XC5A16821BYOMR

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Backplane Connectors, specifically the DIN 41612, are used to connect circuit boards within the same system, or connect two systems together. They are found in computer motherboards, industrial control boards, and military systems. XC5A16821BYOMR connectors are a type of DIN 41612 backplane connectors, often used when there is limited space or precise alignment is needed. These connectors are pluggable and can be used with a variety of signal connectors to allow for interconnectivity.

XC5A16821BYOMR connectors are defined by their maximum size and PCB footprint. They typically house multiple signal contacts, but can contain up to twelve. Additionally, the signal contacts are typically 3 mm by 3 mm, with \'posts\' (the part of the contact that enters the PCB) that measure from 2.2 mm to 2.5 mm and \'pins\' (the part of the contact that passes through the backplane and comes out the other side) that measure from 2.5 mm to 2.7 mm. The backplane configuration of XC5A16821BYOMR connectors uses two high speed differential pairs, six single-ended points, and two control pins.

XC5A16821BYOMR backplane connectors are most commonly used in storage applications such as hard drives, disk arrays, SSDs, ultra-thin models, server platforms, storage expansion cards and etc. In outer space applications, they are used in various satellites and unmanned probes that require a high-performance design such as communication satellites. On airplanes with control systems, they are used for providing reliable signal connections between avionics systems. XC5A16821BYOMR is also widely used in next generation robotic systems, such as autonomous robot arms and motion autonomy

The working principle of the XC5A16821BYOMR connector. is based on the two distinct signal paths that define its use. It connects two different PCBs, allowing the data to travel from one to the other. The signal contacts that the connector houses are all connected to ground, so the electric signals travel from one end to the other without any interference or distortion. This is done by the use of contact bridges that bring the wiring close to each other and make sure that the signals don\'t become mixed or distorted.

When the connection is made, the signal carries information from the PCB at one end to the other. This signal is then interpreted by numerous devices, including microprocessors and other components, allowing the two PCBs to communicate with each other and control the end device. In addition to their data transmission capacity, XC5A16821BYOMR connectors provide a mechanical connection between the two parts.

Overall, the XC5A16821BYOMR connector is a valuable and reliable backplane connector that is used in a wide variety of applications. Its sturdy construction and precise alignment allows it to connect two different circuitry with a high degree of accuracy and reliability. The compact design, precise alignment, and ease of wiring also make it an excellent option for those who need a versatile and reliable interconnect system in smaller spaces.

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