ANT-TBARQB-SMA

VSWR:	2
Applications:	GSM
Height (Max):	0.118" (3.00mm)
Mounting Type:	Adhesive
Ingress Protection:	--
Termination:	Connector, SMA Male
Features:	--
Gain:	3dBi
Return Loss:	--
Series:	--
Number of Bands:	3
Antenna Type:	Flat Bar
Frequency Range:	824MHz ~ 960MHz, 1.71GHz ~ 1.99GHz, 1.9GHz ~ 2.2GHz
Frequency (Center/Band):	892MHz, 1.9GHz, 2.1GHz
Frequency Group:	Wide Band
Part Status:	Active
Packaging:	Bulk

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RF AntennasRadio-frequency (RF) antennas are indispensable components of modern technological communications and computing systems, allowing them to send and receive data in the form of radio-wave signals. Despite their ubiquity, numerous types of RF antennas also maintain specialized varying levels of performance in terms of bandwidth, directivity and gain versus other types of antennas. One such variant, known as the ANT-TBARQB-SMA Antenna, is particularly attractive due to its customizability and exceptional performance metrics, making it suitable for numerous wireless applications. This article will provide a detailed overview of the application field and working principle of the ANT-TBARQB-SMA antenna. The ANT-TBARQB-SMA antenna is a specifically designed omnidirectional antenna intended for wireless applications in the 2.4–2.5GHz frequency range. This antenna was designed as an upgrade to the previous models, offering increased gain and better e-plane beamwidth performances when compared to other similar antennas. The increased gain aspect is brought to the forefront by its unique construction which is developed via a ring-shaped patch antenna reflecting the surface to the top side of the antenna. The structure further consists of three easily adjustable parasitic elements which influence the antenna’s performance when changed and can be quickly configured to suit specific wireless communication demands.The special antenna figure is ideally suited for wireless applications in the ranges of 2.4–2.5GHz, and boasts impressive levels of performance for such a small antenna. Such performance features include a practical High gain of 4.26dBi, omnidirectional radiation pattern with maximum gain well within the total beamwidth of ±50 degrees and a minimum 10dB isolation between ports, allowing for robust signal integrity even with multiple antennas placed in close proximity. Alternately, the flexibility provided by the adjustable parasitic elements allows for custom adjustment to adapt to various application requirements, while the enclosed shielded enclosure ensures excellent thermal, electrical and EMI stability even in challenging usage scenarios.But how does the antenna actually work? Simply put, the main factor responsible for the antenna’s performance is its unique structure—a ring-shaped patch antenna attached to the surface of the main structure. This patch indicates the location of the antenna’s maximum gain and the three adjustable parasitic elements located on the sides of the antenna affect the performance of the antenna when changed. The adjustable elements are placed so that they interact with the incident radio-waves, resulting in the antenna providing an omnidirectional radiation pattern with a specified beamwidth.It should be noted that, as with all antennas, the specifications of the ANT-TBARQB-SMA antenna may be further adjusted to suit specific frequency band or gain requirements of an intended application. The convenient, adjustable design of this antenna also makes it possible for the gain and gain patterns to be manipulated to yield superior performance in a variety of communication systems, further lending credence to the antenna’s accessibility and versatility.In conclusion, the ANT-TBARQB-SMA antenna is an effective solution for a variety of wireless applications, with its unique structure providing excellent gain and practical maximum beamwidths. The antenna additionally offers increased flexibility with its adjustable parasitic elements, and its robust construction ensures stability in even the most trying of environments. The ANT-TBARQB-SMA antenna is, therefore, an exemplary option for modern wireless communication systems offering unparalleled signal quality performance.

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