Make Noise Richter Wogglebug Manual page 6

Panel Controls (cont'd)
CV:
4. Ego/Id Balance Control: with nothing inserted at the Ego Input, sets the range of probable values. Turning this control CCW, the
random values generated by the system tend to "cluster." With a signal applied to the Ego IN, it allows that external signal
to be balanced with the internal signal source to generate random voltages.
5. Ego Input (external input for S&H): Signals applied here will be injected directly to the uncertainly, beating heart of the
Wogglebug. Accepts Control Voltages or Audio Rate signals; expects 10Vpp max.
6. Stepped OUT: At lower Clock rates, the Stepped Random Voltage appears here: new value occurring at every clock pulse indicated
by the blue System Clock LED. At higher (audio) clock rates, bit reduction e ects may be achieved by inserting an audio
signal into Ego IN and setting Ego/Id Balance full CCW;10Vpp range.
7. Stepped OUT LED: visual indication of approximate Stepped Random Voltage value.8. In uence IN: CV and/ or Audio Signal input
that performs the following duties: modulates frequency of SMOOTH and Woggle VCOs, inputs to the Ring-Mod circuit, and
level shifts the Woggle CV signal. Responds 0V to 10V.
8. In uence IN: CV and/ or Audio Signal input that performs the following duties: modulates frequency of SMOOTH and Woggle
VCOs, inputs to the Ring-Mod circuit, and level shifts the Woggle CV signal. Responds 0V to 10V.
9. SMOOTH OUT: Smooth Control Voltage appears here, the smoothness of which is set by the Clock RATE/ Chaos Control; 0V to
10V.
10. Woggle Control: Sets how quickly (or slowly) the Woggle circuit is able to catch the Smooth/ Stepped circuit. Clockwise slows
the Woggle CV, counterclockwise speeds it up.
11. Woggle CV OUT: A of product of the Smooth/ Stepped CV, this voltage quivers, shakes, and chases after the heart of the
system... always, and is smoothed by the Woggle panel control; 0V to10V.
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