225550-1

Coaxial Connectors (RF)

Coaxial Connectors and Cables are commonly used in an RF link, which refer to the use of a combination of coaxial connectors and cables that transmit radio waves signals between two points due to the impedance match (low loss) it provides. In particular, this type of cable is generally used for high frequencies or in applications that require high power transmission. The shape of the cables and connectors used for these applications is generally in the form of a cylindrical conduit, which is manufactured in a variety of diameters and jacket materials.

As for 225550-1 application field and working principle, this type of coaxial cable system is widely used in a variety of applications, ranging from telecommunications, antennae, satellite and cable TV to RF communications and radio programs. It consists of various parts that help ensure its effectiveness when transmitting electromagnetic signals. The basic components include a signal conductor, insulation dielectric, a shield conductor and an insulating outer jacket. The outer jacket is a fluoropolymer that helps to protect the core components from moisture and other environmental impacts.

In terms of understanding its working principle, the outer jacket of the cable serves as a shield conductor that confines the signals within the cable by reflecting most of the incident signal energy. The shield conductor also helps to contain even the smallest interference that may exist in nearby wires or any other kind of unauthorized signal radiation. Moreover, the insulation dielectric helps to reduce its capacitance and maintains its impedance (characteristic impedance).

In conclusion, it can be said that the 225550-1 application field and working principle mainly refers to the use of the coaxial cable in a RF link. This type of cable helps to ensure that the signal being transmitted is accurate and of high-quality while providing low loss impedance match. The components of the cable provide complement each other in order to ensure its effective performance even with minimal signal interference.