L17HRD2F015G

D-Sub, D-Shaped Connectors - Contacts

The L17HRD2F015G is an example of a D-Sub, D-Shaped Connector, specifically designed for applications involving high-speed signal integrity. It is a precision connector that places emphasis on ruggedness and reliability, allowing the connector to be used in many high-end, heavy-duty industrial applications in addition to those involving aerospace and military specifications.

The L17HRD2F015G connector has a unique design with two levels of contacts. This two-level design allows for a greater number of contacts to fit into a smaller space, increasing the routing flexibility and saving on material costs. Additionally, the connector\'s double-wall housing helps provide a high degree of shielding, protecting against electrical and environmental interferences.

The basic working principle of the system is to coordinate a single source of electrical power with the appropriate connectors and contacts in order to make a connection between two respective devices. By properly connecting electrical power, the system is able to work properly for its intended purpose. The L17HRD2F015G connector uses pins to make the connection between the two devices, and the connector housing helps protect the pins from short-circuiting.

In terms of application fields, the L17HRD2F015G connector is designed primarily for use in applications involving high-speed signal integrity. This includes the use of the connector in data transmission systems, high-speed serial and parallel buses, RF and wireless communications, and memory board connections. Additionally, due to its inherent strength, the connector is also well-suited for use in harsh industrial environments, such as those involving high temperatures or vibration levels.

In conclusion, the L17HRD2F015G D-Sub, D-Shaped Connector is a rugged and reliable connector that is ideal for use in many high-end applications. Its two-level design allows for a higher number of contacts in a smaller space, and its double wall housing provides superior shielding from interference. The connector is particularly well-suited for applications involving high-speed signal integrity, and its inherent strength also makes it well-suited for use in harsh industrial environments.