AFFC-100-10-254-11

Flat flex cable and ribbon jumper cables are cable assemblies which contain insulated wires that are covered in a protective jacket and have crimp connectors or contact pins on either end. The most common type of flat flex cable contains two or more insulated, flat, flexible copper wires that are held together in a single protective sheath. Ribbon jumper cables consist of multiple insulated wires, arranged side by side and bundled together in a protective sheath.

The AFFC-100-10-254-11 is a type of flat flex cable which is designed for use in a wide range of applications. It consists of two 10-gauge copper wires in a single protective sheath with connectors for either end. The connectors are manufactured with reliable, secure crimp connections. This type of flat flex cable is rated for temperatures up to 135°C, and is resistant to abrasion and corrosion.

This cable is commonly used for applications which require the transmission of power or signal energy in environments which have limited space. It is often used to interconnect components in places where cables are constantly exposed to stress or movement. It is also used in applications which require both electrical and mechanical flexibility, such as in robotic arms, medical equipment, and automotive systems. Due to the nature of the connector, it is also ideal for applications where frequent disconnection and reconnection is required.

The AFFC-100-10-254-11 flat flex cable is designed to transmit electrical power or signal energy between two electronic components. The copper wires contained in the cable create an electrical pathway for the current to flow through and connect the two devices. When the two connectors are attached to either end of the cable, an electrical connection is made and current can pass through. This allows electrical signals to be transmitted between the two devices, allowing them to interact with each other.

The AFFC-100-10-254-11 flat flex cable is an ideal cable for a wide range of applications which require an efficient and reliable means of transmitting power or signal energy. Its reliable crimp connections and its resistance to abrasion and corrosion make it a great choice for applications which must be exposed to harsh and changing environments.