Wireless communications, radiolocation, medical and navigation systems are just a few areas where microwave technology is rapidly advancing and where new materials, process techniques and device designs are demanded. At microwave frequencies, full-wave electromagnetic field phenomena strongly affect the propagation of signals, so that comprehensive simulation modeling becomes a necessary tool for new design evaluation. This book presents full-wave analysis of resonance phenomena in basic microwave devices, i.e. capacitors, microstrip antennas and resonators performed by using the Finite-Difference Time-Domain (FDTD) method, one of the most versatile computational techniques presently available. The key simulation results are verified experimentally. This study should provide deeper physical insight into the operation of passive microwave components through numerous details describing resonance fields in time and frequency domains; help to understand problems related to incorporation high permittivity dielectrics in the designs; and should be especially useful to microwave component designers, researchers, university instructors, students, and anyone who uses FDTD simulation method.
Analysis of Microwave Resonance Structures by Using the FDTD Method
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Wireless communications, radiolocation, medical and navigation systems are just a few areas where microwave technology is rapidly advancing and where new materials, process techniques and device designs are demanded. At microwave frequencies, full-wave electromagnetic field phenomena strongly affect the propagation of signals, so that comprehensive simulation modeling becomes a necessary tool for new design evaluation. This book presents full-wave analysis of resonance phenomena in basic microwave devices, i.e. capacitors, microstrip antennas and resonators performed by using the Finite-Difference Time-Domain (FDTD) method, one of the most versatile computational techniques presently available. The key simulation results are verified experimentally. This study should provide deeper physical insight into the operation of passive microwave components through numerous details describing resonance fields in time and frequency domains; help to understand problems related to incorporation high permittivity dielectrics in the designs; and should be especially useful to microwave component designers, researchers, university instructors, students, and anyone who uses FDTD simulation method.
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