Application of wafer connector in new energy vehicle 3-electric system

With the continuous development of the new energy vehicle market, electric vehicles have become the development direction of future travel, and the battery system, motor system and electronic control system are the three important parts of the three-electric system of new energy vehicles. As the connection between these three some electronic components,wafer connectorThe application in the 3-electric system of new energy vehicles has received more and more attention and plays a very important role. This article will discuss the application value of wafer connectors in the 3-electric system of new energy vehicles.

Application of Wafer connector in power battery

The power battery is the core part of the new energy vehicle power system, and the wafer connector is an electronic component used to connect the battery module. Compared with other connectors, the wafer connector has more connections, fewer welding points, heat resistance, and Electronic corrosion and other advantages, suitable for high-frequency embedded and unplugged connection scenarios, so it has become an ideal connector for electric vehicle power batteries. At the same time, the wafer connector also has excellent connectivity and signal transmission capabilities between circuit boards And other characteristics, making the electrical signal transmission between the battery module and other systems more reliable and accurate.

Application of Wafer Connector in Motor

In the motor system of electric vehicles, the motor needs to communicate and interconnect with other equipment such as battery packs, electronic control systems, etc., and it needs to be realized by using connectors. The design of the wafer connector makes its quality stable, easy to connect in high density, and supports standardization And modular design, so it is suitable for high-speed data transmission scenarios. By using the wafer connector to communicate with the motor, the inductance and resistance of the circuit can be effectively reduced, the stability of the electron flow can be improved, and the efficiency of the motor drive can be greatly improved, increasing the The cruising range of electric vehicles.

Application of Wafer Connector in Electric Control System

With the continuous upgrading of electric vehicle electronic systems, the operating frequency of electronic control systems continues to increase, and higher requirements are placed on the transmission speed and communication capabilities of connectors.Seek. Because of its high-frequency pulse current carrying capacity of the rectifier, the wafer connector can support some serial numbers, data and control signals based on high-speed transmission, so it is an ideal choice for the connection of electric vehicle electronic control systems. At the same time, the wafer connector has excellent Temperature resistance and dust-proof and moisture-proof performance, can adapt to work in complex electromagnetic environment and complex mechanical environment, and greatly improve the reliability of the electronic control system.

To sum up, the wafer connector has a very important application value in the new energy vehicle 3-electric system. Its high precision, high reliability, fast transmission, high speed, modularity, stability and suitable for harsh environments It provides important technical support for the development and popularization of new energy vehicles, and also helps to improve the battery life and operating efficiency of electric vehicles.