Future trends in the automotive sensor technology is miniaturization, multi-functional, integrated and intelligent. The late 20th century, the design technology, materials technology, automotive sensors principle, in particular (microelectromechanical systems) technology makes micro-sensors Mems raised to a new level, automotive sensors brand, the use of MEMS processing technology will micron sensor, signal processor, data processing device package on the same chip, it has a small, cheap, high reliability, and can significantly improve the accuracy of the system test. Mems technology can detect the use of mechanical quantity produced, the amount of magnetic, thermal capacity, chemical and biomass micro-sensors. Since Mems micro-sensors in automotive electronic systems to reduce costs and improve its performance advantages, they have begun to gradually replace the traditional mechanical and electrical sensor based technologies. Mems sensors will become an important component of the world's automotive electronics. Historical development in the 1960s, Jilin automotive sensors, the car only oil pressure sensors, fuel sensors and temperature sensors, which are connected with the instrument or indicator. Into the 70's, in order to control emissions, the Great Wall of automotive sensors, and increased the number of sensors to help control the car's power system, because of the emergence of the same period of the catalytic converter, electronic ignition and fuel injection means these sensors need to maintain a certain air-fuel ratio control emissions. 1980s, antilock brakes and airbags improves vehicle safety. Jilin Automobile Sensor | Xinfeng | Automotive sensor principle sensing provided by the Xinxiang City, Xinfeng purification technology Limited. Jilin Automobile Sensor | Xinfeng | automotive sensors sensing principle Xinxiang City, Xinfeng purification Technology Co., Ltd. (www.xfcgq.com) (www.xfcgjh.com) this year introduced a new upgrade, the above picture is for reference only, please call Tel This page or image on to obtain the latest information, contact: Li.