Monos from Hikari is now availible in Eurorack format! Both a noise oscillator and a random signal source it can create a variety of useful signals both in the audio and modulation ranges.
Monos 0 is a module that combines a noise oscillator and divider using a Linear Feedback Shift Register (LFSR). In High range, it serves as a noise source, and in Low range, it functions as a random CV generator. Monos 0 generates random signals/noise signals through an LFSR clocked by an internal, voltage-controllable VCO and divides the created signal by 2, 4, 8, 16, and 32. These signals are then mixed using a slider. The LFSR can also be driven by an external clock patched into the Clock In. It also has an internal clock output, allowing it to function as a VC clock generator.
Moreover, with the noise modulation fader, the signal after passing through the slider can be fed back to modulate the speed (pitch) of the internal clock. This is useful when producing unique clock signals, particularly in Low range. Feedback from each divided component can be turned off with a switch on the channel.
Dimensions
10 HP
27 mm deep
Current Draw
30 mA +12V
25 mA -12V
Product Overview
Monos from Hikari is now availible in Eurorack format! Both a noise oscillator and a random signal source it can create a variety of useful signals both in the audio and modulation ranges.
Monos 0 is a module that combines a noise oscillator and divider using a Linear Feedback Shift Register (LFSR). In High range, it serves as a noise source, and in Low range, it functions as a random CV generator. Monos 0 generates random signals/noise signals through an LFSR clocked by an internal, voltage-controllable VCO and divides the created signal by 2, 4, 8, 16, and 32. These signals are then mixed using a slider. The LFSR can also be driven by an external clock patched into the Clock In. It also has an internal clock output, allowing it to function as a VC clock generator.
Moreover, with the noise modulation fader, the signal after passing through the slider can be fed back to modulate the speed (pitch) of the internal clock. This is useful when producing unique clock signals, particularly in Low range. Feedback from each divided component can be turned off with a switch on the channel.
