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Microstrip Technology by reducing volume and weight. The filters so designed must have a rejection of unwanted signals by more than 45 dB about 50MHz around cut of This book covers the aspects of miniaturization of the microwave band pass filter by designing the filter in various topologies suitable for airborne application using Microstrip transmission lines for 1GHz clock source. The project is to miniaturize L-Band Microstrip Band Pass Filter by using EESOF software (Frequency Domain Analysis) and GENESYS software as a tool. The Project shall be concluded with the comparison of the test…mehr

Produktbeschreibung
Microstrip Technology by reducing volume and weight. The filters so designed must have a rejection of unwanted signals by more than 45 dB about 50MHz around cut of This book covers the aspects of miniaturization of the microwave band pass filter by designing the filter in various topologies suitable for airborne application using Microstrip transmission lines for 1GHz clock source. The project is to miniaturize L-Band Microstrip Band Pass Filter by using EESOF software (Frequency Domain Analysis) and GENESYS software as a tool. The Project shall be concluded with the comparison of the test results viz. dimensions, insertion losses, and rejections so as to optimize the parameters suitable for development of a band pass filter for air borne applications.
Autorenporträt
K.Mohan Rao is an employee of AP TRANSCO, APSEB, Hyderabad. N.S.Murthy Sarma is a professor of BVC Engineering College,odalarevu, Andhra Pradesh of India. He is supervisor of Ph.D programmes of JNTUH, JNTUK. M.L.N.Acharyulu is a professor of BM College of Technology, Idore of Madhya Pradesh and a research scholar of N.S.Murthy Sarma.