S25015PT39NM

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RF antennas are types of antennas that are designed for use at frequencies ranging from 300 MHz to 100 GHz. The frequencies of RF antennas are divided into four main areas, namely FM, UHF, SHF and EHF. The S25015PT39NM is a type of RF antenna that falls into the UHF frequency range. This article will discuss the application field and the working principle of the S25015PT39NM.

S25015PT39NM Application Field

The S25015PT39NM is primarily used for wireless communication applications. It is specifically designed for use in UHF frequency range applications that require high gain. The antenna has a 3.0 dBi gain, which allows it to maintain good reception even in areas with poor signal strengths. Additionally, this antenna is also suitable for use in radar and satellite communications because of its ability to both transmit and receive signals.

The physical dimensions of the S25015PT39 NM are 12.4 inches in height and 4.3 inches in width. This allows it to be mounted in a variety of locations such as on rooftops, walls, and filter boards. Further, the antenna can be easily installed due to its innovative installation system that features a snap-action locking system. This feature allows it to be quickly and securely mounted to any application.

S25015PT39NM Working Principle

The S25015PT39NM uses an ultra-wide band log periodic antenna type design in order to achieve its excellent performance in the UHF frequency range. This type of antenna has a broad band of frequencies that are enhanced by the use of multiple elements, or "fins", in its design. The fins, or elements, are made of conductive material that is shaped like a "V" and is connected to the receiving end of the antenna. This design allows the antenna to receive signals with greater fidelity over a wide range of frequencies.

The S25015PT39NM also utilizes a directional reception pattern in order to maximize its signal strength. It is designed to receive signals in a wide 180° arc with a focus towards its main lobe. This directional nature makes the antenna very effective in that it is able to focus only on signals that are necessary, thus reducing noise and other clutter signals. The directional reception pattern also allows the antenna to effectively receive signals from multiple directions.

Conclusion

The S25015PT39NM is a UHF frequency range antenna that is designed for wireless communication applications. It has a 3.0 dBi gain, which allows it to maintain good reception even in areas with poor signal strengths. Additionally, this antenna also has an ultra-wide band log periodic antenna type design that is enhanced by its directional reception pattern. This makes the antenna effective for use in radar and satellite communications, as well as other applications that require high gain but low power consumption. With its innovative installation system, the S25015PT39NM is a great option for any type of application in the UHF frequency range.

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