Çok değişkenli genişbant uyumlama devrelerinin tasarımı: entegre bir tasarım aracı

Text in English ; Abstract: English and TurkishIncludes bibliographical references (leaves 104-105)x, 106 leavesOne of the major problems in high frequency applications is designing matching circuits. Real frequency design of broadband matching networks is a commonly preferred approach since experimental termination data is directly utilized. In this work, design of matching circuits with real frequency techniques was examined. In order to design mixed circuits with lumped and distributed components, an integrated design tool was implemented by combining parametric and scattering approaches. This new approach was implemented as a MATLAB based design tool. This tool was integrated with .NET and a standalone, redistributable, user friendly general purpose matching circuit design tool was created.Yüksek frekans uygulamalarında, uyumlama devresi tasarımı temel problemlerden bir tanesidir. Uyumlama devresi tasarımında kullanılan gerçek frekans teknikleri deneysel yük verisini doğrudan kullanabilmekte olup yaygın olarak tercih edilen bir yaklaşımdır. Bu çalışmada gerçek frekans yöntemleri ile uyumlama devresi tasarım yaklaşımları incelendi. Toplu ve dağılmış elemanlardan oluşan karma devrelerin tasarımı için empedans ve saçılım parametreli yaklaĢımları birleĢtirilerek entegre bir tasarım aracı geliĢtirildi. GeliĢtirilmiĢ olan yaklaĢım MATLAB tabanlı bir tasarım yazılımı halinde gerçeklendi. Yazılım. NET ile entegre edilerek, tek başına dağıtılabilecek ve çalıştırılabilecek genel amaçlı bir uyumlama devresi tasarım programı elde edildi.IntroductionBroadband Matching of Complex TerminationsMatching ProblemScattering Description of Lossless Two-PortsParametric Representation of Driving Point Impedance FunctionsReal Frequency Design of Matching NetworkParametric Real Frequency Design AlgorithmMatching ExamplesMultivariable Description of Mixed Lumped and Distributed Two-Port NetworksConstruction of Lumped-Distributed Two-PortsConstruction of Two-Variable Scattering FunctionsSolutions for Low Order Low-Pass Ladders with Unit Elements (LPLU)Real Frequency Design of Broadband AmplifiersAmplifier Design Problem as Active Device MatchingMultistage Amplifier Design via Parametric Real Frequency ApproachAmplifier Design AlgorithmMultivariable Broadband Matching ToolEngine of the ToolUser Interfaces of the ToolOverview of the Main Body of the ProgramMatching FormAmplifier FormMixed Matching FormMixed Amplifier WindowSynthesis of Lumped and Distributed NetworksIntegration of MATLAB with .NETApplicationsMatching ExamplesLumped Matching Network DesignDistributed Matching ExampleLumped Matching Example with Finite-ZerosLumped Matching Example with Zeros at DCMixed Matching Example with LPLU of Degree 5Amplifier Design ExamplesSingle-Stage Lumped Amplifier ExampleSingle Stage Distributed Amplifier ExampleSingle-Stage Mixed Amplifier Example with Lumped Frontend and Distributed Backend EqualizersSingle-Stage Mixed Amplifier Example with LPLUsMultistage Mixed Amplifier ExampleConclusio