9. LOW MID FREQ
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(Z | (Z | K(Z | K(Z K( |
Low Mid EQ Freq Sweep
This knob ranges from 100 Hz to 2 kHz and determines the center frequency for the LOW MID EQ filter. This allows you to zero in on the precise narrow band of frequencies you want to have affected by the LOW MID EQ.
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| This knob ranges from |
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| 400 Hz to 8 kHz and |
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| determines the center |
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| frequency for the HIGH |
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| MID EQ filter. This allows |
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| you to zero in on the |
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| precise narrow band of |
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| (Z |
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| K(Z |
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| K(Z K( | frequencies you want | ||||
High Mid EQ Freq Sweep | |||||||||||||||||||||||
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| to have affected by the |
HIGH MID EQ.
10. LOW EQ
+15 |
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| This control gives you |
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| up to 15 dB of boost or cut | |
+10 |
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| at 80 Hz. The circuit is flat | |
+5 |
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| (no boost or cut) at the | |
0 |
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| center detent position. | |
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| This frequency represents | |
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| the punch in bass drums, | |
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20Hz |
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| 100Hz |
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| 1kHz |
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| 10kHz 20kHz bass guitar, fat synth | |||||
Low EQ |
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| patches, and some really | |||||||
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serious male singers.
Note: Used in conjunction with the Low Cut switch, you can boost the LOW EQ without injecting tons of infrasonic debris into the mix.
11. EQ IN/OUT Switch
This is a true hardware bypass of the Perkins EQ circuitry to insure that there is no coloration of the signal if the EQ is not needed. When this button is out, the EQ controls have no effect on the signal. You can use this switch to make an A/B comparison between the EQ’d signal and the signal without EQ.
We have completely redesigned the
EQ circuits in the Onyx Series of
mixers, based on the designs of Cal
Perkins, an
engineering for over three decades and
This
The
Owner’s Manual
Manual Owner’s
11