A7MMG-3710G

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D-Sub Cables are widely used for providing reliable transmission of serial signals and solving the connection problem between different types of machines. The A7MMG-3710G is an example of such cables, which is designed for high-speed data communication and provides many advantages over other cables, such as higher speeds, better signal integrity and improved transmission quality.

The A7MMG-3710G is a type of differential cable with a female or male plug design. It has an outer shields, which are made of polyethylene terephthalate (PET) material with foamed core, and double shielding, which is formed by a copper braid and a full aluminum foil. The inner conductor is a stranded copper wire with a spiral shielding. It also has an extra inner conductor, which can be used for connecting narrowband transmission lines. The outer cable has a rugged PVC jacket which ensures its durability and protects the cable from any external damage.

The A7MMG-3710G is mainly used for industry applications such as robotics, factory automation, railway and power automation, surveillance systems, and industrial controls. It is also used for connecting two or more devices that need high-speed data transmission, such as computers, PLCs, IO controllers, and network communication systems.

The working principle of A7MMG-3710G is based on the transmission of parallel data signals in a differential signal pair. The differential signal pair contains two identical signals, but with opposite ifases and equal amplitudes. The differential signals are practically immune to common mode noise and have low cross-talk with neighbouring signal lines, so that they are not negatively affected by crosstalk. The A7MMG-3710G is also designed to support the transfer rate of up to 10 Gbps, making it suitable for high speed data transfer.

In summary, the A7MMG-3710G is a type of D-Sub cable that is commonly used for industry applications with the ability to transfer data at a high speed. It has an extra inner conductor, along with a double shielding, which makes it suitable for connecting two devices with little or no interference. Furthermore, the working principle of the A7MMG-3710G is based on the transmission of parallel data signals in a differential signal pair, making it immune to crosstalk and providing enhanced signal integrity.

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