3
Views
0
CrossRef citations to date
0
Altmetric
Original Articles

Modern Design Techniques of Cassegrainian Antennas

(Member) &
Pages 489-498 | Received 12 Aug 1978, Published online: 11 Jul 2015

REFERENCES

  • Hannan (P W). Microwave Antennas Derived from the Cassegrain Telescope. IRE Trans. AP-9, 2; 1961; 140–153.
  • Potter (PD). A New Horn Antenna with Suppressed Sidelobes and Equal Beamwidths. Microwave Journal. 6, 6; 1963; 71–78.
  • Simmons (A J) and Kay (AF). The Scalar Feed-a High Performance Feed for Large Paraboloid Reflectors, Design and Construction of Large Steerable Aerials. HE Conf. Publ. 21, 1966; 213–217.
  • Zucker (H) and Ierley (W H). Computer-Aided Analysis of Cassegrain Antennas. BSTJ. 47. 6; 1968; 897–932.
  • Hogg (D Q) and Semplak (R A). An Experimental Study of Near-Field Cassegrain Antennas. BSTJ. 43. 6; 1964; 2677–2703.
  • Galindo (V). Design of Dual-Reflector Antennas with Arbitrary Phase and Amplitude Distributions. IEEE Trans. AP-12, 4; 1964; 403–408.
  • Williams (W F). High Efficiency Antenna Reflector. Microwave Journal. 8, 7; 1965; 79–82.
  • Wood (PJ). Reflector Profiles for the Pencil Beam Casse-grain Antenna. The Marconi Review. 35, 185; 1972; 121–138.
  • Bartlett (H E) and Moseley (R E). Dielguides—Highly Efficient Low-Noise Antenna Feeds. Microwave Journal. 9; 12; 1966; 53–58.
  • Clarricoats (P J B) and Salema (C E R C). Antenna Employing Conical Dielectric Horns, Part 1—Propagation and Radiation Characteristics of Dielectric Cones. Proc. IEEE. 120, 7; 1973a; 741–749.
  • Clarricoats (PJB) and Salema (CERC). Antenna Employing Conical Dielectric Horns. Proc. IEE. 120, 7; 1973b; 741–749.
  • Silver (S). Microwave Antenna Theory and Design. 1949. MIT Radiation Lab. Serivies. Vol 12. McGraw-Hill. New York. P 413–464.
  • Rusch (W V T) and Potter (PD). Analysis of Reflector Antennas. 1970. Academic Preess, Inc. New York-London Chapters III and IV, P 58–168.
  • Rusch (W V T). Scattering from a Hyperboloidal Reflector in a Cassegrainian Feed System. IEEE Trans. AP-11, 4; 1963; 414–421.
  • Love (A W). The Diagonal Horn Antenna. Microwave Journal. 5, Mar. 1962; 117–122.
  • Love (AW). Electromagnetic Horn Antennas. 1976. IEEE Press. New York. Part VI, 245–351.
  • Li (T) and Turrin (RH). Near-Zone Fields of a Conical Horn. IEEE Trans. AP-12, 6; 1964; 800–802.
  • Kinber (BY). On Two-Reflector Antennas. Radio Engrg. Electronic Phys. 7, 7; 1962; 914–921.
  • Green (K A) Modified Cassegrain Antenna for Arbitrary Aperture Illumination. IEEE Trans. AP-11, 5; 1963; 589–590.
  • Collins (G W). Shaping of Subreflectors in Cassegrainian Antennas for Maximum Aperture Efficiency. IEEE Trans AP-21, 3; 1973; 309–313.
  • Rusch (WVT). Phase Error and Associated Cross-Polarization Effects in Cassegranian Fed Microwave Antennas. IEEE Trans. AP-14, 3; 1966; 266–275.
  • Potter (P D). Application of Spherical-Wave Theory to Cassegrainian-Fed Paraboloids. IEEE Trans. AP-15, 6; 1967; 727–736.
  • Wood (PJ). Spherical Waves in Antenna Problems. Marconi Review. 34, 182, 1961a; 149–172.
  • Wood (PJ). Field Correlation Theorem with Application to Reflector Aerial Diffraction Problems. Electronics Letters: 11, 1970; 326–327.
  • Wood (P J). Field Correlation Theory of the Symmetrical Cassegrain Antenna. IEEE Trans. AP-19, 2; 1971b; 191–197.
  • Buchmeyer (S K). An Electrically-Small Cassegrain Antenna with Optically-Shaped Reflectors. IEEE Trans. AP-25, 3; 1977; 346–351.
  • Clarricoats (PJB) and Salema (CERC). Design of Dielectric Cone Feeds for Microwave Antennas. Proceedings of the 1971 European Microwave Conference, paper B5/4.
  • Clarricoats (PJB) and Salema (CERC). Influence of Launching Horn on Radiation Characteristics of a Dielectric-Cone Feed. Electron Lett. 8, 1972a; 200–202.
  • Salema (C E R C) and Clarricoats (P J B). Radiation Characteristics of Dielectric Cones. Electron Lett. 8, 1972b; 414–416.

Reprints and Corporate Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

To request a reprint or corporate permissions for this article, please click on the relevant link below:

Academic Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

Obtain permissions instantly via Rightslink by clicking on the button below:

If you are unable to obtain permissions via Rightslink, please complete and submit this Permissions form. For more information, please visit our Permissions help page.