6469002-1

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Backplane connectors have been used for many years in various applications such as computer systems, telecommunications equipment and aerospace applications. The 6469002-1 is one such connector that is part of a larger family of backplane connectors.

In the 6469002-1, the total number of contact pins is 40, 30 placed in “Even Grid” pattern and 10 in two 50 Ohm Microstrip line. It is a very high performance daisy chain connector designed to interconnect multilayer printed wiring boards at high speed.

The 6469002-1 connector has been specially designed to be able to handle communications traffic at up to 32 Gbps with eye scan testing. It is also designed to meet the SpaceWire-LVCMOS electrical and performance requirements. The 6469002-1 connector contains a four-row, eight-column grid with eight rows of contacts.

The 6469002-1 backplane connector is mostly used for the interconnection of complex Fiber Optic and 10G Ethernet systems which require high speed digital data transmission over longer distances. The 6469002-1 can be used in a variety of different signal communication applications, including fiber-optic, 10g Ethernet, Infiniband, Bluetooth, and machine vision related applications.

The 6469002-1 connector is designed to provide a high-reliability connection for a wide range of specialized applications, including radio frequency, high speed data acquisition, telematics, and data storage applications. The primary application field of the 6469002-1 is aerospace applications, where its superior performance can help ensure mission success.

In addition to being used in a variety of different applications, the 6469002-1 also has different working principles. For example, the connector uses a “clean sweep” contact locking system and is able to handle highly reliable data transmissions in up to 10Gb/s data rates. The 6469002-1 is also designed to ensure that it is highly resistant to corrosion and has an increased lifespan due to its high metal content.

The 6469002-1 is an essential tool for those looking to transfer large amounts of data over very long distances. Its superior performance in both basic and specialized applications, make it a popular choice for many industries. In addition to this, its robust construction means it is highly reliable and requires minimal upkeep for long periods of time.

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