課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Data converter fundamental |
1. Introduction
2. Ideal Data Converters
3. Nyquist-Rate and Oversampling Converters
4. Quantization Noise |
學習類比/數位轉換器、數位/類比轉換器的基礎 |
講授
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2 | Data converter fundamental |
1. Introduction
2. Ideal Data Converters
3. Nyquist-Rate and Oversampling Converters
4. Quantization Noise |
學習類比/數位轉換器、數位/類比轉換器的基礎 |
講授
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3 | Characterization of data converters |
1. Introduction
2. Static Performance
3. Dynamic Performance
4. Frequency Domain Measures |
學習ADC及DAC的特性參數的定義 |
講授
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作業
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4 | Characterization of data converters |
1. Introduction
2. Static Performance
3. Dynamic Performance
4. Frequency Domain Measures |
學習ADC及DAC的特性參數的定義 |
講授
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5 | Overview of Nyquist-rate DAC architectures |
1. Resistor String DAC
2. R-2R Ladder DAC
3. Current Steering DAC
4. Charge Scaling DAC
5. Cyclic DAC
6. Pipeline DAC |
學習不同的 Nyquist-rate DAC 架構及特性 |
講授
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6 | Overview of Nyquist-rate DAC architectures |
1. Resistor String DAC
2. R-2R Ladder DAC
3. Current Steering DAC
4. Charge Scaling DAC
5. Cyclic DAC
6. Pipeline DAC |
學習不同的 Nyquist-rate DAC 架構及特性 |
講授
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作業
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7 | Overview of Nyquist-rate ADC architectures |
1. Sample-and-Hold (S/H) Circuit
2. Flash ADC
3. Two-Step Flash ADC
4. Folding and Interpolating Converters
5. Pipeline ADC
6. Integrating ADC
7. Successive Approximation ADC |
學習不同的 Nyquist-rate ADC 架構及特性 |
講授
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8 | 期中考 |
Data Conveters |
經由期中考試驗收學習成果 |
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期中考
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9 | Overview of Nyquist-rate ADC architectures |
1. Sample-and-Hold (S/H) Circuit
2. Flash ADC
3. Two-Step Flash ADC
4. Folding and Interpolating Converters
5. Pipeline ADC
6. Integrating ADC
7. Successive Approximation ADC |
學習不同的 Nyquist-rate ADC 架構及特性 |
講授
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10 | Oversampling (noise-shaping) data converters |
1. Oversampling
2. first-Order Noise Shaping
3. Second-order noise shaping
4. higher-order noise shaping
5. Nonideal Effects
6. Bandpass Delta-Sigma Modulator |
學習超取樣資料轉換器原理及架構 |
講授
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11 | Oversampling (noise-shaping) data converters |
1. Oversampling
2. first-Order Noise Shaping
3. Second-order noise shaping
4. higher-order noise shaping
5. Nonideal Effects
6. Bandpass Delta-Sigma Modulator |
學習超取樣資料轉換器原理及架構 |
講授
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作業
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12 | Building blocks for data converters |
1. Digital Circuit Design: MOSFET Switches, Delay Elements and Adders
2. Analog Circuit Design: Biasing, comparators, and Opamps |
學習轉換器的基本電路設計 |
講授
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13 | Building blocks for data converters |
Noise and S/H Circuits
SC circuits |
學習電路的雜訊分析
學習取樣保持電路的設計及限制
學習切換開關電路的設計及應用 |
講授
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14 | Device Matching and Calibration & Mixed-Signal Layout Considerations |
1. Device Mismatch
2. Opamp Offset Cancellation Techniques
3. Capacitor Mismatch
4. Mixed-Signal IC Layout Example |
學習混合訊號積體電路設計及佈局技巧 |
演講
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作業
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15 | Physical designs & real chip verifications |
Example and comparison |
學習電路設計及測試 |
講授
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16 | 期末考 |
Buck Converters |
經由期末考驗收學習成果 |
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期末考
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