M13143 SL005 Cables, Wires

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Multiple conductor cables provide the capability of transmitting more than one signal in a single cable. The M13143 SL005 cable is a multi-conductor cable that is specifically designed for use in hostile environments and tight bending applications. It consists of seven 17AWG copper conductors in an overall shielded design, and is capable of sending or receiving both video and audio signals.

The M13143 SL005 is designed to provide exceptional signal integrity in any harsh environment. The internal construction of the cable utilizes a heavy duty over-shield of braided aluminum foil to keep out any potential electromagnetic interference (EMI). This, combined with the fully shielded conductors, also ensures that any crosstalk between conductors is minimized.

The M13143 SL005 is heavily constructed, making it ideal for use in applications where the cable must stand up to a great deal of flexing. The cable is rated for over 5000 flexes and has excellent tear resistance due to its strands of tinned copper. The cable is also RoHS (Restriction of Hazardous Substances) compliant, which ensures that no hazardous material is used in the construction of the cable.

The M13143 SL005 also boasts an impressive bandwidth of over 700MHz. This allows for the transmission of both video and audio signals over a single cable while still providing excellent signal integrity. The conductors are constructed to minimize any potential signal reflections and ensure that signal loss is kept to a minimum. This makes the cable suitable for use in applications such as high-definition video over long distances.

The working principle for the M13143 SL005 is relatively simple. The seven conductors in the cable are used to send and receive signals when they are connected to the appropriate terminals. The outer shield is designed to minimize any interference or crosstalk between the conductors, while the braided aluminum foil provides additional protection against any EMI. The overall construction of the cable is designed to ensure that properly transmitted signals can reach their destination with minimal loss of signal or degradation.

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