MLX91210KDC-CAS-102-SP

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Current transducers are electrical devices that measure an electrical current and output a corresponding signal with greater precision than the current being measured. The MLX91210KDC-CAS-102-SP current transducer is a powerful transducer capable of providing accurate and dependable measurements in a variety of applications.

The MLX91210KDC-CAS-102-SP is an open loop, full bridge current transducer. It features a precision scale factor of 2.5mV/A, an accuracy rating of 0.3%, and a dynamic range of up to +2A or -2A. The MLX91210KDC-CAS-102-SP’s robust design and advanced features make it suitable for a wide range of applications, including power supplies, current monitoring systems, motor control systems, and battery management systems.

The MLX91210KDC-CAS-102-SP’s working principle is based on Faraday’s law of induction. Its compact design allows for a variety of installation positions, making it a reliable and flexible current transducer. Its solid-state strain gage sensing element is located on a bridge circuit consisting of four strain gage resistors, enabling precise measurements. The current to be measured is passed through the strain gage sensing element, creating a voltage signal that is proportional to the current. This voltage signal is then amplified and used to control the output of the transducer.

In addition to its current transducer capabilities, the MLX91210KDC-CAS-102-SP offers a wide range of features. It features over-current and overload protection, built-in electromagnetic interference filters, and an alarm contact output for remotely monitoring system status. It also has over-temperature and over-voltage protection, as well as a range of monitoring and diagnostic functions.

The MLX91210KDC-CAS-102-SP current transducer is a powerful and reliable device for a variety of applications. Its robust design and advanced features make it suitable for a wide range of applications, including industrial and automotive power supply systems, current monitoring systems, motor control systems, and battery management systems. Its precision scale factor and accuracy ratings, combined with its high dynamic range, make it ideal for measuring a variety of currents.

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