Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects used pedals Snare: The snare-channel of the

Snare: The snare-channel of the DRM1 MK II generates typical

Envelope->LFO Envelope drives LFO speed

up to 128 samples per drum voice under CV control

shifted signal produces a notch filter effect

Most Eurorack modules output very hot audio signal levels that can easily overload the inputs of effects pedals or computer audio interfaces

Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects used pedals Snare: The snare-channel of theSpring Waves brings a set of Physical behavior modeling algorithms to the Z DSP. It dives deep into the experimental digital sound design techniques known as Waveguide Synthesis: a 1998 patent of Stanford University developed by Julius O. Smith III and a step forward from Karptlus Strong techniques. In addition to that are two Spring models space synthesis making real Newtonian physics calculations at sample rate. The principle behind these algorithms