Modcan - Quad LFO

The Modcan - Quad LFO was built with the highest quality components and it is set up with so many parameters that it brings customised modulation to a whole new level. If you liked the 4ms Quad Pingable LFO, this must go also on your wantlist!

Modcan - Quad LFO - Four independent LFOs with paging interface

Modes:

4LFO-4 independent LFOs

PHLOCK-LFOs are phase locked and Rate becomes divider for frequency

QUAD-Quadrature outputs

ROTATE- pulses at gate 1 rotate the LFO outputs 1->2->3->4->1 etc

Each LFO can have the following assignments.

Polarity:

0-5V

0-5V inverted

+/-5V

+/-5V inverted

Range:

LOW .003Hz-50Hz

HIGH 20Hz-1.6kHz (48kHz 16bit output through high quality DACs means it can also be used to produce clean mid range audio) No direct 1/V Oct control but CV control of frequency can be used to get reasonable tracking over 3-4 octaves. This is a side benefit of making it usable for audio rate FM modulation but it should be mentioned that the design intention is that of an LFO not an audio oscillator.

The range button also does double duty for tap tempo when LFOs are in sync mode. LFO frequency can also be set using external clocks as it measures the duration between pulses and then sets the correct frequency to match.

Gate:

Reset

Reset with wave start set by Level/Reset knob and CV

Hold

Sync by external clock/pulse with division

CV Routing

Each LFO can have CV control of

Frequency

Output level

Wave transformation

Wave selection

+/- CV amount per LFO

Each wave has a a morph type function or shape transition like PWM or transition from Sine to triangle or slope curve etc depending on the wave. TAB1-3 waves each have 32 wave sequences that can morph smoothly. Pattern is a selection of 32 "drum type" pulse patterns that are especially cool in phase lock mode with division. Can be used to create a huge variety of complex rhythms on each of the 4 channel outputs with full synchronization. Random has variable slew and Random Cosine uses cosign interpolation to create smooth rounded random patterns.

Tri color LEDs are used to indicate the state of each switch and all settings can be saved in internal memory