Learning FPGAs. Digital Design for Beginners with Mojo and Lucid HDL

Spis treści ebooka

• Preface
  • Expected Background
  • Conventions Used in This Book
    • Using Code Examples
    • How to Contact Us
• 1. Introduction
  • The Mojo
  • FPGAs Versus Microcontrollers: A Comparison
  • Setting Up Your Environment
    • Installing ISE
    • Installing the Mojo IDE
    • Mojo IDE Settings
• 2. Your First FPGA Project
  • Creating a New Project
  • Understanding Modules
  • Representing Values
  • Using Always Blocks
  • Connecting the Button
  • Building Your Project
  • Loading Your Project
  • Some Notes on Hardware
  • Duplication
  • Array Indexing
  • Always Block Priority
• 3. Combinational Logic
  • IO Shield
  • Logic Functions
  • Bitwise Operators
  • Reduction Operators
  • Math
  • Common Subcircuits
    • Multiplexers
    • Decoders
    • Encoders
    • Arbiters
    • Decoder, Encoder, and Arbiter Example
      • Components Library
• 4. Sequential Logic
  • Feedback Loops and Flip-Flops
    • Clocks
  • Timing and Metastability
    • External Inputs
    • Add the Components
    • Instantiating a Module
    • Checking Timing
    • Bouncy Buttons and Edges
    • Running Total
• 5. Seven-Segment LED Displays and FiniteState Machines
  • Single Digit
  • Lookup Tables
  • Binary to Decimal
  • The Finite-State Machine
  • The Stopwatch
• 6. Hello AVR
  • The AVR Interface
    • Sending and Receiving Data
  • ROMs
  • The Greeter
  • Getting Personal with RAM
• 7. Mixing Colors with an RGB LED
  • External I/O Constraints
  • Getting Fancy with PWM
  • Register Interface
• 8. Analog Inputs
  • The AVR Interface
  • All the Channels
• 9. A Basic Processor
  • What Is a Processor?
    • Instruction Sets
    • Memory
  • Initial Design
    • NOP
    • LOAD and STORE
    • SET
    • LT and EQ
    • BEQ and BNEQ
    • The ALU
    • The Program Counter
  • The Processor
    • The Program
  • The Assembler
• 10. FPGA Internals
  • General Fabric and Routing Resources
  • Special Primitives
    • Block RAM (Memory)
    • Math
    • Clocking
    • Special I/O Features
• 11. Advanced Timing and Clock Domains
  • Breaking Timing and Fixing It with Pipelining
  • Crossing Clock Domains
• 12. Sound Direction Detection: An Advanced Example
  • Theory of Operation
  • Implementation Overview
  • Implementation
    • PDM Microphones
    • FFT
    • CORDIC
    • CAPTURE State
    • FFT State
    • DIFFERENCE State
    • AGGREGATE State
• 13. Lucid Reference
  • Lucid Quick Reference
  • Modules
    • Parameter Lists
    • Port Lists
    • Module Body
      • Constant declaration
      • Variable declaration
      • Signal declaration
      • DFF declaration
        • Instance connections
      • FSM declaration
      • Struct declaration
      • Module instance
      • Assignment block
      • always block
        • Assignment
        • If statement
        • Case statement
        • for statement
  • Expressions
    • Signals and Constants
    • Functions
      • $clog2(arg)
      • $pow(arg1, arg2)
      • $reverse(arg)
      • $flatten(arg)
      • $signed(arg)
      • $unsigned(arg)
    • Groups
    • Array Concatenation
    • Array Duplication
    • Array Builder
    • Bitwise Invert
    • Logical Invert
    • Negate
    • Multiply
    • Divide
    • Add and Subtract
    • Bit Shifting
    • Bitwise Operators
    • Reduction Operators
    • Comparison Operators
    • Logical AND and OR
    • Ternary Operator
  • Literal Values
    • Numbers
    • Strings
  • global Blocks
  • Array Size and Bit Selection
    • Array Size
    • Bit Selectors
      • Array index
      • Constant bit selector
      • Fixed-width bit selector
  • Comments
• A. Full Modules and Proof
  • Greeter Module
  • ADC Multichannel Example
  • Basic Processor
  • Direction Detection Proof
• Index

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