112289

Coaxial Connectors (RF)

Coaxial connectors (RF) are crucial components for fitting coaxial cables, which are widely used in many different areas such as communications, military and aerospace. The popular one is the “112289” RF connector, which is widely used in many applications. This article will discuss the application field and working principle of 112289 connectors.

Applications of 112289 Connectors

112289 connectors are widely used in various applications such as antenna systems, transportation, telecommunication, broadcast, private networks and consumer electronics. The connector can also be used for mating with radio receivers and transceivers. In addition, 112289 connectors are also often integrated into high-speed communication link for their high integration density. Furthermore, it is also used as cable termination in low loss transmission lines, allowing flexible connection of remote antennae to passive devices.

Working Principle of 112289 Connectors

The 112289 coaxial connector is a screw-type connection, which consists of two threaded pieces – an internal connector with three sections and an external connector with both male and female parts. In order to make a connection, an external threaded connector is screwed into an internal threaded connector. The inner conductor of the connector is made of high quality tempered stainless steel and its outer contact is made of brass. The center contact is protected by a PTFE sleeve that provides insulation between the center contact and the other contacts. The outer contact is designed to provide a high degree of connectivity to the conductive outer surface.

The contact areas of the internal and external connectors must be correctly aligned in order to ensure a reliable and durable connection. Additionally, the cables must be properly fitted into the connectors so that the connection is not loose. When the connector is not in use, the connection should be securely tightened with screws so that it does not come undone.

In conclusion, 112289 connectors are widely used in many fields due to their high-performance and long-term reliability. They provide superior electrical characteristics and are capable of handling high bandwidth data transmission. They are also robust and highly secure, making them ideal for many different applications.