DIN-096RSC-RR1-HM

Backplane Connectors – DIN 41612 are an important component of electronic equipment, as they are used to connect boards and components in order to allow for communications and signals to pass between them. One popular type of backplane connector is the DIN-096RSC-RR1-HM, which is used for both standard and extended length backplanes. In this article we will discuss the application field and working principle of the DIN-096RSC-RR1-HM.

Application Field

The DIN-096RSC-RR1-HM is a backplane connector designed for a range of signal types, such as PCI-X, DDR, HyperTransport and AGP. It is available in both narrow (3.3mm) and wide (6.2mm) versions, with the wide version capable of carrying more signals at a higher power. This makes the DIN-096RSC-RR1-HM an ideal choice for a variety of applications, including Personal Computers, Industrial Electronics and Automotive Electronics. It is also designed to be compatible with both SATA and SAS interface standards.

Working Principle

The DIN-096RSC-RR1-HM is a reversible common backplane connector, meaning that it is designed to work with both male and female mating connector pairs. It has two rows of 8 pins, with each pin carrying a specific signal type. These pins connect to the motherboard and provide connections for the various components that are typically used in backplane systems. In order for the connection to be reliable, the system design must ensure that the appropriate signal voltages and current limits are provided for the pins in order for the system to work correctly.

When a signal is applied to the pins, the electrical current will flow through the connector and the signals will be transmitted from one device to the other. The pins also have a variety of safety features built into them, including insulation properties and improved contact force. This ensures that the connection is reliable and will not be damaged due to interference or overheating.

In addition to connecting components, the DIN-096RSC-RR1-HM is also used as an electromagnetic interference (EMI) shield. The EMI shielding helps to protect the signals from interference, which can cause data loss and performance degradation. This is especially important in high-speed applications, such as in servers and in industrial environments.

Conclusion

The DIN-096RSC-RR1-HM is an important component in backplane systems, as it is designed to provide reliable connections between components and to protect against electromagnetic interference. It is available in both narrow and wide versions, and can be used for a variety of applications. This makes it an ideal choice for both home and industrial electronics.