0169AT62A0010E

RF Antennas

An RF Antenna is an integral part of an electronic system, providing the means between the electrical current flowing through the circuit and the far field electromagnetic waves, which then provide the means of communication out into space. 0169AT62A0010E is a type of RF antenna, and it has certain applications and principles of operation.

Applications

The 0169AT62A0010E RF antenna is a directional antenna typically used for very long distance point-to-point communication. It is made up of a folded dipole made of two "v" shaped reflectors, a dipole radiator, and a driven element. This type of antenna is usually used in satellite communication, WiMAX communication systems, and some high frequency Global Positioning System (GPS) applications.

This type of antenna is often used in applications where a wide frequency range and very long distance communication is needed. The 0169AT62A0010E specifically has a frequency range of 450 MHz to 6 GHz and a directional beam width of 30 degrees. It also provides a gain of up to 10 dB in the correct applications.

Working Principle

The working principle of the 0169AT62A0010E is very simple. This type of antenna is made up of a dipole radiator element and a driven element. The dipole radiator is the part of the antenna that radiates the electromagnetic waves into space. The driven element is the part of the antenna that is connected to the RF signal. This signal is then amplified by the antenna and the energy is then radiated out in the form of an electromagnetic wave.

This type of antenna also has a folded dipole, which provides two "v" shaped reflectors on either side of the antenna. These reflectors help to focus the energy into the correct direction, thereby increasing the antenna gain. The two "v" shaped reflectors are angled in such a way that they reflect the energy off one another and into the correct direction.

The 0169AT62A0010E antenna is a good choice for applications that require long distance point-to-point communication and/or a wide frequency range. It is also relatively easy to set up and use, making it a popular choice for many applications.