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High precision current sensor CSA103-P045T01S

High precision current sensor CSA103-P045T01S

The CSA103-P045T01S is a current sensor capable of measuring DC, AC, pulsed, and various irregular waveforms with complete isolation between primary and secondary circuits. It features high accuracy(10ppm), excellent linearity(2ppm), and excellent temperature drift(0.1ppm/K). This product can be used in fields requiring high accuracy in metrology verification and calibration, as well as in applications demanding high sensitivity, stability, and reliability such as power quality analysis, power analyzers, medical equipment, and aerospace.

    Applications

    Particle accelerators

    The CSA103-P045T01S sensor with a precision of 10ppm is utilized in particle accelerators for precise measurement and monitoring of high-intensity current systems. It is primarily employed to measure the current in superconducting magnets, which are critical for generating stable and uniform magnetic fields to guide and focus particle beams. The sensor’s ultra-high precision of 10ppm ensures minimal deviation in current control, which is essential for maintaining the stability and trajectory of the particle beams. Additionally, it can be used in beam current diagnostics to monitor the intensity and quality of the particle beam in real time. Despite the harsh environment in particle accelerators, including low temperatures, strong electromagnetic fields, and radiation, the fluxgate sensor’s excellent anti-interference capability, low drift, and high linearity enable reliable and consistent measurements. Its fast response time also supports real-time feedback control systems, allowing prompt adjustments to maintain the accelerator’s operational accuracy and efficiency.

    CSA103-P045T01S (3)
    CSA103-P045T01S (2)

    PA

    The CSA103-P045T01S sensor can be used in conjunction with a power analyzer by first connecting the sensor's output signal to the input terminal of the power analyzer. The sensor precisely measures the large-scale current signal, converts it into a voltage or low-current signal suitable for the power analyzer, and transmits it. The power analyzer then processes this signal to calculate key power parameters such as active power, reactive power, and power factor. This collaboration ensures high-precision measurement of current and power in high-current systems, which is vital for power quality analysis, energy efficiency assessment, and electrical system debugging.

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