- author = "Celal Yildiz and Hakan Kisioglu",
- title = "very simple and accurate Computer-Aided-Design (CAD) models developed by genetic programming for the quasistatic analysis of unshielded suspended and inverted microstrip lines",
- journal = "Istanbul University Journal of Electrical and Electronics Engineering",
- year = "2017",
- volume = "17",
- number = "2",
- pages = "3303--3309",
- month = "27 " # jul,
- keywords = "genetic algorithms, genetic programming, microwave transmission lines, CAD, HFSS, Characteristic impedance, Effective permittivity",
- ISSN = "1303-0914",
- language = "ENG",
- id = "259576",
-
URL = "
https://search.trdizin.gov.tr/en/yayin/detay/259576",
- broken = "https://pdf.trdizin.gov.tr/pdf/297a9a8b-ee35-4d0d-a07e-1aa456856a73",
- size = "7 pages",
- abstract = "Very simple computer-aided-design models are introduced to determine the characteristic parameters such as effective permittivities and characteristic impedances of unshielded suspended and inverted microstrip lines. Computer aided-design models are determined with the use of the genetic programming. The results of computer-aided-design models are compared with the results of quasi-static analysis, experimental works available in the literature and a commercial electromagnetic simulator. The comparison results clearly show that computer-aided-design models proposed in this work are in very good agreement with the simulation, theoretical and experimental results for the suspended and inverted microstrip lines. The design parameter ranges are 2 <= epsilon_r2 <= 20, 0.5 <= w/b <= 10, 0.1 <= a/b <= 1.5, and the respective characteristic impedances of unshielded suspended and inverted microstrip lines are 28 ohms <= Z0 <= 185 ohms, and 24 <= Z0 <= 159 ohms. our CAD models are good enough for the most practical cases.",
-
notes = "In English 2017_259576
Erciyes University, Turkey",
