XC5B-3221

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Backplane Connectors - DIN 41612 includes a wide range of connectors specifically designed for the implementation of high density backplane, high speed data-drivers or daughtercards. The XC5B-3221 is a remarkable example of these. It is a specialized card-edge connector designed for signal integrity and dense packaging applications, and is ideal when a simple, reliable and cost-effective solution is needed.

XC5B-3221 is a backplane connector that is engineered for the high-speed needs of today\'s data-intensive digital applications. It is offered in two varieties: one with a 22-position double-row card-edge interface and another with a smaller 24-position double-row card-edge interface. The connector is designed for extremely reliable backplane connections, and features a plated-through contact system which reduces the possibility of cross-talk from contact migration, as well as other issues related to signal integrity. The XC5B-3221 is rated to 1.27mm contact pitch, 1.7A inrush current, 600V unidirectional dc voltage, and 2.5A max current.

The XC5B-3221 connector is compliant with the stringent DIN 41612 standard and was designed to satisfy the industry requirements for specular high-speed parallel data transmission. It is compatible with backplane and midplane motherboards and with any type of multi-board mating womanboards. It features an integrated locking mechanism that ensures a solid, stable connection and non-shagging moments. Additionally, the board-level connector features a reverse keying, a peel-bar to prevent accidental mating and provides superior EMI protection. This connector is capable of withstanding high vibration and shock, and can be used in a variety of high-speed applications such as automotive, networking, and telecommunications.

The XC5B-3221 is specifically designed to handle high-speed data throughput and provide low-frequency isolation which helps to reduce crosstalk. It is capable of transferring data for both parallel and serial applications at rates up to 6.0 Gbps. The connector’s design enables maximum signal integrity, making it ideal for the most demanding applications. It has an integrated shielding system that not only helps to reduce EMI interference, but also helps to reduce the risk of damage from over/under-voltage. Additionally, the XC5B-3221 is designed to operate in temperatures between -20°C and +85°C.

The working principle of the XC5B-3221 is based on surface mount technology, which minimizes the connector footprint while still providing excellent performance and reliability. The connector is designed around two premolded plastic frames, with a sheet-metal shield in between. The bottom frame holds the contact pins in place, while the top frame contains the mechanical and electrical contact pads. The contact pads and pins work together to create a stable electrical connection and mechanical hold when inserted into the mating strategy. This connection allows signals to travel from the card to the motherboard without any voltage interference.

The XC5B-3221 is a great example of a backplane connector which is designed for robust data transmission. It is ideal for high-reliability applications such as automotive, industrial and networking solutions. It is compliant with the strict DIN 41612 standard, and comes in two different form factors to suit different backplane requirements. Additionally, it features a versatile and reliable board-level contact system which is capable of providing superior signal integrity and EMI protection. In conclusion, the XC5B-3221 is an excellent and cost-effective choice for any application needing the reliable transmission of data and signals.

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