| ADDAC002 – CV/Manual Inputs
6 Channel Switchable CV or Manual Input
10 bits resolution (0-1024)
6 led to visualize input
+5 to +10v attenuator
8HP
This module allows 6 CV inputs to be read by the ADDAC001 module
These can:
.be sent to the computer to read CV voltages
.act as normal CV inputs and be assigned to change specific functions on the algorithm running in the ADDAC001 module, speed of a lfo for example
The resolution of the digital to analog converter is 10 bit so this means that the input will be converted to a value between 0 and 1024 where 0 = 0v and 1024 =10v
A switch chooses between CV or Manual input
In CV Mode the knobs are used to amplify the incoming CV voltage so that a signal that is between 0 and +5v can be amplified to 0 +10v for full analysis range
in Manual mode the knobs are used to manually set a value between 0 and 1024
A maximum of 3 of these modules can be connected to a Brain Module |
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ADDAC002 – CV / MANUAL INPUTS
6 Channel Switchable CV or Manual Input
10 bits resolution (0-1024)
6 led to visualize input
+5 to +10v attenuator
8HP
This module allows 6 CV inputs to be read by the ADDAC001 module
These can:
.be sent to the computer to read CV voltages
.act as normal CV inputs and be assigned to change specific functions on the algorithm running in the ADDAC001 module, speed of a lfo for example
The resolution of the digital to analog converter is 10 bit so this means that the input will be converted to a value between 0 and 1024 where 0 = 0v and 1024 =10v
A switch chooses between CV or Manual input
In CV Mode the knobs are used to amplify the incoming CV voltage so that a signal that is between 0 and +5v can be amplified to 0 +10v for full analysis range
in Manual mode the knobs are used to manually set a value between 0 and 1024
A maximum of 3 of these modules can be connected to a Brain Module