50294-1030H

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Backplane connectors are designed to accept a wide array of signals, from low-frequency signals carrying DC power to high frequency signals used in gigabit applications. Along with providing pathways for these signals, backplane connectors also provide reliable connections for physical stability. The 50294-1030H backplane connectors is one such family specifically designed for specialized applications.

The 50294-1030H family of specialized backplane connectors is composed of up to four 24-position shielded contacts capable of transmitting and receiving signals. Each contact is rated at a maximum voltage and current so that it can handle up to 2.5A or 24V of current, making the 50294-1030H suitable for applications including power, video, audio, PCI Express, USB, Firewire, and other high speed data protocols. The contacts are positioned at 0.050” intervals and are made from gold over copper. This version of the 50294-1030H also features a latch mechanism that is secured by two screws on either side of the connector.

The 50294-1030H backplane connectors feature contact styles that include single, double, and offset configurations. The single style configuration includes 24 positions and up to sixteen milliohm contact resistance. The double style features 48 positions and up to twenty-five milliohm contact resistance. The offset configuration offers up to two separate 24-position sections with up to eight milliohm contact resistance. This version also includes two additional positions that act as ground connections.

The 50294-1030H utilizes a snap-in retention configuration that helps to ensure accurate and secure mating. The snap-in retention mechanism includes a latch post and screw locations that allow the connector to securely snap into place so that all of the contacts are aligned accurately. When the connector is not in use, the latch mechanism is used to ensure that the connector remains locked in place. This helps to prevent accidental disconnection and reduces the risk of damage.

The 50294-1030H utilizes a differential signal routing pattern that helps to reduce the amount of radiated noise and interference from outside sources. The differential signal routing pattern allows for more efficient signal transmission when using the 50294-1030H and helps to ensure that there are fewer signal errors and signal loss issues. The differential signal routing also helps to prevent ground loops, allowing the 50294-1030H to be used for applications in which noise and interference is a major issue.

The 50294-1030H is UL rated and RoHS compliant. This allows the 50294-1030H to be used in a wide variety of applications that require high signal integrity, noise reduction, reliable mating, and high levels of safety. The 50294-1030H is an ideal choice for applications requiring high speed transmission and for communication systems that need reliable and secure data connections.

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