The Korgasmatron II builds off the success of the original Corgasmatron but adds many new features. The Korgasmatron II has a completely independent six mode filter on each side which are selected via a rotary switch. We have also added a special overdrive feature so that the output signal can be soft or hard clipped depending on how hard you drive it into the circuit. This is controlled via the input amp which starts clipping when you put the knob past 12 o’clock assuming a standard 10 Vpp input waveform. There are switches to select hard or soft clipping. this effect is subtle on simple waveform sources and dramatic on more complex sources like chords.
The Xfade circuit has also been redesigned to use the same circuit as found in the ufade module with independent cCV attenuation.
The Korgasmatron II Expander module allows for CV control of the Q for each filter.
A very special feature of the Korgasmatron II design is that you can also have extra inputs to each filter that has its own selectable filter type independent of the main filter type. So for example you can have filter A on the main module set to LPF and then run a second signal into the same filter but in BPF mode. Both signals come out of the same output.
This is really useful for complex layering or more creative applications like special feedback patching between the two inputs and outputs to create weird and aggressive filter responses.
Just like the original Korgasmatron this filter can go from clean and precise to howling and aggressive. From classic ms20 type sounds to totally new territory all depending on how you play with the front panel controls.
- 20hp and skiff friendly
- Dual filter + Xfade
- Six filter types per filter:
- lowpass 1-pole
- lowpass 2-pole
- bandpass 1-pole
- highpass 2-pole
- highpass 1-pole
- notch 1-pole
- Both filters track 1 V/oct over 3-4 octaves
- Switch to configure serial or parallel routing
- Output soft and hard clipping
- Q drive resonance soft clipping control
|Max Depth:||38 mm|
|Power:||98 mA @ +12 V
88 mA @ -12 V