1456468-4

Overview

The 1456468-4 is an unsealed header assembly manufactured by TE Connectivity AMP Connectors. It features a hybrid construction with eight positions, designed for mixed signal and power applications. The component utilizes contact spacings of 0.64 mm and 2.8 mm to accommodate different terminal requirements within a single housing. This specific part number represents the complete assembled unit intended for board mounting or cable attachment scenarios requiring reliable electrical interconnection.

Feature Summary

• Hybrid design accommodating multiple contact sizes
• Unsealed configuration for environmental flexibility
• Integrated header assembly structure

Applications

• Mixed signal and power circuit interconnections
• Industrial control panel wiring
• Automotive electronic module connections

Procurement Notes

Verify the exact hybrid pinout configuration against your schematic before ordering. Confirm that the unsealed nature meets your environmental protection requirements. Ensure mating terminals match the specified 0.64 mm and 2.8 mm spacing standards. Check for any recent product change notices regarding material composition or dimensional tolerances.

Selection Notes

Select this component when a single connector housing must handle both high-current and low-signal lines efficiently. The hybrid spacing allows optimized density without separate connectors. Consider the unsealed rating if additional environmental sealing is provided externally. Validate mechanical retention needs against the header assembly style.

Part Context

This component belongs to the broader family of hybrid connector systems from TE Connectivity AMP Connectors. These systems are engineered to simplify wiring harnesses by combining different contact types in one interface. The 1456468-4 specifically addresses applications requiring distinct spacing geometries within a unified mechanical footprint.

Replacement Considerations

Cross-reference with other 8-position hybrid headers from the same manufacturer series. Verify identical spacing ratios and mechanical locking features. Ensure mating terminal compatibility remains unchanged during substitution.