KITFXLC95000MAG

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KITFXLC95000MAG evaluation boards are designed for use in a wide range of sensor applications. The board is a three-axis one-off design, allowing for appoximately 6.2mm of total stroke. This unique design allows for a variety of applications in sensing technologies.

The FXLC95000MAG sensor board is comprised of two primary components. The first component is the sensing element. This sensing element consists of a three-axis force sensing film, along with a piezoresistive (or strain gauge) element. This combination provides excellent sensitivity in all three axes, allowing for precise application of force.

The second component is the controller board. It uses the Dallas Semiconductor FEMTO Series FEMTO-9500 chip to interpret the force measurement signals and provide an output data output. The device is power by a 5V input power source.

The FXLC95000MAG evaluation board can be used in a variety of applications, including automotive collision sensing, pressure sensing, force control, robotics, smart packaging, and positioning systems. By combining the sensing element and the controller board, a user can perform sensitive force measurements in a variety of applications.

The FXLC95000MAG board works by first measuring the force that is applied in all three directions: x-axis, y-axis, and z-axis. The piezoresistive element on the sensing film measures the strain that is output from the force in each axis. This modulated strain signal is then sent to the controller board and interpreted using the FEMTO Series FEMTO-9500 chip.

The interpreted data from the chip is then output in a standard format. This could be a digital output, analog output, or a combination of both. The exact format depends on the application, so that the board can be tailored to meet specific needs.

The FXLC95000MAG evaluation board is an ideal solution for a variety of applications that require precise force measurement. Its unique design and large number of capabilities make it an invaluable tool for any application that requires sensing or control. It is also very cost-effective, making it a good choice for use in a variety of applications.

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