L34S1T2D15

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Current transducers are electrical devices which, when subjected to an alternating electrical input signal, produce an output signal proportional to the amount of current flowing through it. The most popular type of current transducer is the L34S1T2D15, which is used in high voltage applications and has a sensitivity of 90mV per ampere. This device is suitable for current measurement in power plants, research labs, industrial monitoring, and other applications.

This device works through an operating principle known as "eddy-currents", which is the same basic principle used in many types of transducer technologies. Eddy-currents are small electrical fields generated by an electrical current that flow through a conducting material. The L34S1T2D15 is able to measure the current in an alternating electrical signal by measuring the eddy-currents that are generated by the flow of current within the device. This device is also capable of measuring current differentials between two signals.

One of the primary applications of the L34S1T2D15 is high voltage fault protection systems. In these systems, the device is used to measure current levels in high-voltage electrical lines to detect faults. If a fault occurs, the device will measure the increase in current and trip a relay, thus cutting off power in the line and potentially preventing a dangerous situation. This device can also be used in other applications such as power plant monitoring, research labs, and industrial monitoring.

The primary advantage of the L34S1T2D15 is its ability to measure both AC and DC current. Additionally, the device is highly accurate and is capable of measuring current levels down to a few milliamps. This device is also capable of operating under extreme environmental conditions such as high temperatures, radiation, and EMF.

The L34S1T2D15 is a reliable and durable device which is designed for years of reliable and accurate operation. It is also a relatively low cost solution for high voltage applications such as power plants, research labs, and industrial monitoring. This device is NASA tested and is also used by many leading government and military agencies.

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