HAX 2500-S

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Current transducers are devices used to measure various types of electrical current such as AC, DC, and low-frequency currents. The HAX 2500-S is a current transducer designed for applications in photovoltaic (PV) and solar power systems, using innovative technologies to provide reliable measurements of electrical current over wide dynamic ranges. This paper provides an overview of HAX 2500-S applications, its working principle, and features.

Applications of HAX 2500-S

The HAX 2500-S is designed for wide dynamic range applications such as photovoltaic power systems, motor control systems, power electronics applications, and digital protection applications. It provides accurate measurements of both AC and low-frequency current signals, and its narrow profile enables integration into space-constrained systems. Other applications include signal conditioning for precision rectifiers, current regulation for a variety of power electronic systems, and current stimulation for electronic system testing.

Working Principle of HAX 2500-S

The HAX 2500-S utilizes an advanced magneto-resistive (MR) technology to measure electrical current. The current is sent through the primary coils of a transformer, creating a magnetic field. This magnetic field then passes through the HAX 2500-S\'s MR sensing coil, which creates a voltage that is proportional to the current. This voltage is then amplified and applied to a low-pass filter to suppress narrow-band noise and provide a linear output signal that is proportional to the input current.

Features of HAX 2500-S

The HAX 2500-S offers several features that make it suitable for a variety of applications. It is designed to operate over an extremely wide range of dynamic input current, from 1 mA to 250 A, and has a frequency range of up to 20 kHz. It features a high-accuracy measurement capability of up to ±1% with low-distortion output and an output voltage range of 0-1.5V. The HAX 2500-S also offers a wide dynamic range of linearity and hysteresis, enabling it to make accurate measurements even over large dynamic ranges. The device is also designed for easy integration into existing systems and offers reliable and stable performance over its extended operating temperature range.

Conclusion

The HAX 2500-S current transducer is an advanced device designed for wide dynamic range applications. Its MR sensing technology provides an accurate and reliable measurement of electrical current and its wide range of features make it suitable for a variety of applications. This device is a useful tool for those working in the PV and solar power system fields, offering precise measurements of AC and low-frequency electrical signals.

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