1. Enhance radiation efficiency: The conical horn antenna can improve the radiation efficiency and effectively radiate electromagnetic wave energy into space. Its gradually enlarging cross-section enables lower radiation losses and radiation beam conversion.
2. Wide-angle radiation: The conical horn antenna can achieve wide-angle radiation, that is, the electromagnetic wave energy is spread out from the antenna at a larger angle. This is important for covering wide areas or enabling multi-directional communication.
3. Anti-interference: The conical horn antenna has a certain ability to suppress external interference signals. Its design makes it less sensitive to signals coming from the side or behind, thus reducing the impact of interference.
4. Broadband performance: Conical horn antennas usually have broadband performance, that is, they can maintain good radiation characteristics over a wide frequency range. This makes it suitable for a variety of frequency bands and communication standards.
5. Low standing wave ratio: Tapered horn antennas usually have a low standing wave ratio, that is, the impedance matching at the input end of the antenna is better. This helps maximize transmission power and reduce signal reflection losses.
6. Simple structure: The structure of the cone horn antenna is relatively simple, and the manufacturing and installation costs are low. In addition, it has good mechanical strength and durability.

