DIP switch settings

 Wave 2.2/2.3 & EVU

Shown here are the settings for 96PPQ sync with PPG as master:

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8

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The 8-switch block determines the number of pulses per quarter note put out by the internal clock. Switches 1 and 2 determine the basic frequency of the master clock, therefore only one of these two switches may be on simultaneously. Switches 3-8 divide the master clock rate by fixed amounts. Like switches 1 and 2, only one of these switches can be on at one time.

Here is a breakdown of the 8-switch block functions:

Switch 1- sets master clock rate at 768 pulses per quater note.
Switch 2- sets master clock rate at 256 pulses per quater note.
Switch 3- divides master clock rate by 1/4 (192 PPQ with switch 1 on; 64 PPQ with Switch 2 on).
Switch 4- divides master clock rate by 1/8 (96 PPQ with switch 1 on; 32 PPQ with Switch 2 on).
Switch 5- divides master clock rate by 1/16 (48 PPQ with switch 1 on; 16 PPQ with Switch 2 on).
Switch 6- divides master clock rate by 1/32 (24 PPQ with switch 1 on; 8 PPQ with Switch 2 on).
Switch 7- divides master clock rate by 1/64 (12 PPQ with switch 1 on; 4 PPQ with Switch 2 on).
Switch 8- divides master clock rate by 1/128 (6 PPQ with switch 1 on; 2 PPQ with Switch 2 on).

The 4-switch block works such that different combinations of switch settings determines whether the PPG will act as a master or a slave.

Here is a breakdown of the 4-switch block functions:

Switch 1 & 2 down- PPG is the master.
Switch 1 & 4 down- PPG is the slave and reads a 192-pulse clock.
Switch 3 & 4 down- PPG is the slave and reads a 64-pulse clock.

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PRK settings

PRK connected to a Wave:

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PRK connected to a System: we need these settings!