Nord Modular G2 handleiding
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13. Module reference: Logic group NORD MODULAR G2 V1.4x
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can be
HIGH
at a time. On every new incoming clock pulse the module advances one step. Note that the
Rst input is of the enable/disable type. See also "Common Logic module parameters”.
Tip! The length of the sequence can be shorted when an output is fed back to the Rst input, e.g. when
output 4 is connected to the Rst input the module will step through steps 1, 2, 3 and when at 4
immediately jump back to step 1. Additionally, when the feedback connection is routed through a
controllable switch like a multiplexer module, the module can be forced between sequences of different
steps by a control signal, and so become a ‘controllable divider’ module. If the signal that goes to the Rst
input is also connected to the Rst input of a sequencer module, you can e.g. make the sequencer play
sequences of different lengths controlled by a modulation control signal.
B
IN
C
OUNTER
The BinCounter is an 8 bit binary counter which outputs
logic
HIGH
signals. Counting advances one step on the
poitive edge of every incoming clock pulse. The eight
outputs together form the binary code for the current state value the binary counter is in. In practice you
can use this module to have clock signals at half speed, a quarter speed, an eighth speed etc., derived from
one master clock connected to the Clk input. Note that the Rst input is of the enable/disable type.
See also "Common Logic module parameters”.
ADC
ONV
The ADConv module is an 8 bit A/D converter. It
converts a control signal between -64 and +64 units to a
‘two’s complement’ code, where each output represents
the weight of one of the bits in the eight bit code. The two’s complement coding means that the D7
output defines if the input signal is positive or negative (it is named the sign bit). The module outputs
logic
HIGH
signals on its outputs depending on the current input signal level. See also "Common Logic
module parameters”.
DAC
ONV
The DAConv module is an 8 bit D/A converter that
accepts a two’s complement coded binary number code.
The module outputs a bipolar signal with values
depending on the current logic input signals. Note that the module can output bipolar signals and that a
logic
HIGH
signal on input D7 will result in a negative output signal (D7 is named the sign bit). See also
"Common Logic module parameters”.
Tip! The DAConverter and ADConverter can be used to transfer eight logic trigger or gate signals over
one of the G2 Audio Bus lines. To do so connect the eight triggers to the inputs of a DAConverter
module and send its blue output to a Bus line. In another Slot the signal from this Bus line is fed into the
blue input of an ADConverter module and the eight triggers will reappear on the outputs of the
ADConverter. This can be a convenient way to transport eight drum triggers from a Slot holding
sequencer modules to another Slot holding a drumkit patch using up just one Bus line.
Advanced tip! Connect all outputs except the 128 output of the BinCounter to inputs D0 to D6 of the
DAConverter and route the blue output of the DAConverter into the A input of a CompSig module.
Connect a Constant module to the B input of the CompSig module and connect the output of the
CompSig module to the Rst input of the BinCounter. Set the Constant module to Unipolar. Clock the
BinCounter with the Clock Generator, an Lfo or an oscillator. This patch gives a programmable divider
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Productinformatie
| Merk | Nord |
| Model | Modular G2 |
| Categorie | Niet gecategoriseerd |
| Taal | Nederlands |
| Grootte | 60689 MB |
