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課程資訊
適用對象
課程特色
詳細內容
師資介紹
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課程資訊
開課日期
2025-06-19
學習時程
09:00-12:00
上課時間
週四
上課時段
上午
適用對象
．本課程由經濟部產業發展署「半導體國際連結創新賦能計畫」指導辦理，參訓對象為從事 IC 設計、IC 製造、IC 封裝測試等相關領域的企業人員。
．每家企業最多可報名4名人員。
．主辦單位保留參訓資格審核及最終錄取的權利。
課程特色
High-Speed SI and PI Design and Analysis in AI High-Bandwidth Applications（實體課）
In recent years, due to the compactness of high-speed digital systems, the layout space on printed circuit boards (PCBs) has become increasingly constrained. As a result, the spacing between PCB traces has narrowed significantly, leading to severe interference between signal lines. Furthermore, as the speed of digital signals increases, these interferences become even more critical. The main sources of such interference include crosstalk between traces, common-mode noise in differential transmission lines, and via-induced noise in multilayer PCBs. The following sections discuss the generation and mitigation methods for each type of noise.
In recent years, due to the compactness of high-speed digital systems, the layout space on printed circuit boards (PCBs) has become increasingly constrained. As a result, the spacing between PCB traces has narrowed significantly, leading to severe interference between signal lines. Furthermore, as the speed of digital signals increases, these interferences become even more critical. The main sources of such interference include crosstalk between traces, common-mode noise in differential transmission lines, and via-induced noise in multilayer PCBs. The following sections discuss the generation and mitigation methods for each type of noise.
詳細內容
1. Generation and Mitigation of Crosstalk
1-1. Causes of Crosstalk
1-2. Crosstalk Coupling Models
1-3. Methods to Eliminate Crosstalk:
．Impedance matching design
．High-speed signal routing guidelines
．Guard traces
．Ground vias and decoupling capacitors
2. Generation and Mitigation of Common-Mode Noise in Differential Transmission Lines
2-1. Causes of Common-Mode Noise in Differential Pairs
2-2. Differential Transmission Line Models
2-3. Methods to Eliminate Common-Mode Noise:
．Capacitive compensation
．Inductive compensation
．Balanced structures
3. Generation and Mitigation of PCB Via Noise
3-1. Causes of Via Noise in PCBs
3-2. Basic PCB Structure
3-3. Via Impedance Matching and Signal Integrity Analysis
3-4. Near-End and Far-End Crosstalk Noise
3-5. Generation and Mitigation of Signal Loss
1-1. Causes of Crosstalk
1-2. Crosstalk Coupling Models
1-3. Methods to Eliminate Crosstalk:
．Impedance matching design
．High-speed signal routing guidelines
．Guard traces
．Ground vias and decoupling capacitors
2. Generation and Mitigation of Common-Mode Noise in Differential Transmission Lines
2-1. Causes of Common-Mode Noise in Differential Pairs
2-2. Differential Transmission Line Models
2-3. Methods to Eliminate Common-Mode Noise:
．Capacitive compensation
．Inductive compensation
．Balanced structures
3. Generation and Mitigation of PCB Via Noise
3-1. Causes of Via Noise in PCBs
3-2. Basic PCB Structure
3-3. Via Impedance Matching and Signal Integrity Analysis
3-4. Near-End and Far-End Crosstalk Noise
3-5. Generation and Mitigation of Signal Loss
師資介紹
■主講人
王蒼容／臺灣科大教授
【學歷】博士／國立台灣大學電信工程所
【經歷】臺灣科技大學 教授
【專長】電路傳輸互連、訊號完整性、電磁干擾、電磁封裝與微波元件
王蒼容／臺灣科大教授
【學歷】博士／國立台灣大學電信工程所
【經歷】臺灣科技大學 教授
【專長】電路傳輸互連、訊號完整性、電磁干擾、電磁封裝與微波元件
■指導單位：經濟部產業發展署
■承辦單位：財團法人資訊工業策進會
■執行單位：三建資訊有限公司
■地點：新竹清華大學台達館423室（實體課）
■語言：中文
■承辦單位：財團法人資訊工業策進會
■執行單位：三建資訊有限公司
■地點：新竹清華大學台達館423室（實體課）
■語言：中文
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