NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Type | Ordering |
| XC5200 | Xilinx, Inc. | The Programmable Logic Data Book |
909 pages, |
Original |  |
|
|||||
| XC5200 | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3BG225C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3BG352C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3HQ208C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3HQ240C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3PC84C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3PG156C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3PG191C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| XC5200-3PG223C | Xilinx, Inc. | Field Programmable Gate Arrays |
73 pages, |
Original | |
|
|||||
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: The XC5200 Family Now 30% Faster The XC5200 family is now 30 percent faster with the introduction of the new XC5200-3 and XC5200-4 speed grades. Xilinx introduced the XC5200 family in 1995 as , World Wide Web. The XC5200-3 speed files with 30 percent higher performance are available from the , custom gate arrays. Now, due to wide acceptance, the XC5200 is the industry's fastest growing FPGA , operation. The new XC5200 data sheet, with the latest specifications and an expanded architectural ... | Original |
1 pages, |
XC5210 XC5206 XC5204 XC5202 XC5200 Family XC4000 XC5200 introduction of transistor files XC5200-3 XC5200-4 XC5200 abstract |
|
|||
| Abstract: The XC5200 Family Now 30% Faster The XC5200 family is now 30 percent faster with the introduction of the new XC5200-3 and XC5200-4 speed grades. Xilinx introduced the XC5200 family in 1995 as , World Wide Web. The XC5200-3 speed files with 30 percent higher performance are available from the , custom gate arrays. Now, due to wide acceptance, the XC5200 is the industry's fastest growing FPGA , operation. The new XC5200 data sheet, with the latest specifications and an expanded architectural ... | Original |
1 pages, |
XC5200 ibis XC3000A XC3100A XC4000 XC4000E XC4000EX XC4000XL footprint for resistor introduction of transistor files XC4000 abstract |
|
|||
| Abstract: high volume quantities. Xilinx will begin production shipments of the XC52004 device in June. All , , today announced plans to cut the prices of its XC5200 family of field programmable gate arrays (FPGAs) up to 53 percent effective now. Through the use of a new manufacturing process, the XC5200 family , performance. The advances come from the migration of the XC5200 devices from the 0.6 micron to 0.5 micron triple layer metal (TLM) CMOS process. This results in faster speed grades for all existing XC5200 ... | Original |
3 pages, |
XC5215 XC5210 XC5206 XC5204 XC5200L xc5200 95124 XC5202 XC5200 XC5200 abstract |
|
|||
| Abstract: XC5200 Family Now In Volume A 22 ll XC5200 family devices and the supporting XACTstepTM , modifying the printed circuit board. All XC5200 devices are also footprint-compatible with the XC4000 XC4000 and XC8100 XC8100 families. By optimizing the XC5200 family for a 0.6 micron, three-layer-metal SRAM process , , and fast carry logic for high speed arithmetic functions, the XC5200 is the optimal solution , series. The XC5200 family is completely integrated into the powerful XACTstep design tools. All ... | Original |
2 pages, |
XC8100 XC5215 XC5210 XC5206 XC5204 XC5202 XC5200 XC4000 XC3100A XC5200 abstract |
|
|||
| Abstract: XC5200 FPGA Family Grows T he XC5200 FPGA family has been expanded to include the 2,500-gate XC5202 XC5202 and the 4,000-gate XC5204 XC5204. The XC5200 family now includes flexible, high-density FPGA devices ranging from 2,500 to 18,000 gates. For lower-density designs that do not require the use of on-chip , XC5200 FPGA family, these new devices include JTAG boundary-scan logic for enhanced testability, carry , capability. All XC5200 devices offered in a common package (see table) are completely footprint compatible ... | Original |
1 pages, |
XC5206 PC84 PQ100 PQ160 TQ144 VQ100 XC5200 XC5202 XC5204 matrix 8x8 XC5200 abstract |
|
|||
| Abstract: XC5200 FPGA family, further x xx xxx xxx xx xx xx XC5200 sales have risen at a record , structure and an architecture optimized for its submicron, triple-layer metal (TLM) process, the XC5200 , has been added to the XC5200 family. When combined with a semiconductor process shrink from 0.6um , performance improvement over the -5 speed grade (see table). The XC5200 family delivers 2,000 to 23,000 , 11 XC5200 Family Volume Pricing* DEVICE XC5202 XC5202 XC5204 XC5204 XC5206 XC5206 XC5210 XC5210 XC5215 XC5215 M AXIMUM ... | Original |
1 pages, |
XC5215 XC5210 XC5206 XC5204 XC5202 XC5200 XC5200 abstract |
|
|||
