FPC connector is a type of electrical connector designed to connect flexible printed circuits to a printed circuit board (PCB) or another electronic component.
The FPC connector is a high-density, light-weight, small-volume connector with the advantages of 9 hole positions ranging from 7 to 129 cores.
Currently focusing on 0.5mm pitch products. 0.3mm pitch products have also been widely used.With the recent trend of LCD drivers being integrated into LCD devices, the number of FPC pins will be reduced accordingly, and there are already related products on the market.
From a longer-term perspective, in the future, FPC connectors are expected to be integrated with other mobile phone components on the frame of the mobile phone or its LCD module.
Manufacturing miniaturization, compactness, high-density integration
Saving space
Simplified wiring procedures, simple connection
Saving labor costs
Excellent flexibility, flexible application, and foldable.
FPC products are available in the following pitches and conventions:
The wiring spacing : 0.3mm, 0.5mm, 0.8mm, 1.0mm, 1.25mm, 2.0mm, 2.54mm;
The wiring types : A, B, C, D, E, F, G, H, I, J, K;
Cable length : 15mm～ANY;
EMI countermeasures: copper foil, aluminum foil, copper foil mylar, aluminum foil mylar, conductive cloth, silver paste treatment, absorbing material, etc.
Compared with conventional connectors, FPC flexible circuit board has good bending, folding and telescopic properties. It can be customized with single and double sides, 4 layers, layered boards, hollow boards, etc.
Products are mainly used in Consumer Electronics, Automotive Electronics, Industrial and Medical Equipment, Aerospace and Defense, Household Appliances, Audio and Visual Equipment, Industrial automation, and Educational Equipment.
FPC connectors are a type of electrical connector used to establish a reliable and flexible connection between a flexible printed circuit board and other electronic components or devices. Many pitches are available, such as 0.3 mm, 0.5 mm, 1.00 mm,
Ensuring the reliability of automotive FPC connectors in high-temperature and high-humidity automotive environments requires systematic consideration. The table below summarizes the core requirements for automotive FPC connectors in terms of material selection and coating processes, allowing you to quickly grasp
The reliability of 0.3mm pitch FPC connectors in vibration environments is a complex system engineering issue, depending on the connector’s design, manufacturing process, and application within the overall system. The table below summarizes the core challenges and key reliability design
