DBM17C2SNA197

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D-sub connectors are found on computers, as well as on many other types of equipment. They are commonly used in the electronic industry due to their high data transport capability and low cost of production. D-sub connectors are also commonly used in data communication and networking, thanks to their high durability and versatility.The DBM17C2SNA197 is a type of D-sub connector commonly used in commercial and industrial applications. It is a 9-pin right angle-mount male D-sub connector that provides reliable data transmission and is capable of withstanding harsh environmental conditions. This connector features a high-frequency contact system, which helps reduce signal interference. Additionally, its robust construction ensures a long service life and excellent performance. The DBM17C2SNA197 is designed to provide a secure, reliable connection between two or more pieces of electronic equipment. It uses a two-piece construction that locks the contacts securely in place. This helps to ensure that the connection is strong and that the signal is maintained. As a 9-pin connector, it can also be used to connect multiple types of devices, including personal computers, laptops, printers, scanners, digital cameras, and gaming consoles. The working principle of the DBM17C2SNA197 is based on the concept of magnetic and electrical fields. It uses a combination of magnetic fields, which attract and repel each other, and electrical fields, which help to power the connection between the two pieces of equipment. This helps to ensure a secure and reliable connection that can withstand even the most rigorous environmental conditions.In summary, the DBM17C2SNA197 is a type of D-sub connector commonly used in commercial and industrial applications. It provides a secure and reliable connection between two or more pieces of electronic equipment, thanks to its two-piece construction that locks the contacts securely in place. It also uses a high-frequency contact system to reduce signal interference and its robust construction ensures a long service life and excellent performance. Its working principle is based on a combination of magnetic and electrical fields, helping to ensure a secure and reliable connection that can withstand even the most rigorous environmental conditions.

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