How is the Phased Array Partitioning Model supposed to be used?

 I am modeling a 16x16 element phased array, although the size is not really important. My theoretical hardware has a phase shifter behind every element in the array, so I can fully steer the array.

 

Since I don't have a clear example to go by, my take is that in order to steer this array, I need to create a partitioned array, where each and every element is specified as an independent sub-array. To do this I am setting the SubarraySelection parameter to eye(256).

 

I see no other way to steer the array. I am also adding taper weights to the array, and the only way I can appear to do this is to specify each element as an independent sub-array.

 

Is this the correct approach, or am I making the problem unnecessarily complicated?

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Hi,

 

Since you have a phase shifter behind each element, there is really no need to go through ParitionedArray. Instead, you can use URA. The partitioned array is more for the usage of subarray modeling, where you don't really have access to each element's measurement.

 

Here is a small example showing how to steer the array:

 

% define array
ha = phased.URA(16)
c = 3e8; fc = 3e8;
% define steering vector
hstv = phased.SteeringVector('SensorArray',ha,'PropagationSpeed',c)
% use steering vector to steer the array to 30 degrees azimuth
plotResponse(ha,fc,c,'Format','polar','RespCut','3d','Weights',step(hstv,fc,30))

Note that this is for the plotting purpose.

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