854-22-014-20-001101

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Rectangular Connectors - Spring Loaded

Connector 854-22-014-20-001101 is a spring-loaded, low-current rectangular connector designed to provide a reliable electrical connection for a variety of data/analog signals in different machines. The connector comes in various sizes and features innovative design for a secure connection with minimal contact resistance.

Application Field

The 854-22-014-20-001101 spring-loaded connector is suitable for a wide variety of uses. It is often used for data/analog automotive or medical applications where low-current signal transmission is required. Other key application fields include but are not limited to power supply, ground loop isolation, industrial signal processing, and instrumentation.

Working Principle

The 854-22-014-20-001101 connector consists of two parts; the male and female contacts. The male contact consists of a stationary core and a coaxial tip, while the female contact is made up of a spring-loaded, stationary contacts. When the female contacts are mated to the male contacts, a strong spring pressure is created that ensures solid and secure connection with low contact resistance. Additionally, the core and tip design also creates a secure “gripping” action that guarantees reliable signal transmission.

Advantages

The 854-22-014-20-001101 connector is ideal for low-current signal transmission, thanks to its low contact resistance and strong spring pressure feature. It also offers a high current capacity at voltages up to 500VDC and temperature ranges up to 80°C. Furthermore, the connector is designed to ensure optimum shock and vibration resistance, and is IP qualified for additional protection. Finally, its easy application and quick release feature make it easier to work with.

Conclusion

The 854-22-014-20-001101 spring-loaded, low-current rectangular connector provides users with a reliable connection for a variety of data/analog signals in different machines. Owing to its innovative features and manufacturing process, the connector offers an excellent interface for secure signal transmission with minimal contact resistance. In addition, its high current capacity, shock/vibration resistance, and IP qualification make it appealing to many users in the industrial and medical fields.

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