33-3400-10-10-0200

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RF Antennas are widely used in many applications in the modern world. Specifically, this article will discuss the 33-3400-10-10-0200 application field and its working principle.

An RF antenna or radio frequency antenna is an electrical device used to transmit and receive electromagnetic signals over a wide range of frequencies. It is an essential component for any radio system as it converts the electrical signals into electromagnetic waves to be broadcast or transmitted over the air.

The 33-3400-10-10-0200 application field is a specific variant of RF antenna. This type of antenna is designed for short range communication applications, particularly those requiring high performance operation at UHF frequencies. It is used in many applications including shipboard, aircraft, and wireless communication networks.

The 33-3400-10-10-0200 antenna works on the principle of resonant frequencies. Resonant frequencies are the frequencies that an antenna will naturally be most efficient at, thus creating the greatest level of power transmission or reception. This antenna is designed to operate at very specific UHF frequencies, thus establishing the resonant frequency at which it is most efficient.

The main characteristics of the 33-3400-10-10-0200 antenna are its high directivity, low VSWR, broadband performance, and high efficiency. The antenna is constructed using coaxial components and has an armored construction to enhance its physical integrity. Internally, the antenna is constructed using a helix/dipole combination, which gives it excellent performance in terms of directivity, bandwidth, and efficiency.

The 33-3400-10-10-0200 is often used in applications such as short range communication and as an omni-directional antenna. It is also usable for receiving signals from up to 1000 feet away under optimal conditions. The antenna operates on a variety of frequencies between 300 MHz and 900 MHz and is effective in various power ranges depending on the application.

In summary, the 33-3400-10-10-0200 is a variant of RF antenna designed for use in short-range communication applications. It operates on a range of frequencies between 300 MHz and 900 MHz and has excellent performance characteristics. It is constructed using a helix/dipole combination and is designed to maintain high levels of directionality, bandwidth, and efficiency.

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