Autor/Autorin: Rathod Anil
Mr. Anil Kesoo Rathod, Assistant Professor, B.E. (E & TC), M.E.(E & TC),E&TC Department, Sanjay Ghodawat Group of Institutions, Atigre, Kolhapur.
In this book, simulation of different Antenna shapes such as Rectangular, E-shape, Psi-shape Micro-strip Antenna (MSA) is shown by studying various Micro-strip configuration & Mathematical design using High Frequency Structure Simulator (HFSS) software. The performance of single layer Rectangular MSA has been measured for different dielectric substrate materials. For FR-4 epoxy material cost is low where as improve in Bandwidth is achieved. Simulation is done for conventional single Layer and Multi-layer Rectangular, E-shape, Psi-shape. It is observed that Multi-layer shapes has improved behavior over conventional single Layer MSA in terms of parameters like Return Loss Bandwidth, Gain, VSWR, Directivity and Radiation Pattern.
Über den Autor
Sr. Anil K. Rathod, B.E (E&TC), M.E (E&TC), PhD (Pursuing) & Trabalhando como Professor Assistente, Departamento de E&TC, Grupo de Instituições Sanjay Ghodawat, Atigre, Kolhapur-Sangli Highway Tal- Hatkangale Dist- Kolhapur Pin-416118.
Klappentext
In this book, simulation of different Antenna shapes such as Rectangular, E-shape, Psi-shape Micro-strip Antenna (MSA) is shown by studying various Micro-strip configuration & Mathematical design using High Frequency Structure Simulator (HFSS) software. The performance of single layer Rectangular MSA has been measured for different dielectric substrate materials. For FR-4 epoxy material cost is low where as improve in Bandwidth is achieved. Simulation is done for conventional single Layer and Multi-layer Rectangular, E-shape, Psi-shape. It is observed that Multi-layer shapes has improved behavior over conventional single Layer MSA in terms of parameters like Return Loss Bandwidth, Gain, VSWR, Directivity and Radiation Pattern.
