Black Hole
May contain traces of nut
This is well known to us, and would show up as the quality reading plummeting while signal strength remains high.
The problem is input saturation. The strength reading maxes out at 100, so for all you know a reading of "100" could be 110, 120, or anything over 99. Neither do we have any calibration information as to how many microvolts signal correspond with 100.
The quality figure is the one you should be interested in. As the signal level goes down and is no longer received "clean", the quality will drop below 100% but still be recoverable until the signal drops some more. If the signal goes up into saturation, the quality will drop like a brick. Any signal level that achieves 100% quality is OK, but somewhere in the middle of that band is ideal.
The problem is input saturation. The strength reading maxes out at 100, so for all you know a reading of "100" could be 110, 120, or anything over 99. Neither do we have any calibration information as to how many microvolts signal correspond with 100.
The quality figure is the one you should be interested in. As the signal level goes down and is no longer received "clean", the quality will drop below 100% but still be recoverable until the signal drops some more. If the signal goes up into saturation, the quality will drop like a brick. Any signal level that achieves 100% quality is OK, but somewhere in the middle of that band is ideal.
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