Verbos Electronics Random Sampling

Random Sampling is a random module that is the source of system uncertainty. Two independentFluctuating RandomSection andQuantized Randomsection, andSample and hold sections of four systems that can also be used as analog shift registersto create a variety of stepped CVs (or audio).
 

Fluctuating Random Section

This section outputs a randomly moving continuous curve voltage. There are two systems independently. Random speed of movement can be controlled by knobs and CVs, and the output is 1kHz audio rate when the knob is up and serves as a noise source.

* In this module, you can not take out the random that can control the distribution directly, but you can create a random that is biased in the distribution by branching the output of Fluctuating Random by branching into stackable, etc., and self-patching the CV input of Fluctuation Rate of the channel. For example, if you minimize Rate and fill the attenubarter on your self-patched CV to the right, you'll have less time to get a higher voltage than if you didn't self-patch.
 

Quantized Random Section

This section randomly selects and outputs a value from a fixed jump voltage value each time a trigger signal is entered into trigger. In 2^n output, the output voltage value is n (thumb label value) multiplier type of 2, n+1 for the output is n+1.
 

Analog Shift Register / Sample & Hold (S&H) Section

Each of the four channels in this section acts as ASR or S&H.

If the channel-separate trigger input is not patched, the output from the previous channel is misprinted each time the trigger is entered into the leftmost Trigger jack/button (analog shift register function).

Channels patched to individual trigger inputs are not part of the analog shift register, but become independent samples and holds, and a signal to CV In is sampled and output each time the trigger enters, and the voltage is retained until the next trigger arrives. If cv in is not patched at this time, the input to the previous channel is internally connected, so it is useful to sample and hold the same signal at different times.

*In the sample and hold and analog shift registers, the voltage difference between the input and the sampled output is not completely zero. When using for accurate pitch, please use it while passing through the quantizer as appropriate.