臺灣博碩士論文加值系統

本論文利用基本的線性零組件，來完成非線性元件的模擬，基本線性零組件，包含了電壓源、電阻、電容、電感、電壓控制電流源等。在程式上運用新的表式法，為了利於辦識、學習、調整，我們將非線性元件的內部參數，顯示在主程式上。本研究含蓋非線性元件的直流分析以及交流分析，包括RC串聯電路、二極體電路、電晶體電路、差動放大器電路，以及RLC並聯電路，將其模擬結果與PSpice比較。最後我們介紹交流電路模擬器的開發，並如何將直流與交流分析整合為一體。

In this thesis, we develop a circuit simulator for nonlinear circuit simulation by using basic linear components. The basic linear components include voltage source, resistor, capacitor, inductor and voltage-control current source. The nonlinear circuit component is substituted by linear circuit component. We move the circuit parameters of non linear device from a function to the main program in order to make our program more readable. The nonlinear circuits include diode, BJT and Differential-amplifier pair. We also compare our simulation results with PSpice. Finally, we develop an AC circuit simulator and integrate AC simulator and DC simulator for fast simulation.

中文摘要 I
ABSTRACT II
目錄 III
圖表索引 IV
第一章 簡介 1
第二章 線性零件組與牛頓-拉夫森法之關系 3
2.1 線性零組件與牛頓-拉夫森法之運算關系 3
2.2 外顯式二極體元件之線性零組件架構 8
2.3 外顯式電晶體之線性零組件架構 11
第三章 非線性元件與線性零組件之直流分析 17
3.1 外顯式二極體串聯電阻之暫態響應 17
3.2 外顯式電晶體元件直流分析 19
3.3 差動放大器直流分析 22
3.4 線性零組件應用之整合 23
3.4.1 利用線性零組件取代電容元件及電壓元件 23
3.4.2 利用線性零組件取代電感元件之應用 28
第四章 非線性元件直流與交流模擬之整合 34
4.1 RC低通濾波器交流分析 34
4.2二極體直流與交流分析之整合 38
4.3差動放大器直流與交流分析之整合 42
第五章 結論 46
參考文獻 47

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