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Conduct Research Top

  • Microwave Phase Difference
    fluid. Unlike the method that depends on monitoring the attenuation of a transmitted wave, measuring fluid density by observing a wave's phase difference is unaffected by flow velocity and/or is not affected by the contamination and/or bubbles.
  • Phase Conjugate Sonar
    velocities in a
  • Simulation Shows How Silicon Solidifies
    throughout the minicaster and fluid-velocity vectors within the silicon melt. " That took care of the melting phase analysis, says Wang. "For the solidification phase, we used a lower internal heat-generation value to simulate lower temperatures while cooling. The transient heat-transfer analysis let us
  • Observant resolvers
    advantages including providing position and velocity feedback with little or no phase lag, and estimations of motor acceleration and torque disturbance. The estimated acceleration is used to reduce problems with mechanical resonance, and torque disturbance feedback improves dynamic stiffness
  • Software takes the heat off electronics
    Flotherm Version 7.1 software is a powerful tool for simulating the thermal management of electronic devices. It lets designers relatively quickly evaluate concepts and correct thermal problems long before the proto type phase. Our company provides enclosures, backplanes, and subracks, as well
  • Application Example For MSK4310 Speed Controller
    The MSK4310 3 Phase DC Brushless Speed Controller hybrid is a complete closed loop velocity mode controller for driving a brushless motor. It requires no external velocity feedback devices for operation. Feedback is derived from the hall signal outputs from the motor. In velocity control, velocity
  • Smooth rotation
    and the position error during the constant velocity phase are virtually undetectable when using compensation. High-performance motion-control applications commonly use three-phase permanent-magnet synchronous motors, popularly known as brushless motors. These motors are typically operated
  • Using Your Vibration Condition Monitoring System To Monitor Auxiliary Equipment
    in amplitude and phase form, relative to a 'once-per-revolution' phase reference signal, as standard and allows data to be displayed in real-time as mimic diagrams, trend plots, orbit and vector displays.

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