@article{article_116694, title={EXPLICIT FORMULAS for the CONSTRUCTION of SOME CLASSES of LOSSLESS TWO-VARIABLE LADDER NETWORKS USING LUMPED and DISTRIBUTED ELEMENTs by SCATTERING APPROACH}, journal={IU-Journal of Electrical & Electronics Engineering}, volume={1}, pages={49–63}, year={2011}, author={Sertba, Ahmet}, abstract={<div>In this paper, by using two-variable network functions, the explicit characterizations </div> <div>of lossless ladder networks with lumped and distributed elements are aimed. The explicit </div> <div>two-variable descriptions of some special classes of lossless ladders networks of low-pass, </div> <div>high-pass, band-pass and band-reject types are presented. The explicit formulas define the </div> <div>mixed elements networks under consideration are obtained up to a certain complexity. At </div> <div>the end of this study, the application of the proposed method in the design of two-stage </div> <div>microwave FET amplifier is illustrated with an example. </div> <div>  </div> <div>ÖZ </div> <div>Bu çalýþmada, kayýpsýz, iki-kapýlý devrelerin iki-deðiþkenli saçýlma fonksiyonlarý </div> <div>yardýmýyla oluþturulmasý problemi ele alýnmýþtýr. Bu amaçla, sýnýrlý bazý karma, toplu ve </div> <div>daðýlmýþ elemanlý iki-kapýlý devre topolojileri incelenerek, ele alýnan devreyi tanýmlayan </div> <div>saçýlma parametrelerine iliþkin açýk formüller türetilmiþtir. Bu makalede, elde edilen açýk </div> <div>formüller, 11.7-12.2 GHz band aralýðýnda, MGF2124 mikrodalga tranzistorlerini içeren çift </div> <div>katlý mikrodalga kuvvetlendirici tasarýmýna uygulanmýþtýr. </div> <div>Keywords: Two-variable functions, scattering parameters, ladder networks, explicit formulas. </div>}, number={1}, publisher={İstanbul University-Cerrahpasa}