3M, 102 50 Way Straight Through Hole PCB Socket 1.27 mm Pitch, Quick Latch, Solder

3M 102 Series PCB Socket, 50 Contacts, Female - 10250-6212PC

This PCB socket is a female connector designed for versatility in electronic applications. Measuring a length of 52.4mm, a depth of 9.1mm, and a width of 11mm, this through-hole PCB socket accommodates 50 contacts for robust connectivity. The construction features a zinc alloy housing and gold over nickel contact plating, ensuring durability and reliability across various temperatures, operating between -20°C to +85°C.

Features & Benefits

• 50 contact design enhances connectivity in dense circuit boards
• Quick latch mechanism simplifies secure connections and disconnections
• 1.27mm pitch enables compact arrangements in electronic designs
• Gold plated contacts provide superior conductivity and corrosion resistance
• Zinc alloy housing offers robust protection in demanding environments

Applications

• Used in automated systems requiring high-density connections
• Ideal for electrical circuits in consumer electronics
• Utilised in mechanical systems with strict space constraints
• Suitable for harsh environments demanding temperature resilience

What advantages does the 50 contact configuration provide in compact designs?

The 50 contact configuration allows for high-density connections, essential in compact circuit boards. This maximises the integration of components whilst maintaining functionality, making it ideal for space-limited applications.

How does the gold plating affect the overall performance of the connection?

Gold plating on the contacts significantly enhances electrical conductivity and reduces the risk of corrosion, ensuring a more reliable and stable connection over time, especially in humid or corrosive environments.

What types of soldering methods are compatible with this product?

This product is designed for traditional soldering techniques, enabling secure attachment to PCB surfaces, which leads to strong and lasting connections that can withstand mechanical stress.