2029-16-9

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Coaxial connectors have become a common and reliable means of connecting one piece of electronic equipment to a transmission line, primarily for high-frequency signal transmission applications. They are used to transfer RF power safely and efficiently over long distances. The coaxial connector is most widely used in communications, computer, medical, aerospace, military, instrumentation, and other connectivity applications.

The coaxial connector is a device consisting of two parts, an inner conductor (Eco) and an outer conductor (Roc) which provides a radio-frequency seal. The inner conductor, usually made of insulated copper or aluminum, is securely mated within the outer conductor, which is usually a grounded metal tube or shield. The connector is designed to provide efficient electrical contact between the two transmission lines, in order to transfer the signal from transmitter to receiver without interference or distortion.

The advantage of the coaxial connector is that it can carry signals over long distances and is highly reliable. It is also able to tolerate high levels of noise, interference, and even power surges. It is suitable for use in applications ranging from television broadcasting to home internet, and is also ideal for use in radio and radar applications. In addition, the coaxial connector has the ability to reduce RF noise and signal interference.

There are various types of coaxial connectors available, each designed for different applications and transmission line. Common types of coaxial connectors include BNC, SMB, SMA, F-connectors, SMP, QMA, N-connectors, UHF connectors, MMF connectors, and many more. The type of connector chosen for the application depend on the frequency band, shielding requirements, mating accuracy, and connector size. Each type of coaxial connector has its own advantages and disadvantages, so it is important to choose the right one for the application.

Coaxial connectors are typically used in two forms: adapters and connectors. A connector is the physical end of the transmission line which physically connects the components while an adapter is the electrical components which connect the transmission line to the circuit. Adapters are used to ensure an efficient connection between the two parts and to minimize the interference and noise. Adapters may also be used to allow the connection of different types of connectors.

The working principle of a coaxial connector is quite simple – it prevents high frequency signal loss or distortion due to electrical contact. The inner conductor provides a path of low resistance, while the outer conductor creates an electric field that redirects the signal away from the connector so that it can reach its intended destination without any distortion.

In summary, the coaxial connectors are commonly used in electronic equipment to connect one piece of equipment to a transmission line, primarily for high-frequency signal transmission. They are used to transfer RF power safely and efficiently over long distances and come in various types, each designed for different applications. They may be used in the form of adapters or connectors and their working principle is to prevent high frequency signal loss or distortion due to electrical contact.

The specific data is subject to PDF, and the above content is for reference