226781-3

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The 226781-3 backplane connector is a special version of the widely used 226780-1 backplane connector. It is a device that is used to connect the backplane of a computer system together in order to transfer data and power signals between components. It is also known as a D-SUB connector due to its symmetrical ‘D’ shape.

The 226781-3 connector is made up of a central plug, an outer inline socket, two individual pins, and a contact latch. The plug is used to secure the pins and also features two grooves on the sides, allowing for easier mating with the socket. The socket is placed over the plug and flipped to the opposite side, while the pins are inserted and the latch helps to lock them in place.

The 226781-3 connector is primarily used in the aerospace, medical, and industrial markets. It is commonly found in microcontrollers, and on motherboards to provide power to processor and memory chips. It is also found in industrial machinery, robotics, power control systems, and electrical instruments. In addition, it is highly popular in many audio/visual systems, as it is robust enough to handle large amounts of data transfer.

In terms of working principle, the 226781-3 connector utilizes the basic principles of electricity to transfer data and power throughout a computer system. It has two individual pins which are used to transfer positive and negative currents, and the contacts are designed to provide reliable connections between components. This ensures a stable connection and prevents any damage to the signal as it passes through the circuit.

The 226781-3 connector is an important part of any backplane connection system, as it helps to ensure a reliable and efficient connection between components. It is especially important for applications that require high speed and data transfer, as the connector ensures that the signal remains clear and stable throughout the entire process.

It is also an important part of any computer system, as the connector helps to increase the efficiency of the overall systems. By utilizing this particular connector, the user is able to easily connect multiple components and get the most out of the system as a whole. In addition, the connector also helps to reduce the wear and tear on the components, allowing for a longer lifespan and better performance.

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