Fpc Connector is a special kind of connector which is mainly used for connecting between display and driver. Its design is based on polyimide as the base material and uses advanced pressure crimping technology to ensure the stability and reliability of the connector. Its basic structure consists of the following four parts:
1. Adhesive core: The adhesive core is the core part of the
FPC Connector, and its main role is to protect the terminals, insulation and conductivity. The core material is usually polyimide, with good heat and chemical resistance, can withstand high temperatures and chemical corrosion.
2. tongue: tongue is another important part of the FPC connector, its main role is to crimp the wires and provide institutional strength. Tongue material is usually copper or stainless steel, with good electrical conductivity and corrosion resistance. 3.
3. terminals: terminals are the key components of FPC connectors, its main role is the transmission of electronic signals. The material of the terminal is usually copper or stainless steel, with good conductivity and corrosion resistance.
4. welding sheet: welding sheet is an auxiliary part of the FPC connector, its main role is to strengthen the connection between the connector and PCB firmness. Welding sheet material is usually copper or stainless steel, with good electrical conductivity and corrosion resistance.
The design of FPC connectors should not only consider the stability and reliability of the connection, but also the convenience of user operation. With the development trend of board-to-board connectors in cell phones, the pin pitch and height are getting smaller and smaller, currently mainly 04mmpitch, the subsequent requirements of lower height and with shielding effect.The application scenarios of FPC connectors include mobile devices such as smart phones, tablet PCs, and automotive electronics, medical devices and other fields.
Overall, FPC connector is a high-performance, high-reliability connectors, widely used in a variety of electronic devices.
