0152660095

Flat Flex Cables

0152660095 Flat Flex cables are flat cables that offer reliable connections and flexibility. These are reliable electrical cables for a wide range of applications, and are available in multiple sizes and styles. Flat flex cables use flat cables with insulation which has been increased from matting to flat strands which eliminate the need for bulky connectors and allows for increased flexibility. This makes them ideal for challenging mechanical applications.

The flat flex cables are designed with the aim of being more compact, lighter and with increased flexibility. This enables them to meet the demands of tight space applications. They are available with multiple pin types, such as twisted pairs and triads, which offer higher data throughput with improved signal integrity. Additionally, they feature a protective over-jacket that helps protect against dust and moisture intrusion.

Ribbon Jumper Cables

0152660095 Ribbon jumper cables are specially designed for electrical connections in electronic systems. They consist of several insulated wire strands which are woven together in a rope-like pattern that provides flexibility, strength and durability to withstand the rigors of harsh environments. The cables have a wide range of applications in industrial and commercial products such as computers, telecommunication systems, automotive systems and medical equipment.

The cables are designed as a single length of cable with connectors at both ends and are available with different connector types. They feature a high level of electrical performance due to their low impedance design, which enables them to deliver uninterrupted signal transmission. Additionally, the cables feature excellent insulation characteristics which help to minimize the amount of electromagnetic interference.

Working Principle

0152660095 Flat flex and ribbon jumper cables use two main electrical principles. The first is the principle of electrical resistance. This involves the electrons flowing through a conductor which is determined by the type of material used to construct the cable, and the amount of resistance the electrons encounter as they flow through the conductor. The resistance of the cable is also affected by the size of the cable, which allows for increased flexibility. The second principle is the principle of capacitance, which is the ability of a conductor to store electrical energy. Capacitance increases as the size of the cable increases, and this allows the cable to contain more electrical energy.

Flat flex and ribbon jumper cables are widely used in a variety of applications such as automotive, aerospace, consumer electronics, medical, industrial and security systems. They provide increased flexibility, lighter weight, high performance and reliability. Additionally, they are resistant to moisture and dust intrusion, making them ideal for challenging environments. Through their low resistance and capacitance, they ensure that data transmission is fast and efficient.