An enterprise wireless administrator is selecting appropriate antenna types for various deployment scenarios across a corporate campus. Match each wireless antenna type on the left with its primary operational characteristic and recommended deployment scenario on the right.
- Omnidirectional dipole antennaProvides a 360-degree radiation pattern in the horizontal plane, optimal for central ceiling mounting in open office environments.
- Patch directional antennaEmits RF energy forward in a broad directional hemispherical pattern, optimal for wall mounting along long corridors or high-ceiling warehouse aisles.
- Yagi directional antennaProvides moderate gain with a focused beamwidth, optimal for short-to-medium distance building-to-building outdoor wireless bridges.
- Parabolic dish antennaProvides extremely high gain with a tightly focused line-of-sight beamwidth, optimal for long-distance point-to-point outdoor connections.
Cevap
Omnidirectional dipole antenna matches 360-degree horizontal coverage for open office environments; Patch directional antenna matches broad directional hemispherical pattern for wall mounting along corridors; Yagi directional antenna matches moderate gain focused beamwidth for short-to-medium outdoor bridges; Parabolic dish antenna matches extremely high gain tight beamwidth for long-distance point-to-point links.
Each antenna type is accurately paired with its corresponding radiation pattern, beamwidth, gain characteristic, and recommended deployment application.
Adım Adım Çözüm
Anahtar Kavram
Wireless Antenna Types and RF Radiation Characteristics