DBMY5W5SA197

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D-Sub connectors (D-shaped connectors) are available in a variety of sizes, shapes, and styles, depending on the required signal transmission speed and the external environment. The DBMY5W5SA197 is an example of a specific type of D-Sub connector, classified under the heading of Housings. This type of connector is designed to provide a compact connection for up to five wires.

Overview

The DBMY5W5SA197 is a plastic double-row D-Sub connector with a latching mechanism and five contact points; the profile is 9mm height x 13.5mm width x 45.2mm length. The contact points, which accept a 4-40 UNC screw, have a maximum rated current of 1A and an operating temperature range of -25°C to +80°C. The DBMY5W5SA197 is designed for applications where there is a need for a secure, compact connection which requires only minimal wiring with a reliable interface.

Application Field

The DBMY5W5SA197 is commonly used to provide a secure connection for low-frequency signals in a variety of industries including military, automotive, medical, and industrial.

For applications in the military sector, the connector is often used in airborne equipment and in applications involving secure communication or data transmissions. In the automotive sector, the DBMY5W5SA197 is typically used for signals and connections in drivetrain and engine components. Medical-grade applications can range from diagnostic equipment to medical devices and monitoring systems.

In the industrial sector, the connector is used for internal wiring of production equipment and data-logging devices. Additionally, the DBMY5W5SA197 is frequently used in combination with sensors in robotics, communication systems, and measurement equipment.

Working Principle

The DBMY5W5SA197 functions by providing a secure electrical connection via the five contact points with a latching mechanism. The latching mechanism ensures that the signal transmission is reliable by securely locking the two halves of the connector, and the contact points are corrosion- and wear-resistant for reliable performance. Additionally, the connector provides mechanical strain relief against strong pull forces.

When two connectors are mated, the contacts bridge the contact points securely and form a single, electrically conductive path for the signals. The signals then travel through the connector and into the circuits, where they are processed and outputted via the appropriate medium.

Conclusion

The DBMY5W5SA197 is an example of a D-Sub connector, specifically designed for low-frequency applications. It provides a compact and reliable connection to five different wires, making it suitable for use in a variety of industries including military, automotive, medical, and industrial sectors. It is latching-mechanism, corrosion-resistant, and wear-resistant, offering the highest quality connection and signal transmission. As such, the DBMY5W5SA197 is an ideal choice for a range of low-frequency applications.

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