ANWF-10HRA

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In this article, the ANWF-10HRA application field and its working principle will be discussed. ANWF-10HRA is an omni-directional, circularly polarized, high-gain, RF antenna. It was developed by China’s Antenna Network Communication Corporation for use in wireless and satellite applications. The antenna can be used in base station, TRF, body, UAV, vehicle, and handheld communication systems, as well as other field applications.

The ANWF-10HRA is a circularly polarized antenna, meaning it is designed to radiate RF signals in both horizontal and vertical directions. The antenna features a unique stacked element design, which increases gain while maintaining good low-frequency response and minimal controlled-frequency interference. The antenna also features a low physical profile, with a diameter of only 10 inches and a height of 4.6 inches, allowing it to be mounted in areas with limited space.

The working principle of the ANWF-10HRA is based on the principle of electromagnetic induction. The antenna is essentially a tunable resonator that is not only able to radiate signals, but is also able to receive them as well. The antenna comprises a series of stacked elements that are tuned one after the other to form an “active” resonator. When the antenna is connected to an RF signal source, the incoming RF energy is converted to electrical energy, which is then converted to magnetic energy, and radiated in the form of an electromagnetic wave. This allows the antenna to radiate RF signals in a wide area while maintaining good efficiency.

The ANWF-10HRA is a versatile and efficient RF antenna that is capable of supporting a wide range of applications, from communication systems to satellite applications. The antenna is highly efficient in its transmission and reception of signals, with minimal interference or distortion, making it an ideal choice for many wireless and satellite applications. In addition, the antenna is small and lightweight, making it well suited for both indoor and outdoor applications. Thus, it is a reliable and effective choice for a variety of applications.

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