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Antonio51
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Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

EDIT: these resistors are not needed if you don't care about Common Mode input voltage : min=AGND+1.2V and max=AVDD-1.3V. If used, then take same resistors from the same "lot", and "paired" if possible, and well "placed". I could use at full scale of measuring, in my case, some uV ...

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

EDIT: these resistors are not needed if you don't care about Common Mode input voltage : min=AGND+1.2V and max=AVDD-1.3V. If used, then take same resistors from the same "lot", and "paired" if possible.

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

EDIT: these resistors are not needed if you don't care about Common Mode input voltage : min=AGND+1.2V and max=AVDD-1.3V. If used, then take same resistors from the same "lot", "paired" if possible, and well "placed". I could use at full scale of measuring, in my case, some uV ...

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

added 129 characters in body
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Antonio51
  • 15.7k
  • 1
  • 9
  • 25

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

EDIT: these resistors are not needed if you don't care about Common Mode input voltage : min=AGND+1.2V and max=AVDD-1.3V. If used, then take same resistors from the same "lot", and "paired" if possible.

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

EDIT: these resistors are not needed if you don't care about Common Mode input voltage : min=AGND+1.2V and max=AVDD-1.3V. If used, then take same resistors from the same "lot", and "paired" if possible.

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

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Source Link
Antonio51
  • 15.7k
  • 1
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  • 25

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

enter image description here

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

Example of Schematic to be used, resistors (1k ?) to the adjusted midpoint (+/-) at inputs within 20 or 40 mV (scale). Depends on the joystick used (100 Ohm ?).

Using the two inputs (A and B) let one use an x-y joystick, just mounting 2 pots in parallel.

enter image description here

Source Link
Antonio51
  • 15.7k
  • 1
  • 9
  • 25
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