08DB-6S(LF)

The 08DB-6S(LF) is a Board In, Direct Wire to Board rectangular connector manufactured by TE Connectivity. It is rated to support up to 16A and has a current rating of 300V. With a number of design features, the 08DB-6S(LF) excels in high-frequency data and power applications.

The 08DB-6S(LF) utilizes an innovative open-back design with a polarized polarizer-sensing system to ensure a secure connection. The open-back design provides better airflow for cooling and better stackability. The eight latching points on the connector offer secure latching with maximum current carrying capacity. The body design also includes a ridge guard which helps prevent misalignment of the contacts and prevents stress points.

The 08DB-6S(LF) has a working principle based on the use of a female housing and a polarized male shell. The female housing is equipped with seven female pins, one of which is connected to the negative side of the circuit. The male shell is equipped with seven male contacts that when connected to the female pins forms a complete circuit. The eight latching points ensure secure latching and maximum current carrying capacity. The latching points also provide a secondary safeguard against accidental disconnection.

The 08DB-6S(LF) is ideal for high-frequency data and power applications, as it offers a very low contact resistance and minimal power loss. This makes it ideal for applications like server clusters, telecommunication equipment, power supplies, and other devices that require reliable transmission of power and data. The connector has a maximum operating temperature of 105°C and can be terminated by either through-hole or surface mount methods.

The 08DB-6S(LF) is a reliable and adaptable connector ideal for power and data applications. Its design features offer excellent durability, compatibility, and performance. With a working principle based on a female housing and a polarized male shell, the 08DB-6S(LF) is a great choice for a variety of devices and applications, providing reliability and efficiency.