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Second you run the ''mute calibration'', this test needs to be performed when the position of the mute motor has changed, a string with a different thickness has been put on the instrument, or the bridge heights have changed. The ''mute calibration'' works by playing the <u>fundamental</u> of the instrument and digitally analyzing the sound of the pickup while moving the mute into different positions. Therefore <u>the instrument must have gone through the pressure calibration and it should be reasonably in tune</u>, if this is not the case you will most likely get garbage values. | Second you run the ''mute calibration'', this test needs to be performed when the position of the mute motor has changed, a string with a different thickness has been put on the instrument, or the bridge heights have changed. The ''mute calibration'' works by playing the <u>fundamental</u> of the instrument and digitally analyzing the sound of the pickup while moving the mute into different positions. Therefore <u>the instrument must have gone through the pressure calibration and it should be reasonably in tune</u>, if this is not the case you will most likely get garbage values. | ||
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|[[The Ekdahl FAR - Limits|Limits]] | |||
|[[The Ekdahl FAR - Changing the string|Changing the string]] | |||
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