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  • Anisotropic Magnetoresistive Sensors: Theory and Applications
    Schneider, Nonvolatile Electronics, Inc. Magnetoresistive sensors are made of a nickel-iron (Permalloy) thin film deposited on a silicon wafer and patterned as a resistive strip [1­3]. The film's properties cause it to change resistance by 2%­3% in the presence of a magnetic field. In a typical
  • Novel Redundant Magnetoresistive Angle Sensors
    An AMR sensor is presented, which. measures rotational angles with high precision and. double redundancy, i.e. even if one sensor bridge. breaks down, still an angular error can be calculated. from the remaining sensor signals.
  • Sensor Technologies to Detect Pneumatic Cylinder Position - White Paper
    Switches. ?Hall Effect Sensors. ?AMR Magnetoresistive Sensors. ?GMR Giant Magnetoresistive Sensors. ./1d3e734b-dad9-4d8b-ba6b-75122054d7cf Sensor Technologies to Detect. Pneumatic Cylinder Position. Sensor Technologies to Detect Pneumatic Cylinder Position. In the field of automation, a very
  • Mr Angle
    How to use Magnetoresistive Technology to measure angles.
  • Bias and Sensitivity Corrections of Magnetometers (.pdf)
    The magnetoresistive sensors within the nIMU and µIMU units have been calibrated under a controlled magnetic environment to determine temperature corrections to their bias and sensitivity. Additional corrections will be necessary to the magnetometer output if these devices will be operated
  • Ten Easy Things to Do with Magnetic Sensors
    the past 20 years, inexpensive, high-quality integrated Hall effect and magnetoresistive sensors have been making many applications both technically and economically feasible. This article presents a small sampling of what these sensors can do and how to make them do it. Sensors Magazine - March 1997
  • Magnetic Field Sensors as Speed Monitors
    Magnetic field sensors are generally based on the magneto-resistive or Hall-principle. Compared to optical speed sensors, resolvers and precision potentiometers, magnetic field sensors do not contain movable parts, such as shafts, bearings, code disks or slip rings. An aspect allowing them
  • A Case Study: MR vs. Hall Effect for Position Sensing
    While both magnetoresistive and integrated Hall sensors measure the strength of magnetic field components, they do so in different ways and this can directly affect their successful use in a position sensing application. Choosing which of the two is a better fit for your application may require you

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