Molex 43650 Series Right Angle Surface Mount PCB Header, 4 Contact(s), 3 mm Pitch, 1 Row, Shrouded

The Molex Micro-Fit 3.0 Right-Angle Header is engineered to enhance power and signal connectivity in Compact applications. This single-row header features a precise 3.00mm pitch and accommodates four circuits with a robust PCB press-fit metal retention clip for added stability. Designed for ease of use in power and wire-to-board configurations, it exemplifies high-performance criteria with superior glow-wire capability and low-halogen compliance, making it suitable for environments demanding stringent safety standards. The Micro-Fit 3.0 series is an Ideal choice for modern electronic assemblies, providing reliability and efficiency in every connection.

The Molex Micro-Fit 3.0 Right-Angle Header is engineered to enhance power and signal connectivity in Compact applications. This single-row header features a precise 3.00mm pitch and accommodates four circuits with a robust PCB press-fit metal retention clip for added stability. Designed for ease of use in power and wire-to-board configurations, it exemplifies high-performance criteria with superior glow-wire capability and low-halogen compliance, making it suitable for environments demanding stringent safety standards. The Micro-Fit 3.0 series is an Ideal choice for modern electronic assemblies, providing reliability and efficiency in every connection.

Embossed tape-on-reel packaging for automated assemblyMeets industry compliance certifications including EU RoHS and REACH SVHCSuitable for surface mount termination with a Compact designVersatile mated height of 6.98mm fits a variety of applicationsAvailable in a right-angle orientation for efficient space utilization

Embossed tape-on-reel packaging for automated assemblyMeets industry compliance certifications including EU RoHS and REACH SVHCSuitable for surface mount termination with a Compact designVersatile mated height of 6.98mm fits a variety of applicationsAvailable in a right-angle orientation for efficient space utilization