Tobinski - LFOs

Tobinski's LFOs — Dual Modulation Based On Two Different Circuits

Tobinski's LFOs brings together two complementary modulation circuits. The left side is built on the Electric Druid chip 'TapLFO3C'. It syncs easily to external clocks with some flexible multiplier/divider options to maintain rhythmic coherence. The right side houses a VCLFO10-based chip with reset capability and sample & hold functionality that quantizes continuous waveforms into stepped voltages.

Each LFO offers 16 distinct waveforms across two banks – beyond standard sine, triangle, and saw shapes, you'll discover harmonic combinations and and more complex patterns there to evolve your patches. The skew parameter bends these shapes asymmetrically, while the wave smoothing switch softens any harsh transitions.

A really nice feature on hand here is the integrated cross-modulation system. Each LFO automatically receives the other's output through normalized connections, creating intricate, evolving patterns without additional patching. Dedicated attenuators and destination selectors provide precise control over this interaction. If you happen to be in the market for a new dual LFO, this one should get the job done right.

Features:

• Two independent LFOs: Electric Druid TapLFO3C and VCLFO10-based.
• Sync clock input (TapLFO3C) and reset pulse input (LFO10) including S&H functionality.
• 16 selectable waveforms per LFO, split into two banks of 8.
• Frequency control with both freeform setting or multiplier/divider.
• Waveform skew control for asymmetry.
• Switchable wave shape smoothing.
• Level control of output amplitude.
• Dual CV inputs per LFO with attenuators and destination selection.
• Cross-modulation via normalled CV routing between LFOs.