D4S10A-400L5-C

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Coaxial connectors, also known as RF connectors, are used in many different applications where RF signals must be transmitted from one equipment to another electronically. The field of application and working principle of D4S10A-400L5-C coaxial connectors will be discussed in this article.

D4S10A-400L5-C coaxial connectors are generally used in communication technology applications. These include Wi-Fi networks, base stations, antenna interfaces, and other communication systems that require high-frequency signals. The D4S10A-400L5-C connectors are designed to provide reliable and consistent signal transmission in these applications due to their unique design. They feature a low signal loss, wider bandwidth, and enhanced shielding.

The working principle of the D4S10A-400L5-C coaxial connectors is very simple. They use a central metallic conductor surrounded by a plastic or dielectric material. This forms a dielectric cord in a coaxial form. This dielectric cord is then covered by a conductive material like copper or aluminium. This material helps to shield the signal from outside interference and keeps the signal strength high. The inner conductor is surrounded by the dielectric material and the outer conductor is encapsulated by the insulation material, which helps to further reduce signal loss.

The D4S10A-400L5-C coaxial connectors are also designed with a locking mechanism that increases its connectivity strength and electrical reliability. This locking mechanism prevents the electrical contacts from being disconnected accidentally. They also feature a wide frequency range from 2.4 GHz to 36 GHz. This frequency range is best suited for applications that require high-frequency signals like Wi-Fi networks.

The D4S10A-400L5-C coaxial connectors are also designed with an advanced impedance that ensures signal integrity and uniformity in all applications. The impedance of these connectors ranges from 50 to 144 Ohms, depending on the application. This allows for precise matching of electrical signals from one equipment to another.

In conclusion, the D4S10A-400L5-C coaxial connectors are ideal for communication technology applications such as Wi-Fi networks, base stations, and antenna interfaces. They are designed with a low signal loss, wider bandwidth, and enhanced shielding. The connectors are also designed with a special locking mechanism and an advanced impedance that ensures signal integrity and uniformity in all applications.

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