GMA.3B.090.DS

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Circular Connectors - Accessories have become widely used in many electronic and industrial applications. GMA.3B.090.DS is one of them, which has specific features and applications for certain tasks. This article explains its application field and working principle.

Application Field

GMA.3B.090.DS is a circular connector that is specifically designed for automotive application. This connector meets or exceeds the design requirements of international standards such as SAE J533 and IEC 60947-7-1. It has a compact size and a modular design that enables it to fit into very tight spaces. Due to its robust construction, this connector is highly resistant to environmental hazards such as vibrations, shock and moisture. This connector is suitable for use in engines, brakes, and other automotive devices.

Working Principle

GMA.3B.090.DS is designed to provide high-reliability electrical and mechanical connections for various automotive device components. It is designed using a spring-cage terminal technology, which provides a robust and reliable connection when mated. The spring-cage construction provides superior vibration and shock resistance, which ensures a reliable and secure electrical connection. The connector is further designed to provide high-frequency screening, which ensures accurate and reliable data transmission during operation.

The connector is further designed to be water-proof, which helps protect internal components from environmental hazards. In addition, the connector is designed with a shuttering system, which helps prevent unintentional disconnection of the male and female parts. The shuttering system consists of a spring-loaded plunger and an upper skirt, which ensures that the male and female parts stay firmly engaged during operation.

Conclusion

GMA.3B.090.DS circular connector is designed specifically for automotive application. It is designed with a spring-cage terminal technology, which maximizes electrical and mechanical performance. In addition, the connector is designed to provide superior environmental protection and protection from unintentional disconnects, making it an ideal choice for use in harsh environmental conditions. By understanding the application field and working principle of this connector, users can make the best choice when selecting their connector for their application.

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