Springy Resonance

This was a patch to play around with the new Resonant Lopass Gates modules.  Two CGS VCOs are each run through a Blacet Miniwave using waveforms from the Grant Richter … Read More

Resonant Lopass Gate

Quantity: 2 (of course) This module is derivative of the Buchla 292c Lopass Gate.  The PC board and assembly instructions were made by Thomas White, described on his site on … Read More

Meditation

A meditation on two tones combined with different modulations.  The tones are heard separately, mixed additively, ring modulated, linear frequency modulated, and linear through-zero frequency modulated.  A MOTM-300 VCO provides … Read More

Teezer Through Zero VCO

Ian Fritz, January 2009 This module is a sawtooth-based VCO capable of frequency modulation (FM) extending past zero frequency into the negative-frequency regime. Thru-zero FM provides a much wider and … Read More

Summer Play

Summer is almost here.  I haven’t spent enough time patching lately.  But this emerged yesterday.  I started out with the idea to apply three envelopes to the MOTM-410 Triple Resonant … Read More

Forgotten Patch

I found this recording on my disk from a few weeks ago.  I think it uses the Resonance Mixer and some Low Pass Gates, and probably the CGS Bi-N-Tic filter.  … Read More

Machine

Here’s a piece featuring the CGS Bi-N-Tic filter.  Whatever you call it, this module isn’t like anything else!  The patch is simply to take a pulse wave from a MOTM-300 … Read More

Resonance Mixers

I designed this module mainly for the purpose of increasing the resonance of the Cynthia/Buchla Quad Low Pass Gates.  There are quite a few low pass gates circuits around the … Read More

RCF ART 310-A Speakers

I wanted my own PA system for performances, so as not to depend on house PA systems.  So I purchased a pair of these RCF powered PA speakers.  The RCF … Read More

North Slope

First in the Modules in a Hat series.  To break out of limiting habits a bit, I wrote the names of 79 physical modules on little pieces of paper and … Read More