10120124-C0E-60DLF

The 10120124-C0E-60DLF Backplane Connectors have seen widespread adoption in a variety of specialized applications, due to their low profile contact design and an innovative design that enables a combination of a slot and a board into a single unit. To understand their working principle and application field, here is an in-depth look at this advanced connector type.

Design Principles

The 10120124-C0E-60DLF Backplane Connectors are specifically designed for high speed and high density applications. The gold plated contacts make electrical contact with the board at both ends and the board is soldered at the ends. The connector’s design makes them very low-profile, allowing them to fit into tight spaces. The contact design ensures reliable connections with superior vibration resistance and excellent mechanical strength.

Working Principle

The 10120124-C0E-60DLF Backplane Connectors are a single interconnect unit that combines both a slot and a board into one structure. This connector type is designed to enable high speed and high density connections. The contact design is such that the contact spring is pre-loaded, ensuring a reliable electrical connection. The contacts also have two positive retention points, providing the contacts with vibration resistance. The board is soldered into place and the contact is then inserted into the slot, increasing the stability and eliminating the need for additional standoffs.

Application Field

The 10120124-C0E-60DLF Backplane Connectors are used in a variety of specialized applications. These include applications such as advanced processor systems, ultra high speed and high density memory systems, as well as a variety for other applications. These connectors are designed for reliability in mission critical applications where signal integrity and performance are paramount.

Conclusion

Overall, the 10120124-C0E-60DLF Backplane Connectors have become increasingly popular due to their low profile contact design and robust construction. This has enabled them to be used in a variety of applications that require reliable, high speed data transfer. Moreover, the innovative connector design ensures that they remain robust and reliable in the most challenging applications, making them an ideal choice for high speed and high density applications.