2-100525-0 Connectors, Interconnects

2-100525-0 Application Field and Working Principle

The 2-100525-0 backplane connector is a high-density type connector specifically designed for backplane use. It is used as a reliable link between modules and PCBs in a variety of applications. As the name implies, the 2-100525-0 backplane connector is primarily used on backplanes but can also be used in a series of other applications such as in servers, data transfers, and high-speed board-to-board interruption.

This application field gives it a wide range of operational capabilities and versatility that allow it to be adapted to a variety of systems. Its design is particularly well-suited for handling high-frequency signals and data communications. It has three rows of contacts and is capable of providing up to 32 I/O connections and operates with a vertical equalizing features that helps to keep the transmission speeds consistent.

The 2-100525-0 backplane connector is used in a variety of industries including automotive, medical, consumer electronics, and computer hardware. It can be used in a host of hot-swap applications, including those involving PCIe slots, PCI Express, memories, and field-bus networking. As such, it is well-suited for linking multiple modules together in close proximity.

In terms of operating principle, the 2-100525-0 backplane connector fits into a specialized backplane. It comes with a special coupling plate and metal boot that provide secure connections and prevent short circuits. The proprietary coupling plate allows the connector to support up to 16 sockets, providing for simultaneous data transfer while reducing signal loss and interference.

The backplane connectors contain double locks that allow for a secure fit and provide an increased contact gap for maximum signal integrity. The 2-100525-0 connector can support different data speeds, such as SATA and USB 3.0. It is also compatible with multiple signaling systems including PCIE, CAN Bus, SPI, and I2C.

The 2-100525-0 connector plays a critical role in data transfer and communication in different industrial platforms. Its high-density design helps keep the form factor small, and its two-piece metal shield helps protect the internal circuitry. Its flexible design also makes it cost-effective, allowing for mass production and increased reliability in data transfer.