10033854-252ASRLF

Inline Module (ILM) sockets are memory connectors in a special category of connection products, designed to facilitate the reliable insertion and withdrawal of printed circuit cards, as well as other mostly electronic components. 10033854-252ASRLF is a type of ILM socket, and this paper will discuss its application field and working principle in detail.

Application Field

10033854-252ASRLF ILM sockets are designed for reliable and energy-efficient data transfer between electronic components, micro-controllers and micro-processors. This type of ILM socket offers superior mechanical fit and retention, as well as exact alignment and polarity that remain stable even after being subject to thermal shock and vibration. The 10033854-252ASRLF is able to integrate within current board designs and form fit to other male/female connectors. This flexibility makes the socket ideal for use in a wide variety of applications, including computer motherboards, embedded systems, instrumentation, PCBs and gaming consoles.

Working Principle

The 10033854-252ASRLF ILM socket works by essentially ‘clamping’ the socket into the target machine. Each socket is composed of two parts, namely a male stem and a female body. When an ILM device is mated to its respective socket, a specially designed set of pins in the male stem insert into the female body via a rotational motion. These pins create a contact that then allows for electrical signals to flow seamlessly between the two devices.

The secure insertion and reliable contact of the 10033854-252ASRLF ILM socket further benefit from its unique spring mechanism. Upon electrical activation, the socket springs out from its current locked position, allowing it to be removed and replaced. This quick release ensures that the socket can be plugged and unplugged smoothly, allowing for fast and easy installation and maintenance.

Conclusion

In conclusion, the 10033854-252ASRLF ILM socket is designed to be a high-quality, high-performance memory connector that enables reliable and energy-efficient data transfer between devices. Its flexible use in different applications, combined with its unique rotational contact and spring-release mechanism, make it an indispensable tool for any task needing reliable contact between electronic components.