1kg miniature S-type force sensor BHCB-YL-1kg tension sensor

Description :

　　1kg miniature S-type force sensor BHCB-YL-1kg tension sensor:

　　1kg miniature S-type force sensor BHCB-YL-1kg tension sensor:

　　Tensile pressure sensor, also known as resistance strain sensor, belongs to the weighing sensor series and is a device that converts physical signals into measurable electrical signals for output. Widely used in force measurement applications such as industrial weighing systems, platform scales, electronic scales, hook scales, and batching scales.

　　The tension and pressure sensor is mediated by an elastic body, which changes its resistance value by applying force to the resistance gauges on both sides of the sensor, and then converts it into an electrical signal through the corresponding circuit to achieve subsequent control. Its advantages are high precision, wide measurement range, long lifespan, simple structure, and good frequency response characteristics.

　　In response to the rapid development of microsensor technology and the immaturity of some theories, methods, and implementation technologies, this book closely combines the development trends of microsensors to classify and explain the basic theories and implementation technologies of thermal, radiation, mechanical, magnetic, and chemical microsensors. At the same time, it introduces the knowledge of microsensor systems and their data acquisition and processing, aiming to provide readers with an introductory reading on microsensors. This book helps readers establish basic concepts in the design, research, production, and experimental analysis of microsensors on the basis of mastering the basic knowledge of microsensors. When encountering specific microsensor problems, one can search for literature, understand its content, design experiments independently, and analyze and summarize experimental results.

　　Micro sensors are successful and practical micro electromechanical devices, mainly including micro pressure sensors and micro acceleration sensors that use the mechanical deformation of micro membranes to generate electrical signal outputs; In addition, there are micro temperature sensors, magnetic field sensors, gas sensors, etc., most of which have an area of less than 1mm2.

　　With the further development of microelectronic processing technology, especially nanofabrication technology, sensor technology will evolve from microsensors to nanosensors. These miniature sensors have a small volume, can achieve many new functions, are easy to produce in large quantities and with high precision, have low unit costs, and are easy to form large-scale and multifunctional arrays. These characteristics make them very suitable for automotive applications.

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• 1kg miniature S-type force sensor