The three outputs to the left produce, similar to a sample & hold, stepped random voltages with random probabilities of the spread. The internal clock generator is used here as well as an internal noise signal which acts as a sample source for the S&H. Instead of the noise you can apply an external sampling signal. It can be controlled in level what will affect the random voltages. The voltage controllable parameter SLEW smooths the stepped voltages.
The clock can be tapped at an individual output.
Two outputs carry a random sawtooth signal - the first output is phase inverted, the second output has positive polarity. The voltage controlled parameter Slew Rate affects the level and polarity of the sawtooths. The positive sawtooth output is normalized to the clock rate CV input and allows for a easy to create random clock.
Random gate signals are generated, depending on the state of the random sawtooth. The sawtooth´s level is being analysed and when exceeding a adjustable threshold a gate signal with controllable length is produced. Both parameters, threshold and length are voltage controllable.
No info about availability.$675 Price in € submitted Oct 19th 2012, 09:21 by hbbk | last Change Apr 8th 2019, 14:24 by lpgeffen
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