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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 effects 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. Influence 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. Influence 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.
Panel Controls: (cont’d)
CLK:
12. Speed CV Attenuator: unipolar attenuator for Speed CV IN. Normalled to 8V (see below).
13. Speed CV IN: unipolar control signal input for Speed parameter. Normalled to +8V so that with nothing patched, the associated
Speed CV attenuator will extend the internal clock generator range up to around 200hz; Range: 0V to +8V.
14. External Clock IN: any signal may be applied here, allowing for independent control of rate and smoothness.
15. System Clock LED: Displays rate of Sample and Hold clock. When a signal is applied to the External Clock In, shows the rate of
the incoming clock/rising edge. With nothing patched, will mirror the Internal clock.
16. Disturb Button: Direct control of the Sample and Hold circuit: pressing Samples; holding Holds.
17. Speed Control: dual purpose control that sets the Rate of the Wogglebug Internal Clock generator & the lag processor feeding
the Smooth CV circuit. Turning it CCW slows the system and smoothes its response. Turning it CW quickens the system
with the Smooth CV response becoming jittery. Internal Clock generator range is 1 minute per cycle up to around 40hz
(extended range pushes upper limit to around 200hz).
18. Burst OUT: Square random gate signal, synced to the Clock and influenced by the Stepped, Smooth and Woggle controls; 0 to
+10V.
19. Burst OUT LED: Visual respresentation of random gates.20. Clock OUT: Square clock signal from the internal clock generator. Not
influenced by signal at External Clock IN; 0V to +10V.21. Internal clock LED: Displays rate of internal clock. NOT affected by
External Clock In.
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Summary of Contents for Richter Wogglebug
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