EXCN824/1850SM

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RF antennas provide frequency coverage in a range of frequencies and provide a wide range of performance characteristics. EXCN824/1850SM is a RF antenna that is designed to support mobile communication applications. It provides excellent performance, optimum gain and wide bandwidth. This article will discuss the application field and working principle of the EXCN824/1850SM antenna.

Application Field of EXCN824/1850SM RF Antenna
This antenna is ideal for use in mobile communication applications such as radio base stations, two-way radios, mobile phones, pagers and satellite communication systems. It is suitable for applications that require wide bandwidth, high gain, and operating frequency ranges from 824 - 1850 MHz. This antenna provides excellent performance in these applications and is suitable for indoor and outdoor applications.

EXCN824/1850SM RF Antenna Working Principle
The EXCN824/1850SM antenna consists of a radiating element, a mast, a reflector, a balun and a feed. The radiating element consists of a dipole that is mounted on the mast. The dipole radiates a signal that is reflected by the reflector to form an omnidirectional radiation pattern. The balun is used to match the impedance of the antenna and the feed line. The feed line is used to connect the antenna to the receiver or transmitter.

The working principle of the EXCN824/1850SM antenna is based on the principle of electromagnetic radiation. When a signal is applied to the feed line, it is then radiated by the antenna in the form of an electromagnetic wave. This wave propagates in a radial direction and is then reflected back to the antenna by the reflector. The reflected signal then interacts with the dipole and balun and is converted into a desired radio frequency signal.

Conclusion
The EXCN824/1850SM RF antenna is designed for mobile communication applications and provides excellent performance with wide bandwidth and high gain. It has a radiating element, a mast, a reflector, a balun and a feed. It works on the principle of electromagnetic radiation and is capable of producing an omnidirectional radiation pattern. This antenna is ideal for use in applications such as radio base stations, two-way radios, mobile phones, pagers and satellite communication systems.

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