10081530-122A7LF

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Memory connectors are used in many electronic applications to provide direct and reliable connections. Inline module sockets are one type of memory connector that can provide an easy and reliable way to establish electrical connections between memory and other components. 10081530-122A7LF is a type of inline module socket that can be used in a variety of applications.

Application Field

The 10081530-122A7LF inline module socket can be used in a variety of applications including computers, medical devices, telecommunications and consumer electronics. It is also ideal for applications that require secure mounting of small-scale components without causing excessive physical stress. This socket also provides a secure connection to transistor modules and other delicate components.

Working Principle

The 10081530-122A7LF inline module socket has a simple design that allows it to work efficiently. It consists of two main components, a D-shaped pin-socket and a D-shaped pin-holder. The pin-socket is used to connect the D-shaped pins on the circuit board and the pin-holder is used to secure the D-shaped pins in place.

The socket has a defined spacing that determines the distance between the pin-sockets and the pin-holders. This distance ensures a secure connection between the two components. The socket also has a spring-loaded mechanism that securely locks the pins in place and provides reliable contact between the circuit board and the module.

The 10081530-122A7LF inline module socket is designed to allow for easy installation and repositioning of components in the field. The socket has a secure self-locking mechanism that helps to ensure reliable contact between the two components. Additionally, the socket has a unique design that ensures that it can be easily installed and repositioned without having to remove the pins.

The 10081530-122A7LF inline module socket is designed to provide a reliable and secure connection to memory and other delicate components. It works by providing a secure and reliable connection between two components without the need for excessive physical stress. Additionally, its design and construction ensures that components can be easily installed and repositioned without having to remove the pins.

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