XC5G9641BYOMR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors, with a broad variety of forms, sizes, and pins, are essential components in numerous computing and communications systems. One of the most frequently used and versatile backplane connectors is the DIN 41612 series, of which XC5G9641BYOMR is a member. This article will discuss the application fields and working principle of XC5G9641BYOMR.

Description of XC5G9641BYOMR

The XC5G9641BYOMR is an 8-layer backplane connector conforming to the DIN 41612 C form factor. It features an 8-position connector design, with a unique “L”-shaped design for securing multiple boards in a stack. The connector is composed of three assembled parts, including a top part, side part, and insert part. The phase-change thermoplastic material used in the construction provides excellent performance in terms of resistance to thermal shock, vibration, and corrosion. The contact area is made of tin-plated beryllium copper, which enables a secure and reliable data transfer.

Application Qualifications

The XC5G9641BYOMR is designed to be used in harsh environmental conditions, with a variety of applications. It is applicable in any situation where signal and power connections between stacked boards is required. It is also suitable for space-limited application where a compact connector is necessary. In addition, the XC5G9641BYOMR meets the specification requirements of EN61346-2, EN60601-1-4 and EN62368-1, making it suitable for safety-related applications.

Working Principle of XC5G9641BYOMR

The XC5G9641BYOMR is a type III connector, with an insertion/withdrawal force in the range of 0.2-2N. It features an eight-position male/female mating interface, with each position containing two high-density contact pins arranged in staggered rows. The interface features several patents, which includes a thermoplastic insertion/withdrawal areas for improved reliability, and surface-mounted gold contacts which are dust protected. These features, along with the compliant pin design of the contact, maximize the transmission performance and reduce the risk of signal crosstalk.

The contact pins of the connector are arranged in two rows, which are then arranged in a “L”-shaped configuration. The contact pins are connected together with a flexible strain relief structure. This ensures that any stress on the pins is evenly distributed, avoiding the risks of contact breakages.

When the two components of the connector are mated, each contact pin of one connector slides into the same contact of the other connector. The wire is then connected to the contact pin, creating an electrical connection. The contact pins of the connector are designed to provide sufficient contact force, regardless of any differences in the alignment of the two connectors. This ensures a secure electrical connection.

Conclusion

The XC5G9641BYOMR is an 8-layer backplane connector, designed for use in harsh environs. It is applicable in any situation where signal and power connections between stacked boards is required, and meets the specification requirements of EN61346-2, EN60601-1-4 and EN62368-1, making it suitable for safety-related applications. The contact pins of the connector are arranged in a “L”-shaped configuration, with each pin connected to a flexible strain relief structure for even stress distribution. These features, along with the compliant pin design of the contact, ensure an excellent transmission performance and reliable electrical connection.

The specific data is subject to PDF, and the above content is for reference