195-078-113L001

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D-sub connectors are a type of electrical connector commonly used in the computing, telecommunications, home audio/video, and commercial industry. The “D-sub” or “D-shaped” connector name comes from its distinctive shape, which resembles the letter “D” when viewed in profile. This shape-based naming convention was developed by IBM as it standardized its corporate DB series connectors for use on IBM systems in the 1960s. The 195-078-113L001 is one such D-sub connector. It has nine individual contact pins that are marked as either male or female. The nine-pin configuration is what makes this D-sub connector type stand out from other connector types.

The 195-078-113L001 is mainly used in industrial applications that require either a standard plug-in connection for a high-frequency signal or a reliable transmission connection for a low-frequency signal. It is known for its durability, strength, and water-resistance. The connector’s pins are made from solid copper, which increases its ability to carry higher frequencies and data speeds up to 48Mbps. Other added features of this D-sub connector include its wide operating temperature range, strong retention force, EMI shielding, and low assembly requirements.

The working principle of the 195-078-113L001 is relatively straightforward. The pins of the D-sub connector are inserted into the receptacle of a device, such as a computer or piece of electronic equipment. When the pins and receptacle are inserted into each other, a connection is made which allows electrical signals to flow between the two devices.

The 195-078-113L001 stands out from other types of D-sub connectors in terms of its robust construction and reliable performance. Its nine-pin configuration also makes it unique among D-sub connectors, as other models typically have two to four pins. The features of the 195-078-113L001 make it an ideal choice for industrial plug-in connections that require reliable and secure connections with high-frequency signals and data speeds up to 48 Mbps. Additionally, its wide operating temperature range, strong retention force, and EMI shielding make it a great option for more sensitive applications.

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