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<blockquote data-quote="TheMayer" data-source="post: 8201367" data-attributes="member: 637616">The 12db and 24db settings are referring to the slope of the filter. The higher the number, the steeper the slope. If you use a steeper slope you will hear less of the frequencies below where you set the filter, the shallower the slope the more you will hear.<img src="http://img853.imageshack.us/img853/2641/fltweeter.png" alt="" class="fr-fic fr-dii fr-draggable " style="" />This is the interface for the Audison Bit processors. The red line on the graph above the EQ bands shows the slope. This person is using a 12db slope so it is shallow and extends far past his set crossover frequency, if set to a 18db or 24db slope, the line would be much steeper and cutoff closer to the set frequency.Also, if you look close at that graph you can see a scale for db on the left side (12, 0, -12). That tells you what frequencies will be allowed to pass through the filter depending on what volume the processor is set at.</blockquote>

[QUOTE="TheMayer, post: 8201367, member: 637616"] The 12db and 24db settings are referring to the slope of the filter. The higher the number, the steeper the slope. If you use a steeper slope you will hear less of the frequencies below where you set the filter, the shallower the slope the more you will hear. [IMG]http://img853.imageshack.us/img853/2641/fltweeter.png[/IMG] This is the interface for the Audison Bit processors. The red line on the graph above the EQ bands shows the slope. This person is using a 12db slope so it is shallow and extends far past his set crossover frequency, if set to a 18db or 24db slope, the line would be much steeper and cutoff closer to the set frequency. Also, if you look close at that graph you can see a scale for db on the left side (12, 0, -12). That tells you what frequencies will be allowed to pass through the filter depending on what volume the processor is set at. [/QUOTE]

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