Programmable Logic Design Quick Start Handbook

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PROGRAMMABLE LOGIC DESIGN: QUICK START HANDBOOK • CHAPTER 2 FIGURE 2-26: COOLRUNNER XPLA3 PART NUMBER SYSTEM COOLRUNNER-II CPLDS Xilinx CoolRunner-II CPLDs deliver the high speed and ease of use associated with the XC9500/XL/XV CPLD family and the extremely low power versatility of the XPLA3. This means that the exact same parts can be used for high-speed data communications, computing systems, and leading-edge portable products, with the added benefit of ISP. Low power consumption and high-speed operation are combined into a single family that is easy to use and cost effective. Xilinx-patented Fast Zero Power architecture inherently delivers extremely low power performance without the need for special design measures. Clocking techniques and other power-saving features extend your power budget. These design features are supported from Xilinx ISE 4.1i, the WebFIT- TER CPLD design tool, and WebPACK ISE software onwards. Figure 2-27 shows the CoolRunner-II CPLD package offering with corresponding I/O count. All packages are surface mount, with more than half of them ball-grid technologies. The ultra-tiny packages permit maximum functional capacity in the smallest possible area. The CMOS technology used in CoolRunner-II CPLDs generates minimal heat, allowing the use of tiny packages during high-speed operation. At least two densities are present in each package, with three in the VQ100 (100-pin, 1.0 mm QFP) and TQ144 (144-pin, 1.4 mm QFP), and in the FT256 (256- ball, 1.0 mm-spacing FLBGA). The FT256 is particularly suited for slim-dimensioned portable products with mid- to high-density logic requirements. Xilinx • 56
XILINX SOLUTIONS Figure 2-27 also details the distribution of advanced features across the CoolRunner-II CPLD family. The family has uniform basic features, with advanced features included in densities where they are most useful. For example, it is unlikely that you would need four I/O banks on 32- and 64-macrocell parts, but very likely for 384- and 512-macrocell parts. The I/O banks are groupings of I/O pins using any one of a subset of compatible voltage standards that share the same V CCIO level. The clock division capability is less efficient on small parts, but more useful and likely to be used on larger ones. DataGATE technology, an ability to block and latch inputs to save power, is valuable in larger parts, but brings marginal benefit to small parts. FIGURE 2-27: COOLRUNNER-II FAMILY OVERVIEW CoolRunner-II Architecture Description The CoolRunner-II CPLD is a highly uniform family of fast, low-power devices. The underlying architecture is a traditional CPLD architecture, combining macrocells into function blocks interconnected with a global routing matrix, the Xilinx Advanced Interconnect Matrix (AIM). The function blocks use a PLA configuration that allows all product terms to be routed and shared among any of the macrocells of the function block. Xilinx • 57
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Programmable Logic Design Quick Sta
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ABSTRACT Whether you design with di
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NAVIGATING THIS BOOK C HAPTER 5: IM
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TABLE OF CONTENTS Virtex FPGAs.....
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TABLE OF CONTENTS MicroBlaze and Pi
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Chapter 7: Design Reference Bank TA
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C HAPTER 1 Introduction The History
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INTRODUCTION Other architectures fo
Page 17 and 18: INTRODUCTION vides an instant hardw
Page 19 and 20: INTRODUCTION FIGURE 1-4: FPGA ARCHI
Page 21 and 22: INTRODUCTION By using Xilinx CoolRu
Page 23 and 24: INTRODUCTION FIGURE 1-8: DESIGN SPE
Page 25 and 26: INTRODUCTION For the HDL specificat
Page 27 and 28: INTRODUCTION Even if you decide to
Page 29 and 30: INTRODUCTION original I/O pin place
Page 31 and 32: INTRODUCTION FIGURE 1-11: DEVICE IM
Page 33 and 34: C HAPTER 2 Xilinx Solutions Introdu
Page 35 and 36: XILINX SOLUTIONS The Platform FPGA
Page 37 and 38: . XILINX SOLUTIONS FIGURE 2-2: PLAT
Page 39 and 40: XILINX SOLUTIONS FIGURE 2-4: SPARTA
Page 41 and 42: XILINX SOLUTIONS • Full- and half
Page 43 and 44: TABLE 2-3: SPARTAN-3 FEATURES AND B
Page 49 and 50: XILINX SOLUTIONS FIGURE 2-10: SPART
Page 51 and 52: Delay-Locked Loop XILINX SOLUTIONS
Page 53 and 54: XILINX SOLUTIONS FIGURE 2-15: SPART
Page 55 and 56: XILINX SOLUTIONS Low Power - Is you
Page 57 and 58: XILINX SOLUTIONS XC9500XL family is
Page 59 and 60: XILINX SOLUTIONS TABLE 2-5: XC9500X
Page 61 and 62: XILINX SOLUTIONS caded chain of pur
Page 63 and 64: XILINX SOLUTIONS FIGURE 2-22: COOLR
Page 65 and 66: I/O Cell XILINX SOLUTIONS The outpu
