Binary: a one-bit analog computer for calculating boolean logic functions
Binary takes up to six pulse/logic inputs and determines whether the output state should be a one (+5V) or a zero (0V) based on the state of the inputs. This type of simple boolean logic circuit was used as the building block of early analog computers in order to create more complex calculation functions. Likewise, you can use Binary to mix, merge, and mute up to six pulse sources and create more complex rhythmic patterns.
Binary was conceived as a solution for combining sequences from multiple Algorhythm modules, but it works just as well with other modular trigger/gate sources. If you're not familiar with boolean logic functions, see this page for some useful diagrams.
- Six inputs (CV or audio-rate signals)
- Logic output switchable between OR and NOR gates
- Illuminated on/off switch for each input
- Useful for combining multiple gate/trig sources into a single pattern
- Can perform conversion between S-Trig and V-Trig signals
- Works as a manual gate source
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