CSNB131

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Broadly speaking, Current Transducers are electrical components that, when connected to an electrical system, are able to sense and convert electrical current within that system into a related output signal. CSNB131 transducers are an example of a current transducer that is widely used in industrial settings. This article will give a summary of the application field and working principle of CSNB131 current transducers.

The CSNB-131 transducer is typically used in applications requiring precise and reliable current measurements. The device is designed to sense input currents ranging from 0-2A, with accuracy of 2%. It also covers a temperature range from -20 to 120°C, with a withstand voltage of 300VAC. The CSNB-131 is able to measure both AC and DC currents, making it suitable for a variety of applications. These can range from motor control and aerospace to industrial automation and power management.

The main purpose of the CSNB-131 is to convert electrical current into an output signal. This output signal is related to the input current, and can typically be measured in volts, amperes or watts. The CSNB-131 has two distinct output interfaces; one is low voltage differential output (LVDS) and the other is linear output, which ranges from 0 to 10V.

The working principle of the CSNB-131 transducer is based on the principle of a fluxgate transducer. It works by sensing the changing magnetic field in a coil that is energized by the current flowing through the primary winding. The output from the coil is then used to drive a voltage across a secondary winding. The magnitude of this voltage is proportional to the input current, which is then converted to a useable output signal.

The CSNB-131 is a precision device, and as such it requires some calibration before being put into use. This calibration involves setting various input and output parameters to ensure accuracy of the output signal. It is very important to ensure that the calibration of the transducer is carried out correctly, as any errors in the calibration will lead to errors in the output.

In summary, the CSNB-131 current transducer is a versatile device that can be used for a variety of applications requiring precise and reliable current measurements. The device is based on the principle of a fluxgate transducer, and requires calibration before use. The output signal of the CSNB-131 can be used in both LVDS and linear output formats.

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