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MK LP 242 52 Z is listed in the Headers, Male Pins range at ChipApex. The manufacturer field lists Fischer Elektronik. Its product description is Low profile. Review the specifications below when checking this part for your BOM.
The MK LP 242 52 Z is a male pin header connector manufactured by Fischer Elektronik. It features a through-hole mounting type with 52 positions arranged in two rows. The contact spacing is 0.100 inches (2.54 mm). The component utilizes a tin-plated contact surface and a Ni+46µm Sn contact sleeve to ensure reliable electrical connection. It is designed as a low-profile electronic component suitable for board-to-board or wire-to-board applications.
Verify the specific ordering suffix 'Z' against the manufacturer's official datasheet to confirm plating specifications and material composition. Ensure the 52-position count matches the required circuit density. Confirm that the through-hole mounting style aligns with the printed circuit board layout and soldering process capabilities before finalizing procurement.
Select this component when a low-profile, dual-row male header is required for 2.54 mm pitch applications. Consider the 52-position capacity for high-density signal routing. Evaluate the through-hole mounting requirement against available PCB space and mechanical stability needs. Verify compatibility with mating female connectors regarding height and contact alignment.
This part belongs to the Fischer Elektronik MK LP 242 series of male headers. The series offers various position counts while maintaining consistent 2.54 mm spacing and low-profile characteristics. The 'Z' suffix typically denotes specific plating or packaging variations within the product line, distinguishing it from other variants like the 'G' suffix models.
Direct substitutes must match the 52-position count, 2.54 mm pitch, and dual-row through-hole format. Verify that alternative manufacturers offer comparable low-profile designs and tin-plated contacts. Cross-reference the physical dimensions and terminal configurations to ensure mechanical fit without modifying the existing PCB footprint.
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