AeDiy / SignalsOnTheBusCable

Signals on the Bus Cable

All modules are connected with a 10-pin ribbon cable that runs below the modules. Each module is plugged onto this bus cable with a 10-pin connector.

A master module is usually the source for this ribbon, supplying both power and control signals (derived from midi).

The master module has 2 connectors for 2 separate ribbons. All modules are connected with a 10-pin ribbon cable that runs below the modules. Each module is plugged onto this bus cable with a 10-pin connector.

A master module is usually the source for this ribbon, supplying both power and control signals (derived from midi).

The master module has 2 connectors for 2 separate ribbons.

The top 4 pins are used for power. The remaining 6 pins are all derived from MIDI by the master module.

 PIN|PIN 
supply voltage; red stripe on the ribbon cable+5V|+5Vsupply voltage; red stripe on the ribbon cable
ground signalGND|GNDground signal
pitch CV 1V/oct (label: BUS CV)CV|GATEgate (0 or 5V) (label: BUS GATE)
start of clock used for reset (label: B.START)START|CLOCKclock pulse (24ppqn?) (label: B.CLOCK)
CC #20 (label: BUS CTRL)CTRL|STOPstop clock signal (label: B.STOP)

NOTE: the control signals should be considered as output only, since they are pushed by the master module.

NOTE: All modules use the same 5V / Ground rail so modules need to take care not to induce a ripple voltage which can introduce noise.

How to make your own ribbon cable

You can of course make your own, it's really nothing special. Here is a general guide on how to make those: https://startingelectronics.org/articles/IDC-ribbon-cable/



Page last modified on September 06, 2020, at 06:03 PM
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