Adjustable IC Socket Latch for Varying Package Thickness

The latch member is transformed from a rigid, fixed-structure component into a dynamically adjustable one. The lower section of the latch member can be rotated relative to the upper section around a pivot point, allowing the vertical position of the lower section to be adjusted. This dynamic adjustment enables the latch to accommodate IC packages of varying thicknesses while maintaining secure latching through the pressing action of the lower section against the IC package.

The latch member is divided into two distinct sections: an upper section and a lower section, connected by a pivot point. This segmentation allows independent movement of the lower section relative to the upper section, enabling adjustment of the latching height to match different IC package thicknesses while the upper section remains stable and provides structural support.

The adjustment mechanism utilizes a simple pivot connection between the upper and lower sections of the latch member, allowing rotational movement without requiring complex mechanisms such as threads, gears, or multiple adjustment components. This keeps the device complexity low while achieving the desired adjustability for different IC package thicknesses.

The adjustable latch member serves multiple functions: it maintains structural support through the upper section, provides adjustable height adaptation through the pivot connection, and delivers secure latching through the pressing action of the lower section. This multi-functionality is achieved within a single integrated component rather than requiring multiple separate adjustment mechanisms.

Instead of requiring multiple separate latch members for different IC package thicknesses, the invention implements a single latch member with adjustable height capability. The pivot connection allows the lower section to be rotated to different vertical positions, enabling one latch member to perform the function previously requiring multiple different-sized latch members, thereby simplifying operation and reducing complexity.

The dynamic adjustment capability of the latch member allows operators to quickly adapt the latching height by rotating the lower section around the pivot point, eliminating the need to physically replace latch members when testing IC packages of different thicknesses. This significantly improves ease of operation during testing operations.