Outlet 🔔 Tiptop Audio Buchla Model 266t Source Of Uncertainty Module 🥰

The TipTop Audio Buchla Model 266t Source of Uncertainty is a recreation of the original random voltage generator and sculpting module. Continuing with TipTop’s reissues of Buchla’s 200-series modules for Eurorack, the 266t brings six different tools in one unit for your Eurorack rig. The 266t includes two sections of generation and modification, with two different processors and four generator types with one producing three typed of analog noise – flat, -3 dB/oct, and +3 dB/oct.

The Fluctuating Random Voltages section has two individual smooth voltage generators for adding, each controlled by a rate parameter with CV inputs for modulation. Below that is the Quantized Random Voltages section, which offers a stepped random output that randomly chooses voltage based upon one of two equations corresponding to a value called “n”. You can tune your range to a fixed amount of possibilities, depending on the output, with n+1 output being more localized to the 5V range and the 2^n output having equal opportunity across all 10 volts. The last generator, Stored Random Voltage, produces two outputs of stepped voltage with an equally distributed random voltage output and a selectable bell distribution output that centers its options based on the probability control.

FEATURES:

• Random voltage generator and sculpting Eurorack module
• Six individual sections for output voltage, pulses, and even noise
• Noise section with white noise (flat), low-end pink noise (-3 dB/oct), and brighter noise (+3 dB/oct)
• Two individual smooth random voltage outputs with voltage controllable rate parameters
• Quantized random voltage creates stepped voltage based upon two equations (n+1 and 2^n)
• Pulse in triggers new “n” value and CV can affect n’s position
• Each of the quantized random voltage outputs has its own random distribution equation, with 2^n being equal and n+1 being bell shaped centering 5V
• Stored random voltage outputs stepped voltage with two different distributions
• Stored random voltage output one selects equally across the voltage spectrum while output two selects based on where the probability is set—probability can be modulated
• “sample” and hold circuit acts as a track and hold circuit, featuring split alternating pulse and held CV outputs
• Integrator smooths transitions between jumps in voltage—smoothing parameter can be modulated