3M 5100 Series Right Angle Through Hole PCB Socket, 34-Contact, 2 Row, 2.54 mm Pitch Solder

3M 5100 Series PCB Socket, 34 Contacts, Right Angle Orientation - 5134-B7A2 PL

This PCB socket is a versatile board-to-board connector designed for efficient connections in electronic applications. Featuring 34 contacts arranged in two rows, this right-angle PCB socket has a compact pitch of 0.1mm, making it ideal for space-constrained environments. Constructed with quality copper and gold plating, it supports through-hole mounting, enabling robust solder terminations. With a stacking height of 8.89mm, it is well-suited for multi-layer PCB configurations.

Features & Benefits

• Designed with 34 contacts for reliable connections
• Right-angle orientation optimises board space
• Compatible with 0.1mm pitch specifications
• Gold plating ensures superior conductivity and durability

Applications

• Used for connecting PCBs in automation systems
• Can be used in electronic and electrical devices
• Effective in mechanical engineering for signal integrity
• Ideal for use in custom electronic projects requiring through-hole configurations

What is the significance of the socket's right-angle design?

The right-angle design allows for efficient use of space on the PCB, ensuring that components do not protrude excessively, which is essential in compact electronic devices.

How does the gold plating influence the performance of this socket?

Gold plating enhances the conductivity of the contacts, reduces electrical resistance, and provides protection against corrosion, ensuring long-term reliability in various environments.

What type of mounting method does this socket use?

This socket utilises a through-hole mounting method, which provides strong mechanical support and is ideal for high-density PCB layouts.

What current and voltage ratings can be safely handled?

It can safely handle a current rating of 1A and a voltage rating of up to 1000V, making it suitable for a range of applications that require high voltage connections.

How does the socket contribute to signal integrity in complex circuits?

The design and construction materials of the socket minimise signal loss and maintain integrity, which is crucial in applications where precision and performance are paramount.