Product Description
7pin Peugeot airbag ffc cable for replacement new airbag ffc cable
manufacturer
| Product Type | 7pin Peugeot airbag ffc cable for replacement new airbag ffc cable
manufacturer |
| Conductor | Gold-plated Copper, Tin-plated Copper, Copper |
| Materials of FFC Cable | Conductor and Insulator |
| Insulators of FFC Cable | PET and PET(HF) |
| Margin Width of FFC Cable | Customized |
| Conductor Thickness of FFC Cable | Customized |
| EMI Processingof FFC Cable | Cat: Aluminum Foil, Silver Foil, Electic Conductivity Fabric,
Copper Foil, Silvering paste, Copper net, Silver net, Magnetic
Ring, etc. |
| Total Width of FFC Cable | PH*(N+1)2~15 |
Flexible cable products are composed of three main raw materials,
1. Insulating plastic (PET). 2. Conductor (flat copper wire). 3.
Strengthen the board. It is made by using advanced production
equipment and production technology from Japan and South Korea,
after high temperature bonding. After plating treatment, the life
of the product is greatly increased. Then according to customer
requirements, back-end processing is performed to produce products
with different appearances. FFC flexible cable products have the
advantages of softness, free bending and folding, thin thickness,
small size, convenient disassembly, and easy to solve
electromagnetic shielding (EMI). The number and spacing of
conductors can be arbitrarily selected, which is more convenient to
use, greatly reducing the volume of electronic products and
reducing Production cost, improve production efficiency, most
suitable for data transmission cables between mobile parts and main
board, between PCB board and PCB board, and in miniaturized
electrical equipment
Number of conductors N: the number of copper conductors in the
cable;
Pitch P: the distance between the centerlines of two adjacent
conductors;
Margin M: the distance from the outermost conductor centerline to
the edge of the cable;
Full pitch TP: The distance between the centerlines of the two
outermost conductors, TP = P * (N-1);
Total width W: the distance between the two edges of the cable, W =
P * (N + 1);
Line length: the average length of the exposed conductor in the
longitudinal direction;
Total length TL: the distance between the two ends of the cable;
Insertion thickness TT: Thickness of the two connecting ends of the
cable.
