Sample and Hold Modules

• 2-Channel sample & hold / random voltage
• Internal clock adjustable from 0.03 - 300 Hz
• Manual sample button
• Clock FM input with attenuator
• Signal input with attenuator
• Internal random generator with attenuator
• Clock from channel A can also be switched to channel B
• Current consumption: 40 mA (+12 V) / 40 mA (-12 V)
• Width: 16 HP
• Depth: 43 mm

Tiptop Audio Model 266t; Eurorack module; Source Of Uncertainty - muti-channel source for random voltages; two sections for fluctuating random voltages, each with adjustable rate (0.05Hz - 50Hz) and CV input; one section for quantized random voltages (number of steps adjustable via control knob and CV input) with trigger input and two outputs providing differently distributed random values; one section for stored random voltages with trigger input and two outputs providing evenly distributed random values and adjustable amplitude distribution (probability for low, mid and high values adjustable via control knob and CV input); adjustable integrator / slew limiter with CV input; Sample & Hold section with four alternating trigger and CV outputs; noise generator with three outputs (pink, white and blue noise); power consumption: 150mA (+12V) / 100mA (-12V); Breite: 24 TE; Tiefe: 25mm

• Precise two-channel sample&hold
• Each channel with adjustable slew limiter, signal and trigger input and output
• Each channel switchable from Sample&Hold to Track&Hold
• Alternative triggering of channel A and B switchable
• Additional outputs: Noise, Difference, Average and Sum
• Current consumption: 50 mA (+12 V) / 50 mA (-12 V)
• Width: 6 HP
• Depth: 40 mm

• Dual Sample & Hold
• Two separate sample/hold circuits
• Euro rack format
• Power requirements: +20 mA (+12V) / -20 mA (-12V)
• Width: 4 HP / 20.0 mm
• Depth: 30 mm (measured from the rear of the front panel)

• Vintage edition with black front plate
• Designed to produce 'staircase' voltages
• Consists of two separate sample / hold circuits
• Eurorack format
• Width: 4 HP
• Depth: 30 mm
• Power requirement: +20 mA (+ 12V) / -20 mA (-12V)