H7FXH-0910G

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D-Sub Cables are a type of electrical wiring used to connect two or more electronic devices or components. The D-Sub connector is generally rectangular in shape, with multiple pins or “tabs” that are used to connect the devices. H7FXH-0910G is one such D-Sub Cable. It is a shielded high-speed cable designed for high-speed data transmission.

This D-Sub Cable can be used in a variety of applications including serial digital data transmission, broadcast video, line level audio, computer and instrumentation control. As a high-speed cable, it is designed to reduce distortion and interference caused by high data rates. The shielded construction of H7FXH-0910G also provides additional protection against electromagnetic interference (EMI).

In terms of working principle, this D-Sub Cable uses a pin and socket connector system to connect two or more electronic devices or components. The pins or “tabs” on the D-Sub connector are inserted into the sockets of the respective devices and the pins are then secured with the associated screws. Once the pins are connected and secured, data can be securely transmitted between the devices through the D-Sub cable.

The H7FXH-0910G provides superior data integrity and transmission rates when compared to other similar cables. It has been tested in a variety of applications including HDTV, computer, and audio applications with excellent results. The cable’s robust construction makes it suitable for long-term or rigorous use. Additionally, the use of fully-shielded, quality connectors ensures reliable signal transmission and eliminates the potential for data corruption.

In summary, the H7FXH-0910G is a high-speed D-Sub cable designed for reliable data transmission. It is suitable for a range of digital data transmission, broadcast video, line level audio, computer and instrumentation control applications. It provides superior signal integrity and is suitable for long-term, rigorous use. Furthermore, the fully-shielded connectors protect against electromagnetic interference and ensure reliable signal transmission without the possibility of data corruption.

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