2042274-1

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Backplane connectors are specialized interconnect devices used to connect components in electronic systems. They are used for communication between components across the PCB or to different systems. The 2042274-1 is a backplane connector designed for distributed systems, storage, memory and high speed data communication applications. It is a compact, high-density connector, capable of accommodating up to 32 differential backplane signals.

The 2042274-1 connector is a dip-style, high-density, low-profile interconnect system designed to meet the demands of distributed systems and provide excellent signal integrity. It has a 1.27mm pitch that helps reduce power consumption by offering a low contact resistance per signal line. The 2042274-1 connector is also designed to reduce crosstalk and EMI/RFI due to optimized slot design.

The 2042274-1 connectors are designed to fit into a variety of motherboards with a pitch ranging from 0.8mm to 1.27mm. For example, it is compatible with motherboards that use the Intel EATX and MicroATX form-factor standards. It also features an over-press latch mechanism which allows the user to easily and securely connect and disconnect the connectors.

The 2042274-1 application field and working principle covers a wide range including distributed systems, storage, memory, high-speed data communication applications, and other applications where a high-density connector is required. In particular, the 2042274-1 leverages its low profile design to provide up to 32 differential signals. Additionally, the 2042274-1 can be used to transfer signals over one of four different converters, such as cPCI, PCI Express, SATA, and PCIe.

The working principles of the 2042274-1 backplane connector rely on the slots and pin outs used to make the connection. This connector incorporates several design features to ensure that the pins are spaced properly and that the connection is secure. The pins are attached to the contactholders which hold the signal lines in place with an insulated contact holder. As the contact holder is inserted into the slot, the signal lines are properly secured for optimal performance.

The 2042274-1 application field and working principle have been designed to support a wide range of applications. Its low profile design, along with the availability of up to 32 differential signals makes it especially suitable for distributed systems and high-speed data communications. Additionally, its over-press latch mechanism allows for easy and secure connections and disconnections, and its optimized slot design reduces crosstalk and EMI/RFI.

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