NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Type | Ordering |
| XC9500 | Xilinx, Inc. | XC9500: 5V ISP CPLD Family |
16 pages, |
Original |  |
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| XC9500 | Xilinx, Inc. | The Programmable Logic Data Book |
909 pages, |
Original | |
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| XC9500 | Xilinx, Inc. | XC9500 In-System Programmable CPLD Family |
16 pages, |
Original | |
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| XC9500XL | Xilinx, Inc. | XC9500XL: 3.3V ISP CPLD Family |
16 pages, |
Original | |
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| XC9500XV | Xilinx, Inc. | XC9500XV: 2.5V ISP CPLD Family |
18 pages, |
Original | |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: EPM7128SMAX EPM7128SMAX+PLUS II8.1 XC95108 XC95108 XACT 6.01 MAX 7000S 7000S XC9500MAX 7000S 7000S XC9500 10% s s In System , 178.6MHz MAX 7000SISP 7000SISP JTAG TM 128 MultiVolt I/O 44 ® MAX 7000S 7000S MAX+PLUS II MAX 7000S 7000S XC9500 EPM7128S EPM7128S XC95108 XC95108 37 XC9500 MAX 7000S 7000S 7% EPM7128S EPM7128S XC95108 XC95108 XC95108 XC95108 XC95108 XC95108 90% 100% (1 , XC9500 90% EPM7128S EPM7128S XC95108 XC95108 90% (1) EPM7128S EPM7128S 100% 60% 50% 43% XC95108 XC95108 EPM7128S EPM7128S MAX+PLUS II8.1 XC95108 XC95108 XACT 6.01 M-TB-032-01/J M-TB-032-01/J ® MAX 7000S 7000S XC9500 ... | Original |
2 pages, |
XC9500 EPM7128S XC95108 7000S 7000SISP 7000S abstract |
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| Abstract: create and test high-performance XC9500 designs, within minutes of opening the box. The XC9500 family , JTAG support, ultrareliable pin-locking, and advanced surface mount packaging. In addition, the XC9500 , Series Base V1.4 software ® Device support for all XC9500 CPLD products ® XC9500 demo board ® Parallel download cable for in-system programming ® XC9500 product description sheet ® CPLD application guide ® XC9500 example design ® Upgrade to full VHDL system for just $390 (special offer) ® Memec Design ... | Original |
1 pages, |
xilinx xc9536 xilinx jtag cable XC9536 XC9500 Family xilinx xc9536 Schematic xc9500 jtag cable XC9500 Xilinx jtag cable Schematic XC9536 abstract |
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| Abstract: Introducing the FastFLASH XC9500 T he new XC9500 family is the second generation of Xilinx , manufacturing capability. The XC9500 family provides a total product life cycle support solution from initial , other comparable CPLDs. This high endurance level allows the XC9500 devices to be used in applications requiring frequent field upgrades and reconfigurations. In addition, the XC9500 family provides both , Solution for In-System Programmable CPLDs. of the PCB is necessary. The XC9500 family provides ... | Original |
2 pages, |
XC95108 XC9500 pinout XC9500 XC9500 abstract |
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| Abstract: Using XC9500 JTAG and ISP in Manufacturing Our XC9500 CPLD family includes a 24 unique , that make this easy. A large number of Xilinx customers have successfully integrated the XC9500 ISP , EZTag) into their final test process to program their XC9500 devices. Because Xilinx devices are , , this noise can contribute to ISP operation failures. Therefore, all XC9500 devices include the , XC9500 CPLDs are the only type that make this optional instruction available. You can use this ... | Original |
1 pages, |
Z1800 XC9500 Teradyne HP3070 GR228X XC9500 abstract |
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| Abstract: MAX 9000 MAX 7000S 7000S MAX 9000 MAX 7000S 7000S XC9500 1 0 5 0 XAPP068 XAPP068 In-System Programming Times JEDEC JTAG XC9500 MAX 7000S 7000S MAX 7000S 7000S XC9500 (1) (2) fTCK = 10 MHz , , January 1997, version 1.1. MAX 7000S 7000S XC9500 M-TB-028-01/J M-TB-028-01/J ® fCNT fCNT 16 fACNT fSYSTEM MAX 7000S 7000S XC9500 5-ns EPM7032S EPM7032S 6-ns EPM7128S EPM7128S 7.5-nsEPM7160S EPM7192S EPM7192S MAX 7000S 7000S XC9500 tSU (ns) tCO (ns) fCNT (MHz ... | Original |
4 pages, |
xc9572 data sheet EPM7064S EPM7128S EPM7160S EPM7192S EPM7256S EPM9320 M-CD-ISP-02 MA 7000S XAPP068 XC9500 EPM7032S XAPP xc95108 7000S 7000S 7000S abstract |
