the pattern regardless of this mutual coupling effect, then normalize it so that ∫(power_pattern) = 1 (or transmission power)?

In this case, I assumed the wavelength is much larger than the element spacing, so the radiation pattern is approximately a sphere, so the amplitude is the same in all directions, isn't it?

It looks very cool. I have been using phased-array for direction finding & beam-forming, but recently I have come up with an idea that I find difficult to understand. Let's take the star-link phased array as an example, if we used a long-wave (MHz -- much lower than the one it is designed...