5
A Manual bit depth control
Controls the degree of bit depth reduction, from eight bits to one. This control also acts
as an offset for externally applied control voltages.
B Manual Nyquist frequency control
Controls the degree of sampling rate reduction, from 22kHz to 200 Hz. This control
also acts as an offset for externally applied control voltages. Use this parameter when you feel
that the frequency domain should be periodic.
C Bit depth CV attenuator
Controls the amount of control voltage applied to the Bit Depth parameter.
D Nyquist frequency CV attenuator
Controls the amount of control voltage applied to the Nyquist parameter.
E Bit depth CV input
Accepts a voltage between 0 and 5 volts for control of the Bit Depth parameter. Larger
control voltage ranges, as well as bipolar signals, can be managed by using the CV attenuator
and offset controls.
F Nyquist frequency CV input
Accepts a voltage between 0 and 5 volts for control of the Nyquist parameter. Larger
control voltage ranges, as well as bipolar signals, can be managed by using the CV attenuator
and offset controls.
G Volvulus mode selector
The configuration of these three switches determines the transfer function when the
“Devil On” switch is enabled. Eight combinations are possible, with a detailed explanation
available on Page 7.
H “Devil On” waveshaper enable switch
This switch enables the bitwise waveshaper, introducing nonlinearities of unmatched
recklessness.
J Rectification toggle switch
This effect can be thought of as taking the “absolute value” of a bipolar signal. It can
operate independently of the bitwise waveshaper.
K Input attenuator
This control moderates the amount of audio signal presented to the Malgorithm. Note
that the amplifier circuit has some gain, so clipping will take place if hot signals are used with
little attenuation.
L Audio input
Insert your signal here. A maximum amplitude of 10vpp is possible before clipping.
M Audio output
The results of the Malgorithmʼs process can be retrieved here.
