Table of Contents
1. INTRODUCTION
1.1 Motivation
1.3 Objectives of this tutorial
1.4 One possible solution for the modulator design
1.5 Design Flow
2.1 Description
2.3 Creating Module
2.3.1 Creating a Module Using an Text Editor
3. COUNTER
3.1 Description
3.2 Creating Module
3.4 Simulating
4. SINE PACKAGE
4.1 Description
4.2 Creating Module
5. DIGITAL SINE
5.1 Description
5.2 Creating Module
6.1 Description
6.2 Creating Module
6.4 Simulating
6.5 Synthesize
6.5.1 Description
6.5.2 Synthesize
6.5.3 Synthesis Report
6.5.4 RTL and Technology Schematic Viewers
6.5.5 View Technology Schematic
6.5.6 Check Syntax
6.5.7 Generate Post-Synthesis Simulation Model
7. PWM
7.1 Description
7.2 Creating Module
7.4 Simulating
8. MODULATOR
8.1 Description
8.2 Creating Module
8.4 Simulating
8.7 Implementation/Translation
8.7.1 Description
8.7.2 Translate
8.7.3 Translation Report
8.7.4 Generate Post-Translate Simulation Model
8.8.1 Description
8.8.2 Mapping
8.8.3 Map Report
8.8.4 Generate Post-Map Static Timing
8.8.5 Manually Place & Route (FPGA Editor)
8.8.6 Generate Post-Map Simulation Model
8.9 Implementation/Place&Route
8.9.1 Description
8.9.2 Place & Route
8.9.3 Place & Route Report
8.9.4 Generate Post-Place & Route Static Timing
8.9.5 Analyze Timing / Floorplan Design (PlanAhead)
8.9.6 View/Edit Routed Design (FPGA Editor)
8.9.7 Analyze Power Distribution (XPower Analyzer)
8.9.8 Generate Text Power Report
8.9.9 Generate Post-Place & Route Simulation Model
8.9.10 Generate IBIS Model
8.9.11 Back-annotate Pin Locations
8.10 Generate Programming File
8.10.1 Description
8.10.2 Generate Programming File Report
8.11.1 Generate Target PROM/ACE File
8.11.2 Manage Configuration Project (iMPACT)
8.12 Programming
8.13 ChipScope
8.13.1 Description
8.13.2 ChipScope Pro Cores
8.13.3 ChipScope Core Insertion
8.13.4 Analyze design using ChipScope Pro tool
8.13.5 ChipScope and VIO Core
8.14 Oscilloscope
8.15 Modifications in case of using different development boards