Molex Pico-SPOX Series Straight Surface PCB Header, 2 Contact(s), 1.5 mm Pitch, 1 Row, Shrouded

Molex Pico-SPOX Series PCB Header, 1.5mm Pitch, 2 Contacts - 87437-0273

This PCB header is a reliable component in the Pico-SPOX series, specifically designed as a 1.5mm pitch connector. It features a surface mount design that allows for efficient wire to board connections. Constructed with sturdy brass contacts and finished with tin plating, this shrouded PCB header is suitable for various electrical applications, rated for 250V AC.

Features & Benefits

• Compact 1.5mm pitch facilitates space-efficient designs
• Shrouded design enhances connection stability
• Surface mount configuration simplifies assembly on PCBs
• Brass contact material ensures durability and conductivity
• Solder termination method guarantees secure connections
• Rated for 2.5A current, supporting diverse electronic systems

Applications

• Utilised in automated manufacturing systems
• Suitable for consumer electronic devices
• Ideal for wiring connections in machinery
• Effective in telecommunications equipment
• Commonly used in power management solutions

What impact does the shrouded design have on connectivity?

The shrouded design provides a protective covering that aligns the mating connectors efficiently, reducing the risk of mismatched connections and potential damage during assembly.

How does the surface mount configuration enhance installation?

The surface mount design allows for automated assembly processes, minimising labour time and ensuring consistent soldering results during component placement.

What conditions make the solder termination method advantageous?

Solder termination creates a permanent bond between the header and the PCB, ensuring reliability in high-vibration environments and longevity in demanding applications.

What distinguishes this component in terms of material use?

Brass contacts, combined with tin plating, offer excellent conductivity and corrosion resistance, making the component suitable for long-term use in various environments.