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  • Current Sensor Info.
    Open Loop Operating Principle In a hall effect-based current sensor, the magnetic flux, proportional tothe primary current, is concentrated in gapped magnetic corecontaining the hall effect device (Fig. 1). The primary current ismeasured without electrical contact with the primary circuit
  • AGV Guide Sensor : Parallel 16bit type
    GS-116 is a 16 bits multiple switching output type guide sensor. for magnetic tape navigation AGV. Built-in 16 bits magnetic. switches formed a line in every 10mm pitch detect magnetic flux. from a magnetic guide tape. The correlation between GS-116 and a. magnetic guide tape can be recognized
  • AGV Guide Sensor : Parallel 8bit type
    GS-108 is 8 bits multiple switching output type guide sensor for. magnetic tape navigation AGV. Built-in 8 bits magnetic switches. formed a line in every 10mm pitch detect magnetic flux from a. magnetic guide tape. The correlation between GS-108 and a. magnetic guide tape can be recognized
  • AGV Guide Sensor : Parallel 15bit type
    GS-115 is a 15 bits multiple switching output type guide sensor. for magnetic tape navigation AGV. Built-in 15 bits magnetic. switches formed a line in every 10mm pitch detect magnetic flux. from a magnetic guide tape. The correlation between GS-115 and a. magnetic guide tape can be recognized
  • AGV Guide Sensor : Parallel 15bit Special type
    GS-3384A is a 15 bits multiple switching output type guide sensor. for a magnetic tape navigation AGV. Built-in 15 bits magnetic. switches formed a line in every 10mm pitch detect magnetic flux. from a magnetic guide tape. The correlation between GS-3384A. and a magnetic guide tape can
  • Position and speed of metal components measured with variable reluctance sensor
    Variable reluctance sensors are used to measure position and speed of moving metal components. This sensor consists of a permanent magnet, a ferromagnetic pole piece, a pickup coil, and a rotating toothed wheel. As the wheel rotates, the reluctance of the flux path through the coil changes
  • Sensor Sense: Magnetic inductive flowmeters
    Faraday's law of induction states that a conductor moving through magnetic flux induces an electromotive force in the conductor. In layman's terms, a wire generates a voltage as it moves through a magnetic field. The amount of voltage generated depends on the strength of the magnetic field
  • Eliminating sensors from closed-loopcontrol
    . Here's how encoderless systems compare with more traditional motor-control methods. To operate efficiently, a conventional flux-vector PWM drive needs to know the rotor flux angle inside an ac-induction motor. A pulse encoder typically supplies information about rotor speed and angular position

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