50003-1140E

Backplane connectors are an essential part of almost all electronic projects, and the 50003-1140E is no exception. This specialized connector plays a critical role in ensuring the proper flow of power between different electrical components. In this article, we will explore the application field and working principle of the 50003-1140E backplane connector.

Backplane connectors are used to connect multiple electronic assemblies within a system. These connectors are designed to ensure that data and power can flow between the different circuit boards within the system without interference. The 50003-1140E connector is a specialized backplane connector designed for specialized applications. It is typically used to connect multiple boards in a system when a higher level of power is required.

The application field of the 50003-1140E connector includes automotive, industrial, medical, and aerospace systems. It is designed to be durable and reliable so that it can perform in harsh environments. For instance, the connector is rated for 1000 VDC and IP66, making it suitable for use in robust automotive and industrial applications. Additionally, the connector is certified to MIL-STD-1553, which makes it suited for aerospace and military uses.

In terms of working principle, the 50003-1140E utilizes a double-lock mechanism to ensure a secure connection between two circuits. It features a double contact edge which locks and releases with a single action. This ensures a tight connection between the two boards and eliminates the risk of accidental disconnection. Additionally, the connector’s contact pins are gold-plated for reliable contact and long-term reliability. This allows the connector to maintain a high level of performance in applications with a high degree of vibration.

The 50003-1140E backplane connector is designed for specialized applications where a higher level of power is required. Its application field includes automotive, industrial, medical, and aerospace systems. The connector utilizes a double-lock mechanism with a double-contact edge and gold-plated contact pins. This ensures a secure connection between two circuits and reliable performance in even the most demanding environments.