PCB HEADERS 14 CONTACTS

3M 3000 Series PCB Header, 2.54mm Pitch, 1.75A Current - N3314-5202RB

This PCB header is a high-quality connector designed to facilitate effective board-to-board and wire-to-board connections. With a pitch of 2.54mm, it features 14 contacts arranged over two rows. This right-angle shrouded connector is manufactured for through-hole mounting, ensuring a secure attachment in various electronic applications.

Features & Benefits

• Solder termination method provides a reliable and durable connection
• Shrouded design enhances protection from accidental contacts
• Copper alloy contact material ensures conductivity and performance
• Gold plating on contacts improves corrosion resistance and reliability

Applications

• Utilised in automation systems for efficient data transfer
• Ideal for electronic circuit boards needing stable connections
• Effective in electrical assemblies for secure wire attachments
• Can be used within automotive electronics for component connectivity
• Suitable for mechanical devices requiring through-hole installations

What is the significance of the pitch measurement for this connector?

The pitch measurement of 2.54mm allows for standardised spacing, ensuring compatibility with various circuit boards and enabling efficient layout design in compact spaces.

How does the shrouded design benefit users?

The shrouded structure helps protect against accidental contacts, reducing the risk of short circuits during assembly or maintenance, which is crucial in complex electronic environments.

What are the practical implications of the current and voltage ratings?

With a current rating of 1.75A and a voltage rating of 1000V, it can safely handle a range of applications, making it suitable for both low and high-power electronic projects while ensuring consistent performance.

Why is solder termination preferred for this type of connector?

Solder termination allows for a strong physical and electrical bond to the PCB, ensuring reliability under mechanical stress and thermal cycling, which is vital for long-term operational stability in electronics.