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At a distance setting of 60 meters — the actual distance of the array — the Galileo produces
the flattest result; any setting below 60 can be used to achieve a different response in the high
frequencies.
NOTE: For designs where user-defined curves or other types of response curves are
desired, always use the Atmospheric Correction Distance parameter for each channel,
NOT the Temperature,
Humidity
, or Altitude controls.
Figure C.4. Corrected Eight MILO Array at Various Distances
Low-Frequency Response Curves
In the low to low-mid frequency range, reducing the Array Size parameter changes the amount
of array correction to produce different responses. Figure C.5: “Corrected MILO Arrays of
Differing Sizes” (p. 155) shows the response of the example MILO array (compensated in the
high frequencies) with Array Size settings at 8, 6 and 4.
154
APPENDIX C
USER-DEFINED EQUALIZATION CURVES WITH M SERIES ARRAY AND
ATMOSPHERIC CORRECTION