CONTROL PER KEY
- "Pressure" CV (measured surface amount)
- Gate CV
- Internal and External sync switch
- Up, Down, and Random modes
- CV Trigger input
- Manual Time control control knob
- Polyphony Mono/Arp or Poly (2,3,4 voices)
- Octave switch for +1, +2
- In Mono/Arp mode, CV2 sends CV1+2 semitones, CV3 sends CV1+4 semitones, CV4 sends + 7 semitones
- In Mono/Arp mode Gate 1 sends every gate, Gate 2 every 2nd gate, Gate 3 every 3rd gate and Gate 4 every 4th gate and can work like a clock divider
- Touch sensitive location strip with both CV and Gate outputs
- CV 1 out
- Gate 1 out
- Pressure CV out
- 2,3,4 voice switch
- CV 2-4 outs
- Gate 2-4 outs
- All Pulses out
Also includes a 5v or 10v switch on the PCB for Pressure and Location.
The Multi-Touch Keyboard Controller is a touch keyboard which exceeds the capabilities of other units available so far. It has 29 semitone quantized touchpads in a classic keyboard layout with an octave switch and pressure sensor plus a separate ribbon controller. It can be used in a monophonic or in a maximum four-voice polyphonic mode and even features an arpeggiator. Latter has an internal tempo generator but of course can be synchronized to an external clock.
The touch plate keyboard has 29 keys and interprets the finger pressure by measuring how much skin has contact with the plates.
Attack and decay:
- 4 generators
- The time range of each generator (.005 - 10 seconds) can be controlled via CV pulse input jacks for both attack and decay + control knobs
- 3-mode switch per generator: CYCLE (LFO), TRANSIENT, SUSTAINED
- Each generator includes CV output + pulse output that generates a transient pulse at the end of the decay segment: if the generator is in CYCLE mode for instance, that cycle will repeat
- QUADRATURE MODE SWITCH with green LED: when engaged, 1+2 (or 3+4) work in tandem + a shift of 90 degrees to each other. These pairs can then be linked creating complex ADSR envelopes.
- Dedicated outputs for 1+2 and 3+4 as well as attenuator knobs for mixing channels.
This module contains four voltage controlled function generators that can be used in pairs, in order to mix them and additionally to create more complex envelopes in quadrature mode. Each channel can be used as an AD envelope or as LFO and also generates pulses.
Each channel of the QFTS is an individual function generator that, when having received a pulse at it's input, will generate an attack-decay cycle. The attack and decay times go from 0.005-10 seconds and each can be voltage controlled. When the AD-cycle is finished, a pulse will be generated at the pulse output. In cycle mode this output can be used as square wave LFO with a pulse width depending on the relationship of attack and decay times.