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  + 4 x rotary encoders with switch (PEC11R-4215K-S0024)
 
  + 4 x rotary encoders with switch (PEC11R-4215K-S0024)
 
  + 4 x ceramic capacitor 100nF (C1)
 
  + 4 x ceramic capacitor 100nF (C1)
 +
+ 8 x ceramic capacitor 10nF (c2, c3)
 
  + 4 x 4-pin-row male connector (angle)
 
  + 4 x 4-pin-row male connector (angle)
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  0. Be sure that you have read and understdood [[#Some_general_recommendations|these recommendations]].
 
  0. Be sure that you have read and understdood [[#Some_general_recommendations|these recommendations]].
 
  1. Bend the encoder's securing tabs to 75º, so you can insert it in the upside of the PCB (the labeled side!). Please, be very careful when bending the tabs as the encoder case is quite fragil and could be deformed. I recommend to use a small plier and not reaching to 90º.
 
  1. Bend the encoder's securing tabs to 75º, so you can insert it in the upside of the PCB (the labeled side!). Please, be very careful when bending the tabs as the encoder case is quite fragil and could be deformed. I recommend to use a small plier and not reaching to 90º.
  2. Place the capacitor in the C1 position (the most right!)
+
  2. Place the 100nF capacitor in the C1 position (the most right!). This is for debouncing the push switch.
  3. Solder the encoder and capacitor carefully.
+
3. Place the 2 x 10nF capacitors in C2 & C3 positions. These are for debouncing the rotary encoder contacts.
 +
  3. Solder the encoder and capacitors carefully.
 
  4. Place the pin-row connector in the downside of the PCB, with the angle pins facing inwards (look the photo!)
 
  4. Place the pin-row connector in the downside of the PCB, with the angle pins facing inwards (look the photo!)
 
  5. Solder the pin-row carefully.
 
  5. Solder the pin-row carefully.

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