10104389-13617LF

Memory Connectors – Inline Module Sockets (10104389-13617LF) are a type of electrical connector used to transmit data. The connector consists of two components, the socket and the module that attach to each other. The socket is the part which connects to the circuit board and the module is the part where the data is stored and transferred. The module can be a memory card, a SIM card, or a hard drive. The module can also be an integrated circuit (IC) which stores and transmits data.

The 10104389-13617LF connector has a friction fit design which holds the module securely in place. This allows data to be transmitted through the connector with minimal electrical interference. The socket also features a locking mechanism which helps keep the module securely attached. This prevents accidental detachment of the module from the socket.

The 10104389-13617LF connector has a wide variety of applications. It can be used to add memory and other storage to electronic devices such as computers, cell phones, and game consoles. It can also be used to connect devices such as hard drives or modems to a motherboard. Additionally, it can be used to connect external devices to a laptop or server.

The working principle of the 10104389-13617LF connector is based on the transmission of electrical signals between the module and the socket. The module contains electrical circuits that are connected to the socket. When power is supplied to the socket, the electrical circuits in the module produce a signal that is transmitted to the socket. The socket then sends the signal to the circuit board, which processes the signal and performs the desired task.

In summary, the Memory Connectors – Inline Module Sockets (10104389-13617LF) is an electrical connector used to transmit data and is composed of two components, the socket and the module. The socket features a friction-fit design and a locking mechanism to keep the module securely attached. The 10104389-13617LF has a wide variety of applications and the working principle is based on the transmission of electrical signals between the module and the socket.