GD35-20P-NF

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RF antennas are systems designed to send and receive radio waves. They’re made of an array of conductors, such as metal rods or metal loops, connected to a transceiver, like a radio or a mobile phone, but can also be connected to antennas or receivers of other kinds. RF antennas have many uses, including in broadcasting, communication, data transmission, satellite communication, and cellular communication.

The GD35-20P-NF is a directional RF antenna with a power rating of up to 100 watts. It is designed for use in mobile applications and operates at a frequency of 2-5GHz. It has a gain of 10.5dBi and an impedance of 50 ohms. Its beamwidth is 55° in the horizontal plane and 65° in the vertical plane.

The main applications for GD35-20P-NF are in areas where high gain and directional beams are needed. Its beam pattern is designed to focus signals in a specific direction. This helps to reduce the possibility of interference with other signals. It is particularly useful in areas with high signal interference where it is necessary to maintain signal integrity.

The GD35-20P-NF is also suitable for use in medium range base station applications. It is used in microwave communication between fixed points within a defined area, or for providing signal coverage for a wide or irregularly shaped coverage area. The antenna\'s directivity lets it focus the transmit signal into the desired coverage area thereby providing better signal coverage in the desired area.

The GD35-20P-NF works using the principle of radiation. When an alternating current is applied to the antenna, a magnetic field is generated around the antenna that causes a perpendicular electric field. The electric field then oscillates in an outward direction, creating a wave. This wave then propagates through the atmosphere in a wave-like manner, carrying the signal along with it.

The GD35-20P-NF is a versatile antenna that offers many advantages. It is easy to install and can be used for a variety of mobile communication solutions. It can also be used in base station applications, making it a great solution for medium and long range communication. Its directional characteristics make it ideal for use in environments with high signal interference, ensuring that signals remain clear and unaltered.

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