Owner`s manual
CHAPTER 4 -
41
CHAPTER 4 -
Modular Components of the TimewARP 2600
4.10
Noise Generator (NG)
The
Noise Generator
has two manual controls: one for spectral balance (“color”) and one
Noise Generator has two manual controls: one for spectral balance (“color”) and one Noise Generator
for output level.
The spectral balance is continuously variable from white to red (low-frequency noise
output). In the latter case the output falls off at the rate of 6Db/Octave; the pink noise
position approximates a -3Db/Octave slope.
The level control, at minimum, cuts off the output signal completely. At maximum, the
output is clipped at 20vV P-P to produce binary, or two-valued, noise. Clipping begins
with the level control approximately half open. input.
4.11
Voltage Processors (VP)
The
Voltage Processors
are simple utility functions for mixing,
inverting, and shaping signals.
4.11.1
VP #1
VP #1
has four signal inputs and one output. Two of the inputs have attenuators. The
output signal is the inverted sum of all four inputs.
The attenuator-governed inputs carry default connections from +10vV and from the
keyboard pitch-control. Opening the +10vV slider thus produces up to -10vV at the
processor output.
4.11.2
VP #2
VP #2
has two signal inputs and one output. One of the inputs has an attenuator. The
output signal is the inverted sum of the two inputs.
The attenuator-governed input carries a default connection from -10vV, so that opening
the slider produces up to +10vV at the output.
4.11.3
The Lag Processor
The
Lag Processor
is a low-pass lter for processing control signals. The slider adjusts
Lag Processor is a low-pass lter for processing control signals. The slider adjusts Lag Processor
its cutoff frequency. The corresponding rise-time ranges from 0.5ms with the slider at
minimum, to 500msec – about half a second – with the slider at maximum.
The
Lag Processor
can be used to process audio signals, as a -6Db/octave manual lter
Lag Processor can be used to process audio signals, as a -6Db/octave manual lter Lag Processor
with a maximum Fc of approximately 1KHz.










