68117W2103L001

D-Sub Connectors are used in a wide range of applications due to their flexibility and reliability in various environments and applications. The 68117W2103L001 is one such D-Sub connector that combines the features of two or more connectors, such as a floating and board-level terminal block, for greater versatility and efficiency.

Its main features include a one-piece modular pin-to-socket design, with minimal parts and terminal blocks, providing a robust, low-profile connection. The contact area of the terminal block is forged with a double-disc alignment system, offering precise alignments and a strong connection. The contact area is soldered, crimped or threaded for secure fastening. With multi-position soldering, the connector can also be used for high-power applications.

The connector is rated up to 1000 volts and is UL and CSA listed and is able to withstand temperatures from -40°C to 105°C. The 68117W2103L001 is also RoHS compliant, helping to reduce environmental impact.

The 68117W2103L001 has many applications and can be used for AC/DC applications, signal switching, communication equipment and multiple-line communication. It is often used in the automotive industry, medical systems, aerospace systems, camera and optical instruments, and other instrumentation systems.

The working principle of the 68117W2103L001 is straightforward. It uses its modular pin-to-socket design to ensure a secure connection and a low-profile construction. Because the contact area is soldered, crimped, or threaded, it is able to handle extreme temperatures and high voltage without being damaged. Its multi-position soldering allows the connector to be used for high-power applications. The RoHS compliance of this connector also helps to reduce its environmental impact.

In summary, the 68117W2103L001 is an ideal choice for a wide range of applications and working environments. It is robust, reliable and has a low-profile construction, providing a secure connection. With its UL and CSA listing, and RoHS compliance, it is able to handle high voltage and extreme temperatures without causing environmental damage. This makes it an excellent option for many industries such as automotive, medical systems, aerospace systems, camera systems, and more.