3M 3000 Series Right Angle Through Hole PCB Header, 50 Contact(s), 2.54 mm Pitch, 2 Row, Shrouded

3M 3000 Series PCB Header, 50 Contacts, 2.54mm Pitch - N3433-5302RB

This PCB header is a high-quality component designed for versatile connectivity in electronic applications. Featuring a shrouded design, this connector has a pin pitch of 2.54mm and accommodates up to 50 contacts across two rows. Engineered for through-hole mounting, it facilitates secure connections for both board-to-board and wire-to-board configurations, making it an essential choice for various electrical and automation projects.

Features & Benefits

• Shrouded design improves connection safety and reliability
• Right-angle orientation optimises space in compact designs
• Male connectors support straightforward integration into systems
• Rated for high voltage, suitable for demanding usage
• Supports solder termination for robust electronic assembly

Applications

• Utilised for board-to-board connections in complex circuits
• Ideal for wire-to-board connections in automation systems
• Effective in high voltage for secure power distribution
• Can be used in electronics assembly for reliable interconnectivity

What is the maximum current that can safely be supported?

The connector can handle a maximum current rating of 1.75A, making it suitable for low to moderate power applications while ensuring reliable performance.

Can this connector be used in high voltage setups?

It is rated for up to 1000V, making it appropriate for high voltage environments, ensuring safe and efficient operation in demanding conditions.

What materials are used for the contacts and how do they affect performance?

The contacts are made from copper alloy with gold plating, enhancing conductivity and resistance to corrosion, which prolongs the lifespan of the connector in various applications.

How does the right-angle design benefit installation?

The right-angle orientation allows for more efficient use of space within electronic assemblies, making it easier to manage and route connections in confined areas.