Arbitrary-Length Dipole. A communication system uses a dipole antenna for transmission. Calculate: (a) The maximum power density received 5 km away given the following: Io = 2 A, dipole length is d = 80 cm, wavelength is à = 1 m, propagation is in free space. (b) The radiated power of the antenna. (c) The radiation resistance of the antenna. (d) Maximum directivity of the antenna.
Arbitrary-Length Dipole. A communication system uses a dipole antenna for transmission. Calculate: (a) The maximum power density received 5 km away given the following: Io = 2 A, dipole length is d = 80 cm, wavelength is à = 1 m, propagation is in free space. (b) The radiated power of the antenna. (c) The radiation resistance of the antenna. (d) Maximum directivity of the antenna.
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![18.9 Arbitrary-Length Dipole. A communication system uses a dipole antenna for transmission. Calculate:
(a) The maximum power density received 5 km away given the following: Io = 2 A, dipole length is d = 80 cm,
wavelength is 1 = 1 m, propagation is in free space.
(b) The radiated power of the antenna.
(c) The radiation resistance of the antenna.
(d) Maximum directivity of the antenna.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faddc2b9c-3330-49ac-9ff7-45d8ef93abe9%2Fb3e727ed-773b-4aa0-b4bd-0231c037be80%2Fe5a29pb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:18.9 Arbitrary-Length Dipole. A communication system uses a dipole antenna for transmission. Calculate:
(a) The maximum power density received 5 km away given the following: Io = 2 A, dipole length is d = 80 cm,
wavelength is 1 = 1 m, propagation is in free space.
(b) The radiated power of the antenna.
(c) The radiation resistance of the antenna.
(d) Maximum directivity of the antenna.
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