Andere Kunden interessierten sich auch für
![Reducing Saturation Error Of PAL TV Using Inverse Matrix Generator]( "Reducing Saturation Error Of PAL TV Using Inverse Matrix Generator")
Reducing Saturation Error Of PAL TV Using Inverse Matrix Generator26,99 €![CMOS Switches Design for UWB and 60-GHz Applications]( "CMOS Switches Design for UWB and 60-GHz Applications")
CMOS Switches Design for UWB and 60-GHz Applications29,99 €![Planar beam-forming antenna array for 60-GHz broadband communication]( "Planar beam-forming antenna array for 60-GHz broadband communication")
Planar beam-forming antenna array for 60-GHz broadband communication44,99 €![Design of Nano-Scale SOI-MOSFETs for Low Power GHz Wireless Systems]( "Design of Nano-Scale SOI-MOSFETs for Low Power GHz Wireless Systems")
Design of Nano-Scale SOI-MOSFETs for Low Power GHz Wireless Systems50,99 €![Microstrip Patch Antenna]( "Microstrip Patch Antenna")
Microstrip Patch Antenna29,99 €![Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier]( "Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier")
Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier26,99 €![Design an Ultra Wideband Low Noise Amplifier for 6 GHz Applications]( "Design an Ultra Wideband Low Noise Amplifier for 6 GHz Applications")
Design an Ultra Wideband Low Noise Amplifier for 6 GHz Applications26,99 €
This book is concerned with the design, construction and testing of a 1.3GHz microstrip rectangular patch antenna. The patch antenna incorporated a feed-line on the PCB board. The first part of the design of the antenna involved the computation of the dimensions of the patch to achieve a fundamental frequency of 1.3GHz. The accuracy of the computed dimensions was confirmed on an Ansoft Designer simulation package by examining the return loss of the antenna at the resonant frequencies. The second part of the design of the antenna involved the computation of the performance of the antenna. A number of parameters were evaluated which included electric field, E and H planes, radiation pattern, radiation, conductance, directivity and efficiency. The use of approximate formulas, the MAPLE computer algebra package and the MATLAB package were used to evaluate the formulas for predicting the antenna parameters. Computations of the various performance parameters were confirmed on the Ansoft Designer simulator. The microstrip rectangular patch antenna was constructed in the laboratory and tested on a Network Analyzer. The responses showed good agreement with the Ansoft simulation results.