413588-9 Connectors, Interconnects

Coaxial connectors (RF) are primarily used for the transmission of high frequency signals including power. The 413588-9 is a common type of coaxial connector used in a variety of applications.

General Plug Characteristics

The 413588-9 utilizes a threaded coupling mechanism and is typically used in applications which are rated to 50 Ohms. This connector can withstand a certain level of vibration and shock and it is protected from electromagnetic interference due to its shielded design. It has an easy, quick installation and removal process making it highly popular in a range of applications.

Application Field

The 413588-9 has a wide variety of applications including broadcast, wireless communications, base stations, industrial, and marine radio. It is often found in medical and aerospace applications. It is used to join coaxial cables in any frequency range up to 11GHz. The connector can be used in both indoor and outdoor environments.

Working Principle

The working principle of the 413588-9 is relatively straightforward. It utilizes a locking ring to secure the cable in place. This mechanism allows the connector to remain firmly connected even if exposed to vibrations and shocks. When the plug is connected, the locking ring is tightened to secure the cable in place. The threaded mechanism provides a reliable connection and provides sufficient strain relief for the cable.

The 413588-9 utilizes a 50 Ohm impedance match. This provides the appropriate impedance for the signal transmission which is necessary to ensure reliable transmission and reduced errors. Additionally, the connector shields the signal from external interference and helps to reduce reflected signals from the transmission line.

Conclusion

The 413588-9 coaxial connector is widely used in a variety of applications. It utilizes a threaded coupling mechanism and is rated to 50 Ohms. It is used for transmission of high frequency signals including power. The connector offers a reliable connection, provides adequate strain reliefs and is protected from electromagnetic interference. It is used in medical, broadcast, wireless communications, base stations, industrial, and marine radio applications.