Pressure sensors are the founding member of the sensor industry. About 70 years ago, they have been widely used in water conservancy, railway transportation, intelligent buildings, industrial automation, intelligent vehicles, intelligent medical care, aerospace and many other fields. However, traditional pressure sensors are often dominated by rigid materials such as metals, semiconductors, and piezoelectric crystals, which have problems such as large size, high weight, and inability to withstand large deformations. These problems lead to a disadvantageous position in emerging application directions such as tactile perception, fingerprint recognition and other flexible human-computer interaction, Internet of Things, portable detection, and intelligent robots.
Pressure sensors are the founding member of the sensor industry. About 70 years ago, they have been widely used in water conservancy, railway transportation, intelligent buildings, industrial automation, intelligent vehicles, intelligent medical care, aerospace and many other fields. However, traditional pressure sensors are often dominated by rigid materials such as metals, semiconductors, and piezoelectric crystals, which have problems such as large size, high weight, and inability to withstand large deformations. These problems lead to a disadvantageous position in emerging application directions such as tactile perception, fingerprint recognition and other flexible human-computer interaction, Internet of Things, portable detection, and intelligent robots.
Post time: Jul-07-2022