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EURO-SERGE - SYSTEM MODULES
ELBY Designs - Laurie Biddulph
9 Follan Close, Kariong, NSW 2250, Australia
40 of 42
In the above patch, to get the ES28 to RESET to Stage #1 you must first
touch Keypad #1. The number of stages clocked advanced before resetting
is determined by the ES27 Transient Generator which is triggering the
[RESET]. Set this Transient Generator so that about four stages are
clocked through before RESETting occurs. If you touch a different keypad,
say Stage #6, you will find that the sequence resets to that stage. Each
RESET input rests to the keypad last touched. Using the above patch, and
by touching different keypads, it is possible to produce an interesting
interactive sequencer.
ED137 STEP-NEXT-ROW. The ED137 is a VERTICAL SEQUENCER that
can be used with the ES28 to provide extended sequence patterns. The
four ES28 outputs [A], [B], [C] & [D] are patched to the four ED137 inputs
[IN 1], [IN 2], [IN 3] & [IN 4] respectively. Every time a trigger is received at
the [NEXT ROW] input of the ED137, it steps DOWN one ROW. That is, if
row [IN 2] was currently active then it will progress to row [IN 3]. After row
[IN 4] it wraps around to row [IN 1]. The [OUT] output of the ED137 is
determined by the pot that is in the activated stage of the ES28 (as
determined by the main Sequencer and Keypads) AND in the row specified
by the ED137. If the activated stage is not changed, then [OUT] will have a
four stage sequence set by the four pots in the current stage.
If in the above patch, Stage #7 is now activated by touching its associated
keypad, the four pots in Stage #7 will determine the [OUT] outputs.
CGS734 ANALOGUE SHIFT REGISTER
. An Analogue Shift Register is a
sequential sample and hold device. It is also referred to as a Bucket Brigade
Delay. The
has three stages. Each stage of the
can hold
and save a voltage which is available at all times at outputs [OUT 1], [OUT 2],
[OUT 3]. When the device receives a TRIGGER at [CLOCK] the voltage
stored in stage #1 is moved to stage #2, the voltage at stage #2 goes to stage
#3 and the voltage at stage #3 is lost. Stage #1 picks up the voltage at [CV
IN]. It is this action which gives the device the name of bucket brigade.
Figure 5.6.1. The bucket brigade in action. Click on the image for animation