Return Loss:	-10dB
Applications:	ISM
Height (Max):	9.449" (240.00mm)
Mounting Type:	Connector Mount
Ingress Protection:	IP65
Termination:	Connector, SMA Male
Features:	--
Power - Max:	2W
Gain:	2.8dBi
Series:	Meteor
VSWR:	2
Number of Bands:	1
Antenna Type:	Whip, Straight
Frequency Range:	--
Frequency (Center/Band):	868MHz
Frequency Group:	UHF (300 MHz ~ 1 GHz)
Part Status:	Active
Packaging:	Bulk

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Introduction

RF antennas are commonly used for the transmission and reception of radio waves. There are several types of antennas available, with one of the most common being the FW.86.B.SMA.M antenna. This type of antenna has a number of advantages over other types of antennas, including its size, robustness and cost. In this article, we will discuss the application field and working principle of the FW.86.B.SMA.M antenna.

Application Field of the FW.86.B.SMA.M Antenna

The FW.86.B.SMA.M antenna is a small, robust antenna that is capable of transmitting and receiving RF signals at a wide range of frequencies. This type of antenna is often used for broadcasting applications, such as television, radio and satellite communications. It is also used for Wi-Fi, cellular and other wireless communication systems.The FW.86.B.SMA.M antenna is also commonly used in industrial automation and sensing applications. This type of antenna is capable of operating at a range of frequencies and is typically mounted on the top or side of machinery, where it can provide a robust connection for wireless communication.

The Working Principle of the FW.86.B.SMA.M Antenna

The FW.86.B.SMA.M antenna employs a dipole antenna design, which consists of two identical conductive elements that are positioned a fraction of a wavelength apart. This type of antenna design is highly efficient and is capable of transmitting and receiving in both the vertical and horizontal polarization.The dipole elements of the FW.86.B.SMA.M antenna are usually constructed from rigid conductive material, such as copper or aluminum. The elements are connected to a transmission line or feed point, which usually consists of a coaxial cable or a pair of wires. The position of the antenna elements will affect the overall radiation pattern of the antenna, and the ratio of the two elements can be varied to optimize the antenna\'s performance.

Conclusion

The FW.86.B.SMA.M antenna is a highly efficient and reliable antenna design that is capable of transmitting and receiving at a wide range of frequencies. It is commonly used for broadcasting and industrial automation applications, and its dipole antenna design is highly efficient and versatile. We have explored the application field and working principle of the FW.86.B.SMA.M antenna in this article, and have provided an overview of its advantages and design.

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