10079248-15211LF

Memory Connectors - Inline Module Sockets

The 10079248-15211LF is an inline module socket manufacturing by Megladon Manufacturing Group, Inc. It is a type of memory connector used to establish a circuit board to another circuit board, a peripheral device, or module. It is characterized by its dependability and reliable performance.

Application Field

The 10079248-15211LF memory connector is most widely used in embedded system applications. Its transmission properties are well-suited for interfacing with microcontrollers, digital signal processors, and memories. Its combination of a low insertion force plus the voltage and temperature withstands makes the 10079248-15211LF suitable for electronic control applications such as automobiles, household appliances, industrial equipment, and medical instruments. Particularly, the 10079248-15211LF can be found in embedded applications such as storage media, computer motherboards, computer chassis, and mobile banking.

Working Principle

The 10079248-15211LF memory connector basically consists of three parts, (1) a body assembly, (2) an insulating material, and (3) a spring-loaded contact. The body incorporates a pair of parallel arms that are split together at one end and joined together at the other. An insulation material is then shown within a groove of the contact body. The spring-loaded contact is formed as a metal foil that can be moved up and down by a small force within a bore in the insulating material. By using the spring-loaded contact, the 10079248-15211LF memory connector is able to provide an electrical connection between two circuit boards via mechanical contact. The contact comes in different lengths and models, with contacts ranging from 0.5mm up to 1.27mm. The total current capacity is 3A and the operating temperature range is -55°C to +125°C. Its high speed transmission properties make the 10079248-15211LF suitable for high data rate applications.

Conclusion

The 10079248-15211LF memory connector is a reliable and dependable device that enables reliable and reliable data transmission between two separate circuit boards, peripherals, and modules. Its combined low insertion force, high temperature withstands, and wide operating temperature range make it suitable for electronic control applications such as automobiles, household appliances, industrial equipment, and medical instruments. Its high-speed transmission capabilities make it suitable for high data rate applications. It is one of the most widely used memory connectors in embedded system applications.