XC5D9621A22BYOMR

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Backplane Connectors - DIN 41612, represented by the XC5D9621A22BYOMR have revolutionized the connections of data and power within electronic systems. This type of connector simplifies the management, organization, and installation of complex electronic interconnections and is typically used in applications that require large, three-dimensional connectors between multiple printed circuit boards. The XC5D9621A22BYOMR connector offers superior performance, flexibility, and reliability in a variety of hostile electrical and environmental conditions.

This particular type of assembly consists of two rows of aligned contacts, which are arranged as a combination of square arrays and two- and three-dimensional plug strips with up to 84 pins. This design enables similarly-arranged boards to be connected directly to one another without the need for extra cables or boards. To accommodate multiple angles of insertion, the contact pins are fabricated using either a straight or angled line. This arrangement also includes two guide pins which are used to reduce the amount of contact pin insertion force. The guide pins do not make contact with the system, but instead secure the connector to the system board. The XC5D9621A22BYOMR also includes a set of mechanical and environmental features that allow for a wide range of potential applications.

In terms of electrical properties, the XC5D9621A22BYOMR ensures low contact resistance and self-inductance and provides high-frequency shielding and noise immunity. The design includes multiple hold-down screws to improve stability and secure the connector to the board, as well as a secure latch for easy unplugging. The unit is also designed to resist high levels of shock and vibration, and can operate reliably in temperatures of up to +85°C. The XC5D9621A22BYOMR is UL 94V-0 flame retardant rated, and has a rated current of 5A.

The theoretical working principle of the XC5D9621A22BYOMR is predicated upon the concept of power and signal flow. Power is sent through the high-current contacts between the two PCBs. This power is then diverted into a terminal section, where it is routed between each pin. The signal flow is regulated by the multilayered contacts, which sends a signal from one pin to the next through a series of node connections. Each contact is responsible for carrying a specific type of signal, such as I/O, power, or digital logic. The combination of both signal and power functions makes this type of connector applicable to a wide range of PCB designs and technologies.

The XC5D9621A22BYOMR is a popular choice in many industrial applications such as aerospace, medical electronics, and automotive electronics. The device is suitable for use in multiple configurations such as 2- and 3-dimensional packaging, board-level tactile switches and keypads, and board-to-board connectors. Its versatility also enables designers to match the appropriate connector to their PCB design. Thanks to its specialized components and superior electrical properties, the XC5D9621A22BYOMR is particularly well-suited for rapid-processed extended temperature applications that require high-power and signal management.

Since its introduction, the XC5D9621A22BYOMR has provided a valuable solution for PCB design and data transmission, and has quickly become an indispensable part of many electronic systems. Its improved mechanical and electrical properties have enabled designers to create more robust and reliable electronic systems, and allow customers to optimize their designs for better performance and greater portability. The XC5D9621A22BYOMR is an ideal choice for a wide range of applications, and its low cost and versatility make it a cost-effective solution for board-level interconnections.

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