User`s manual

18
OutputHighPassFilter
Thehighpasscrossoverfilteroneachoutputhasafrequencyrangeof<10Hzupto32kHzin1/36
th
Octave
steps.Ifyoutrytosetthehighpassfiltertoahigherfrequencythanthelowpass(whichwouldbe
pointlessandresultinnooutput),themessageHigh/Low Freq. Overlap!willbedisplayed.Note
thattoaccessthe48dB/Octavefilters,parametricbands 6&7needtobebypassed,orsetto0dB.Ifthe
y
arenot,themessageBypass PEQ’s 6 & 7 To Access 48dB Slopeswillbedisplayed.

OP1 Output 1 HPF /~~
<10Hz Linkw-Riley 48dB
Frequency Slope
OutputLowPassFilter
Thelowpasscrossoverfilteroneachoutputhasafrequencyrangeof35.1Hzupto>32kHzin1/36
th

Octavesteps.Ifyoutrytosetthelowpassfiltertoalowerfrequencythanthehighpass(whichwouldbe
pointlessandresultinnooutput),themessageHigh/Low Freq. Overlap!willbedisplayed.Note
thattoaccessthe48dB/Octavefilters,parametricbands 8&9needtobebypassed,orsetto0dB.Ifthe
y
arenot,themessageBypass PEQ’s 8 & 9 To Access 48dB Slopeswillbedisplayed.

OP1 Output 1 LPF ~~\
>32kHz Linkw-Riley 48dB
Frequency Slope
OutputParametricEQ
Thereareninebandsofparametricequalisationavailableoneveryoutput
2
.Thebehaviourofeach
individualbandcanbechangedtoavarietyofdifferentfiltershapes,includinghighandlow shelves,notch,
andbandpass.Changingthefiltertypeis achievedbypressingBYPASStobypassthefilterandthen
pressingENTER duringeditinganyparticularband.Formoredetailsaboutthevarioustypesoffilter
available,ple
aseseepage33.

OP1 Output 1 PEQ:1<>
1k00Hz Q=3.0 0.0dB
Frequency ‘Q’ Gain
2
Note that 2 bands each will be lost when using 48 dB slope crossover filters, resulting in a maximum of 5
bands of EQ when both high and low pass are set to 48 dB/Octave.