2170296-2

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Backplane Connectors - Hard Metric, Standard are engineered to provide physical and electrical interfaces between the PCBs and the PCB-mounted components or data-tranciever assemblies. These connectors offer an array of reliable, cost-effective backplane solutions including EMI/RFI shielding, military and commercial-grade metallised lids, male and female panel mounting, multiple circuits, multiple mating cycles, impedance matching and low insertion loss. The typical features of this type of connector are an improved high speed connection, improved signal integrity, superior manufacturability, extreme reliability in heat, shock, and vibration environments and the ability to match signal impedance.

2170296-2 application field and working principle is a backplane cable connector designed to provide improved signal integrity and ruggedness compared to traditional RJ-45, P4 connectors in a variety of cable interface designs. It is mainly used in high-speed data transmission applications, which require reliable and robust electrical connections. The connector is an eight-pin male-male cable connector with an impedance of 100 Ohm and offers high rates of signal integrity and high ranges of power dissipation. It also has a variety of features including a tamper-proof latch, a shrouded toolless external latch, and removable shell types for flexibility in assembly.

The function of this connector is to facilitate the secure connection of cables from one board to the next. With the 2170296-2, the female pin connectors in the mating are designed to ensure the lowest possible contact resistance and the highest possible mating force. The signal characteristics provided by the optimized mating contacts allow for improved signal integrity and reliable operation. The load contacts are designed for optimal electrical connection and provide increased insertable forces and loads required to ensure robust operation in high-speed applications.

The internal design of the 2170296-2 connector features a helically wound contact which is a unique feature that provides maximum contact force against the male and female pins for secure connection and higher signal integrity. In addition, the robust press-fit termination re-locks the contact and ensures a more reliable connection. The unique design of the contact also provides increased mating force and contact stability to prevent accidental connection loss.

The shielding of the 2170296-2 backplane connector also helps to reduce the risk of electromagnetic interference (EMI). This is achieved by use of a metalized lid which provides an efficient electrical connection between the board and the backplane connector. The lid is made of a high-grade metal alloy to ensure a reliable and robust contact. In addition, the lid and other components are molded to withstand different environmental and mechanical stresses. This feature helps reduce the risk of potential damage from strong shock and vibration, and also helps to maintain the operating quality of the cable connection.

In conclusion, the 2170296-2 backplane connector is an innovative solution for high-speed data transmission applications. This connector provides improved signal integrity, enhanced reliability, improved withstands force, and is shielded to reduce interference. Its robust and reliable connection makes the 2170296-2 an ideal connector for high-performance applications.

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