LVDT Signal Conditioning Module

Unlock the full potential of your linear and rotary displacement measurements with Rota Teknik's LVDT Signal Conditioning Module. This specialized device enhances LVDT and RVDT output signals, providing clean and accurate DC output for data acquisition, closed-loop control, and process control systems. Experience high performance, low-temperature drift, and a unique ratiometric architecture that resolves many traditional LVDT interfacing challenges.

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Maximize your LVDT and RVDT measurements

Rely on Rota Teknik's LVDT Signal Conditioning Module to amplify, filter, and linearize LVDT and RVDT signals, ensuring clean and accurate DC output for reliable measurements in industrial settings. This indispensable tool improves the performance of LVDTs and RVDTs, making it ideal for precise tilt and displacement measurements.

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Experience, top precision with low-temperature drift in industrial applications

Choose the LVDT Signal Conditioning Module for high performance and low-temperature drift in data acquisition, closed-loop control, and process control systems. This versatile device is perfect for electro-level transducers and other AC-energized transducers, allowing for accurate measurement of tilt and displacement parameters.

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Tailor your module with multiple customizable features

The LVDT Signal Conditioning Module supports 3-wire, 4-wire, 5-wire, and 6-wire connection options. Customize the module with carrier frequency selection and sensor supply voltage amplitude selection capabilities to suit your application. Additionally, choose between unipolar and bipolar output signal selections, enabling 0...10V, -10...10V, 0...5V, or -5V...5V signal outputs.

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Phase Correction and Voltage Output Linearization for High Accuracy

LVDT Signal Conditioning Module offers a unique ratiometric architecture that eliminates many of the issues with traditional LVDT interfacing techniques. It provides phase correction and transducer calibration, as well as DC voltage linearization, which allows users to adjust the zero value for improved accuracy. This module has a high signal-to-noise ratio, ensuring accurate and reliable performance. Its advanced features and robust design make it an ideal solution for LVDT / RVDT interfacing.

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