M3427 SL002 Cables, Wires

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Multiple Conductor Cables, used in many high-tech applications, are cables made up of multiple insulated electrical conductors enclosed by a flexible sheath. The M3427 SL002 is a special type of multiple conductor cable designed to meet specific performance requirements. It is suitable for applications where precise signal transmission is required, such as in communication systems, computer networks, and security systems.

The M3427 SL002 is a multi-stranded cable with stranded tinned copper (STC) conductors and an FEP insulation. The conductors are arranged in a special pattern which ensures equal impedance and prevents cross-talk. The cable also has good electrical and mechanical durability, high flexibility, and EMI and RFI shielding.

The working principle of the M3427 SL002 is based on a differential-mode characteristic. This means that the current that flows within the cable is measured in relation to the reference potential of the ground conductor. The lower the capacitance in the cable, the higher the data rate which can be transmitted. This is because the use of low-capacitance insulators helps to reduce signal loss as the current passes through the cable.

In addition, the cable has an impedance of 75 ohms. This ensures that the signal remains consistent and prevents electrical interference between the various conductors within the cable. The combination of the special conductor pattern and high-level impedance reduces the crosstalk between the layers of the cable.

The M3427 SL002 is suitable for high-speed data transmission applications, including alarm systems, video transmission, industrial automation, and aviation. It is also commonly used in high-end audio systems, home theater systems, and medical equipment. The cable is available in various sizes and colors, making it easy to configure for any application.

The M3427 SL002 is designed to provide reliable performance in even the most demanding applications. Its ability to transmit signals quickly and accurately, along with its outstanding mechanical and electrical properties, ensure that it will continue to be an important part of many high-tech applications.

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