0151660955

Flat Flex, Ribbon Jumper Cables

0151660955 is a flat flex, ribbon jumper cable, which are used for electrical wiring and transmission of various low-voltage signals. This cable provides a highly reliable connection for an array of small electronic components while providing flexibility and durability at a very low cost.

Applications

0151660955 cables are used in a variety of applications such as aerospace, automotive, industrial control, instrumentation, medical, telecommunications and home appliance applications. This cable is suitable for applications that require tight turns, high frequency transmission and spiral twisting. It is also used as a jumper cable in hard-to-reach locations.

Advantages

0151660955 cables offer a wide range of advantages over conventional and other flexible cables including:

• High flexibility for tight turns and spiral twisting
• High frequency transmission
• Low cost
• Robust construction design for rugged applications
• Better resistance to moisture, temperature, and vibration
• A variety of colors and sizes of available for creating custom cables

Working Principle

0151660955 cables use flat flex technology which is a type of electrical cable consisting of two or more flex circuits secured together in a flat configuration using a thin plastic film. Each flex circuit contains copper conductors and a protective insulation material to provide a durable cable solution. A series of pins are located along the sides of the flat flex cable which allow the interconnection of these circuits from one end to another.

The number and arrangement of the pins can vary depending on the specific application. In addition, the flat flex pins have a specific orientation depending on the type of connection. For example, some pins are oriented perpendicular to the edge of the cable while others are parallel. This orientation is used to ensure that the signals travel in the desired direction between the circuits.

The flat flex technology is also used to provide power and data bus solutions for a variety of applications. Data is transmitted on the flat flex cable by transmitting either the data or the clock signal across multiple unidirectional lines. This allows lower voltage signals to be sent across a single flat flex cable without the need for multiple signals.