The metallic cone-sphere-inserted conical horn as an alternative to the dielectric-loaded conical horn
Chin Yeng Tan, Krishnasamy T. Selvan
Abstract
Chin Yeng Tan, Krishnasamy T. Selvan
Abstract
In this work, the recently proposed metallic cone-sphere-inserted conical horn is proposed as an alternative to the hybrid mode dielectric-loaded horn. The proposal is verified by comparing the performance of the two designs in the Ku-band. The comparison leads to the observation that the horn with metallic cone-sphere insert, despite being smaller and simpler than the dielectric-loaded horn, comfortably outperforms the later.
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In this work, the recently proposed metallic cone-sphere-inserted conical horn is proposed as an alternative to the hybrid mode dielectric-loaded horn. The proposal is verified by comparing the performance of the two designs in the Ku-band. The comparison leads to the observation that the horn with metallic cone-sphere insert, despite being smaller and simpler than the dielectric-loaded horn, comfortably outperforms the later.
Key concepts: French horn, Conical surface, Horn antenna, Materials science, Dielectric, Insert (composites), Cone (formal languages), Optics