Fixed linear slider pot model name

README.md

@@ -100,7 +100,7 @@ On top of the 3D printable components, you need
  - 2 x linear bearings 8x15x45 (e.g. LM8LUU)
  - 1 x Teensy LC (or another Arduino board with enough pins)
  - 2 x 10kohm LIN pot (Bourns BI P160 with center detent e.g. KNOC-model)
- - 1 x 100mm travel 10kohm LIN slide pot (Bourns PS100 B 10K 0E)
+ - 1 x 100mm travel 10kohm LIN slide pot (BI Technologies/TT Electronics PS100 B 10K 0E)
  - 1 x multidirectional switch 8 dir + press (Alps 688RKJXL 100401V)
  - 5 x switches (a tact switch with pins fitting the circuit board listed)
  - 1 x slide switch (any generic model you can fit the case)
@@ -152,4 +152,4 @@ For simple buttons, the following logic could be made. Press and hold Lock-butto
  - Second Teensy into the case; the Teensy in the handle picks the handle buttons and pots and connects with four wires only (e.g. I2C + power) to the case where the USB connectivity is. This would eliminate a couple of wires beteen the case and the moving handle while allowing further extensions e.g. case buttons, lights or even displays
  - DC motor with pulleys (e.g. GT2) on throttle axis for fully dynamic, programmable detents and centering forces controlled by the Teensy and driven by a H-bridge module. (Real force feedback would also be possible, but Windows games usually support only one force feedback device and that usually is the joystick)
  - Modular connectors on the outside of the case for attaching e.g. keypads or macro keyboards
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+