As a vital part of the new-energy vehicle wiring harness system, the selection of automotive low-power wire terminals has an essential impact on the function and performance of new-energy vehicles. The low-power harness terminal is to fix the wire conductor on the terminal by crimping or welding according to the requirements of the circuit regulations
The deep drawing manufacturing process can produce various shapes of deep drawn parts. Such as cylindrical, rectangular, spherical, conical, and other irregularly shaped thin-walled parts. If it is combined with other stamping-forming processes, it can also produce parts with more complex shapes. Considerations for Deep Drawing Manufacturing We need to pay attention to the high
In the wave of new energy industry development, the battery plays a pivotal role. It is the car’s heart and the vehicle’s source of power. According to different battery packaging technologies, there are three types batteries: cylindrical, prismatic, and pouch cells. The corresponding lithium battery structural parts are cylindrical structural parts, square structural parts, and
With the rapid development of new energy vehicles, the application of low-power wire crimp contacts terminals is becoming more and more extensive. The low-power wiring harness is composed of wires connecting various parts of the automotive electrical system. And the ends of the wiring harness are connected to various sensors, meters, relays, and switches through
With the global energy crisis and the continuous improvement of environmental awareness, new energy vehicles have become the trend of future automotive development. The production of new energy vehicles is inseparable from a variety of electrical equipment, including automotive low power crimp terminals. Low power crimp contacts are necessary components for transmitting low power currents.
With the economy’s and technology’s development, new energy vehicles have become an emerging automotive industry. It can meet people’s pursuit of energy conservation and environmental protection and reduce people’s expenses for using gasoline vehicles. However, the battery explosion-proof problem of new energy vehicles is still a pain point that plagues the industry. Therefore, how to
With the development of society and the continuous improvement of people’s awareness of environmental protection, new energy vehicles have become a new trend in the development of the automotive industry. Among the new energy vehicles, the development speed of electric cars is very rapid. At the same time, the electric energy used by electric vehicles
The semiconductor chip aging test is one of the important methods to evaluate the reliability of chips. It plays a vital role in the life cycle of designing, manufacturing, and maintaining chip products. The chip aging test evaluates its performance and reliability and infers its life by simulating various environments and stress conditions that the
As chips enter markets such as automotive, cloud computing and the industrial Internet of Things, the reliability of chips is becoming a major concern for developers. Each end market has unique needs and characteristics, which affect the use method and conditions of the chip. And the use method and condition of the chip will cause
