0152680114

Flat flex cables (0152680114) are designed to provide electrical interconnections in applications that require a small and light weight cable system. The cable consists of several parallel and flat flexible conductors, which are shaped into a flexible flat cable. It is a type of electrical jumper housing designed to provide a secure and compact connection between components.

The working principle of flat flex cables is quite simple. The conductors are arranged in a flat plane and are held together by an insulation material, which is usually PVC or polyurethane. The conductors can be made from copper, aluminium, silver or other metals depending on the application requirements. The insulation material protects the conductors from electrical and chemical corrosion and prevents them from coming into contact with each other when the cable is bent or stretched.

Ribbon jumper cables are typically used in applications such as data transfer and communications systems. They use wider conductors that are arranged into a single layer and are held together by an insulation material. Depending on the application, the conductor may be covered with an additional insulator material such as polyethylene or PVC. The purpose of the insulator is to reduce the effect of corrosion on the conductor, which makes it ideal for use in harsh environments.

The working principle of ribbon jumper cables is similar to that of flat flex cables. The conductors are arranged in a single layer and are held together by an insulation material. The purpose of the insulation is to reduce the effect of corrosion on the conductors, which makes them suitable for use in settings where they will be exposed to environmental elements such as moisture and humidity.

Flat flex and ribbon jumper cables are often used in applications that require a secure and flexible connection between components. The conductors in these cables are arranged in a flat plane and are insulated to protect them from electrical and chemical corrosion. Depending on the application requirements, the conductors may be made from different materials and the cable may also be covered with additional insulation material to reduce the effect of environmental elements. By understanding the working principle of these cables, we are able to make better decisions regarding their use in various applications.