Input from Sensors

• Accelleration
• Altitude
• Current
• Direction
• Metal detectors
• Strain
• Proximity
  • Sonar
• Temperature
• Humidity
• Voltage (Analog to Digital)
• Power
• Position (GPS, Encoders, Ranging)
• Distance
• Moisture
• Motion
• Muscle Contraction
• Heartbeat
• Fluid Flow
• Pressure
• Weight
• Acidity/Ph
• Speed
  Wind Speed
• Meat (People)
• Light (Images, Vision, Cameras)
• Microphones
  

Also:

• RS-232 / I²C-Adapter & Parallel I/O Module
• Conversion of Units of Measure
• Digital Signal Processing
• Errors in Measurement

The single largest challenge with the use of any sensor is conditioning the signal derived from it. Almost no sensor will produce a perfect, linear, scaled output in response to stimulii over all ranges of operation. Signal conditioners must compensate for non-linearity, offset, and the effects of temperature, voltage or other variations in the operating environment.

See also:

• http://www.toshbrocontrols.com/category/flow-measurement-of-liquids.asp Flow Measurement of Liquids
  +
• http://www.youtube.com/playlist?list=PL36A224E609F3F7C9 Analog Devices: Thermocouple 101.+
• http://www.rdrop.com/~marvin/other/otherprj.htm
• http://www.elmelectronics.com/
• Peter Anderson PIC weather station kit and info.
• Matt Parnell has made a weather stations using the Basic stamp
• http://lenti.med.umn.edu/~mwd/sensors.html
• http://www.pacific.net/~brooke/Sensors.html
• http://www.media.mit.edu/physics/projects/pan/pan.html personal area network. Your body is the cable.
• http://www.omega.com/literature/transactions/

Measuring Inductance +

Measuring Torque +