¾
A pulse signal should be high at the selected gate bus voltage for as long as the
Gate Bus 2 LED remains on (for as long as the clock LFO is high).
•
If an oscilloscope is not available, connect a gate-able device to the Gate Bus 2
Gate Output. This device could be an envelope generator or a VCA passing a
signal.
¾
Ensure the device stays gated as long as the Gate Bus 2 LED is on.
Gate Bus 3
Continuing from the previous procedure:
•
Set a number of Gate Bus Switches to Gate Bus 3, so that the Gate Bus 3 LED
flashes frequently.
•
If an oscilloscope is available, connect the oscilloscope to the Gate Bus 3 Trigger
Output.
¾
A 1 ms wide signal at the selected gate bus voltage (5V range or 10V range)
should appear with every flash of the Gate Bus 3 LED.
•
If an oscilloscope is not available, connect a trigger-able device such as a drum
voice or an envelope generator to the Gate Bus 3 Trigger Output.
¾
The device should trigger with each flash of the Gate Bus 3 LED.
•
If an oscilloscope is available, connect the oscilloscope to the Gate Bus 3 Gate
Output.
¾
A pulse signal should be high at the selected gate bus voltage for as long as the
Gate Bus 3 LED remains on (for as long as the clock LFO is high).
•
If an oscilloscope is not available, connect a gate-able device to the Gate Bus 3
Gate Output. This device could be an envelope generator or a VCA passing a
signal.
¾
Ensure the device stays gated as long as the Gate Bus 3 LED is on.
105