Additive or harmonics VCOPower supply:29mAknob1: fundamental frequency
knob2: harmonics gain
knob3: harmonics spectrum
CV1: harmonics gain
CV2: harmonics spectrum
V / oct (10bit, 5Vp-p)
Output is 5Vp-p.Outputs the fundamental tone and seven overtones. Both waveforms are sine waves. The fundamental tone is controlled by V / oct. The spectrum, that is, how many harmonics to add, is controlled by “harmonics spectrum”. Since the added overtones are integral multiples of the fundamental tone, it becomes a musical tone. The fundamental and harmonic gains are controlled by “harmonics gain”.”harmonics spectrum” and “harmonics gain” cannot be set to arbitrary values. It has a wave table-like format that refers to the values stored in the table in advance. With a combination of 256 types of spectra and 256 types of gain, you can create an infinite number of tones.In lower frequency it could be that some light click is heard, this is normal because the base oscillator is digital.
NEW MODULE release and available in the web shop!
Inspired by the ROUTE CV by my good friend Raffa at @seismicindustries many years ago now. Redisgned with new functionalities.
LA ROUTE has a dual 1to4 or vice versa architecture. Signals can be fed in both directions. Switching frequencies of several kHz is no problem for the circuit.
The 1to4 / 4to1 input jacks are used for the signals to be processed.
The SELECT potentiometer sets the multiplexer channel manually and is summed with the voltage present at the CV input that is used to choose the corresponding switch in the multiplexer channel. Channel 2 is sellected with 2.5v, channel 3 with 5v and channel 4 with 7.5v.
The HOLD is used to disable the routing function of the modules. All switches are isolated when a logic high (>1V) is present.
The module can be used for many purposes.
For example:
• Choose waveforms from an oscillator
• Choose Filter Output (or Input) characteristics from a State Variable Filter
• Multiplexing
• VC switch
• Patch Variations (Open/Closed Hihats, something like that)
• By chaining the two circuits "back2back2" (4to1, 1to4) you can achieve complex
source destination scenarios with lots of possibilities.
In the middle you will find a precision processor. Select with a manual switch between + and - 5 or 10v. Select also with a manual switch if it has to be an attenuvertor or a attenuator.
Mix audio sources or CVs.
Add offsets to CVs, or change their polarity.
Transpose the output of a sequencer without compromising V/O tracking.
Attenuate/invert CVs sent to modules which do not have attenuverters on their CV inputs.
Depth: 25mm
HP: 2 inch
Current Draw: +12: 40mA -12: 35mA
#mangoest
#sergemodular
#4umodular
TT4U running MINIMS script and send chords and arpeggio.
Chord progression goes to 2 PICO VCO's while the arpeggio is going to the processor in LA ROUTE. The processor send back the polarized arpeggio to the TT4U CV input that is changing the chord progression. The third chord progression goes to the SAMPLER CV input.
Everything is going to the METALOT running a tape delay.