The cacity-model rolutwn of the input impedance of a slot-coupled cylindrical-circular microstrip patch antenna is presented. The theoretical results are compared with measurements, and the accuracy of the cavity-model analysis is discussed. Effects of the cylinder size and the coupling slot length
Input impedance and mutual coupling of probe-fed cylindrical-circular microstrip patch antennas
โ Scribed by Chih-Yu Huang; Kin-Lu Wong
- Publisher
- John Wiley and Sons
- Year
- 1996
- Tongue
- English
- Weight
- 441 KB
- Volume
- 11
- Category
- Article
- ISSN
- 0895-2477
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โฆ Synopsis
The input impedance and mutual coupling of cylindrical-circular microstrip patch antennas in the TM,, mode are experimentally studied. Measured results for the antennas on curued surfaces of different cylinder radii are presented, and the curvature effects on the input impedance and mutual coupling are analyzed. Theoretical formulation with the use of the generalized transmission-line model (GTLM) theory are also described, and the calculated results are shown for comparison with the measured data. 0 I996 John Wiley & Sons, Inc.
๐ SIMILAR VOLUMES
and the procedure is straightforward. This model is suitable for the thermal design of high-power HBTs and HBT largesignal models, which includes the self-heating effect.
## Measured input impedance and mutual coupling of cylindrical-rectangular microstrip antennas opemrerl in h e TMol mode are presented and discussed. Results for the antennas on curued surfaces of dqferent cylinder radii are giuen, and the cun~ature effects on the input impedance and mutual couplin
The subject of study is a conical wraparound short-circuited microstrip antenna operating in dual frequency range. Experimental radiation patterns of two modes, corresponding to symmetrically and asymmetrically excited cones, are compared with the calculated ones based on semiinfinite cone theory. T