Accurate measurement of tensile force is crucial for ensuring structural safety and material performance in engineering testing and material research. Are you curious about how the load-bearing capacity of bridges is tested? Or, how can material tensile testing ensure data accuracy? The answers to these questions all point to a key technology - tension measurement sensors. This article will take you through the working principle and practical application, comprehensively analyzing this "tension sensing" technology.

In modern industry, scientific research, and daily life, as a key device for accurately measuring the weight of objects, the stability and accuracy of the performance of weighing sensors are crucial. However, a phenomenon called "hysteresis" often occurs during the use of weighing sensors, where there is a deviation between the output values of the sensor during the forward (loading) and reverse (unloading) processes. This deviation not only affects the accuracy of measurement, but may also cause difficulties in industrial automation control and data recording. This article will delve into the main factors that affect the hysteresis of weighing sensors and provide you with some practical insights.

In today's rapidly advancing technology, biomimetic tactile sensors are gradually becoming a bridge connecting humans and machines, reality and virtuality. These sensors mimic the tactile perception mechanism of human skin, bringing revolutionary changes to fields such as robotics, wearable devices, and smart healthcare. This article will take you to a deeper understanding of the types, working principles, and applications of biomimetic tactile sensors in real life.

In the rapid development of modern technology, sensors play a crucial role as the "tentacles" of the information age. Among them, force sensitive sensors, as a device capable of converting physical forces into electrical signals, are widely used in various fields such as industrial automation, medical equipment, and robotics. This article will delve into the definition, working principle, application areas, selection and calibration methods of force sensitive sensors, leading readers to explore the mysteries of this technological product.

In today's rapidly advancing technology, sensor technology, as a bridge connecting the physical world and the digital world, is leading profound changes in many fields. Among them, the annular pressure sensor has become an indispensable component in modern industry and scientific research due to its unique annular structure design, excellent accuracy, and wide application potential. This article will take you to a deeper understanding of the principle, characteristics, and wide applications of circular pressure sensors in various fields.

Have you ever wondered why the air conditioning in your home always automatically adjusts to the most comfortable temperature and humidity? Or, why can precious cultural relics in museums be well preserved in a constant environment? Behind all of this, there is an unknown 'microclimate expert' - a temperature and humidity sensor. Today, let's unveil the mysterious veil of temperature and humidity sensors together, see how they work, and play an important role in our lives.