TANGO3/1M/FMEF/S/S/31

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An RF antenna is a type of antenna that is used to transmit and receive RF (radio frequency) signals. Generally, RF antennas are designed to act as nods in a communication network, linking different points along a line or an area. The TANGO3/1M/FMEF/S/S/31 is one such RF antenna, designed for a specific purpose. This article will discuss the application field and working principle of the TANGO3/1M/FMEF/S/S/31.

Application Field

The TANGO3/1M/FMEF/S/S/31 is a wideband RF antenna designed for receive and transmit operations in the VHF, UHF and L-bands. It is suitable for use in military, government, maritime and civil applications. It can be used as a replacement for existing antennas, as it is adaptable to all configurations. Its is also designed for use in harsh environments, making it ideal for deployments in remote areas or in difficult weather conditions.

The TANGO3/1M/FMEF/S/S/31 is a monopole antenna, which is typically mounted on a pole or wall. The antenna is capable of both horizontal and vertical polarization, with an adjustable waveguide design to accommodate a wide variety of frequencies. The antenna also features a patented lightning protection system, which ensures reliable operation in even the most extreme conditions.

The antenna is designed for use in several different types of applications. It can be used as a wireless access point (WAP) or as a base station for point-to-point communication, as well as for general mobile and broadcast applications. It can also be used as a repeater or for outdoor monitoring. Additionally, it can be used for remote telecommunications, such as satellite communications, as well as for radar applications.

Working Principle

A TANGO3/1M/FMEF/S/S/31 RF Antenna works by producing an electromagnetic field that propagates through the signal medium. The electric field component is perpendicular to the magnetic field component, and both are in phase with each other. This type of antenna is typically referred to as a "dipole antenna," because the orientation of the field is similar to a dipole. The electric and magnetic fields are both generated by the antenna\'s conductive elements.

The electric field component is responsible for creating an oscillation in the signal medium, while the magnetic field is responsible for the transfer of energy along the line of sight. This allows for communication between antennas in close proximity, as well as for propagation through open space and obstacles. The antenna is tuned to a specific frequency by adjusting the distance between the conductive elements. This enables the antenna to receive and transmit signals in the specified band of frequencies.

The TANGO3/1M/FMEF/S/S/31 RF Antenna features a directional gain, meaning that its strongest signal transmission is in a particular direction. This means that antennas placed in a specific alignment and orientation can maximize signal strength while minimizing interference from other sources. The antenna also has a wide signal bandwidth, enabling the transmission of more data than conventional antennas.

In conclusion, the TANGO3/1M/FMEF/S/S/31 RF Antenna is a wideband, monopole antenna that is designed for applications in the VHF, UHF, and L-Band frequency ranges. It features a patented lightning protection system and adjustable waveguide design, as well as directional gain and wide signal bandwidth capabilities. This makes the antenna ideal for a variety of applications, including wireless access points, point-to-point communication, broadcast, and repeater use.

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