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  • Sensor Sense: Hall-effect current sensors
    feeds an electronic circuit that checks it for control or overload sensing. A new generation of small Hall-effect-based current sensors simplify the task. Hall-effect devices measure current via the intensity of the magnetic field generated by the current flow. Of course, higher currents produce
  • AVFM 5.0 Monitors Sewage Lagoon Discharge Flow
    The Township of South Glengarry installs a new Greyline AVFM 5.0 to measure continuous discharge from their municipal sewage lagoon. The sealed ultrasonic sensor is mounted in a horizontal 12" PVC pipe. The AVFM replaced a magnetic flowmeter that was unable to measure seasonal low flow rates.
  • First SOIC8-Packaged Hall-Effect Current Sensor With Integrated Current Path Introduced
    SOIC8-packaged Hall-effect current sensor with the current path integrated into the package for greater sensitivity and accuracy. Available in both 15 A and 5 A versions, it measures bi-directional ac or dc currents by using a Hall-effect magnetic field sensor to measure the field generated by the current flow
  • Analog Sensor Conditioning Circuits - An Overview
    note. The applications mentioned are: Electrical Magnetic Temperature Humidity Force, Weight, Torque and Pressure Motion and Vibration Flow Fluid Level and Volume Light and Infrared (IR) Chemistry
  • Application: SME Fluid Level, Pressure, and Flow Sensors
    The desire for more information and convenience, along with worldwide water and energy conservation initiatives, has led to a flurry of new fluid level magnetic and conductive sensor designs. Appliances are the number one adopter of the technology, with HVAC (condensate level sensing
  • Electrohydraulic Actuators
    the sensor interact with the magnetic field and return a sonic pulse. Distance can be determined by measuring the transmission/reception time interval. Positioning accuracy is 0.001 to 0.003 in. Another way to accurately control position is to hydraulically amplify the motion of a stepping motor
  • Virtual Sensors for Advanced Pharmaceutical Process Control
    and provide continuous rather than sample-based quality verification. Infrared (IR), near infrared (NIR), nuclear magnetic resonance (NMR) and Raman spectroscopy are all being used for pharmaceutical PAT. The virtual sensor technology provides huge opportunities for pharmaceutical PAT, in applications

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