3-221149-6

Introduction

The 3-221149-6 coaxial connectors with RF contacts serve as an interconnection between two or more coaxial cables, providing low-loss transmission characteristics for radio frequency (RF) signals. Designed with a threaded interface, they provide reliable connections with higher durability for any temperature, exposure level, and application. Thanks to these features, 3-221149-6 connectors are particularly useful in the application of RF and microwave communications. This article reviews the 3-221149-6 coaxial connectors in detail, including its application field and working principle.

Application Field

The 3-221149-6 coaxial connectors are suitable for a broad range of industries, including mobile communication and medical device manufacturing. For high-reliability systems, 3-221149-6 connectors may also be used as they offer a reliable form of connection between components. 3-221149-6 connectors are capable of providing low-loss transmission characteristics even in demanding environments, and are widely used in applications such as test instrumentation, avionics, satellites and radar systems. 3-221149-6 coaxial connectors are also found in base stations as antennas are connected for radio communication. Because they are hermetically sealed, they are suitable for use with instruments or circuits operating in hazardous atmospheres or any other environment where moisture can be a problem.

Working Principle

The 3-221149-6 coaxial connectors utilizes four main components: an outer insulation sheath, a center conductor, a dielectric insulator, and a threaded interface. The outer insulation sheath is used to prevent unintentional electrical contact between the connector and other components. The center conductor is typically made of copper or copper alloy materials, and transmits the radio frequency signals. The dielectric insulator is usually made of polyethylene to provide insulation between the center conductor and the outer sheath. The threaded interface is used to ensure the electrical connection is established securely and prevents unintentional detachment of the connectors. The threads are designed to create sufficient contact pressure when they are tightened, ensuring a low-loss transmission of the radio frequencies.

Conclusion

The 3-221149-6 coaxial connectors enable reliable and low-loss transmission of radio frequencies. Its components and threaded interface make the connector suitable for many applications, from mobile communication and medical device manufacturing to avionics, satellites and radar systems. Thanks to its reliable connection, the 3-221149-6 coaxial connectors can be used in high-reliability systems.