As the core system of automobile driving, the power system. Relevant parameters are related to driver's life safety. Automotive electronics smart sensor technology is used in automobile power systems. According to the real-time data collection characteristics of this technology, power system parameters such as current and speed can be captured in real time. On this basis, relevant parameters can be intelligently sorted and uploaded through the central control module. to the human-machine interface and become the driver’s data reference for normal driving. Traditional automobile power sensors have parameter display. Problems and lack of preventive measures lead to sensor application errors exceeding regulations, which in turn has a negative impact on drivers. Applying automotive electronic intelligent sensor technology to the power system can also reduce the difficulty of car driving to a certain extent. The driver can clearly obtain vehicle power failure information on the human-computer interaction interface, and based on the power risk hidden information uploaded by the automotive electronic intelligent sensor to pre-process related issues. This will prevent more serious accidents from happening.

In addition, the car pressure. Automotive electronic smart sensor technology is used in force sensing, which can obtain the pressure changes of the cylinder equipment in real time, and compare the pressure changes in the cylinder during the driving of the car through the analysis module, so as to ensure that cylinder faults can be discovered and dealt with in a timely manner. Since automotive sensors are susceptible to electromagnetic, temperature and other environmental factors, automotive electronic smart sensors should focus on anti-interference and anti-electromagnetic technology to ensure that the sensor can work normally in harsh environments. 

Automotive electronic chassis smart sensors are mainly used to capture. Parameters such as driving speed, vehicle height, and pedal position can provide accurate feedback on the driver's driving behavior, speed, braking, etc. This sensor obtains the control behavior during driving, analyzes the speed of the vehicle during driving, and provides the driver with targeted vehicle control suggestions. discussion. For example, if a car is driving too fast, the driver should reduce the driving speed to avoid being punished for speeding. In addition, the car's electronic chassis smart sensors also improve braking control and responsiveness during driving.