As the core system of automobile driving, the power system. The relevant parameters are related to the driver's life safety. Automotive Electronics Intelligence. Energy sensor technology is applied to the automotive power system, according to. The real-time data acquisition feature of this technology can control the current and speed and other dynamical system parameters for real-time capture, on this basis. Intelligently sort relevant parameters through the central control module and upload. It is transmitted to the man-machine interface and becomes the data of the driver's normal driving refer to.
The traditional car dynamic sensor is due to the parameter display problems and lack of preventive treatment, leading to sensor application. If the error exceeds the regulation, it will have a negative impact on the driver. Applying Automotive Electronics Smart Sensor Technology to Power train. It can also reduce the difficulty of driving the car to a certain extent. Operators can clearly obtain vehicle dynamics on the human-computer interface force fault information, and based on automotive electronics smart sensors. The transmitted power risk hidden information to pre-treat related issues. So as to avoid more serious accidents. In addition, the car pressure. Automotive electronic smart sensor technology is used in force sensing, which can
Obtain the pressure change of the cylinder equipment in real time, and analyze it. The module changes the pressure of the cylinder during the driving of the car comparison, so as to ensure that cylinder faults can be detected in time. Now, deal with it in time. Since automotive sensors are susceptible to electromagnetic. Environmental factors such as temperature, so automotive electronics intelligence. Sensors should focus on anti-interference and anti-electromagnetic technologies, processing, thus ensuring that the sensor is also works fine.
Chassis, body, wiper control. Automotive electronic chassis smart sensors are mainly used to capture. Parameters such as driving speed, vehicle height, pedal position, etc. The relevant parameters can affect the driver's driving behavior, speed. Brakes, etc. give precise feedback. The sensor obtains the driving control behavior during driving, and analyze the vehicle during driving
speed, providing targeted vehicle control advice to the driver discuss. For example, the car drives too fast, the driver should reduce the driving speed. To avoid being penalized for speeding, the car's electric. Sub-chassis smart sensors also improve braking during driving control and responsiveness.
The intelligence built into the body of the car. Sensors include temperature, humidity, lighting, ultrasonic, impact. Speed, image, etc., play different roles in the driving of the car. The temperature sensor can monitor the temperature and humidity of the environment inside and outside the vehicle. With the support of the vehicle control system, the intelligent control of automobile air conditioning is realized. It can be controlled to provide a more comfortable environment for the vehicle driver. The lighting sensor is similar to the temperature sensor and is used to receive the vehicle. Lighting conditions inside and out, allowing adjustment and control of the vehicle lighting system.
