SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Amphenol ICC (FCI) part number 10122238-160014DLF is a dual-sided card edge connector designed for through-hole mounting. It features a female contact configuration with 30 positions arranged in two rows of 15 contacts each. The connector utilizes a copper alloy base material with gold or GXT™ plating on the contact surfaces to ensure reliable electrical performance. It is engineered for non-specified double-sided card types and includes board lock features for secure installation.
Verify the specific suffix 'DLF' against official Amphenol ICC documentation to confirm exact plating specifications and compliance status. Ensure that the receiving facility accepts the standard tray packaging format typically associated with this series. Cross-reference the manufacturing lead time provided by authorized distributors with current production schedules to align with assembly timelines. Confirm RoHS compliance requirements match the project specifications before finalizing the purchase order.
Select this component when a dual-sided, 30-position female connector is required for non-specified double-sided cards. The through-hole termination suits applications where solder joint strength is prioritized over surface mount space constraints. Consider the operating temperature range and board thickness compatibility with the target PCB design. Evaluate the need for board locks if vibration resistance is critical for the end-use environment.
This connector belongs to the HPCE® series from Amphenol ICC (FCI), formerly FCI. The brand was acquired by Amphenol in 2016 and now operates under the Amphenol ICC division. This series focuses on providing innovative solutions for information, communication, and commercial electronic markets, emphasizing signal integrity and power management capabilities across various industrial sectors.
Consult official Amphenol ICC substitution guides for verified alternative part numbers within the same series. Generic equivalents may not match the precise contact geometry or plating thickness required for reliable performance. Verify pinout compatibility and mechanical dimensions before integrating any substitute components into existing designs.