In figure 48 below, EQs 1, 2, 3, and 4 have been adjusted. The effects of adjusting EQs 2, 3, and
4 can be seen by the deviation from the horizontal line. The effect of adjusting EQ 1 is not seen
because the bypass button for that EQ is still activated and adjustments to EQ 1 are not used to
process the audio signal. The numbers of the EQs contributing to the graph (2, 3, and 4, but not
1) are shown in white against a blue background at the top of the graph.
Figure 48.
Graph After Bands 2, 3, and 4 Have Been Adjusted
Adjust EQ numerically
These four fields control the parameters that can also be adjusted in the graph.
EQ# — selects which EQ is adjusted.
•
Frequency — adjusts the frequency of
•
the center handle on the graph.
Boost/Cut — adjusts the amount of
•
amplification or attenuation applied to
that specific EQ.
Q — adjusts the bandwidth to which
•
the boost or cut is applied. As the
Q value increases, the bandwidth
becomes narrower.
NOTE:
When values are altered in the
is updated to reflect the changes.
Test Signals
Use the Test Signals section of the screen
to select
or the
Pink Noise
signal as the sound source. Use the
Input
sequence arrows to apply the test signal to
the appropriate output channel.
Input and Output information bar
The
Input and Output information panel
detail starting on page 25.
Figure 49.
Adjust EQ Numerically
Active
Figure 50.
is available from all GUI tabs and is described in
SSP 7.1 • Setup and Control Software
Menus for Adjusting EQ Numerically
fields, the graphic display
Test Signals
38