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Catalog Datasheet	MFG & Type	PDF	Document Tags
transmission lines Twisted Pair spice model Abstract: transmission lines Twisted Pair characteristics of twisted pair cable LVDS 30 pin connector cable slla053 twisted pair cable with parameter XAPP230 idc 20 pin data ribbon connector receiver LVDS XAPP231 Text: Application Note: Virtex-E Family The LVDS I/O Standard R XAPP230 v1.1 November 16, 1999 Application Note: Jon Brunetti & Brian Von Herzen Ph.D. Summary This application note describes the LVDS I/O standard. LVDS provides higher noise immunity than single-ended techniques, allowing for higher transmission speeds, smaller signal swings,	Original	PDF	XAPP230 transmission lines Twisted Pair spice model transmission lines Twisted Pair characteristics of twisted pair cable LVDS 30 pin connector cable slla053 twisted pair cable with parameter XAPP230 idc 20 pin data ribbon connector receiver LVDS XAPP231
BGA432 Abstract: XAPP233 full subtractor implementation using multiplexer CAT16-LV4F12 CAT16-PT4F4 CK311 XAPP230 XAPP232 X23310 Text: Application Note: Virtex-E Family Multi-Channel 622 Mb/s LVDS Data Transfer for Virtex-E Devices R XAPP233 v1.2 January 6, 2001 Author: Brian Von Herzen, Ph.D. & Jon Brunetti Summary Virtex -E devices provide dedicated on-chip differential receivers between adjacent user I/O	Original	PDF	XAPP233 BGA432 XAPP233 full subtractor implementation using multiplexer CAT16-LV4F12 CAT16-PT4F4 CK311 XAPP230 XAPP232 X23310
XAPP233 Abstract: XAPP230 CAT16-LV4F12 CAT16-PT4F4 CK311 XAPP232 X23310 cc8cled Text: Application Note: Virtex-E Family R XAPP233 v1.1 July 30, 2000 Multi-Channel 622 Mb/s LVDS Data Transfer for Virtex-E Devices Author: Brian Von Herzen, Ph.D. & Jon Brunetti Summary Virtex -E devices provide dedicated on-chip differential receivers between adjacent user I/O	Original	PDF	XAPP233 XAPP233 XAPP230 CAT16-LV4F12 CAT16-PT4F4 CK311 XAPP232 X23310 cc8cled
10APEX Abstract: XAPP230 APEX20KE EP20K400E XAPP231 XAPP232 XAPP233 XCV50E Text: LVDS の比較 2000 年 8 月 ver. 1.0 イントロダクション APEX 20KE vs. Virtex-E Product Information Bulletin 29 LVDS （Low-VoltageDifferentialSignaling）の標準 I /O Input /Output 規格は高速のデータ転送を実現するインタフェースをサポートしています。	Original	PDF	20KETM 20KEVirtex-E -PIB-029-01/J 03-3340-9480FAX. 10APEX XAPP230 APEX20KE EP20K400E XAPP231 XAPP232 XAPP233 XCV50E
XAPP769 Abstract: PAD10 XAPP423 PACE set up box vhdl code for DCM XAPP685 BUT12 Text: Application Note: FPGAs R XAPP423 v1.0 October 19, 2004 Creating Pin-Out Prior to Implementation with PACE Author: Chris Zeh Summary This Application Note discusses the procedures and some commonly asked questions related to the creation of pin placement prior to implementation. The procedures and questions are	Original	PDF	XAPP423 XAPP230, XAPP231, XAPP259, XAPP262, XAPP266, XAPP270, XAPP607, XAPP608, XAPP609, XAPP769 PAD10 XAPP423 PACE set up box vhdl code for DCM XAPP685 BUT12
