1410232-3

Backplane connectors are generally used for connecting printed circuit boards (PCBs) that are stacked together in a backplane. Backplanes provide mechanical support for the boards and electrical connections among them. Specialized backplane connectors are often used to prevent signal/data losses. The 1410232-3 Backplane Connector is one such specialized device.

Application Field

The 1410232-3 Backplane Connector is mainly used in industrial applications that require reliable high-speed signal transmission. It is designed to support applications with data speeds up to 16.00Gbps (16 Gigabits per second). This includes mobile communications, data transmission and processing, industrial computing, and hardware and software development.

Additionally, 1410232-3 backplane connectors can also be used in high-end networking applications such as switches and routers. The high-speed transmission rate and robust electrical performance makes it suitable for high-end networking devices.

Working Principle

1410232-3 backplane connectors use a high-speed transmission rate to connect multiple printed circuit boards together. The connector features a four-row contact design with each contact pair consisting of a female and a male contact. This ensures reliable contact connection and optimal electrical performance.

The connector also features a latch contact that ensures secure mechanical retention and positive latching. This ensures connection integrity and prevents signal loss, even during high-vibration operations. Furthermore, the connector\'s low-profile design also helps to reduce the overall system gap when secured together.

The 1410232-3 Backplane Connector also features gold-plated contacts which provide superior durability, reliability, and electrical performance. The gold plating also provides protection against corrosion, ensuring dependable performance in even the harshest environments.

The 1410232-3 Backplane Connector is a highly reliable and cost-effective solution for high-speed signal transmission. Its robust performance, reliable connection, and low-profile design make it an ideal choice for industrial, high-end networking, and mobile communication applications.