MLX91207LDC-CAA-005-TU

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Current transducers are designed to measure current in high-power electrical circuits and systems. As one of the most popular solutions for current measurement, the MLX91207LDC-CAA-005-TU current transducer is a dynamic current sensing device with high accuracy and precision. It features an isolated, galvanically-separated and current-depended high value resistive element which enables the current transducer to convert an amplitude-modulated electrical signal into a proportional signal.

The MLX91207LDC-CAA-005-TU current transducer has a wide range of features for accurate current measurements and is suitable for use in industrial, automotive and mobile applications. It is capable of measuring DC or AC current in a range from 0 to 5A and has a wide dynamic range of 0 to 600A. It also comes with integrated temperature compensation for accurate measurements over a wide temperature range, and can be used for both single-phase and three-phase systems.

Application Field

The MLX91207LDC-CAA-005-TU current transducer is commonly used in motor control systems, home appliances, automotive and mobile applications, and applications that require accurate current measurements. It is also used in high-power electrical systems such as energy generation and distribution, and process control systems. Its wide dynamic range makes it suitable for measuring current in applications ranging from low-level DC current to high-power AC current.

The MLX91207LDC-CAA-005-TU current transducer is also capable of detecting electrical faults in motors, generators, and other high-power electrical systems. This enables it to be used for safety and protection purposes in these systems to detect changes in the current amplitudes which can be used as an indication of faults. This makes the current transducer a useful tool for maintaining reliable and safe operation of these high-power electrical systems.

Working Principle

The MLX91207LDC-CAA-005-TU current transducer works on the principle of an isolated, galvanically-separated, and current-dependent resistive element. The resistive element is connected across two terminals of the current transformer and is programmed to detect the amplitude of the current flowing through the transformer. This amplitude is then converted into a proportional electrical signal at the output of the current transducer.

The converted electrical signal is then used to measure the current amplitude in the circuit. The current transducer is suitable for use in a variety of applications as it can detect currents in a wide dynamic range from 0 to 600A and offers temperature compensation for accurate current measurements over a wide range of temperatures. Furthermore, it can be used in single-phase as well as three-phase systems.

Conclusion

The MLX91207LDC-CAA-005-TU current transducer is a highly accurate and reliable solution for current measurement in high-power electrical systems. It features an isolated, galvanically-separated and current-dependent resistive element which allows it to accurately measure current amplitude in a wide dynamic range. It is suitable for use in motor control systems, home appliances, automotive and mobile applications, and process control systems. Furthermore, it can be used for safety and protection purposes to detect electrical faults in high-power electrical systems.

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