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Adding Extra I/O with the Zynaptik Module (view source)
Revision as of 07:22, 26 June 2025
, 26 June→Introduction
The voltage range is 0-5V. You can assign the Analog Inputs to MIDI events like Pitch-Bending, CC or ChanPress and use the analog signals for controlling any sound parameter. Analog Inputs can be combined with digital inputs from the MCP23017, allowing to configure up to 4 x CV/Gate-IN interfaces.
The voltage range is 0-5V. You can assign the Analog Inputs to MIDI events like Pitch-Bending, CC or ChanPress and use the analog signals for controlling any sound parameter. Analog Inputs can be combined with digital inputs from the MCP23017, allowing to configure up to 4 x CV/Gate-IN interfaces.
'''+ MCP4728 (MOD-2 Analog Output):''' It uses different I2C address (0x60/0x61/0x64) depending of the zynaptik model. The 4 analog output pins are labelled as DAx on the Zynaptik's header schematic.
'''+ MCP4728 (MOD-2 Analog Output):''' It uses different I2C address (0x60/0x61/0x64) depending on the zynaptik model. The 4 analog output pins are labelled as DAx on the Zynaptik's header schematic.
The voltage range is 0-5V. You can assign MIDI events, like Pitch-Bending, CC or ChanPress, to the Analog Outputs. Analog Outputs can be combined with digital outputs from the MCP23017, allowing to configure up to 4 x CV/Gate-OUT interfaces.
The voltage range is 0-5V. You can assign MIDI events, like Pitch-Bending, CC or ChanPress, to the Analog Outputs. Analog Outputs can be combined with digital outputs from the MCP23017, allowing to configure up to 4 x CV/Gate-OUT interfaces.