FFSD-17-D-15.14-01-N

Rectangular Cable Assemblies are commonly used in electronic appliances and devices in the communications and automation industries and can provide effective solutions in applications such as data communication, networking, home appliances, medical equipment, automotive control units, and cellular phones.

A typical application of rectangular tunnel structures is the FFSD-17-D-15.14-01-N. This is a double-sided connector type, with a total of 15.14 Mux outlets grouped in two independent 8-pin connectors situated in the opposite ends of the housing. The metalized shield provides EMI performance, while the Mux signals transited through the flexible cables are equivalent to low-skew signals.

The FFSD-17-D-15.14-01-N design also incorporates four built-in strain reliefs which work to reduce the possibility of accidental wire disconnection over time. Its two solder connections also allow for a secure and permanent connection to the host board, further reducing susceptibility to physical and EMI interference.

The working principle of the FFSD-17-D-15.14-01-N is simple. The flexible cable attached to the connector is wrapped in an advanced insulation material that ensures a reliable electrical performance. Inside this insulation, two thin lines run from connector end to connector end, providing the electrical connection between the two components.

At each end, the same lines are attached to the main connector’s ladder pattern. When this connection is complete, signals generated by either component move up the line with no impediment. As the FFSD-17-D-15.14-01-N supports low-skew transmission, the latency of the signal is minimized, thereby needing less power and creating minimal signal interference.

These particular types of rectangular cable assemblies are an ideal choice when it comes to routing signals in limited space. Their resilient low-skew components make them especially applicable for communication networks, while their advanced insulation materials ensure reliable electrical performance and signal transmission.