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High precision current sensor CSA101-P030T02

High precision current sensor CSA101-P030T02

The CSA101-P030T02 sensor is a current sensor capable of measuring DC, AC, pulsed, and various irregular waveforms with complete isolation between primary and secondary circuits. It is primarily designed for high-accuracy metrological verification and calibration applications, as well as power quality analysis requiring exceptional sensitivity, stability, and reliability. It features high accuracy(10ppm), excellent linearity(10ppm), and excellent temperature drift(0.1ppm/K), with a response time of less than 1us.

    Applications

    The field of metrology

    In the field of metrology, the CSA101-P030T02 is primarily applied in scenarios requiring high-precision current measurement and monitoring. It can be used in precision power supply systems to ensure the stability and accuracy of current output, which is crucial for the calibration and verification of metrological instruments.

    CSA101-P030T02 (1)
    CSA101-P030T02 (2)

    Particle accelerators

    In particle accelerators, the CSA101-P030T02 sensor is applied to precisely measure and monitor the current in magnet power supply systems. These systems generate magnetic fields to guide and focus particle beams. The high-precision sensor ensures the stability of the magnet current, which is critical for maintaining the trajectory and energy consistency of particle beams. It also enables real-time detection of tiny current fluctuations that might affect beam quality, allowing prompt adjustments to ensure the accelerator operates at optimal performance. Such applications are essential for achieving accurate particle acceleration and collision experiments in physics research.

    Electric vehicles

    The CSA101-P030T02 sensor is used in several crucial ways in electric vehicles. In the Battery Management System (BMS), they accurately measure the charging and discharging currents of the battery. In the motor control system, current sensors provide real-time current feedback to the controller, allowing it to adjust the motor's current, speed, and torque according to driving requirements and detect motor faults such as winding short circuits or open circuits. For the regenerative braking system, these sensors optimize the energy recovery efficiency by monitoring the current during the energy conversion process, prevent battery overcharging, and avoid reverse current flow to protect electronic components. Overall, high-precision current sensors enhance the efficiency, lifespan, and safety of electric vehicles.

    CSA101-P030T02 (3)

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