SFSD-35-30-G-20.00-D-NUS

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Rectangular cable assemblies are comprised of two or more cables or connectors, connected together by a special packing gland to provide power, data and communication connections. They are designed to provide reliable, high-performance connections to a variety of applications. The SFSD-35-30-G-20.00-D-NUS cable assembly is a great example of a product that can be used for multiple purposes.

The SFSD-35-30-G-20.00-D-NUS is a versatile cable assembly that can be used in various connections for different applications. It is a medium-length cable, with the length of 30-35mm. It has 8 pins in its flat connector, and can be used to create and connect multiple power, data and communication connections. The SFSD-35-30-G-20.00-D-NUS cable assembly is typically used for Industrial applications such as factory automation and medical equipment. It is also used for Home Automation applications, as well as for general purpose applications such as computers, peripherals, and gaming systems.

The working principle of the SFSD-35-30-G-20.00-D-NUS cable assembly is quite simple. It consists of a packing gland, which is the point of connection between the two or more cables. This packing gland provides the necessary insulation and protection to the cables, while at the same time being a connection point. After the cables are connected to the packing gland, the electrical signals can then be connected from connected cable to cable. This allows the reliable, high-performance connection of signals to be made between devices and components connected to SFSD-35-30-G-20.00-D-NUS cable assembly.

The SFSD-35-30-G-20.00-D-NUS rectangular cable assembly is a versatile product, which can be utilized for various applications and connections. Its simplicity and reliability make it a top choice among many professionals and hobbyists who require high-performance and reliable connections between their components. It is important to note that this particular cable assembly is not suitable for use in applications that require higher voltage and higher frequency connections, but rather sticks to the standard applications for which it is designed.

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