學會數位邏輯電路的正確使用方法、電路的測量技術，掌握數位系統的基本設計方法使學生能建立基本的數位電路系統的設計概念（知識）掌握數位元電路物理模型和數學模型的建立和使用方法，學會邏輯系統設計技術和測試驗證方法。（技能）能具備電子業從業人員之專業態度（態度）能瞭解電子業之市場及其發展情形（其他）。學習基礎邏輯電路設計，認識布林代數。瞭解加法器、乘法器、多功器及編﹧解碼器特性與邏輯電路設計。介紹同步序列邏輯電路，包括正反器、暫存器、計數器、記憶體以及可程式邏輯陣列之特性與應用。

Learn the correct use of digital logic circuits, circuit measurement technology, and master the basic design methods of digital systems so that students can establish basic design concepts (knowledge) of digital circuit systems. Master the establishment and use of physical and mathematical models of digital circuits, and learn logic system design technology and testing and verification methods. (Skills) Be able to have the professional attitude of those working in the electronics industry (Attitude) Be able to understand the market and development of the electronics industry (Others). Learn basic logic circuit design and understand Bollinger algebra. Understand the characteristics and logic circuit design of adders, multipliers, multiplexers, codecs and decoders. Introduces the characteristics and applications of synchronous sequential logic circuits, including flip-flops, registers, counters, memories, and programmable logic arrays.

學習基礎邏輯電路設計，認識布林代數。瞭解加法器、乘法器、多功器及編﹧解碼器特性與邏輯電路設計。介紹同步序列邏輯電路，包括正反器、暫存器、計數器、記憶體以及可程式邏輯陣列之特性與應用。

Learn basic logic circuit design and understand Bollinger algebra. Understand the characteristics and logic circuit design of adders, multipliers, multiplexers, codecs and decoders. Introduces the characteristics and applications of synchronous sequential logic circuits, including flip-flops, registers, counters, memories, and programmable logic arrays.

自編講義

Self-compiled handouts