MMD23-0341C1

The MMD23-0341C1 backplane connector is a specialized component designed to run between the boards of individual systems. In order to maximize the longevity and reliability of the system, an optimized contact configuration is employed. This includes spacers, contacts, and other features to ensure even pressure between the boards. This connector is designed for very high-speed transmission between boards.

The MMD23-0341C1 is a press-fit, screws and nuts connector with screw locking on both sides of the pair of boards. It has two rows of gold-plated contacts with a 0.635mm receiving depth. Each contact has an insulation displacement, which helps ensure reliable connection even during intensive use. The connector has a low profile of just 14.75mm and can withstand up to 6A current.

The MMD23-0341C1 backplane connector utilizes the press-fit pin technology which means that the signal and power pins are opted to the board through an insulation displacement. After the press-fit is complete, the connector is locked and ready for operation. This method helps minimize contact resistance and provides a reliable, low-skew connection which is suitable for high-speed data transmission. Furthermore, it ensures optimal contact pressure and helps reduce EMI and crosstalk levels.

The MMD23-0341C1 backplane connector is broadly utilized in various fields such as networking, telecom, medical, military, automotive, and consumer applications. It is highly suitable for high-density PCBs with dual-row offset card edge interfaces. The pins on the connector are also suitable for round-pin card edge designs. Moreover, it is designed to meet UL 94V-0 requirements in order to ensure reliable and safe operation.

In conclusion, the MMD23-0341C1 backplane connector is a specialized component designed for providing reliable and high-speed transmission between boards. Housing two rows of gold-plated contacts, it has a low profile and is able to withstand up to 6A current. The press-fit pin technology ensures optimal contact pressure and helps reduce EMI and crosstalk levels. Moreover, it is widely used in various fields such as networking, telecom, medical, military, automotive, and consumer applications.