Figure 8 Nonlinear transmittance of the step-like structure in comparison with the linear one calculated for different values of 0 the characteristic frequency of the first and second fibers The nonlinear transmittance of a step-like structure with a linear characteristic frequency V of the first f
Investigation of microstrip reflectarray using a photonic bandgap structure
β Scribed by K. M. Shum; Q. Xue; C. H. Chan; K. M. Luk
- Publisher
- John Wiley and Sons
- Year
- 2000
- Tongue
- English
- Weight
- 172 KB
- Volume
- 28
- Category
- Article
- ISSN
- 0895-2477
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π SIMILAR VOLUMES
We propose a simple and fast fiber grating model for the analysis and synthesis of 1-D photonic bandgap structures consisting of circles etched in the ground plane of microstrip lines. The relationship between the parameters of the photonic bandgap structure and those for an equi¨alent fiber Bragg g
When the center frequency of a microwa¨e pulse is tuned ( ) across the spectral range of a photonic bandgap PBG structure implemented in microstrip technology, the group delay introduced ¨aries widely from high ¨alues to strikingly small ¨alues that gi¨e rise to superluminal propagation effects. In
Using the single-layer reduction SLR formulation, the slow wa¨e on a multilayer microstrip is analyzed. New results on a suspended, shielded, and dielectric-co¨ered slow-wa¨e microstrip line are presented. The accuracy of the model has been tested against the ( ) spectral-domain analysis SDA and the