Router/Toggle is a powerful dual utility module that combines CV-controllable bi-directional routing with D-type flip-flops for dynamic switching, logic, and signal manipulation—even at audio rates. Perfect for creative patching, clock division, and wave
Dual Bi-Directional Routers (Top Section)
At the heart of the top section are two CV/Gate-controlled toggle switches, designed for maximum flexibility. Each switch features three jacks:
COM (Common): The central connection point.
A and B: The two selectable routing positions.
The switching behavior is momentary, meaning the module responds dynamically to external control signals:
When the external input (EXT) is held high (+1V or greater), COM is routed to B.
When the signal is low, it defaults back to A.
This allows for rapid, CV-driven signal switching in real time.
Each router is bi-directional, so you can use them in either direction:
Route one source to two possible destinations, or
Select between two sources for one output.
The module supports audio-rate switching, enabling advanced techniques like rhythmic gating, wave chopping, or dynamic signal rerouting at high speeds.
Panel Controls
Each toggle section includes a three-position switch to define its operational mode:
EXT (External CV Control): Responds to incoming control signals.
OFF: Disables switching, maintaining the default state.
ON (Fixed): Forces a constant connection between COM and B.
This manual override gives you the freedom to choose between CV modulation and fixed routing, right from the panel.
Dual Flip-Flops (Bottom Section)
The bottom section features two D-type (Toggle) Flip-Flops, offering a powerful and simple way to create latched switching behavior or divide signals.
Each flip-flop can be triggered either by:
An external CV or Gate input (+1V or higher), or
A manual push-button on the panel.
Every time the input is triggered, the outputs alternate between:
Q (Flip): +5V / 0V
¬Q (Flop): 0V / +5V (inverse of Q)
This toggling behavior is ideal for:
Creating latching logic for the bi-directional routers above.
Serving as a clock divider or sub-octave generator.
Producing alternating control signals for gates, triggers, or logic-based patches.
LED indicators on each channel provide clear visual feedback on the current output state, making it easy to monitor your logic flow at a glance. Like the router section, the flip-flops can also operate at audio rates, making them useful for audio signal modulation or synchronized pulse generation.
Router/Toggle is a compact powerhouse for any modular rack, merging logic and switching utilities into a single module that rewards experimentation and expands creative possibilities.
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