ANT-PCB3506-FL

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RF antennas are physical transducers, or robots, designed to transmit and receive electromagnetic radiation in the radio frequency range. ANT-PCB3506-FL antenna is designed for 5.8GHz application. Its low profile and miniature size make it suitable for cases where space is limited.

The ANT-PCB3506-FL antenna is a linear polarized dipole antenna that is designed for the 5.8GHz frequency range. It has a foam tuned antenna radiating element and it is designed with low profile and small size making it suitable for applications requiring miniaturization. The antenna is constructed with a dielectric radome and a printed circuit board (PCB) as the radiating element. The antenna has a wide -3 dB beamwidth and a gain of approximately 9 dBi. The antenna is designed to operate in linear vertical or linear horizontal polarization with an SMA type connector.

The ANT-PCB3506-FL antenna can be used in a variety of applications such as Wi-Fi, wireless communication, wireless Local Area Networks (WLAN), radio frequency identification (RFID) and microwave radiometry. The antenna is well suited for Radio Amateur (Ham) applications in the 5.8GHz frequency range, Telemetry applications, remote control systems, Wireless Video, and other Wireless Communication applications. The antenna is designed with a robust design and has a good operational temperature range.

The working principle behind the ANT-PCB3506-FL antenna is based on the radiation pattern produced by the dipole antenna element. The dipole antenna is a basic type of antenna and is often used as an omnidirectional antenna for communication applications. The dipole antenna consists of two linear shaped elements that are placed in an opposite direction from each other. The two elements are fed with equal amounts of current and produce a uniform radiation pattern in the E-plane and the H-plane. The dipole antenna produces a radiation pattern with the highest gain in the E-plane and the lowest in the H-plane. The ANT-PCB3506-FL antenna is designed to operate in linear polarization in either the E-plane or H-plane.

The antenna design utilizes the feed points of the dipole elements to achieve a high level of efficiency. The antenna has a foam tuned radiating element and a printed circuit board (PCB) material to further improve the antenna radiation efficiency and frequency response. The antenna elements are mounted on a dielectric radome which helps to reduce the effect of physical environment on the antenna performance. The antenna is then connected to a coaxial cable with a SMA type connector which is connected to the radio transceiver or antenna coupler.

The ANT-PCB3506-FL antenna is a versatile and reliable design that is capable of transmitting and receiving in the 5.8GHz frequency range. It has a wide -3 dB beamwidth, high gain and low profile design that make it ideal for a variety of applications. The foam tuned radiating element, robust design and low profile make it suitable for applications that require miniaturization and performance.

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