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| Abstract: Summary This application note discusses the in-system programming speed of the XC9500 devices. Xilinx Family 1 XC9500 Introduction XC9500 devices receive programming vectors and instructions via , to program an XC9500 device includes two components: the information download time and the flash , is capable of efficiently downloading information to the XC9500 devices at the maximum speed of 10MHz. In order to minimize the production programming costs, XC9500 devices are fully erased and ready ... | Original |
1 pages, |
XC9572 XC9536 XC95288 XC95216 XC95108 XC9500 XAPP068 XC95144 XAPP068 abstract |
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| Abstract: Summary This application note discusses the in-system programming speed of the XC9500 devices. Xilinx Family 1 XC9500 Introduction XC9500 devices receive programming vectors and instructions via , to program an XC9500 device includes two components: the information download time and the flash , the XC9500 devices at the maximum speed of 10MHz. In order to minimize the production programming costs, XC9500 devices are fully erased and ready for programming when shipped from the factory. The ... | Original |
2 pages, |
XC9572 XC9536 XC95288 XC95216 XC95180 XC95144 XC95108 XC9500 XAPP068 XAPP068 abstract |
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| Abstract: Interconnect: XC4000E/X XC4000E/X FPGA n CPLD 1 DRAM Controller: XC9500 ISP CPLD Digital Signal Processing: XC4000XL XC4000XL FPGA Case Study #1 - DRAM Controller XC9500 CPLD n n CPLD 2 Fast memory controller designed using Foundation VHDL tools Demonstrates XC9500 in-system programmability and , RAS/CAS DRAM DRAM SRAM EPROM XC9500: A Perfect Fit Requirement Solution , via in-system programming Maintain performance XC9500: A Uniform CPLD Architecture CPLD 6 ... | Original |
15 pages, |
XC4000XL foundation field bus XC9500 address generator logic vhdl code vhdl code for memory controller CPLD DRAM Controller XC4000E/X XC9500 abstract |
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| Abstract: R HW-130 HW-130 Programmer Adapter Selection Table Product Family XC9500/XL XC9500 XC9500/XL XC9500XL XC9500 XC9500 XC9500/XL XC9500XL XC9500XL XC95001 XC9500/XL XC9500/XL Package Types , Support Programming Socket Adapters · · · · XC1700 XC1700 Serial PROMs XC9500 CPLDs Supports all , manufactured two versions of the HW-133-PQ160 HW-133-PQ160 adapter. The current and correct adapter for programming XC9500 , families. Added package adapters for the XC9500/XL series in CSP 48, VQFP 64, CSP and TQFP 144 packages. ... | Original |
2 pages, |
CLCC 44 CSP-48 HQFP 208 HQFP-208 HW-130 HW-137-DIP8 PLCC-84 PLCC20 PLCC20 package plcc20 socket PLCC44 socket tqfp 44 socket XC1700 XC9500 HW-130 abstract |
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| Abstract: XC9500/XL XC9500 XC9500/XL XC9500XL XC9500 XC9500 XC9500/XL XC9500XL XC9500XL XC95001 XC9500/XL XC9500/XL Package Types PLCC44 PLCC44 VQFP 44 CSP 48 VQFP 64 PLCC 84 PQFP 100 TQFP 100 CSP 144 TQFP , XC1800 XC1800 Serial PROMs XC9500/XL CPLDs Supports all Xilinx package types · Electrical Requirements , the HW-133-PQ160 HW-133-PQ160 adapter. The current and correct adapter for programming XC9500 devices has "CPLD" , XC7200/7300 XC7200/7300 product families. Added package adapters for the XC9500/XL series in CSP 48, VQFP 64, CSP ... | Original |
2 pages, |
XC9500XL HW-130 HW-133-PQ160 HW-137-DIP8 PLCC20 package plcc20 socket PLCC44 socket tqfp 64 socket XC1700 XC17S00 XC1800 XC9500 vqfp 44 44 VQFP package HW-130 abstract |
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| Abstract: , unequivocal choices. · For shortest pin-to-pin delays and fastest flip-flops: Use XC7300 XC7300, XC9500 or, if , XC7300 XC7300, XC9500. For "one-hot" state machines, use XC3100A XC3100A, XC4000E/EX XC4000E/EX, XC5200 XC5200, XC8100 XC8100 · For fast , gates: Use XC5200 XC5200 · For shortest design compilation time: Use XC7300 XC7300, XC9500, or XC8100 XC8100 · For lowest , , XC8100 XC8100, XC9500 · For Digital Signal Processing (multiply-accumulate ) applications: Use XC4000E/EX XC4000E/EX , For on-chip bidirectional bussing: Use XC3000A XC3000A, XC4000 XC4000, XC5200 XC5200, XC7300 XC7300, XC9500, XC8100 XC8100 (i.e. use any ... | Original |
