2013311-3

Series:	--
Packaging:	Tray
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Style:	SODIMM
Number of Positions:	204
Memory Type:	DDR3 SDRAM
Standards:	--
Mounting Type:	Surface Mount, 25° Angle
Features:	Board Guide, Latches
Mounting Feature:	Reverse
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)

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Memory Connectors - Inline Module Sockets

Inline module sockets are an essential component in many electronic systems today. Most advanced applications, such as in medical, aerospace, military and automotive systems, involve the use of inline module sockets. These sockets provide an efficient and reliable connection between the system hardware and the application processor. Below is an overview of the major application fields and the working principles of inline module sockets.

The most common application field of an inline module socket is in medical electronics. In medical applications, these sockets provide a connection between medical equipment, such as an electrocardiograph or patient monitor, and the processor used to process the readings received from the medical equipment. The inline module socket provides a secure connection between the medical system and the processor, ensuring accurate readings and improved performance.

Inline module sockets are also used in aerospace and military applications. In this context, these sockets provide a secure and reliable connection between the system and the application processor used to process signals received from aircrafts or military vehicles. By using inline module sockets, these applications can ensure accurate and safe transfer of data from the system to the processor, thus preventing any interference from outside sources.

In automotive applications, inline module sockets offer a connection between the car’s computerized system and the processor used to control the vehicle. By using an inline module socket, the car’s system and its processor can communicate more effectively, resulting in smoother operation and improved performance. In essence, the inline module socket is used to ensure a consistent flow of data between the car’s system and the processor.

In all applications, the main purpose of using an inline module socket is to provide a secure and reliable connection between the system and the processor. To ensure a secure connection, inline module sockets must be designed to prevent interference from outside sources. To ensure a reliable connection, the socket must be able to withstand shock and vibration, as well as temperature and humidity changes. Additionally, careful consideration should be given to the type of material used to construct the socket, as it must be able to resist corrosion and other environmental factors.

The working principle of an inline module socket is fairly simple. Typically, an inline socket is inserted into a mating interface on the system. The connection between the system and the processor should be electrically isolated, to prevent interference from outside sources. The socket should also be designed to ensure that the system and processor will work together without any glitches. Once the connection is established, the processor can then send and receive data through the socket, allowing the system to function as desired.

In conclusion, inline module sockets are essential components in many electronic systems today. These sockets provide a secure and reliable connection between the system hardware and the application processor, helping to ensure accurate operation. In addition, they must be designed to withstand shock, vibration, temperature, and humidity changes. Furthermore, the working principle of an inline module socket should be understood, so that it can be used effectively in different application fields.

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