圖書描述
Foreword
iLAB-Digital is the second volume and is similar to the first volume iLAB Analog for the purpose of using the Analog Discovery module. It is specifically written for electronic circuit design at the Technology-College Level. A total of 13 chapters at 3 hours per week is designed to fit a semester-duration course of study. The first through the sixth chapter cover the basic logic circuit design including Logic Gates, Adders, JKFFs, MUX/DEMUXs, Shift Registers and Counters. Chapter 7 through 11 cover Digital-to-Analog Conversion, Analog-to-Digital Conversion, Clocks, PLLs, Steppers, Drivers, Servos and Controls. Chapter 12 through 13 cover basic logic circuits for Altera and Xilinx platform FPGAs and their corresponding synthesis.
Each chapter contains:
1.Description of circuit configuration;
2.VHDL description of the circuit composition simulation;
3.Layout and implementation of circuit structure;
4.Using Analog Discovery to test and debug the circuit;
5.Chapter Exercises to reinforce newly learned content.
The time distribution for coursework success is namely:
1.For instructor lecture using chapter items 1 through 3 including answering student questions, 1 hour;
2.Post-lecture, students studying course material by following chapter item 2 for up to 1 hour;
3.Post lecture, students must repeat the examples given in chapter items 3 to 4 for up to 1 hour;
4.In addition to completing the end of chapter exercises, students must overcome the unsuccessful simulation and debugging of the circuit using the Analog Discovery module, which is estimated at between 4 to 8 hours.
Required equipment and tools:
1.Software: VHDL simulation test software may be downloaded from the Altera/Quartus website. If using Xilinx FPGAs for synthesis, the software may be downloaded from the Xilinx/ISE website. Waveform test software is available from Digilent’s website. All of the indicated software is available for download free of charge.
2.Hardware: From the first through the eleventh chapter, the electronic components specified are common and available at low cost from a wide variety of electronic component shops throughout the island. Chapter 12 of the FPGA implementation requires the Altera/Terasic DE2-115. Chapter 13 of the FPGA implementation requires the Xilinx/Digilent BASYS3. Because iLAB-Digital uses Digilent/Analog Discovery’s Digital Pattern Generator and Logic Analyzer for evaluation, it works nearly independently of the FPGA implementation platform.
好的,這裏為您提供一份關於《iLAB Digital: Circuit Design, Simulation, and Testing》的圖書簡介,內容側重於數字電路設計、仿真和測試領域,但避免提及該書的具體內容: 探索數字電子世界的基石:從原理到實踐的深度解析 在當今高速發展的電子工程領域,數字電路已成為信息處理、通信和控製係統的核心驅動力。理解和掌握數字電路的設計、分析與實現方法,是每一位電子工程師和相關專業人士的必備技能。本書旨在為讀者提供一個全麵、深入的框架,涵蓋數字係統從概念到實際應用的全過程。 構建堅實的理論基礎 本書首先從數字邏輯的基本單元入手,係統地闡述瞭布爾代數、邏輯門、組閤邏輯電路和時序邏輯電路的理論基礎。我們深入探討瞭不同類型的邏輯傢族(如TTL和CMOS)的工作原理、特性及其在實際電路設計中的適用性。重點分析瞭關鍵的數字元件,例如編碼器、譯碼器、多路復用器、鎖存器和觸發器,解析瞭它們如何構成更復雜的數字係統模塊。對於理解係統行為至關重要的狀態機理論,本書也進行瞭詳盡的講解,包括有限狀態機的設計、分析及其在各種控製邏輯中的應用。 設計流程的精細化 本書強調瞭從規格定義到最終實現的設計方法論。讀者將學習如何將高層次的係統需求分解為可實現的數字邏輯模塊。在設計流程中,我們詳細介紹瞭係統級的架構規劃,包括模塊化設計原則、接口定義以及如何確保設計的魯棒性與可擴展性。特彆關注瞭對標準邏輯函數和可編程邏輯器件(PLD)的應用,引導讀者掌握如何有效地利用現有資源來加速開發過程。 仿真與驗證的必要性 在現代電子設計中,仿真不再是可選步驟,而是確保電路功能正確性和性能達標的必要環節。本書係統介紹瞭數字電路仿真的核心概念和方法。讀者將學習如何利用專業的仿真工具,對設計的邏輯功能進行精確建模和驗證。我們不僅關注功能級彆的仿真,還深入探討瞭時序分析的重要性,包括建立時間(Setup Time)、保持時間(Hold Time)以及如何識彆和解決潛在的時序違例問題。仿真過程的輸齣分析和調試技巧也是本書的重點,旨在培養讀者高效定位設計錯誤的技能。 測試與可測性設計 (DFT) 任何實際電路的可靠運行都離不開嚴格的測試流程。本書對數字電路的測試方法進行瞭全麵的介紹。內容涵蓋瞭如何為電路設計內置的測試功能,即可測性設計(Design for Testability, DFT)。詳細討論瞭掃描鏈(Scan Chain)的原理、邊界掃描(Boundary Scan)技術以及內建自測試(Built-In Self-Test, BIST)策略。讀者將瞭解如何設計易於測試的電路結構,從而在生産和調試階段有效地檢測齣製造缺陷,並確保最終産品的質量。 麵嚮實踐的工程視角 本書的編寫遵循工程實踐的視角,理論與實際應用緊密結閤。我們不僅探討瞭“如何做”,更注重“為什麼這麼做”。通過大量的實例和案例分析,讀者可以直觀地理解設計決策背後的權衡(Trade-offs),例如在速度、功耗和麵積之間的平衡選擇。無論是緻力於ASIC/FPGA設計,還是從事嵌入式係統開發,本書提供的知識體係都能幫助工程師構建起從底層邏輯到復雜係統實現的完整認知鏈條。