Uploaded March 2025 | Updated September 2026, 1 hour ago
This patch is a particularly satisfying way to push the boundaries of delay feedback loops without destroying your ears or overwhelming the input. In this case we are using ANA's XOR output as a hard clipper to limit the overall voltage level of a delay feedback loop while also adding in an input signal using the SUM input. This technique allows us to simultaneously amplify a signal while also setting a hard boundary on how loud the signal can get. By using ANA to tame our feedback we are able to get the characteristic "bloom" effect of a high-feedback delay while making sure that we can always hear our input signal and also constantly add new material into the looping delay line. Here we explore this patch with the amazing Make Noise Multimod, also using our 3DVCA module to mix multiple taps together.
MysticCircuits.com
This patch is a particularly satisfying way to push the boundaries of delay feedback loops without destroying your ears or overwhelming the input. In this case we are using ANA's XOR output as a hard clipper to limit the overall voltage level of a delay feedback loop while also adding in an input signal using the SUM input. This technique allows us to simultaneously amplify a signal while also setting a hard boundary on how loud the signal can get. By using ANA to tame our feedback we are able to get the characteristic "bloom" effect of a high-feedback delay while making sure that we can always hear our input signal and also constantly add new material into the looping delay line. Here we explore this patch with the amazing Make Noise Multimod, also using our 3DVCA module to mix multiple taps together.
MysticCircuits.com