1 pages, |
XC9500 pinout XC3100A XC4000E XC4000EX XC5200 XC3000A XC7300 XC8100 XC9500 XC6200 XC4000E/EX XC7300 abstract |
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| Abstract: ® XBRF 018 July 1, 1997 (Version 1.0) Converting XC7200/XC7300 XC7200/XC7300 Designs to XC9500 Solutions Application Brief Summary Retargeting XC7200/XC7300 XC7200/XC7300 designs to the XC9500 CPLD family can be as simple as , XC9500 simplifies design translation. This document assumes a version 4.2 or later Xilinx design file for the original XC7200/XC7300 XC7200/XC7300 format. Xilinx M1 design software translation to the XC9500 is also , directory. 2. Invoke the Design Manager with the design file. Choose an XC9500 device to implement the ... | Original |
2 pages, |
XC9572 Family equivalent XC7236A XC7272A XC7300 XC73108 XC7336 XC7354 XC7372 XC9500 Family XC9572 Family XC7200 XC9500 XC7200/XC7300 XC7200/XC7300 abstract |
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| Abstract: Fall 1996 Seminar CPLDs Fall Seminar - CPLD - 1 XC9500 CPLDs DESIGN PROTOTYPING TEST XC9500 CPLDs MANUFACTURE FIELD UPGRADE Technology Fall Seminar - CPLD - 2 Designer's Needs , Significant expansion in industry capacity planned for late 90s Fall Seminar - CPLD - 5 XC9500 Uniform Architecture Identical I/Os Identical FBs Identical macrocells Fall Seminar - CPLD - 6 XC9500 Function Block Wide FB inputs Fall Seminar - CPLD - 7 XC9500 Macrocell To FastCONNECT Switch ... | Original |
33 pages, |
XC9572 EPM7128S-10 EPM7160E-10 EPM7192S-10 EPM7256S-10 XC9500 xc9500 jtag cable XC9500 pinout XC9500F XC95108 XC95144 EPM7096-10 XC9500 abstract |
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| Abstract: integrates a PCI interface with up New XC9500 CORE Support by Dave Grace, CPLD Software Product Manager , FLASH-based InSystem Programmability (ISP). Xilinx XC9500 CPLDs are perfect for integrating many , cable, and an XC9536 XC9536 demo board; everything you need to easily create and test high-performance XC9500 designs, within minutes of opening the box. The XC9500 family is the industry's most advanced CPLD , advanced surface mount packaging. In addition, the XC9500 family commands the lowest cost per macro cell ... | Original |
2 pages, |
xilinx jtag cable XC9500 xilinx xc9536 Schematic Xilinx jtag cable Schematic XC9500 abstract |
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| Abstract: Designing with XC9500 CPLDs First In-System X C9500 C9500 CPLDs are the first in-system programmable (ISP) devices based on 5 V flash technology. The XC9500 architectural features enhance ISP by permitting design changes without altering pin assignments. The powerful XC9500 architecture supports a , fit and route the design quickly and efficiently. The XC9500 family allows easy migration across , permitting future edits without altering pinouts. The XC9500 Application Guide outlines many of these ... | Original |
2 pages, |
XC9500 XC4013L XC4010L XC4005L XC3190L XC3142L XC3100L XC3100A C9500 XC9500 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| Xilinx Answer #2047 : XC9500: Are XC9500 CPLD devices PCI compliant? XC9500: Are XC9500 CPLD devices PCI compliant? Record #2047 Product Family: Hardware Product Line: 9500 Problem Title: XC9500: Are XC9500 CPLD devices PCI compliant? Problem Description: Are XC9500 CPLD devices PCI compliant? Solution 1: The XC9500 devices meet the PCI electrical compliance specifications in the -5, -7, -10 speed grades www.datasheetarchive.com/files/xilinx/docs/wcd00006/wcd006ea.htm |
Xilinx | 17/07/1998 | 3.24 Kb | HTM | wcd006ea.htm |
| Xilinx Answer #1603 : XC9500: When can the XC9500 internal IOB pullups be accessed? Answers Database XC9500: When can the XC9500 internal IOB pullups be accessed? Record #1603 Product Family: Hardware Product Line: 9500 Problem Title: XC9500: When can the XC9500 internal IOB pullups be accessed? Problem Description: In the XC9500 IOBs there www.datasheetarchive.com/files/xilinx/docs/wcd00006/wcd00641-v1.htm |
Xilinx | 16/02/1999 | 3.39 Kb | HTM | wcd00641-v1.htm |
