Strain Gauge Sensors in Industrial Instrumentation: A Review for Human Technology Integration

Abstract

This study offers an in-depth exploration of strain gauge sensors, emphasizing their critical role in industrial instrumentation and their broader impact on human-centric technologies. Strain gauges are indispensable for precise measurement of material deformation across diverse industrial applications, directly influencing advancements in structural monitoring, safety systems, and ergonomic designs. The paper thoroughly examines sensor types, applications, technical specifications, operational principles, interfacing with other devices, microcontroller programming, and circuit analysis. Furthermore, it highlights potential innovations and directions for developing advanced sensors, tailored to evolving industrial and societal needs. Through comprehensive studies, simulations, and programming insights, this research provides engineers and researchers with a robust understanding of strain gauge technology. By addressing its integration into human-focused systems, the paper outlines pathways for leveraging strain gauges to enhance human safety, efficiency, and functionality in various domains. This work aims to foster advancements in sensor technology, bridging industrial precision with human-oriented applications.