FPSLELE008M

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FPSLELE008M is a miniature, wide-range current sensor. Operating with a nominal input current of 100 A, the device outputs a centered sine waveform with a peak current that can measure up to 500 A. This current sensor uses a unique current sensing technology that enables it to measure a wide range of current, from low to high levels, in one single device. Additionally, the FPSLELE008M has a split bus architecture with two channels, which allow it to be used in high-power applications.

The FPSLELE008M current sensor is an application-specific device designed for direct current (DC) applications. It is suitable for power monitoring or for other current-monitoring functions in a variety of applications, including automotive, industrial, and consumer electronics. The device features an integrated Hall effect, which is a phenomenon that occurs when a magnetic field is applied to a conductor or semiconductor material. The Hall effect produces a transverse electric field that is proportional to the strength of the magnet and the current that passes through the material.

The FPSLELE008M has two operation modes. The first is a constant current mode, which helps to maintain the same amount of current flowing through the device. The second is an alternating current (AC) mode, which helps to measure current fluctuations with frequency up to 10 kHz. The device’s dual range accuracy of 0.2% and linearity of 0.1 % make it ideal for applications that require highly accurate current readings. The device also features an overcurrent, open circuit, and short circuit detection that alerts users of any abnormalities.

The FPSLELE008M utilizes a unique current-sensing technology based on DC-to-AC conversion. The device consists of a sensing element and a compensating current source. The sensing element includes a Hall effect sensor, allowing it to measure the current passing through the material. The compensating current sources take into account any changes in the current being measured and accurately output the appropriate amount. In addition, the device has a split-bus architecture in which a split-bus voltage divider is used to measure the voltage output of the device and provides the appropriate current measurement data.

The FPSLELE008M current sensor is a fully-integrated device that is available in two-lead and four-lead packages. The two-lead package uses a two-wire connection to provide the output signal, while the four-lead package uses a three-wire connection that requires additional shielding and wiring overhead. The device can be installed quickly and easily into existing applications, and it can be powered from a 3.3 V to 6 V power rail. Additionally, it also features a temperature range of -40°C to 125°C.

The FPSLELE008M current sensor is an ideal solution for high-power applications that require accurate current readings. The device’s wide range current measuring capabilities combined with its split-bus architecture make it suitable for a variety of applications. Its dual range accuracy and linearity help to ensure accurate current readings, and its overcurrent, short circuit, and open circuit detection keep users safe from any unexpected issues. With its easy installation, the FPSLELE008M current sensor is sure to be a useful addition to any application that requires accurate current measurements.

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