M13152 SL005

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Multiple Conductor Cables are widely used in electronic applications including computers, telecommunications and networking, automation systems, test systems, audio and control systems. The most typical examples of Multiple Conductor Cable include M13152 SL005 Cable, which is a shielded flat cable designed for use as a data and signal transmission media.

M13152 SL005 Cable is composed of two shielded flexible flat cable (FFC) and four identically shielded control conductors. It is mainly used for switching and connecting large devices. The features of this cable include minimal space requirements, minimal cost and easy connection. The total length is usually 4 meters, and it is divided into two separate cables.

The application fields of M13152 SL005 Cable include industrial and commercial computer systems, test, monitoring and control systems, data acquisition and switching applications, automated test equipment, and communications systems. It is suitable for use in noisy environments, such as in test and monitoring systems.

The working principle of M13152 SL005 Cable is based on the integration of two parts. The first part is the internal wiring of the cable, which is composed of several conductors in parallel. Each conductor is separated and insulated from the others. This allows a high amount of current to be conducted over a large area with minimal energy loss.

The second part is the shielding of the cable. This is made up of two layers: an outer layer of ferromagnetic material and an inner layer of conductive material, such as silver or copper. The ferromagnetic material suppresses electromagnetic interference (EMI) and prevents crosstalk between the conductors. The conductive material is designed to provide low interaction and low ohmic resistance while allowing for current to be moved through the cable.

M13152 SL005 Cable is ideal for use in many industries due to its low-profile design, easy connection, and low cost. It is ideal for use in noisy environments due to its shielding and low interaction capabilities. It is also suitable for use in industrial and commercial computer systems, test and monitoring systems, data acquisition and switching applications, automated test equipment, and communications systems.

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