Clock Generator
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Λόγοι is a voltage controlled clock divider, counter, and delay. It subdivides and adds time, creating organic, evolving signatures. Λόγοι brings movement and life to the trigger signal, from a subtle swing to bizarrely complex and intricate rhythms. Instructions The functions of Λόγοι are split with division on the left, and addition on the right. The right side operates either in Counter mode, by adding clocks, or Swing mode, by adding a time delay. The mode is set by the centre switch. The module has CV inputs (top jacks) and trigger outputs (middle left/right jacks) for each side, and a combined trigger output (centre bottom jack) which gives the output of both operations: divide and add. The trigger input (bottom left and right jacks) is shared between division and addition. There is also a reset input (middle centre jack) and manual reset switch (push switch up). There are three LEDs indicating the divided and added output to the left and right, and the combined output in the centre. Divide The divider toggles its output every n clocks, where n is the divisor. The divisor is set with a manual (top knob) and CV level control, in a range from 1 to 32. Count With the switch in the down position, the additive side functions as clock counter. The counter will output a trigger signal every m clocks, where m is the addend. The range is from 1 to 32 clocks, with 16 in the centre position. The combined output will divide and count. If i is the incoming clock, n the divisor, and m the addend, then it will output a a trigger signal every i/n + m clocks. Note that when the addend is larger than the divisor, in other words, n < m, then the divider frequency is higher than the addition and the combined output will never trigger. Swing With the switch in the centre position, the right side adds a time delay to the input. The amount of delay, or swing, ranges from 0ms to around 1000ms. In Swing mode, the combined output passes all clocks through until each time the divisor triggers, when it adds a time delay. The result is that every n-th clock is delayed by m, where m is the amount of swing and n is the divisor. As in Count mode, if the divisor frequency is greater than the delay time, the combined output will not trigger. In Swing mode, this is determined by the combination of input clock frequency and delay time. DIY-Kit-Type: THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
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Φορέω is a triple function processor for triggers, gates and clocks. It simultaneously performs pulse width modulation, multiplication and repetition, with individual input, output and CV for each function.• Pulse width modulation, as a ratio of the input signal rate, is adjustable from 0 to 100 percent. Multiplication also operates on the input signal rate, multiplying it by a factor from 1 to 16.• Repetition generates a burst of triggers, at the rate of the multiplier, with repetitions adjustable from 1 to 16.Each function has two knobs for manual and CV level, and three jacks for trigger input, CV input and trigger output.Pulse width modulation carries through to the outputs of the two other functions, and the three trigger inputs are normalled from top to bottom.When multiply and repeat are combined, Φορέω makes an excellent burst generator, perfect for rolls, flams and fills. The repeater gives precise control over burst length, while the multiplier easily moves from quarter notes, to thirds, to eights, to everything in between and lots more beyond. Go on, give us a snare rush!Φορέω is also extremely versatile with many utility functions, such as master clock doubling, clock modulation, and for triggering and clocking fast sequences. It even works as a square wave overtone generator with PWM, tracking audio input signals up to 20kHz.Φορέω perfectly complements Στοιχεῖα, Λόγοι, Κλάσματα and Χρόνος, completing our Euclidean series of trigger processors.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
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The Robaux Decision Tree randomly sends a gate to one of three outputs and then to one of three sub-outputs. Generate unpredictable rhythms. You can choose to route a gate to a single random output or play polyphonic gates. Utilize the knob to transition from total chaos to a repeating loop.The latch mode lets you hold an incoming gate. Pair it with a multimode filter to select various filter types. Use it to alternate between a variety of waveforms. The random input routing injects vibrancy into your sound.The DCSN 3 can also function as a traditional clock divider. The signal is split from half to 1/16 on the top four jacks. Additionally, a continuous sequence is output through the lower eight jacks. Odd divisions enable intricate rhythm creation. Utilize it at audio rate for polyphonic chords using just one square VCO.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
sold out at the moment
The SetonixSynth Detectorist is a 2 HP Gate-to-Trigger-to-Gate module, designed to provide useful “duty cycle”-like behavior from any sharp rising edge input.When triggered by either the gate input jack or manual pushbutton, the Detectorist will produce an adjustable-length pulse, spanning in length from 12 milliseconds - about 85 seconds over its three ranges. If the Detectorist is re-triggered while the output is already active, the count will reset but the output will remain active without dropping to zero, thus “tying” the pulses, or producing 100% duty cycle.Features:• Converts any rising-edge pulse to a gate with three time ranges• Overall hold range of 12ms - 85 seconds• Manual gate trigger/hold button• Capable of re-triggering while output is activeDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