LVDS connector 30 pin Abstract: LVDS out connector cable 30 pins XAPP232 lvds 30 pin LVDS 30 pin connector cable XAPP230 FPGA Virtex 6 pin configuration LVDS LVDS Line Driver lvds standard 20 pin Text: Virtex-E LVDS Drivers & Receivers: Interface Guidelines  XAPP232 Version 1.0 October 4, 1999 Application Note: Jon Brunetti & Brian Von Herzen Summary This application note describes how to use the new Virtex-E LVDS (lowvoltage differential signaling) drivers and receivers for high-performance LVDS	Original	PDF	XAPP232 LVDS connector 30 pin LVDS out connector cable 30 pins XAPP232 lvds 30 pin LVDS 30 pin connector cable XAPP230 FPGA Virtex 6 pin configuration LVDS LVDS Line Driver lvds standard 20 pin
interfacing cpld xc9572 with keyboard Abstract: VERIFY 93K template 34992 XC95288XL evaluation board schematic XCR3032C XcxxX xilinx logicore core dds XC2S15-VQ100 creative labs model 3400 FXS-100 Text: The Programmable Logic Data Book 2000 R R , XC2064, NeoCAD PRISM, XILINX Block Letters , XC-DS501, NeoROUTE, XC3090, FPGA Architect, XC4005, FPGA Foundry, XC5210, Timing Wizard, NeoCAD, TRACE, NeoCAD EPIC, XACT are registered trademarks of Xilinx, Inc. , all XC-prefix product designations, AllianceCore, Alliance Series, BITA, CLC, Configurable Logic Cell, CoolRunner, Dual Block, EZTag, Fast CLK, FastCONNECT,	Original	PDF	XC2064, XC-DS501, XC3090, XC4005, XC5210, interfacing cpld xc9572 with keyboard VERIFY 93K template 34992 XC95288XL evaluation board schematic XCR3032C XcxxX xilinx logicore core dds XC2S15-VQ100 creative labs model 3400 FXS-100
vhdl code for lvds driver Abstract: XC2VP20FF896 XC2VP20-FF896 XAPP230 XAPP268 XAPP756 prbs pattern generator using vhdl MULT18X18S ROCKETIO 320M Text: Application Note: Virtex-II Pro Family Transmitting DDR Data Between LVDS and RocketIO CML Devices R XAPP756 v1.0 November 4, 2004 Author: Martin Kellermann Summary The serial transfer of data between devices on a board or cards on a backplane using the LVDS	Original	PDF	XAPP756 XAPP268: UG024: XAPP230: vhdl code for lvds driver XC2VP20FF896 XC2VP20-FF896 XAPP230 XAPP268 XAPP756 prbs pattern generator using vhdl MULT18X18S ROCKETIO 320M
virtex 5 ddr data path Abstract: XAPP230 verilog code for communication between fpga XAPP133 XAPP234 Text: Tech Topics SelectLink Technology: Virtex Series High-Performance Communications Channel Introduction As the need for higher bandwidth continues to accelerate, external busses can easily be the bottleneck limiting system performance. To satisfy the need for high bandwidth, high-speed	Original	PDF	XAPP234: com/xapp/xapp234 XAPP133: com/xapp/xapp133 XAPP230: com/xapp/xapp230 virtex 5 ddr data path XAPP230 verilog code for communication between fpga XAPP133 XAPP234
CT1F Abstract: str 765 RT XAPP230 XAPP233 delay balancing in wave pipeline virtex user guide 1999 CAT16-LV4F12 CAT16-PT4F4 CLK180 virtex7 Text: Application Note: Virtex-E Family R XAPP233 v1.0 December 21, 1999 Multi-channel 622 MHz LVDS Data Transfer with Virtex-E Devices Application Note: Brian Von Herzen, Ph.D. & Jon Brunetti Summary The Virtex-E FPGA Series provides dedicated on-chip differential receivers between adjacent	Original	PDF	XAPP233 CT1F str 765 RT XAPP230 XAPP233 delay balancing in wave pipeline virtex user guide 1999 CAT16-LV4F12 CAT16-PT4F4 CLK180 virtex7
usb to lvds converter Abstract: TRANSISTOR comparison GUIDE lvds standard 20 pin EP20K400E XAPP230 XAPP231 XAPP232 XAPP233 XCV50E Text: LVDS Comparison APEX 20KE vs.Virtex-E Devices August 2000, ver. 1.0 Introduction Product Information Bulletin 29 The low-voltage differential signaling LVDS input/output (I/O) standard is a data interface standard that supports high-speed data transfers. Unlike other single-ended voltage standards, such as the	Original	PDF