| Tools Solution 1045: Foundation Simulator: XC9500 flip-flop outputs unknown (PRLD signal) Solution 1651: XC9500: Configuring device I/Os as an open-drain (open-collector) Solution 1706: XABEL: How to get Test Vectors (.TMV file) into an XC9500 JEDEC file. Solution 3000: XC9500: Why do the XC9500 libraries have pull-up elements? Solution 3123: XC9500: How are initial states of flip-flops determined on 9500 CPLDs? Solution 3705: Foundation-Express: XC9500 Recommended Synthesis and Fitter www.datasheetarchive.com/files/xilinx/docs/rp00006/rp0060a.htm |
Xilinx | 29/02/2000 | 9.22 Kb | HTM | rp0060a.htm |
| Case Studies Case Study #1 - DRAM Controller XC9500 CPLD DRAM Controller Design Requirements XC9500: A Perfect Fit DRAM Controller Challenges XC9500: A Uniform CPLD Architecture XC9500 Advanced Macrocell Flexible Cascading Leading Edge Features Support Superior Pin Locking for ISP XC9500 In-System Programming DRAM Controller Block Diagram XC9500 Pin Easy XC9500 Case Study Highlights www.datasheetarchive.com/files/xilinx/spring97/cpld/index.htm |
Xilinx | 21/04/1997 | 1.29 Kb | HTM | index.htm |
| SpartanXL Understanding XC9500XL CPLD Power Spartan Product Information Application Notes SpartanXL Datasheet XC9500 Product Information XC9500 Product Overview XC9500XL Product Overview XC9500XV Product Overview XC9500 Series Application Notes XC9500 Series Datasheets WebFITTER More Information Low Power www.datasheetarchive.com/files/xilinx/docs/rp00029/rp02933.htm |
Xilinx | 29/02/2000 | 6.12 Kb | HTM | rp02933.htm |
| Xilinx Answer #2944 : XC9500: Can I Hot Sync my XC9500 device !!! -> Answers Database XC9500: Can I Hot Sync my XC9500 device Problem Title: XC9500: Can I Hot Sync my XC9500 device Problem Description: Urgency: standard General Description: Is it possible to Hot Sync my XC9500 part ? Solution 1: Generally, Xilinx does not recommend Hot syncing the XC9500 CPLD in the system. The protection circuitry www.datasheetarchive.com/files/xilinx/docs/rp00013/rp0133d.htm |
Xilinx | 29/02/2000 | 3.99 Kb | HTM | rp0133d.htm |
| Xilinx Answer #1791 : XC9500F JTAG - Does it support JTAG functionality !!! -> Answers Database XC9500F JTAG - Does it support JTAG functionality Problem Title: XC9500F JTAG - Does it support JTAG functionality? Problem Description: Urgency: Standard Problem Description: The XC9500F family of devices do not have In party programmer. However, do these devices support full JTAG functionality as the XC9500 device www.datasheetarchive.com/files/xilinx/docs/rp00010/rp0105a.htm |
Xilinx | 29/02/2000 | 4.31 Kb | HTM | rp0105a.htm |
| estimation in 9500 family devices XC9500: Does Vccint have to be powered up before Vccio? XC9500 CPLD Preassigning with XC9500 CPLDs Core Tools Solution 1684: XACT-CPLD: How to switch between Solution 983: XC9500: How to set FAST slew rate for 9K outputs in PLUSASM and ABEL Solution 2860: How to read the CPLD report (.RPT) file? XC9500 design optimization Timing Solution 1.3/M1.4 CPLD: How to create timing simulation netlist in the XNF format Using the XC9500 Timing www.datasheetarchive.com/files/xilinx/docs/wcd00010/wcd0108e.htm |
Xilinx | 16/02/1999 | 6.49 Kb | HTM | wcd0108e.htm |
| estimation in 9500 family devices XC9500: Does Vccint have to be powered up before Vccio? XC9500 CPLD Preassigning with XC9500 CPLDs Core Tools Solution 1684: XACT-CPLD: How to switch between Solution 983: XC9500: How to set FAST slew rate for 9K outputs in PLUSASM and ABEL Solution 2860: How to read the CPLD report (.RPT) file? XC9500 design optimization Timing Solution 1.3/M1.4 CPLD: How to create timing simulation netlist in the XNF format Using the XC9500 Timing www.datasheetarchive.com/files/xilinx/docs/wcd0000d/wcd00dca-v1.htm |
Xilinx | 17/07/1998 | 6.4 Kb | HTM | wcd00dca-v1.htm |
| Xilinx Solutions Database : XC9500 Fitter Error : Fatal error tnt.10049; out of stack buffers Solutions Database XC9500 Fitter Error : Fatal error tnt.10049; out of stack buffers Product Family: Software - Product Line: EPLD Core - Problem Title: - XC9500 Fitter Error : Fatal error tnt.10049; out of stack buffers Problem Description: - When the XC9500 software to the current release entitled : XACT-CPLD Version 6.0.0 XC9500 Core Tools and www.datasheetarchive.com/files/xilinx/weblinx/techdocs/956.htm |
Xilinx | 23/09/1996 | 1.38 Kb | HTM | 956.htm |