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This procedure is very similar to the Phase correction process, but concerns with the setting up of the equipment and the data input for the pressure residual intensity index, related to the grade of accuracy the user wants to achieve. | This procedure is very similar to the Phase correction process, but concerns with the setting up of the equipment and the data input for the pressure residual intensity index, related to the grade of accuracy the user wants to achieve. | ||
In the case of real time procedure, fit the probe in the coupler of the calibrator, turn the pink noise generator on, set up the instrument in the '''Set up / Equipment '''menu (see next sections) and select the "'''Start"''' button in the Control Panel to start the acquisition. At this stage the software asks the user to select only one spacer with the full frequency span activated. This expedient has to be used only to perform this measurement the right way: a single spacer with a full frequency range in the actual environmental conditions is the | In the case of real time procedure, fit the probe in the coupler of the calibrator, turn the pink noise generator on, set up the instrument in the '''Set up / Equipment '''menu (see next sections) and select the "'''Start"''' button in the Control Panel to start the acquisition. At this stage the software asks the user to select only one spacer with the full frequency span activated. This expedient has to be used only to perform this measurement the right way: a single spacer with a full frequency range in the actual environmental conditions is the conditions in which the calibration has to be done. After this step the user can go back to their desired configuration of the spacers and frequency ranges. | ||
[[Image:Acquiring_Sound_Intensity_part2_05.jpg|framed|none]] | [[Image:Acquiring_Sound_Intensity_part2_05.jpg|framed|none]] |