179508-2 Connectors, Interconnects

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Memory connectors are widely used in order to link the memory modules to the PCB. There are various types of memory connectors, and one of the most common types is the Inline module socket. The Inline Module Socket, often referred to as the 179508-2, is typically used in high-end memory connections and is becoming increasingly popular in the consumer market.

Introduction to Inline Module Sockets

Inline Module Sockets are generally small plastic connectors that feature two parallel rows of pins. These are often used to connect memory modules to the motherboards of computers. The typical Inline Module socket measures 2x20mm in length and diameter respectively, and can range from one to three rows in height. The Inline Module Socket contains a metal contact that connects to the PCB when the memory module is inserted in order to maintain a strong electrical connection. The pins located on the connector are numbered and must face the correct direction when connecting in order for the module to be inserted securely. Failure to install the Inline Module Socket correctly can result in damage to both the module and motherboard.

Application Field

Inline Module Sockets are primarily used in computer motherboard design and are particularly important for those with high-speed memory applications, such as gaming systems. The memory module can be easily and securely replaced from a laptop or desktop by simply sliding it into the Inline Module Socket. This type of socket is also popular for use in consumer markets, as it is very reliable and can easily support a wide range of memory speeds. Additionally, Inline Module Sockets are useful in the development of more efficient memory systems, as they are able to transfer data at high speeds and support heavy loading.

Working Principle

The Working Principle of the Inline Module Socket is based on the principle of the metal contact. When a memory module is inserted into the socket, the metal contact connects to the PCB on the other side. This connection closes an electrical circuit that allows data to be transferred from the memory module to the motherboards. The pins must be carefully aligned in order for the circuit to be closed correctly.

Inline Module Sockets are designed with the intention to provide a reliable and secure connection between the memory module and motherboard. They are capable of providing a consistent and smooth connection even when subjected to heavy loading and high speed memory transfers. Furthermore, Inline Module Sockets are widely used in consumer markets as a reliable and efficient method of connecting memory modules.

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