Terminals are mainly produced for the convenience of wire connection. In fact, a wiring terminal is a metal sheet wrapped in insulating plastic. Both ends of the metal sheet have holes for inserting wires. There are screws for tightening or loosening. Sometimes it is necessary to connect two wires, and sometimes it is necessary to disconnect them. At this point, terminals can be used to connect and disconnect at any time, without the need for welding or wrapping together, making it convenient and fast. There are many types of terminal blocks, commonly used including plug-in terminal blocks, PCB terminal blocks, terminal blocks, screw fixed terminal blocks, grid type terminal blocks, etc.
In the production of connecting products, plastic materials are essential raw materials, such as PBT plastic material, nylon 66, 6T plastic material, 9T plastic material, LCP plastic material, etc.
There are many types of connectors, and according to their own usage needs, there are also differences in shell design and manufacturing. This article will explain the conventional connector shell forming technology through three processes.
The production process of connectors is very complex. Complexity arises from the structure of connectors. So what is the basic structure of the connector? Generally speaking, the basic structure of a connector cannot be separated from four aspects: contact, insulator, housing, and accessories
Electronic connectors and their components are important supporting interface components in equipment, scattered throughout various systems and parts of the equipment, responsible for the transmission of signals and energy. The quality of the connection directly affects the safe and reliable operation of the entire system.
New energy vehicles are developing in the direction of intelligence, and the intelligent driving system continues to stack up to L3, increasing the number of sensors (such as cameras, millimeter wave radar, and LiDAR), as well as the expansion of functional requirements such as parking assistance, lane departure warning, night vision assistance, adaptive cruise control, collision avoidance, blind spot detection, and driver fatigue detection, prompting ADAS (Advanced Assisted Driving) to be equipped with a higher bandwidth transmission network. The main function of automotive connectors is to achieve connections when circuits are different or isolated, which is essential for mobile cars. Today, our topic of high-speed connectors in the new energy vehicle supply chain can be divided into Fakra, Mini Fakra (HFM), HSD, and Ethernet connectors.
Automotive connectors are a type of component that electronic engineering technicians often come into contact with. Its function is very simple: to build a communication bridge between blocked or isolated circuits within the circuit, allowing current to flow and achieve predetermined functions, thereby connecting various devices inside the car.
the connector automatic machine is a special equipment that can realize the automatic assembly, testing and packaging of connectors, which can improve the production efficiency, quality control and flexibility of the connector manufacturing process.
When choosing and applied, we must make necessary choices and screening so that we can truly find the products we need most, and we can truly play the role of connectors on our lives. Take a look at the quality and standards of its special connector production, which is also a standard for evaluation of product.
