MI20A-50PD-SF-EJL(78)

The MI20A-50PD-SF-EJL (78) memory connector is categorized as a PC Card Socket that combines the two elements essential for reliable short-range digital data communication, a connector and a high-speed bus interface. It is designed for use in applications that demand secure, high-speed signal and power connections such as server and telecommunications systems. It is available in both single and double row versions and features a low profile sloping front face.

Application Field of MI20A-50PD-SF-EJL (78)

The MI20A-50PD-SF-EJL (78) memory connector is designed to be used in PC Card Connector applications that require an interface featuring high data rate, EMI shielding and high temperature capabilities. It is a reliable solution for server and telecommunications applications, as well as other applications that involve a high amount of digital data exchange. It is well-suited for secure single or multiple port connectivity for hard drives, optical drives, solid state drives, and flash devices.

Working Principle of MI20A-50PD-SF-EJL (78)

The MI20A-50PD-SF-EJL (78) memory connector features a unique single row design that includes a low-profile sloping front face and two top and two bottom ports, in addition to front and back pins to interface with the connector\'s card cage. The card cage is held in place using the two vertical rows of pins which are connected to the ground plane by the pins on both sides of the card. The connector\'s interface is compliant with the IBTA Type II specification, which enables high speed data transfer.

The MI20A-50PD-SF-EJL (78) memory connectors are also equipped with a ground print finishing which protects the users from EMI radiation, especially in high-speed applications. The EMC shielding gasket is also added to minimize the EMI leakage into the environment and reduce the system noise. In addition, the connectors are designed to withstand temperatures up to 125 degree Celsius.

Conclusion

The MI20A-50PD-SF-EJL (78) memory connector is a reliable solution for providing secure digital data exchange in server and telecommunications applications. It features a low-profile sloping front face and two top and two bottom ports to provide a single-row interface for the card cage assembly. The connector also features EMC shielding to protect users from EMI leakage and an EMC shielding gasket that helps reduce system noise. In addition, it is designed to withstand temperatures up to 125 degree Celsius.