MMD23-0091C1

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MMD23-0091C1 Application Field and Working Principle

Backplane Connectors – Specialized is an important category of connectors, offering an improved level of performance, lighter weight and increased current handling potential than the basic rigid-style connectors. The MMD23-0091C1 is a common type of Specialized Backplane Connector that has been gaining popularity due to its cost-effective, reliable and high-performance design.

Application Field

Backplane Connectors – Specialized are typically used for applications that require a more reliable connection than standard rigid connectors. They are especially useful in applications where improved performance is required, such as in high-speed networks, storage systems and mission-critical applications. The MMD23-0091C1 is suitable for use in applications such as communications equipment, computer systems, server racks, power supplies, and telecommunications equipment.

Additionally, the MMD23-0091C1 is engineered to provide increased power utilization and improved cable routing. The connector has 8 ports and up to 100 watts of contact power. It features an improved copper alloy contact system, longer life-cycle, anti-corrosion properties, and low interference potential. Finally, it can be attached to any mounting direction.

Working Principle

MMD23-0091C1 Backplane Connectors – Specialized are designed to work in tandem with other components that make up a complete backplane system. The connector works by connecting two or more components together in order to enable the electrical signals to be transferred between them. It is important to note that the connector should always be grounded, especially along the board-side, as this ensures that any unwanted electromagnetic interference is kept to a minimum.

The working principle of the MMD23-0091C1 is based on the fact that it features an improved copper alloy contact system. This helps to ensure that the electrical signals are transmitted with accuracy and reliability, while keeping the amount of interference at its lowest level. Additionally, the connector’s design ensures that the connection remains secure, even when exposed to intense vibration or shock.

The MMD23-0091C1 also features an improved cable routing system, which reduces the risk of signal loss. The connector is also designed to provide maximum power utilization, which means that it is able to accommodate higher voltage levels with less risk of damage.

Conclusion

In conclusion, the MMD23-0091C1 is an effective and reliable Specialized Backplane Connector that is suitable for a wide range of applications. It offers improved performance, lighter weight and increased current handling potential than the standard rigid connectors, as well as improved cable routing and power utilization. The connector is also engineered to provide increased reliability and protection against electromagnetic interference.

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