In this paper, we present the characteristics of circular polarization of an elliptical microstrip patch fed by a coaxial probe through the method of moments in conjunction with the reaction integration method. After obtaining the general Green's function, the input impedance was calculated by super
Full-wave analysis of the broadband circular polarization microstrip patch antenna
β Scribed by A. Azrar; R. Aksas; A. Vander Vorst
- Publisher
- John Wiley and Sons
- Year
- 2000
- Tongue
- English
- Weight
- 125 KB
- Volume
- 24
- Category
- Article
- ISSN
- 0895-2477
No coin nor oath required. For personal study only.
β¦ Synopsis
of 3 = 3 elements was fabricated and tested. The stability of the quasi-optical amplifier array was demonstrated. The gain of the active array is higher than the gain of passive array by approximately the gain of a simple amplifier. Using the measurement data, the EIRP and effective power were determined to be 29 and 14 dBm, respectively. Due to the placement of the active array in far field of the TxrRx module, only 0.02 of the transmitted power was intercepted by the array. This figure can be increased by using lens or other focusing elements in the path of the transmit and receive rays.
π SIMILAR VOLUMES
Galerkin's method in the Hankel transform domain is used for determining the resonant frequencies of the dominant e¨en and odd modes of broadside-coupled circular microstrip resonators in con¨entional, suspended, and in¨erted configurations. Some of the computed resonant frequencies are compared wit
A theoretical approach and numerical simulation of a microstrip array for dual linear polarization are presented. The radiating element consists of two electromagnetic coupled patches fed by two microstrips that allow us to radiate two orthogonal polarized fields. The ( ) theoretical method is based
We present results of a recent investigation into a wide-band and high gain ( ) patch microstrip antenna using the finite-difference time-domain FDTD method. The substrate-superstrate resonance technique was used to increase the antenna element gain. An aperture-coupled rectangular patch microstrip
A rigorous analysis of printed circuits and antennas requires a great computational e!ort, due to the necessity of an accurate modelling of large metallic structures, including radiating patches and feeding lines. The computational e!ort increases if we have to deal with radiation phenomena in larg