DC signals will come from places like sequencers, offset generators, or LFOs: unlike audio oscillators, they’re static and they don’t move (or least not very fast). AC signals will come from things like audio oscillators: oscillators make signals that move up and down, generally pretty fast.
That signal might be alternating current (AC) or direct current (DC). The electrical signal flows out one module, through the patch cable, and into another module’s input. In the context of modular and not, say, trains, coupling is what happens when you patch two modules together. The way that the ins and outs of modules are designed can change what they do, of course, but sometimes the differences can be subtle: for instance, why are there separate audio and CV mixers? What is coupling? When it says the 'shape of both oscillators jointly' what does it actually mean and how is the LFO altering the shape when I +/- that parameter.In Eurorack, there are lots of types of modules, with different types of inputs and outputs designed to do different things. In addition to understanding whats happening, I am also confused about the LFO 2 Shape 1 + 2 parameter.
Is the pitch just increasing/ decreasing as the LFO oscillates above and below the amplitude level of 0? both Osc 1 & 2 under the LFO 1 parameter by +15? In the manual it says as stated above (Pitch of osc 1) But the pitch doesn't stay the same after editing it under the LFO parameter. but I want to know what is actually happening when I modulate lets say. My question is that when I change the various parameters around I can definitely hear the sound modulation take place. Shape 1+2 (The shape parameters of both oscillators jointly) +/- 63įilter 1 (Frequency of the first filter) +/- 63įilter 2 (frequency of the second filter) +/- 63 PW 1 + 2 (Both Pulse widths jointly) +/- 63 I am Currently using an Access Classic desktop module and I had a few questions in regards to the LFO 1/ LFO 2 amount function which contains independent modulation intensities for controlling various parameters.
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