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Development of Carbon Wire Sensor Based on Semiconductor Strain Gauges

This document outlines the development process for a carbon wire sensor utilizing semiconductor strain gauges. Key components include ceramic isolators with a 1.2 mm sleeve in copper. The sensor, designed to measure action via a fork arm, operates at a scale of 10:1. The next steps involve defining final requirements such as suitable gauge factor and sensor dimensions, finalizing the conceptual design, and selecting appropriate sensor technology. Subsequent actions include prototype design, production, testing, characterization, and final production.

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Development of Carbon Wire Sensor Based on Semiconductor Strain Gauges

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  1. Carbon wire sensor based in semiconductor strain gauges CONCEPT Sensor 5 Ceramic isolators Ø 1.2 Sleeve in copper Carbon Wire Soldering 5 Action to be measured by the sensor Fork Arm ~ SCALE 10:1 24.03.2014

  2. Carbon wire sensor based in semiconductor strain gauges 24.03.2014

  3. Carbon wire sensor based in semiconductor strain gauges • Next steps: • Define final requirements i.e, suitable gauge factor, sensor dimensions • Fix conceptual design • Decide on sensor technology • Final prototype design • Prototype production • Test and characterization • Final design • Final production 24.03.2014

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