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CV

BLACET RESEARCH

CV

CV

LEVEL

WIDTH

BP

LP

MIX

OUT

EXT CLK

CV

DIGITAL

S/H

FREQ

WHITE

DIGITAL

S/H

QUANTIZED

2510

IMPROBABILITY

DRIVE

FILTER

WHITE

DIGITAL

Introduction

The ID2510 is  a  versatile noise producing module, using analog noise as  the basic source. Digital noise is produced 

by sampling the analog noise with a window comparator  and a  sample and hold circuit. The sample trip  point and 

window width are both voltage controlled.
The ID has  a built in 12dB  voltage controlled filter with low pass and  band  pass functions  that processes  a mix of 

analog and digital noise.
A  second sample and hold circuit samples the filter output for random stepped  voltage outputs. A  built in voltage 

controlled clock or an external clock can be used to step the samples.
The ID  also  features  a  digital S/H  and  quantizer  circuit that  produces chromatic scale  outputs  at  1V/octave.  A 

trimmer on the PCB also allows the quantizer to be tuned to a major, minor or diminished scale.
Separate outputs are provided for filtered noise mix, analog noise, digital noise, S&H and quantizer.

Voltage Control Input

Window Comparator Trip 

Level

Voltage Control Input

Filter Center Frequency

Filtered Mix Output

Noise Outputs

Window Comparator 

Width

Sample & Hold Clock 

Frequency

Mixes White and Digital 

Noise for Filter Processing

Voltage Control Input 

Voltage Control Input

(Clock Frequency)

Filter Low Pass/Band Pass Select

External Clock Input

Содержание ID2510 Improbability Drive

Страница 1: ...t contains proprietary and trade secret information of Blacet Research and is provided as a service to the module owner Any unauthorized duplication or transferral may violate trade secret laws Improbability Drive is a Registered Trademark of Blacet Research Contents subject to change without notice Improbability Drive CV BLACET RESEARCH CV CV LEVEL WIDTH BP LP MIX OUT EXT CLK CV DIGITAL S H FREQ ...

Страница 2: ...rcuit samples the filter output for random stepped voltage outputs A built in voltage controlled clock or an external clock can be used to step the samples The ID also features a digital S H and quantizer circuit that produces chromatic scale outputs at 1V octave A trimmer on the PCB also allows the quantizer to be tuned to a major minor or diminished scale Separate outputs are provided for filter...

Страница 3: ... Out S H Pot CV Input External Clock Input The S H rate can be clocked by the internal clock via the pot and or the CV jack An external clock can also be used Plugging in an external clock will bypass the internal one White Noise Output white noise Digital Noise Output digital noise S H Output Stepped voltages derived from the filtered noise mix Quantized Output Stepped voltages derived from the f...

Страница 4: ...inished RT3 S2 DAC calibration This sets the maximum output voltage for the quantizer DA converter Set RT2 FCCW Remove power from the module Push S2 and keep it pushed while you restore power Release S2 Each push of S2 will now alternate between full scale output and zero output Measure the full scale voltage at J10 Quantizer Out and adjust RT3 for 2 740V To restore normal module function cycle th...

Страница 5: ...Page 5 Front Panel Wiring 7 4 1 5 2 4 1 3 J2 J3 S1 1 8 1 5 J1 J6 J5 J4 COM 2 1 2 1 1 2 3 2 1 6 8 4 2 3X 1 5 6 4 2 1 J7 J8 J9 J10 6 2 6 6 1 5 1 8 ...

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