臺灣博碩士論文加值系統

在本文中提出一種可以應用於類比濾波器之效能檢測平台，此一效能檢測平台在驗證信號輸入至待測元件(Device Under Test, DUT)後，透過微控制器(Microcontroller Unit, MCU)與周邊電路進行待測元件效能之參數運算，藉此評估待測元件之效能是否符合規格。為了評估所提出平台之效能，我們設計了具有巴特沃斯(Butterworth)頻率響應特性的類比濾波器作為待測元件，我們可以利用所提出之平台對於類比濾波器的待測元件進行模擬與實驗以驗證類比濾波器的成效。

In this paper, a performance evaluation platform which can be applied to the analog filter is proposed. The test signal in applied to the device under test (DUT), and then the performance evaluation platform use microcontroller unit (MCU) and peripheral circuitry to calculate the specifications of the DUT. For verifying the effectiveness of the proposed platform, an analog filter with Butterworth response was designed as the DUT. By observing simulations and experiments, we can evaluate the performance of the DUT by the proposed platform, and achieve a certain evaluation accuracy.

摘要
ABSTRACT
誌謝
目錄
圖目錄
表目錄
Chapter 1. 緒論
1.1前言
1.2論文架構
Chapter 2. 微控制器概論
2.1 微控制器系統介紹
2.2 硬體開發環境
2.2.1 Linkit 7697開發板
2.2.2 LinkIt 7688開發板
2.2.3 Arduino Uno開發板
2.2.4 Raspberry Pi 3B+開發板
2.2.5開發板之選擇原則
Chapter 3. 類比濾波器概論
3.1類比訊號介紹
3.2類比濾波器介紹
3.3類比濾波器類型介紹
3.4濾波器響應函數
3.4.1巴特渥斯(Butterworth)濾波器
3.4.2切比雪夫(Chebyshev)濾波器
3.4.3橢圓(Elliptic)濾波器
3.4.4貝塞爾(Bessel)濾波器
3.5類比濾波器電路介紹
3.5.1一階主動式低通濾波器電路
3.5.2一階主動式高通濾波器電路
3.5.3二階主動式低通濾波器電路
3.5.4二階主動式高通濾波器電路
Chapter 4. 類比濾波器可測試性技術
4.1 類比濾波器可測試技術探討
4.1.1低通濾波器效能評估技術
4.1.2高通濾波器效能評估技術
4.2類比濾波器電路設計
4.2.1主動式低通濾波器電路
4.2.2高通主動式濾波器設計
Chapter 5. 類比濾波器效能檢測平台
5.1類比濾波器效能檢測平台設計
5.1.1 物聯網概念平台設計
5.1.2 峰值檢測器之探討
5.1.3 周邊電路平台操作之流程
5.1.4 物聯網平台設計
5.1.5 物聯網平台操作之流程
5.2量測結果
5.2.1類比低通濾波器量測-規格通過
5.2.2類比高通濾波器量測-規格通過
5.2.3類比高通濾波器量測-規格不通過
5.3效能檢測平台量測結果
5.3.1類比低通濾波器之效能檢測平台
5.3.2類比高通濾波器之效能檢測平台
Chapter 6. 結論與未來研究方向
6.1結論
6.2未來研究方向
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