2309413-1 Connectors, Interconnects

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Memory connectors are a type of electrical connector used to mount memory modules on a motherboard. Inline Module Sockets, commonly known as IMM sockets, are a type of memory connector specifically designed to connect memory modules with rear mounted pins. This type of connector is typically used in applications like personal computers or telecommunications equipment. The IMM socket is primarily composed of two parts; an electrically insulating plastic casing and an array of contact pins connected to the memory module.

The 2309413-1 application field and working principle are based on the 220-pin IMM socket standard. These connectors are primarily designed for DIMM modules, Dual Inline Memory Modules, that have a pin configuration of 110 pins, with each pin having 11 contacts and a notch in the center of the pin array. The 11 pins on each side of the notch create two long rows of 11 pins each, and each side has a a separate ground wire and voltage rail for data exchange. By having two separate sets of pins with their associated ground wires and voltage rails, the IMM socket is able to provide power and bi-directional data transfer between the DIMM module and the motherboard.

The 2309413-1 IMM socket utilizes a friction locking mechanism to insure secure conenction between the pins and the memory module. This allows for a snug and secure fit between the two components while also making the socket versatile as it is compatible with a variety of memory module types including DDR, DDR2, and DDR3. It is primarily used in applications where space is limited, such as servers, but it can also be found in consumer electronics, such as hard drives. Since the IMM socket is designed for long-term use, it is highly durable and resistant to mechanical and electrical shock.

As for the working principle, this type of connector operates under a concept called electrical continuity. This is based on the idea that current from the device can travel through the pins on the memory module and out through the corresponding pins on the IMM socket. Due to the design of the IMM socket, this allows for bi-directional data communication. The voltage rails, which are connected directly to the motherboard, are responsible for providing power to the memory module, and the ground wires allow for a return path back to the motherboard. The combination of the voltage and ground rails create a reliable circuit, allowing for smooth data communication.

In summary, the 2309413-1 IMM socket is a versatile memory connector used for mounting memory modules onto a motherboard, allowing for secure data communication and transfer of power. It utilizes a friction locking mechanism along with electrical continuity to ensure a reliable connection between the memory module and the IMM socket. This type of memory connector is primarily used in applications where space is limited, such as servers, but can also be found in a variety of other electronics.

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