5225699-1

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Coaxial connectors (also known as RF connectors) are a type of electrical connectors commonly used in radio frequency (RF) applications. They are designed to carry signals with a wide frequency range, from low-frequency signals in audio applications to high-frequency signals in microwave applications.

The 5225699-1 coaxial connector is a general-purpose RF connector usually used in telecommunications and computer networks. It is a male connector with a threaded body and an inner conductor. The inner conductor has a diameter of 8 mm and is a straight pin, which means that it transmits signals from its tip rather than along its length. The body of the connector is made of durable plastic, providing excellent durability and corrosion resistance. The outer conductor consists of a metal sleeve, which provides shielding against electromagnetic interference (EMI).

The 5225699-1 connector is used in a variety of applications, including cellular base stations, radio broadcast antennas, video surveillance systems, and microwave links. It is used mainly for transmission of low-power signals, as it is not designed for the high power levels needed for broadcasting or transmitting over long distances.

In terms of its working principle, the 5225699-1 connector works by establishing an electrical connection between two devices using a threaded body and an inner conductor. The threaded body securely holds the connector in place, while the inner conductor carries the signal from one device to the other. The outer conductor provides additional shielding against external electromagnetic fields and interference. The threaded body also helps maintain the connection and prevent it from becoming loose or losing its signal.

Overall, the 5225699-1 connector is a cost-effective, reliable, and widely-used coaxial connector for low-power RF applications. It provides a stable, secure connection and is designed for long-term use in a variety of RF and telecommunications applications. Its threaded body and shielded design ensure that the transmitted signal remains clean and is not subject to electromagnetic interference or degradation.

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