Coaxial Connectors (RF)

EEP.0E.250.CLL Application Field and Working Principle

Coaxial-connector RF applications are now more common to provide connections between components of a radio system. Coaxial cables, connectors and adapters are widely used for data transmission, signal distribution, and multi-purpose broadcast applications. With the continuing advance of communication technology, coaxial connectors are increasingly used to create low-cost, yet durable, shielded physical connections between radio devices and their antennas in nearly every type of communication system. Armed with this knowledge, it’s possible to better understand the various areas where coaxial connectors are invaluable.

EEP.0E.250.CLL coaxial connector, with SMA female screw thread, is widely used in the field of GPS, Wi-Fi, cellular, laptops, modems, switches, satellite receivers, and others. UVIMC 2.4GHz Wi-Fi antenna, GPS antenna, and other RF signal connectors are also manufactured. This coaxial connector is equipped with a glare nut and has a length of 16mm and a cable diameter of 4.15mm. It is available with an RG-58 type of center conductor, and its electrically conductive parts are all made of high-quality brass or steel-plated gold. As a result, it can provide reliable transmission of radio frequency signals.

The working principle of EEP.0E.250.CLL is based on the principle of current return. As current flows down the cable, it generates a magnetic field, which is then captured by the connectors in the form of induced current. These currents are collected and passed back along the conductive material of the connector, creating a return path for the current. As the current flows through this return path, the magnetic field is directed back down the cable, creating a complete loop.

As the inductance and resistance of a coaxial cable are small, the total current that can be stored at the output of an antenna or other transmitting device is limited. This means that the current within a coaxial cable cannot exceed the inductance of the cable and as a result, the coaxial cable must be capable of storing a large amount of current. To achieve this high amount of current capacity, coaxial connectors are typically designed with larger diameters of conductive material, such as copper, brass, or steel, allowing them to store more current.

EEP.0E.250.CLL offers good capacitance and impedance to coaxial cable connected. This makes them extremely useful for ensuring that current is properly fed to all parts of the radio system. Additionally, they also allow for more efficient signal processing, as their large contact areas result in low-loss signal transmission.

Having discussed the application field and working principle of EEP.0E.250.CLL, it is clear that this type of coaxial connector is perfectly suited to many radio frequency systems. With its many advantages, such as its excellent electrical performance, high current capacity, high capacitance, and low impedance, EEP.0E.250.CLL is a great choice for anyone looking for a reliable and cost-effective coaxial connection system.