17351254102

Backplane Connectors - Hard Metric, Standard

17351254102 is a type of backplane connector that is constructed using a hard metric design. It is primarily used for connecting high-speed data links in data processing networks and also for connecting between systems in HPC networks. The 17351254102 backplane connector is a two-row, four-column connector featuring a bell housing design. It is rated for a maximum of 3.3-16V. It utilizes an isolated, two-piece housing to protect the contacts from environmental hazards and to prevent current flow between the contact blocks.

The 17351254102 backplane connector is more resistant to electrical interference than standard connectors, and provides superior signal integrity. It provides a strong connection, and is designed identically to the two-row standard Pin-and-Socket connectors also used in backplane connectors. This allows the user to have flexibility and control the backplane layout in a more predictable and efficient manner.

The working principle of the 17351254102 backplane connector is quite simple. It uses a two-row, four-column configuration for connecting high-speed data links and systems. The top row of the connector contains eight rows of contacts, while the bottom row contains six rows of contacts. The contacts are Gold-plated for provide better electrical connectivity and are insulated with a material that resists corrosion. The contact blocks also feature open palms, allowing easy access for test probes.

The 17351254102 backplane connector is designed to provide superior signal integrity. It utilizes a two-piece, isolated housing to shield the contacts from environmental hazards and to prevent current flow between the contact blocks. Signal lines also experience less crosstalk and reflections thanks to its unique housing design. The connector also features a wide contact width and proven contact engagement force, which allow for good signal integrity even when multiple data channels are connected.

The 17351254102 backplane connector is a versatile solution for connecting high-speed data links in data processing networks and HPC systems. Due to its two-piece, isolated housing, it is more resistant to electrical interference and provides superior signal integrity. Thanks to its wid contact width and proven contact engagement force, it is capable of providing excellent signal integrity even when multiple data channels are connected. With its bell housing design, it is also easier to configure in the field, saving time and cost.