The TE Connectivity AMPMODU Series PCB Socket, model 2314846-8, is a compact, high-reliability connector engineered for precision board-to-board interconnections. Its 8-contact dual-row configuration with a tight 2.00 mm centerline allows for significant space savings on printed circuit boards when compared to conventional 2.54 mm solutions.
This socket features a robust straight, surface-mount form factor, ensuring efficient and consistent alignment during high-throughput automated assembly processes. The solder terminals provide secure and lasting electrical and mechanical connections, reducing the risk of intermittent contact over the product’s operational life.
Constructed with a liquid crystal polymer housing, the connector offers suitable resistance to heat and chemicals encountered during typical reflow soldering cycles. The contacts are fabricated from bronze and finished with both nickel and tin plating, providing excellent current-carrying capacity (up to 12 A) and resistance to corrosion for prolonged service.
The AMPMODU socket is designed with dual-beam female contacts for reliable engagement, and can be used in both vertical and horizontal mount-ups as required by the system architecture. Dual-entry design simplifies the mating process with headers, while the reduced 2 mm pitch allows for high-density component placement and extended circuit functionality.
This socket operates reliably across a wide temperature range from -65°C to 125°C, making it suitable for industrial, instrumentation, automation, and control system applications. Its halogen-free, environmentally conscious design supports compliance with modern regulatory requirements.
The 2314846-8 is ideal for use in PLCs, servo drive controllers, industrial controls, instrumentation, building automation, material handling, and test equipment, wherever compact, durable, and electrically secure PCB Socket connections are essential.
For more PCB connector and wire-housing components, explore the Electronics & Electricals category on EnvMart.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent