LA03P035S05

The LA03P035S05 current transducer is an alternative to shunt-based current sensing solutions as it senses current utilizing the Hall effect. The device is used as an isolator and transducer of current in virtually any AC or DC current application where high accuracy, compliance with UL, IEC, and VDE specifications is required. The transducer\'s working principle is based on the Lorentz force produced by the magentic field it generates.

The LA03P035S05 operates on the principles of Hall effect sensing. A magnetic field is induced by passing a current through two perpendicular electrical conductors, one labeled “IN” (input) and the other labeled “OUT” (output). A current sensor will be placed between the two conductors; as the current flowing through the “IN” conductor exerts a force proportional to the current on the “OUT” conductor, so too does its effect on the Hall-effect transducer. When the force on the “OUT” conductor reaches the level of a specific value set by the “Set” conductor, the output of the transducer will change, which corresponds to a change in the current sensed by the device.

The LA03P035S05 provides wide input and output ranges, accurate current sensing, isolation, and noise immunity. The transducer features a patented magnetic core that ensures high accuracy and reliability. This core converts large AC and DC currents into a low-level output that is proportional to the current being measured. The transducer\'s features provide exceptional linearity across wide input and output ranges and excellent noise rejection, so the signal that is produced is both reliable and accurate.

The core of the LA03P035S05 is made from custom magnetic material and provides a direct path between the two conductors. It is encased in a plastic housing that is resistant to shock and vibration, Conforming to UL, IEEE, and VDE standards, the transducer also offers excellent thermal dissipation and EMC shielding properties.

The LA03P035S05 is suitable for many applications and environments, such as industrial motor control, power factor monitoring, and photovoltaic inverters, Its accuracy, reliability, resistance to shock and vibration, and compliance with UL, IEEE, and VDE standards make it an ideal current transducer for these applications.

In summary, the LA03P035S05 current transducer is an ideal solution for sensing and isolating AC and DC current applications. It features a patented magnetic core to ensure high accuracy and reliability, while its plastic enclosure provides shock and vibration resistance. The device also conforms to UL, IEEE, and VDE standards and offers excellent thermal dissipation and EMC shielding properties.