ADT-2613-NM-BNM-02

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Coaxial connectors (RF) - adapters are essential components for connecting radio frequency devices and cabling systems. The ADT-2613-NM-BNM-02 is an adapter that is widely used in different applications due to its superior performance and reliability.

The ADT-2613-NM-BNM-02 is a two-piece adapter with a type-NM connector on one end and a type-BNM connector on the other. It is made of high-grade materials and offers superior signal transmission, along with low insertion loss and high return loss performance. It is also highly RF-shielded to ensure maximum noise immunity. The adapter features a wide operating temperature range and is highly resistant to wear and corrosion.

The adapter is commonly used in radio frequency applications such as cellular networks, Wi-Fi networks, aviation, medical, and military applications. It is suitable for both indoor and outdoor use, and its superior shielding makes it resistant to external electrostatic interference. Additionally, it is backward compatible with legacy type-B connectors, making it ideal for replacing existing connectors with minimal disruption. In terms of cost, the ADT-2613-NM-BNM-02 is affordable and is an excellent choice for providing reliable and secure connections.

The working principle of the ADT-2613-NM-BNM-02 is based on the production of electric current that is created by electromagnetic induction. This current is produced when a conductor moves within a magnetic field, such as when connecting two devices. The adapter has an internal conductor that carries the electrical current from one end to the other, ensuring that an uninterrupted signal is transmitted between two points. It also has an external RF-shielded material that prevents external interference from affecting the signal.

In conclusion, the ADT-2613-NM-BNM-02 is a widely used coaxial adapter that provides superior performance and dependability. Its wide temperature range, low insertion loss, and high return loss performance make it suitable for many applications. Additionally, its backward compatibility and affordability make it an excellent choice for providing secure and reliable connections. As such, it is an integral component for connecting radio frequency devices and cabling systems.

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