0151660514 Datasheet/PDFFlat Flex Cable
Flat flex cables (FFC) are a type of electrical cables used for connecting electronics components in flat form. They are highly versatile, with a wide range of pin configurations, making them suitable for a wide variety of applications. The flexible nature of FFCs also allows them to be used in tight spaces, allowing the user to access areas which would not be accessible with conventional cables.The most common form of FFC is the flat flexible cable, or FFC. This is an open-ended, flexible cable containing multiple conductive wires arranged in a parallel configuration. The FFC has a high degree of flexibility and can easily follow the contours of tight corners and bends. This makes them suitable for applications requiring tight bends and compact space requirements.
Ribbon Jumper Cables
Ribbon jumper cables (RJCs) are a type of board-to-board cable with a small conductor ribbon that is housed in an insulating jacket. The ribbon is composed of several individual conductors that are often arranged in a ribbon-like pattern and covered in a plastic jacket. The ribbon is then cut into specific lengths to meet customer requirements, and a connector is then attached to the end for connecting it to the board. RJCs provide a simple and cost-effective way to connect multiple boards together. The cable ribbon is designed to fit into the various pathways and slots on the board, eliminating the need for complex wiring. The insulation jacket helps protect the conductive wires inside from corrosion, dust, and other environmental factors. This makes these cables ideal for high-density or confined applications.
0151660514 Application Field and Working Principle
0151660514 is an electrical cable system used in industrial applications for data transmission between two points. It was developed to reduce long cable runs and reduce the installation time and space needed. This system consists of twin pairs of conductors enclosed in a flexible sheath. The two pairs are wound around each other in opposite directions to ensure consistent contact and delivery of data signals over long distances.The inner conductors of the cable provide electrical connections for communication. The outer sheath acts as insulation to protect the inner conductors from interference. It also protects the conductors from external dust and moisture penetration.This type of cable is ideal for use in harsh environments and hazardous locations, as it is rated for explosion proof and intrinsic safety. Additionally, it is also used in areas where grouping of cables is needed, such as motor starters or computer networks.This system offers superior performance compared to other types of cables, as it is designed to transmit data signals at a much higher speed and reduce interference. Moreover, it is capable of operating over a large temperature range and has a high resistance to corrosion.