SF1621-60049-1S

Coaxial Connectors (RF)

SF1621-60049-1S is a right-angled RF coaxial connector, and it belongs in the SMA group of RF connectors. It is a type of connector used for radio frequency signals and is available in many varieties. Each type of coaxial connector has a specific impedance matched to the corresponding type of RF signal, and SF1621-60049-1S is designed for 50 ohm impedance. The SMA connector has a push-on design with a threaded joint, enabling a fast and easy connection.

Application Field

SF1621-60049-1S is designed for use in a variety of applications, such as radio communication, medical imaging, broadcast electronics, and more. Its threaded design makes the connector great for communicating high-frequency signals, as it provides excellent electrical and mechanical performance, while remaining easy to install and maintain. The connector is also well suited for use in test and measurement devices, as it provides great durability and protection against external environmental changes.

This connector is also ideal for use in high-power RF applications, such as those found in wireless communications, cell phone towers, satellite systems, aeronautics, and more. By using SF1621-60049-1S, engineers can design dependable RF systems with a reliable connection. This connector is also great for military applications, as it meets and exceeds the usually stringent military requirements for high-performance systems.

Working Principle

SF1621-60049-1S is a screw-on RF coaxial connector that works on the principal of radiating energy. This connector consists of two part: The inner conductor is a center pin and the outer conductor is a dielectric or insulating sleeve. The center pin connects to the signal line, while the dielectric sleeve helps protect the conductors against external environmental changes and against interference from other radio signals.

The connection is made when the SMA connector is connected to the corresponding RF signal line. The center pin makes contact with the line, and the dielectric sleeve helps reduce the electromagnetic interference. An insulation sleeve is placed between the connection and the outside environment to further reduce the risk of interference. By providing a protected and dependable connection, this connector is well suited for use in a wide variety of RF applications.