This is my first patch with the Tellun Dual Lag.\u00a0 It starts with two MOTM-310 Micro VCOs, one of them driving a Wiard-Blacet Miniwave (Socket Rocket ROM).\u00a0 Two Oakley Sample and Hold modules, the first sampling the MOTM-101 slow random output, are cascaded to produce a two-step random sequence.\u00a0 These two voltages control the Bank and Wave selection on the Miniwave and also are quantized by the Modcan Dual Quantizers (both on A-3) and sent through the Dual Lag Processor to the 1V\/Oct control inputs of the VCOs.\u00a0 One lag is longer going up, the other longer going down.<\/p>\n
Each section the dual MOTM-480 handles one audio signal from the above.\u00a0 Bandpass outputs are used.\u00a0 Resonance is set high (8).\u00a0 FM is applied with two slow sinewave LFOs from a MOTM-380.<\/p>\n
This patch also has spatial modulation.\u00a0 Headphones are recommended!\u00a0 A stereo cross-panner is patched up, consisting of two MOTM-190 VCAs, two channels of an Oakley Multimix, and my own Matrix mixer.\u00a0 The Multimix inverts the signals, which are mixed back with the originals so as to phase-cancel when the VCA is at unity gain.\u00a0 The result is that each signal pans left to right, inversely from each other.\u00a0 Control for the VCAs is the Blacet EG2070 in LFO mode with its two convenient 180-degree outputs, moving between zero to +5V.\u00a0 The VCAs are in Linear response, as is the output of the EG.<\/p>\n
Lastly, the Lexicon MPX-1 adds the Delay>Detune preset for post-processing.\u00a0 This is a self-running patch.<\/p>\n\n\n