CASMA-UFL-1

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The CASMA-UFL-1 antenna is an RF antenna belonging to the CASMA family of antennas, specially designed with a unique U-shaped radiating element meant to support an outdoor directional application. It is ideal for applications such as microwave relay, base station, point to point link and digital video broadcasting. The antenna is simple to install, easy to use and is suitable for many types of mobile and fixed applications.

The CASMA-UFL-1 antenna features a gain of 10 dBic, which provides good gain and directivity in horizontal plane. This high directional gain makes it ideal for point to point applications such as microwave relays and digital video broadcasting. The antenna\'s 30-degree beamwidth ensures uniform coverage in azimuth plane, even in challenging mounting conditions. The antenna is designed with an efficiency of 99%, making it highly reliable in all its applications. The antenna also offers great flexibility in its design, as it can be used in both vertical and horizontal-polarized configurations.

The operating frequency range of the CASMA-UFL-1 antenna is from 7.5 to 12.5 GHz. It is designed for extreme environmental conditions including high wind speeds, heavy rain, and environmental conditions with temperatures ranging from -40°C to +50°C. This antenna can also be used in marine environments, as it is designed to be waterproof and has excellent mechanical strength.

The physical design of the CASMA-UFL-1 antenna is simple and robust. Its U-shaped radiating element is made of stainless steel and the entire antenna is then coated with protective plastic, making it highly resistant to corrosion. The antenna is also designed to be lightweight, making it easy to install in even the most difficult to access locations. The antenna also features an integrated mounting bracket, making installation even easier.

The working principle of the CASMA-UFL-1 antenna is based on the principle of patch antenna, which is popularly used in antennas of low cost and compact size. A patch antenna is composed of several patch elements that reflect and re-radiate the electromagnetic waves. When the radio frequency power is fed to the antennal, the radiating element of the antenna, the U-shaped radiating element, creates an electromagnetic field, which is then emitted, reflected and re-radiated from the reflector elements. This results in the production of an electromagnetic wave, which travels through the patch antenna and propagates in the form of a beam.

In conclusion, the CASMA-UFL-1 antenna is an RF antenna belonging to the CASMA family of antennas, specifically designed for outdoor directional applications such as microwave relay and digital video broadcasting. It is a reliable and efficient antenna, featuring high gain, directivity, and efficiency. The antenna is also simple to install and lightweight, making it suitable for many types of mobile and fixed applications. The working principle of the antenna is based on the popular patch antenna principle, which results in the production of an electromagnetic wave that propagates in the form of a beam.

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