are used to check the accuracy of the measurement technique. A good agreement between the measured dielectric constant and the reported one is observed. The results show that the dielectric constant of the material can be measured using the waveguide cavities with a good accuracy. REFERENCES 1. L.P.
Dual-frequency microstrip antenna with embedded reactive loading
β Scribed by Hua-Ming Chen
- Publisher
- John Wiley and Sons
- Year
- 1999
- Tongue
- English
- Weight
- 146 KB
- Volume
- 23
- Category
- Article
- ISSN
- 0895-2477
No coin nor oath required. For personal study only.
β¦ Synopsis
NoΒ¨el dual-frequency operation of a single-feed rectangular microstrip antenna with an embedded reactiΒ¨e loading is presented. The reactiΒ¨e loading is proΒ¨ided by a structure of two cascaded microstrip-line sections embedded within a rectangular slot cut in the patch. By selecting suitable dimensions of the microstrip-line sections and the rectangular slot, the proposed antenna can perform dual-frequency operation, with a low frequency ratio of about 1.04α1.15 between the two operating frequencies.
π SIMILAR VOLUMES
A design of broadband circular microstrip antenna with embedded reactiΒ¨e loading directly matched to a 50 β microstrip feed line is presented. This design is achieΒ¨ed owing to the integrated reactiΒ¨e loading, a T-shaped microstrip-line section embedded in a nearly rectangular slot cut near the patch
A new design of a slot-loaded rectangular microstrip antenna for single-feed dual-frequency operation is proposed and experimentally studied. The slots loaded in the patch are a pair of bent slots centered in the patch and oriented along the resonant direction, with the spacing between the two slots
## Figure 10 Transmittance of x-component from anisotropic plate with and without grid as a function of frequency frequency. However, the parasitic component with the grid becomes much bigger when the frequency shifts far away from the center frequency. ## V. CONCLUSIONS The anisotropic FDTD fo