2081203-7

Coaxial Connectors (RF) are one of the most commonly used connectors in the electronics industry, and their applications span many different industries. One type of coaxial connector commonly used in the electronics industry is the N-type connector, and its related type, the 2081203-7 connector. This article will discuss the application field and working principle of the 2081203-7 connector.

The 2081203-7 connector is a medium-sized RF connector, and it is often used in applications that require a reliable, low-cost connection, and its applications are far-reaching. It is commonly used in broadcast, CATV, antenna systems, base-station antennas, short-haul base stations, mobile antennas, and home entertainment systems. In all of these applications, the 2081203-7 connector provides an efficient way to transmit RF signals, with minimal loss.

The 2081203-7 connector is a 50-ohm, threaded, male connector. It is designed to work with cables with a 7/16-inch connector, and its threaded connection makes it reliable and easy to work with. The construction of a 2081203-7 connector is very simple, and consists of a plug, a threaded collar, and a jack. The plug is made of a brass material and has a thread pitch of 25.4mm. The connector also has two contact points: one for signal, and one for ground.

The working principle of the 2081203-7 connector is quite straightforward. When the two ends of the connector are mated, a close electrical connection is established between them. The electrical connection is established through the contact points on the plug and the jack, and the transmission of the RF signal is done through the threaded collar. The collar serves to transfer the electrical signal from the plug to the jack, ensuring an efficient transmission of the RF signal without any loss.

In summary, the 2081203-7 connector is a reliable, low-cost solution for many applications in the RF space. It is a 50-ohm, threaded, male connector, designed to work with 7/16-inch cables. Its working principle is quite straightforward, wherein a close electrical connection is established between the plug and the jack through the contact points on each side. This ensures an efficient transmission of RF signals, with minimal loss.