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sensors:capacitive [2018/11/01 18:55] – external edit 127.0.0.1sensors:capacitive [2022/03/22 19:49] (current) – [Example Implementation] brady.boettcher
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 An easy to use example for the Arduino environment is the {{http://www.arduino.cc/playground/Main/CapSense|CapSense library}}. An easy to use example for the Arduino environment is the {{http://www.arduino.cc/playground/Main/CapSense|CapSense library}}.
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 +Any conductive material can be used for capacitive electrodes, including conductive fabrics, papers and plastics. 3D printing with [[https://www.proto-pasta.com/products/conductive-pla|conductive filaments]] can let designers shape electrodes to fit their designs.
  
 =====  Media  ===== =====  Media  =====
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 =====  Devices  ===== =====  Devices  =====
 +{{template>device
 +|company=Bela
 +|model=Trill sensors
 +|sources=[[https://bela.io/products/trill/\|Bela]] CAN$ 20.81
 +|description=Capacitive touch sensors and breakout boards
 +|datasheet=
 +|resources=
 +|notes= Bela's Trill range of capacitive sensors offer several configurations and shapes of measuring capacitive touch, interfaceable through I2C. Each type of sensor produces its own version of position sensing depending on the sensor's shape, and many can interpret touch size as a pseudo-pressure measurement. The Trill Square in particular is able to detect multi-touch input over a 2D surface. The Trill Craft is a board that makes 30 capacitive ports available to users, where custom capacitive configurations can be made and interfaced with through I2C.
 +|variants= Trill Bar, Trill Square, Trill Ring, Trill Hex, Trill Flex, Trill Craft
 +}}
  
 {{template>device {{template>device