antennas and Wave module

Task 3 (50 Marks) Design Horn-Fed Cassegrain reflector antenna for operating frequency, gain, beam width, dish diameter and feed beamwidth working at an operating Centre frequency of 10 GHz, E-H plane 10 dB beam width = 49-degree, Aperture diameter (D)= 1 m, block ratio= 152 e-3 respectively by considering the following parameters Based on given specifications answer the given tasks. Your write-up MUST include the following: A. Introduction to the given antenna: Explain the antenna structure, working principle and its applications in 400 words. Support your answer with relevant diagram. (10 Marks) B. Design specification and analysis i. ii. Calculate the Radiation Pattern and Total Gain. (8 Marks) Increase or decrease the diameter and analyze the effect on the gain obtained for the given operating frequency. (5 Marks) Task 3 (50 Marks) Design Horn-Fed Cassegrain reflector antenna for operating frequency, gain, beam width, dish diameter and feed beamwidth working at an operating Centre frequency of 10 GHz, E-H plane 10 dB beam width = 49-degree, Aperture diameter (D)= 1 m, block ratio= 152 e-3 respectively by considering the following parameters Based on given specifications answer the given tasks. Your write-up MUST include the following: A. Introduction to the given antenna: Explain the antenna structure, working principle and its applications in 400 words. Support your answer with relevant diagram. (10 Marks) B. Design specification and analysis i. ii. Calculate the Radiation Pattern and Total Gain. (8 Marks) Increase or decrease the diameter and analyze the effect on the gain obtained for the given operating frequency