Sensors in the vehicle control water temperature acceleration, vibration, lights, tire pressure, cornering, brakes, wipers, and more. Sensors, also known as Transducers, can be divided into the following types according to their functions:
Temperature sensor, pressure sensor, air flow sensor, gas concentration sensor
, speed sensor, vibration sensor, position (angle) sensor, light sensor, liquid level sensor, acceleration sensor, distance sensor, current sensor, angular velocity sensor, gravity sensor, odometer sensor, water level sensor, temperature sensor, camshaft sensor, oil Pressure sensor, pressure sensor, throttle position sensor, oil position sensor, oxygen sensor, crankshaft sensor, ABS sensor, etc.
With the development of modern science, sensor technology has also developed rapidly. As an emerging discipline closely related to modern science, it is widely used in the field of vehicle detection technology and also promotes the intelligent development of vehicle sensors. Thanks to the sensors installed on the vehicle, the vehicle comes to life as if it has a sense of touch, taste and smell. It is mainly manifested in two aspects. On the one hand, the intelligent development of vehicle sensors is that in the process of practical application of sensors, large-scale integrated circuits can be effectively combined, so that the sensor system has a microcomputer system that can effectively detect signals in applications. Information, and filtering, amplifying and other preprocessing of the monitored signal effectively reduces the interference from various external factors. The accuracy and reliability of the sensor are greatly improved. On the other hand, vehicle sensors can detect multiple variables to achieve multiplexing of sensor functions, thereby reducing the number of sensors used in vehicles and reducing the difficulty of maintenance. Sensors are the key technology of the perception layer, and intelligence will definitely become the development trend of vehicle sensors.
