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3 ADVENTURE BITS
sockets [outputs]
The adventure bits section outputs
irregular patterns of bits. These serve
as a source of irregularity in contrast
to the regular divisions from the
divider bits section.
The bit patterns are "programmed"
by patching bits (from the divider
section or external equipment) into
the MUX1&2 section input sockets.
Therefore its necessary to patch bits
into the MUX ins to create useful
patterns at the outputs.
The two LEDs (below MUX1&2) indicate
the outputs of MUX1&2 adventure bits.
4 LEFT RIGHT OVERRIDE
sockets [inputs]
Bits patched to these sockets will
override the internal routing of MUX1to
the left headphone output and MUX2
to the right.
5 XOR GATE
socket [input and output]
The XOR gate can be used as
a binary bufer or an inverter with
bit controlled inversion. This can be
useful for utility purposes as well
as experimental patches.
The XOR gate has 3 terminals: +(non
inverting),- (inverting)and O(out).
Bits patched to the + terminal will
appear at the O terminal unchanged.
TECH NOTE The byte section is a standard R2R digital to analog converter.
When multiple bits are fed into the R2R you get a stepped voltage at the output.
original
inverted
switching
TIPS
• The impact of patching the DATA
and ADVENTURE BITS will change
depending on the MODE switch
settings. Make sure to try other
modes.
• Plug multiple outputs into the same
input as shown in the patch to the
left. This will create irregular bitn
patterns.
• Irregular and noisy sequences can
be created by patching bits into
the LFO SYNC and CV sockets.
+
+
+
†
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