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features and specifications
Crossover Frequencies
-Front High-Pass
-Front Mid High-Pass
-Front Mid Low-Pass
-Rear High-Pass
-Rear Mid High-Pass
-Rear Mid Low-Pass
Crossover Slope Rate
Subwoofer Boost
Boost Frequency
Mid Cut
Mid Cut Q:
Distortion
Frequency Response
Signal-to-Noise Ratio (A)
Separation
Power Source
Dimensions
1.6K - 8KHz
40Hz - 240Hz
1.6KHZ - 8KHz
1.6KHZ - 8KHz
40Hz - 240Hz
1.6KHZ - 8KHz
12dB per octave
Single octave 0dB - 12 dB
at 40 - 120Hz (variable)
-10dB (180Hz Q=1)
1, 3, 6
0.01% THD at 1 volt output
10Hz - 30KHz
±
3 dB
95dB
60dB
14.4 Volts DC
Negative ground
9-21/32”W x 10-5/8”D x 1-1/2”H
(245 x 270m x 38mm)
11. Rear Channel Output Terminals
12. Subwoofer Output Terminals
13. Subwoofer Level Remote Control
Terminal
14. Power Indicator
15. Front Inputs
16. Rear Inputs
17. Dual Inputs/Outputs
18. Dual SUB IN & F/R MIX Switch
This terminal may be used to connect the Remote Subwoofer Level Control. This enables
the user to have easy access to adjust the bass levels to compensate for increased road
noise or recording variations.
This indicator lights up when the internal power supply is activated and the unit is operational.
To be connected to the Front outputs of the head unit. Make sure the Dual Input Switch is
in the “4CH” position.
To be connected to the Rear outputs of the head unit. If your head unit has only one set of
outputs connect them to the Rear set of inputs.
When used as inputs, these terminals are connected to the sub out of the source unit.
When used as outputs these terminals are connected to the Rear channel inputs of another
electronic crossover in a multi-crossover system.
When this switch is in the “F/R MIX” position, the stereo sum of the front and rear input
signals is routed to the Dual In/Out terminals. This summed signal can then be used by
the subwoofer channel or become output to another electronic crossover. In the “SUB IN”
position the Dual In/Out terminals become the input terminals for the subwoofer channel.