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305-022-556-501 is listed in the Edgeboard Connectors range at ChipApex. The manufacturer field lists EDAC Inc.. Its product description is CONN EDGE DUAL FMALE 22POS 0.156. Review the specifications below when checking this part for your BOM.
The EDAC Inc. 305-022-556-501 is a standard card edge connector from the 305 series, designed for dual-edge female connections. It features 22 positions with a 3.96 mm (0.156 inch) pitch and supports board thicknesses between 1.37 mm and 1.78 mm. The connector utilizes gold-plated copper alloy contacts and solder pin termination. Rated for 5 A current and 1800 VACrms voltage, it operates within a temperature range of -40°C to +105°C. The housing is green thermoplastic, and it employs a vertical panel mount style.
Verify the specific ordering suffix against the manufacturer's official datasheet to ensure compatibility with required polarizing keys and mounting hardware. Confirm that the thermal rating aligns with the operational environment limits specified in the component documentation. Cross-reference the contact plating specifications to guarantee long-term reliability under intended electrical loads.
Select this model when a dual-edge female connector with a 3.96 mm pitch is required for vertical panel mounting. Ensure the application necessitates support for both between-contact and in-contact polarizing keys. Verify that the board thickness falls within the 1.37 mm to 1.78 mm acceptance range for proper mechanical engagement.
This component belongs to the EDAC 305 series of standard card edge connectors. The series is characterized by its ability to accommodate various polarizing key configurations, enhancing connection security. The 305 series is widely used in applications demanding reliable high-current and high-voltage performance in compact form factors.
Consult the EDAC 305 series ordering guide for direct substitutes with differing position counts or terminal styles. Ensure any replacement maintains the 3.96 mm pitch and dual-edge female configuration to preserve mechanical and electrical interface integrity.
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