8-2199154-2 Connectors, Interconnects

Memory connectors, more specifically inline module sockets, are a specialized type of electrical connectors designed to effectively interconnect digital data stored within memory devices. These connections are critical for ensuring the integrity of digital data stored within memory devices, and for ensuring that data stored within a memory device can be properly transferred between memory devices or between memory devices and memories within computer systems.

Inline module sockets are a type of memory connector that is designed to provide a reliable connection between two memory devices while maintaining a certain amount of flexibility in connection design. In general, an inline module socket consists of a mounting plate, an insulation sleeve, a pair of socket contacts, and a connector housing. The mounting plate acts as the main support for the socket contacts. The insulation sleeve, meanwhile, is designed to insulate the connection from electrical interference. The socket contacts, generally made from either stainless steel or nickel, transmit the digital data between the two connected memory devices.

Once the mount plate is securely attached the insulation sleeve is snapped over it. This ensures an effective electrical connection between the two socket contacts. Next, the connector housing is then installed over the insulation sleeve and the socket contacts. This creates a seal between the two memory devices and helps to protect the electrical connection from being severed. In addition, the connector housing also serves to keep the socket contacts in a secure and consistent orientation, ensuring that data remains accurately transferred between memory devices.

The working principle of an inline module socket is quite simple. Digital data flows from one memory device to another through a series of contacts between each memory device, or from and to a memory device within a computer system. In general, each memory device has two sets of contacts, an input and an output. The input contacts are used to receive digital data from the previous memory device, while the output contacts are used to transmit digital data to the next memory device. The connector housing helps to provide physical resistance against accidental movement of the socket contacts which could otherwise disrupt the electrical connection and lead to data loss or data corruption.

Inline module sockets are typically used in applications such as memory card connectors, memory chips, memory modules, RAM and SSD slots, and so on. Additionally, they are also used in various computer peripherals, including, but not limited to, USB sticks, memory sticks, IEEE 1394 cards, IDE/SATA cables, and flash drives. Due to their high durability, inline module sockets have become a popular choice for memory connections in consumer electronics, including smartphones, tablets, and laptops.

The 8-2199154-2 module socket is a type of inline module socket designed for memory device applications. This model is manufactured with stainless steel socket contacts for maximum durability and features a reinforced insulation sleeve to further protect against electrical interference. Additionally, the 8-2199154-2 module socket is easy to install and features a secure locking design for added protection against data loss or data corruption.

In conclusion, inline module sockets such as the 8-2199154-2 are an essential component when it comes to ensuring reliable interconnections between memory devices. They feature a robust and secure design which helps to provide an effective electrical connection between memory devices and serves to keep digital data stored within memory devices safe from data loss or data corruption.