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Erfurt
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Sida 1/8
binary phase
akkumulator
Model of 1989
operator’s manual rev. 1989/X2/1.1
ERFURT
THE LEIBNIZ BINARY SUBSYSTEM
SALUT
Thank you for purchasing this Xaoc Devices
product. Erfurt [ˈɛrfurt] is a bi-directional
digital counter, frequency divider, and a com-
ponent of our 8-bit Leibniz Binary Subsystem.
It has multiple applications: the output of the
counter may be used as a phase source driving
a digital wavetable, connected to other Leib-
niz modules it may scan waveshapes in Jena,
produce stepped voltages useful for making
interesting glissandi with Drezno and any
VCO, generate gate patterns animating the
spectrum of Odessa harmonic banks, spawn
pseudo-chaotic sequences when fed back to
Lipsk, etc.
It can also operate standalone (without other
Leibniz components), and act as an 8-output
clock and audio frequency divider.
Since Erfurt is based on CMOS logic (no CPU!),
it can be clocked at very high frequencies
(exceeding audio rate) without any aliasing
or frequency interference. It also features its
own internal HF clock source that may be
used with clockless data sources.
INSTALLATION
The module requires 6hp worth of free space
in the eurorack cabinet. Always turn the pow-
er off before plugging the module into the bus
board using the supplied ribbon cable. Pay
close attention to power cable pinout and
orientation. The red stripe indicates the neg-
ative rail and should match the dot or –12V
mark on the bus board as well as the unit.
Erfurt is internally secured against reversed
power connection, however, rotating the 16-
pin header may cause serious damage to
other components of your system, because
it will short circuit the +12V and +5V power
lines. Always pay particularly close attention
to the proper orientation of your ribbon cable
on both sides!
Besides power, you may want to connect Erfurt
to other components of your Leibniz Subsystem
(unless you intend to use it standalone). Erfurt
comes with one 10-pin ribbon data cable to
connect with other Leibniz modules alongside
any additional cables included with other mod-
ules in the subsystem. The 10-pin unshrouded
header labeled out is where you need to plug
the cable that goes to the in header of your next
Leibniz module (e.g. Drezno, Jena, or Odessa).
The incoming data from a module preceding Er-
furt (e.g. Ostankino, Drezno, Lipsk, etc.) should
be plugged into the 10-pin unshrouded header
labeled in. Please observe the marks of pin #1
(red stripe) on all connected modules. Depend-
ing on the intended use of Erfurt, these connec-
tions may not be necessary. We advise you to
plan ahead as to how you wish to incorporate
Erfurt into your modular setup.
A jumper labeled selects whether Erclk src -
furt runs with its own internal clock generator
or uses the clock signal delivered with the Leib-
niz data. Put the jumper in the int position
when there is only a static data source (e.g. Lipsk
or Ostankino), or when you don't feed Erfurt any
data via the Leibniz interface. Set the jumper to
ext when the preceding module delivers clock
alongside its data (usually changing over time),
like Drezno or Jena.
2
module
explained
Produktspecifikationer
| Varumärke: | Xaoc |
| Kategori: | ej kategoriserat |
| Modell: | Erfurt |
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