matched filter in vhdl Abstract: XAPP012 Insight Spartan-II demo board vhdl code for crossbar switch XAPP029 verilog code for cdma transmitter FPGA Virtex 6 pin configuration xapp005 verilog code for 16 kb ram verilog code for crossbar switch Text: DataSource CD-ROM Q4-01 Xilinx Application Notes Summaries Title Size Summary Family Design Loadable Binary Counters 40 KB XAPP004 XC3000 VIEWlogi OrCAD Register Based FIFO 60 KB XAPP005 XC3000 VIEWlogi OrCAD Boundary Scan Emulator for XC3000 80 KB XAPP007 XC3000	Original	PDF	Q4-01 XC3000 XC4000E XC4000 XC4000/XC5200 matched filter in vhdl XAPP012 Insight Spartan-II demo board vhdl code for crossbar switch XAPP029 verilog code for cdma transmitter FPGA Virtex 6 pin configuration xapp005 verilog code for 16 kb ram verilog code for crossbar switch
PAD10 Abstract: XAPP423 lvds vhdl spartan ucf file 6 vhdl code for DCM XAPP270 XAPP685 BUT12 Text: Application Note: FPGAs R XAPP423 v1.0 October 19, 2004 Creating Pin-Out Prior to Implementation with PACE Author: Chris Zeh Summary This Application Note discusses the procedures and some commonly asked questions related to the creation of pin placement prior to implementation. The procedures and questions are	Original	PDF	XAPP423 XAPP230, XAPP231, XAPP259, XAPP262, XAPP266, XAPP270, XAPP607, XAPP608, XAPP609, PAD10 XAPP423 lvds vhdl spartan ucf file 6 vhdl code for DCM XAPP270 XAPP685 BUT12
XAPP231 Abstract: XAPP230 X23106 AN-1115 EIA-644 LVDS Line Driver Text: Multi-Drop LVDS with Virtex-E FPGAs  XAPP231 Version 1.0 September 23, 1999 Application Note: Jon Brunetti & Brian Von Herzen Summary This application note describes how to use LVDS signaling for high-performance multi-drop applications with Virtex-E FPGAs. Multi-drop LVDS allows	Original	PDF	XAPP231 XAPP231 XAPP230 X23106 AN-1115 EIA-644 LVDS Line Driver

ANSI/TIA/EIA-644 Abstract: lvds standard 20 pin receiver ANSI/TIA/EIA-644 XAPP232 XAPP233 EIA-644 LVPECL multidrop "differential input" common mode voltage LVDS IEEE1596.3 CAT16-LV4F12 Text: Tech Topics Virtex-E High Performance Differential Solutions: Low Voltage Differential Signalling LVDS Introduction As the need for higher bandwidth accelerates, system designers are choosing differential signaling to satisfy high bandwidth requirements while reducing power, increasing noise	Original	PDF	622org/eng IEEE1596 XAPP230: com/xapp/xapp230 XAPP231: com/xapp/xapp231 XAPP232: com/xapp/xapp232 XAPP233: com/xapp/xapp233 ANSI/TIA/EIA-644 lvds standard 20 pin receiver ANSI/TIA/EIA-644 XAPP232 XAPP233 EIA-644 LVPECL multidrop "differential input" common mode voltage LVDS IEEE1596.3 CAT16-LV4F12
4 X 4 CROSSPOINT SWITCH WITH CONTROL MEMORY Abstract: Crossbar XAPP232 XAPP233 XAPP240 XCV405E XCV812E XAPP131 XAPP133 XAPP230 Text: Application Note: Virtex-EM Family R XAPP240 v1.0 March 14, 2000 High-Speed Buffered Crossbar Switch Design Using Virtex-EM Devices Author: Vinita Singhal and Robert Le Summary High-speed switches are increasingly required in high-bandwidth applications. In the face of	Original	PDF	XAPP240 4 X 4 CROSSPOINT SWITCH WITH CONTROL MEMORY Crossbar XAPP232 XAPP233 XAPP240 XCV405E XCV812E XAPP131 XAPP133 XAPP230