992 CONTROL VOLTAGES Enter the Behringer 992 CONTROL VOLTAGES Module. An authentic reproduction of the circuitry from the “Modular 55 & 35” Series used by the world’s most famous pop, rock and jazz musicians. Now, musicians can build their very own, unique, synthesizer that can fit in a standard Eurorack case for a very affordable price. Mix and match specific modules to create your personal, unique synth to complement the music you play or go all out and fill a room, from floor to ceiling, with modules that’ll fulfill any synth geek’s wildest dream.Channels The 992 CONTROL VOLTAGES features 4 channels for CV signals routing to the 904A LPF module. This allows your sound to be freely connected/disconnected with a flip of a switch. Putting the switch in its up position means that you are allowing your signals to connect to other modules and vice versa.External Input and Attenuator An external input is available If you have an additional input you want to connect to the 992 CONTROL VOLTAGES module. And with the inverting Attenuator knob, you can adjust the CV level of this signal by turning it clockwise to adjust the CV level from 0 to 10 or counterclockwise to change it from 0 to -10. Ins and Outs 3 switched and summed CV inputs are present for the frequency control of VCF modules which can be connected via 3.5 mm TS cables. The 992 CONTROL VOLTAGES allows you to send out the combined voltage from all 4 inputs via 3 parallel CV outputs; which can drive multiple 904A LPF and 904B HPF modules for an unlimited number of sonic combinations. - Authentic reproduction of the circuitry from the “Modular 55 & 35” Series - Artist roster includes world’s most famous pop, rock and jazz musicians - 4-channel CV signal routing to 904A LPF module - Single external input with inverting attenuator control - 3 switched and summed CV inputs for frequency control of VCF modules - 3 parallel CV outputs can drive multiple 904A LPF and 904B HPF modules - Eurorack specs: 8 HP, 10 mA +12 V, 10 mA -12 V - 3-Year Warranty Program* - Designed and engineered in the U.K.