Page 67: TABLE 2-6: VFM (Variable Function M
Page 71 and 72: XILINX SOLUTIONS At the high level,
Page 73 and 74: XILINX SOLUTIONS FIGURE 2-30: COOLR
Page 75 and 76: XILINX SOLUTIONS The larger parts (
Page 77 and 78: XILINX SOLUTIONS Note that a synchr
Page 79 and 80: XILINX SOLUTIONS These security bit
Page 81 and 82: XILINX SOLUTIONS COOLRUNNER REFEREN
Page 83 and 84: . XILINX SOLUTIONS FIGURE 2-42: LOG
Page 85 and 86: XILINX SOLUTIONS To address the nee
Page 87 and 88: XILINX SOLUTIONS This rich mixture
Page 89 and 90: Dynamic Verification XILINX SOLUTIO
Page 91 and 92: XILINX SOLUTIONS Xilinx IP Cores Th
Page 93 and 94: XILINX SOLUTIONS • Test and Measu
Page 95 and 96: XILINX SOLUTIONS be fixed, upgraded
Page 97 and 98: XILINX SOLUTIONS TABLE 2-10: XILINX
Page 99 and 100: XILINX SOLUTIONS CONNECTIVITY CENTR
Page 101 and 102: XILINX SOLUTIONS design • Broad a
Page 103 and 104: Xilinx Student Edition Frequently A
Page 105 and 106: C HAPTER 3 WebPACK ISE Design Softw
Page 107 and 108: WEBPACK ISE DESIGN SOFTWARE 4. Gene
Page 109 and 110: WEBPACK ISE DESIGN SOFTWARE WEBPACK
Page 111 and 112: Summary PROJECTS WEBPACK ISE DESIGN
Page 113 and 114: C HAPTER 4 WebPACK ISE Design Entry
Page 115 and 116: WEBPACK ISE DESIGN ENTRY FIGURE 4-2
Page 117 and 118: WEBPACK ISE DESIGN ENTRY Notice tha
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WEBPACK ISE DESIGN ENTRY As you hav
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WEBPACK ISE DESIGN ENTRY The area s
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WEBPACK ISE DESIGN ENTRY Click OK t
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WEBPACK ISE DESIGN ENTRY Maximize t
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WEBPACK ISE DESIGN ENTRY Open the S
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WEBPACK ISE DESIGN ENTRY Set RD to
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WEBPACK ISE DESIGN ENTRY In the edi
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Click on the Generate HDL button on
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WEBPACK ISE DESIGN ENTRY Click on t
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WEBPACK ISE DESIGN ENTRY Connect th
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You are now ready to go to the impl
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WEBPACK ISE DESIGN ENTRY Move the c
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Your completed schematic should loo
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C HAPTER 5 Implementing CPLDs Intro
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IMPLEMENTING CPLDS The design shoul
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IMPLEMENTING CPLDS Notice that the
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DoubLe-click in the Period window o
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IMPLEMENTING CPLDS In the Clock to
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IMPLEMENTING CPLDS Click on the “
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IMPLEMENTING CPLDS To open the CPLD
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IMPLEMENTING CPLDS MXE will open, b
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C HAPTER 6 Implementing FPGAs Intro
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IMPLEMENTING FPGAS Double-click on
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IMPLEMENTING FPGAS The FSM encoding
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IMPLEMENTING FPGAS The Constraints
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IMPLEMENTING FPGAS Highlight the th
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IMPLEMENTING FPGAS Save and close t
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IMPLEMENTING FPGAS Programming Righ
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C HAPTER 7 Design Reference Bank In
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DESIGN REFERENCE BANK A high-powere
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DESIGN REFERENCE BANK USING A MICRO
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DESIGN REFERENCE BANK port ( clk :
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DESIGN REFERENCE BANK vated, it wil
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DESIGN REFERENCE BANK Figure 7-7 sh
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DESIGN REFERENCE BANK Full-function
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DESIGN REFERENCE BANK TABLE 7-1: DO
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DESIGN REFERENCE BANK TABLE 7-1: DO
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ACRONYMS ABEL ADC AIM ANSI ASIC ASS
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ACRONYMS LVDS Low Voltage Different
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PROGRAMMABLE LOGIC DESIGN -- QUICK
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