Solid State Logic XLogic Super Analogue Owner's Manual page 22

XLogic Channel Owner's Manual
Channel Equaliser
Each channel contains a four band equaliser that can be switched between two different sets of curves, one based
on SSL's G Series EQ and the other based on the latest version of the classic E Series EQ. High and low pass filters
are also available.
The LF and HF bands have variable turnover frequency with switchable bell/shelving and selectable response
curves (see the upper plot, opposite):
• Normal ('G type') curves with the 'E' switch OUT, have a modified slope with a degree of
overshoot/undershoot for increased selectivity
• 'E type' curves with the 'E' switch IN follow conventional cut or boost characteristics
The two parametric bands have selectable characteristics which affect the relationship between frequency
bandwidth and gain (see the lower plot, opposite):
• With the 'E' switch OUT, the frequency bandwidth reduces with increased gain, thereby increasing the
selectivity of the EQ as the gain is increased
• With the 'E' switch IN, the frequency bandwidth is constant at all gains
• At full boost or cut both are identical
HF Band controls:
Frequency
Gain
'Q'
HMF Band controls:
Frequency
Gain
'Q'
LMF Band controls:
Frequency
Gain
'Q'
LF Band controls:
Frequency
Gain
'Q'
Filter controls:
Low Pass
High Pass
Measurement Conditions
Signal applied to Input A and measured at Output. EQ switched In. All EQ controls set centre as appropriate.
THD + N
Frequency Response
Output Headroom
Noise
Page 18
Variable from 1.5kHz to 22kHz
Variable between ±20dB
2.5 (on 'BELL' setting)
Variable from 600Hz to 7kHz
Variable by > ±20dB
Variable from 0.5 to 2.5 (may also vary with gain)
Variable from 200Hz to 2.5kHz
Variable by > ±20dB
Variable from 0.5 to 2.5 (may also vary with gain)
Variable from 40Hz to 600Hz
Variable between ±16.5dB
2.5 (on 'BELL' setting)
3kHz to 50kHz (–3dB Point) @ 12dB/Octave
20Hz to 500Hz (–3dB Point) @ 18dB/Octave
< 0.005% at +20dBu 1kHz
< 0.007% at +20dBu 10kHz
±0.1dB from 20Hz to 20kHz
–3dB at 200kHz
> +26dBu at onset of clipping
< –86dBu