1201230476

Overview

Molex part number 1201230476 is a Board-to-Board connector belonging to the 46114 series. It is an EXTreme LPHPower Receptacle Header designed for vertical mounting with press-fit termination. The component features a 1.27mm pitch and includes 12 power contacts and 12 signal contacts, totaling 24 circuits. It utilizes compliant pins with Select Gold (Au) plating and incorporates BMI guides for alignment. The maximum current per contact is rated at 30.0A, with a maximum voltage of 250V AC (RMS)/DC.

Feature Summary

• Vertical board-to-board connection using press-fit termination technology
• Integrated BMI guides for precise mating alignment
• Mixed circuit configuration combining power and signal contacts

Applications

• Board-to-Board interconnections

Procurement Notes

Verify the specific datasheet version and compliance declarations before procurement. Confirm that the press-fit termination method aligns with the target PCB manufacturing capabilities. Ensure the BMI guide requirements are compatible with the assembly process. Check for any specific handling instructions related to the compliant pin structure during installation.

Selection Notes

Select this component when a vertical board-to-board interface with high current capacity is required. The 1.27mm pitch suits dense layouts. Verify that the 30.0A rating meets the thermal and electrical demands of the application. Consider the mechanical constraints of the BMI guides and the press-fit hole specifications on the receiving board.

Part Context

This receptacle header is part of Molex's EXTreme LPHPower family, which focuses on high-current density solutions. The 46114 series specifically targets applications requiring robust vertical connections between boards. The design emphasizes reliability through compliant pin technology and precise guidance systems.

Replacement Considerations

DigiKey lists this product as no longer manufactured. Verify availability of alternative sources or equivalent parts from the same series if supply continuity is critical.