臺灣博碩士論文加值系統

本論文是主要開發兩套模板式模擬器,第一個是模擬器叫做是模板式暫態電路模擬器,我們簡稱它為TR_CKT,它是包含許多基本的電路元件,所以使用者可以用這些電路元件來做電路相關應用。第二個模擬器是模板式暫態元件模擬器,我們簡稱它為TR_DEV2D,它的主要原理是用Poisson's方程式和電子電洞連續方程式去組成等效電路,所以它可以用來模擬二維半導體元件和混階之應用。我們對這兩套模擬器開發了輸入語法,使用者可以把想要模擬的電路應用,二維元件,或混階元件和電路應用寫在輸入檔去做模擬。

In this thesis, we develop two template simulators. First simulator is the template transient circuit simulator (TR_CKT). It includes many circuit elements. The user can use TR_CKT for circuit application. Second simulator is the template transient device simulator (TR_DEV2D). The principle of the TR_DEV2D is to formulate Poisson’s and continuity equations into the equivalent-circuit model. It can be used to simulate the semiconductor device and mixed-level application. We have developed the format of input files for the two simulators. The user can follow the input files for circuit simulation, 2D device simulation, and the mixed-level device and circuit simulation.

1. Introduction....1
2. Development of Template Transient Circuit Simulator..........3
2.1 Introduction to TR_CKT........3
2.2 TR_CKT statement format........ 4
2.3 MOSFET I-V comparison between the packaged and the unpackaged versions..........6
2.4 MOSFET C-V comparison between the packaged and the unpackaged versions...........8
2.5 Circuit applications.............13
3. Development of Template Transient Device Simulator.........................23
3.1 Introduction to TR_DEV2D............23
3.2 2-D equivalent circuit model for TR_DEV2D....24
3.3 TR_DEV2D statement format............27
3.4 Comparison between the packaged and the unpackaged versions...........28
3.5 2D device applications............31
3.6 Mixed-level applications...........36
4. Conclusion..........................40
List of reference....................41

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