MIKE3A/2.5M/SMAM/S/S/17

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RF antennas employ a wide range of radio frequency, from ultra-low frequency (ULF) up to very-high frequency (VHF) or even in higher frequency regions. The classifications vary from wavelength and frequency ranges, location or application usages to design or installation considerations.

The MIKE3A/2.5M/SMAM/S/S/17 is an RF antenna belonging to the Magmount category, designed for applications in the frequency range from 2.4 GHz up to 2.5 GHz. It is an ideal antenna for use in applications including wireless local loop (WLL) systems, high data rate digital systems, spread spectrum communications, radio link applications, and others.

This antenna has a variety of features that make it suitable for a variety of applications. First, the antenna is designed to provide a high gain in the frequency range from 2.4 GHz up to 2.5 GHz. The antenna is capable of providing horizontal and vertical polarization on VSWR and gain, and can provide a maximum gain of 8.5 dBi. For added safety, it is also UV protective and is housed in a water-resistant construction. In order to provide mobility, it can be installed on standard or modified magmounts that are designed to easily mount on any flat surface.

The MIKE3A/2.5M/SMAM/S/S/17 antenna also provides a wide range of electrical performance. The passive return loss is 9 dB and is matched to a 50Ω load. The VSWR is 1.35 maximum in its frequency band, and the front-to-back ratio is 20 dB. The antenna has a wide radiation pattern with a beamwidth around 60 degrees and omnidirectional with pattern symmetry and excellent gain stability over temperature. The antenna also has an integrated DC shorting circuit, allowing for a consistent performance throughout the operating environment.

The working principle of the MIKE3A/2.5M/SMAM/S/S/17 antenna is based on the use of electromagnetic radiation. The antenna consists of an array of metallic strips or elements that are arranged in a specific pattern. These elements are connected to the transmission line, and the connection is made in such a way that an electromagnetic field is generated. This generated field then radiates the signal in a certain direction. This direction can be altered by changing either the electrical or physical length of the antenna elements.

The radiation pattern of the MIKE3A/2.5M/SMAM/S/S/17 antenna is designed to provide a wide and extended coverage area at a relatively low cost. The antenna’s wide beamwidth and omnidirectional radiation pattern provide excellent coverage performance, while the integrated shorting circuit and UV protection ensure consistent performance and reliability in harsh operating conditions. The antenna is also designed to be mounted on any flat surface, making it an ideal choice for applications that require quick installation, portability, and low cost.

In summary, the MIKE3A/2.5M/SMAM/S/S/17 RF antenna is a great example of what an RF antenna can be. Its numerous features and wide range of applications make it a versatile and reliable choice for a variety of applications, and its wide beamwidth and omnidirectional radiation pattern make for a powerful antenna that can provide extended coverage at an affordable price.

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