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The Clock O’Pawn mk2 serves as a versatile clock device, taking on the role of true "chef d’orchestre" for your modular system. Its transport section lets you start, stop, and reset instruments synchronized with its intuitive internal clock or have your setup dance with your MIDI equipment.If you find metronomic clock signals uninspiring, a variety of groove patterns and clock humanization features enable the maestro to guide your setup with distinctive shuffles and swings. To complete this rich set of features in a small yet powerful clock source: presets memory, select bus compatibility, and several handy options to configure the Clock O'Pawn the way it suits you the best.Features:• Clock source module offering four distinct outputs• Transport section with play, pause, stop, tap tempo and manual reset operations• Diverse selection of grooves, ranging from classic swing to experimental clock manipulation• Humanize adding randomisation to the clock timing• Accent output with 27 different patterns• Option menu for customizable preferences• Midi input for external sync with midi devices• Memory of 16 presets• Select bus compatibility• Skiff friendlyDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
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AlgoRhythmic Generator. Two outputs and five different rhythmic flavors multiply by a load of “algo-rhythmic” processing to result in a practically infinite number of polyrhythms. That’s the fundamental formula that produces the Knight's Gallop principle : a dual trigger generator providing sequences according to tables and modes.The source tables contain patterns such as the Euclidean polyrhythms, and the modes allow the user manipulate and mangle those patterns according to different algorithms. As the module has two outputs, it is a very powerful instrument to create diversified and instantaneous polyrhythms.Features:• Dual Output Trigger Generator• Variable length sequences (up to 16 steps)• Length and Pulse amount potentiometers and CV inputs• Shift + & shift - buttons allowing to shift the sequence forward and backward• Main mode (MN) providing a lot of utlity modes for the second output : reset, no shift, invert and reverse• Compute mode (CP) calculating associated sequences for the second output delivering very musical polyrythm• Random mode (RD) adding randomness on the second output sequence, 4 amounts of randomness determined by the sub mode• Dual mode (DL) allowing to set the two outputs seperatly• Record mode (RC) turning the Knight's Gallop into a “play your sequence on the buttons to record it” module• Five different kind of tables for five different rythmic flavours : Divider Sequences, Classic Euclidean, Revised Euclidean, Anti Euclidean & Split Sequences• User replaceable firmware chipDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
sold out at the moment
Casting spells on every boring clock signals, The Time Wizard got a bag full of arcane time-warping tricks. All his magical feats are based on 6 dividers with selectable division factors and 4 switches providing 81 routing variations.This module's occult powers have been harnessed to easily clock and reset other sequencers with odd time signatures, provide weird clock division/multiplication ratios, and create complex poly-rhythmsFeatures:• Sextuple clock divider divided in two sections A and B• Dedicated potentiometer acting on the division factor for each divider• Clock multiplying and weird div / mult ratio abilities for the first section, first section incoming clock can be multiplied by 3 or 4, allowing to get easily triplets from a 16th clock or mult / div association as x4 / 7• Independant clocking or divider association abilities for the second section, so B5 and B6 can get their clock in internaly from B4. For example, associating B4 = /7 and B5 = /16 provide a hit at each clock begining of 4 bars with a 7/4 time signature• Auto-reset available for the first section or the whole module, the autoreset is provided by B6• Additional logic functions for divider A2 : A2 output can provide the following functions : A2 AND B5 or A2 OR A3• Jumper on the back for Trigger or Gate selection for B5 and B6• User replaceable firmware chipDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
available
Chaotic voltage generator in 3HP. It is a unique module because it has never existed as an electronic music instrument until now. The module is based on a circuit from a paper called “A simple chaotic circuit with a light-emitting diode” written by Volos, Wang, Jafari, and Kapitaniak.Diode Chaos produces 3 phases of interrelated morphing voltages including a chaotic trigger out. The range is 20-30 seconds a cycle up to audio rate, although only the X out and TRIG out go up to audio rate. The frequency is controlled by the RATE knob. Each output exhibits different behavior at different rate settings. X,Y, and Z outs like to stay in the 4vpp range although at different RATE settings the outs can reach 10vpp. The TRIG out chaotically releases 0-10v triggers although sometimes it will spit out smaller voltage peaks.LED soldermask windows provide constant display of positive and negative voltage crossings. Differences between chaos and random (some quoted and summarized material from Ian Fritz’s site) chaos is “highly irregular, but still contained within a finite region (the “strange attractor”)”. Chaos occurs in 3 dimensions chaos needs a non-linear element (with Diode Chaos the nonlinear element is a red LED, and the chaos is directly visible and useable at the TRIG out).DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.