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In load measurement applications, strain gauge load cells are a popular choice. They're cost-effective, accurate and highly configurable. Learn about strain gauge advantages and circuitry configurations.
Category - Force Measurement Science
Learn about load cells for varying applications: strain gauge, hydraulic, pneumatic, capacitive and piezoelectric transducers
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This article presents general ways of evaluating uncertainty in force measurement applications. It also applies this information to the uncertainty figures given with load cell product specifications.
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The optical strain gauge is a versatile alternative to conventional electronic strain gauges. Their construction gives them distinct advantages in multiple applications.
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Processes and techniques used to measure forces in a force shunt. Learn about how sensors and transducers convert loads into force measurements. It concludes with a brief overview of device calibration.
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This article explains the piezoelectric effect, piezoelectric materials, their fabrication, their applications in the development of piezoelectric nanomaterials (PN), energy harvesting devices, piezoelectric sensors, and actuators.
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Various industries have a need for weighing or measuring forces as part of performing their principal tasks. Strain gauges and piezoelectric sensors are two common transducer technologies that serve these industries.
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