| Abstract: XC7300 XC7300, XC9500 XC9500. For "one-hot" state machines, use XC3100A XC3100A, XC4000E/EX XC4000E/EX, XC5200, XC8100 XC8100 · For fast : Use XC4000E/EX XC4000E/EX, XC5200 or XC7300 XC7300. Use XC3100A XC3100A for , gates: Use XC5200 · For shortest design compilation time: Use XC7300 XC7300, XC9500 XC9500, or XC8100 XC8100 · For lowest cost per gate, when on-chip RAM is not required: Use XC5200, XC3100A XC3100A · For pin-out compatibility , (sometimes even between families), thus maintaining an existing pc-board layout: Use XC4000E/EX XC4000E/EX, XC5200 ... | Original |
1 pages, |
XC9500 pinout XC3100A XC4000E XC4000EX XC5200 XC3000A XC7300 XC8100 XC9500 XC6200 XC4000E/EX XC7300 abstract |
|
|||
| Abstract: pulses than XC4000-series or XC5200-family devices require, and XC2000 XC2000 devices generate even fewer CCLK , XC5200-type devices: Use lead device's LDC to drive XC1700 XC1700 CE. Use lead device's INIT to drive XC1700 XC1700 RESET. , XC2000 XC2000, XC3000 XC3000, XC4000 XC4000, and XC5200 series devices can be mixed freely with only one constraint: the , discussion, there is no difference between the XC4000 XC4000 series and the XC5200 family, when XC5200 is used in , input, and should be connected to all XC4000/ XC4000/ XC5200 PROGRAM inputs. C4 C2 C3 C4 C3 ... | Original |
2 pages, |
XC5200 XC4000 XC3000 XC2000 XC1700 xc4000 pin datasheet abstract |
|
|||
| Abstract: XC3000-series devices generate fewer CCLK pulses than XC4000-series or XC5200-family devices require, and , , XC4000D XC4000D, XC4000E XC4000E, XC4000EX XC4000EX, XC4000H XC4000H) and XC5200-family: DONE (open-drain output / input) PROGRAM (input , : Daisy chain consists of nothing but XC4000/ XC4000/ and XC5200-type devices: Use lead device's LDC to drive , number of devices in a daisy chain, and XC2000 XC2000, XC3000 XC3000, XC4000 XC4000, and XC5200 series devices can be mixed , and the XC5200 family, when XC5200 is used in any configuration mode except Express Mode). The lead ... | Original |
2 pages, |
XC5200 XC4000 XC3000 XC2000 XC1700 XC3000-series datasheet abstract |
|
|||
| Abstract: CUSTOMER SUCCESS STORY Videoconferencing with XC5200 FPGAs VTEL Inc. designs and , videoconferencing system uses XC5200 family FPGAs, making it one of the earliest adopters of this new FPGA family. , boards, with the resulting increases in cost and power consumption. Since the XC5200 development , Xilinx Unified Library and the footprint-compatibility of the XC4000 XC4000 and XC5200 families. Initially, the , and implement the designs. Once the XC5200 library was available, the conversion to the XC5200 family ... | Original |
2 pages, |
XC6200 XC5210 XC5206 XC5200 XC4010 XC4006 XC4000 XC5200 abstract |
|
|||
| Abstract: XC5200 Application Note by Chris Lockard and Marc Baker Summary The XC5200 delivers the most , between the XC5200 and XC4000 XC4000 families, recommends approaches for converting XC4000 XC4000 designs to the XC5200 , Demonstrates XC5200 Techniques for migrating XC4000 XC4000 designs to the XC5200 architecture Introduction Overview The new fourth-generation SRAM-based XC5200 FPGA family from Xilinx is engineered to deliver , the XC5200, which is 100% footprint compatible with the XC4000 XC4000. · Note that some variations of ... | Original |
10 pages, |
RAM16X8 RAM32X2 XAPP062 XC4000 xc4000 pin XC4000A XC4000D XC4000E XC4000EX XC4000H XC4000XL XC4003H Xilinx XC4006-6 XC5200 XC4000 abstract |
|
|||
| Abstract: / XC3000 XC3000 to XC5200 Application Note by Marc Baker Summary The XC5200 delivers the most cost-effective , differences between the XC5200 and XC2000/XC3000 XC2000/XC3000 families, recommends approaches for converting XC2000/XC3000 XC2000/XC3000 designs to the XC5200 architecture, and provides a methodology to migrate designs easily in multiple CAE environments. Xilinx Family Demonstrates XC5200 Migrating XC2000/XC3000 XC2000/XC3000 designs to XC5200 devices , XC5200 FPGA family from Xilinx delivers the lowest cost-per-gate of any FPGA family. The Xilinx XC5200 ... | Original |
10 pages, |
XILINX xc2018 XC3000 XC3000A XC3100 XC3100A XC4000 XC5200 XC2000 FPGAs XC2000 XILINX XC2000 XC2018 PC84 XC2000/ XC2000/ abstract |
|
|||
| Abstract: / XC3000 XC3000 to XC5200 Application Note by Marc Baker Summary The XC5200 delivers the most cost-effective , differences between the XC5200 and XC2000/XC3000 XC2000/XC3000 families, recommends approaches for converting XC2000/XC3000 XC2000/XC3000 designs to the XC5200 architecture, and provides a methodology to migrate designs easily in multiple CAE environments. Xilinx Family Demonstrates XC5200 Migrating XC2000/XC3000 XC2000/XC3000 designs to XC5200 devices , XC5200 FPGA family from Xilinx delivers the lowest cost-per-gate of any FPGA family. The Xilinx XC5200 ... | Original |
9 pages, |
D24E XC3000 xc3000 xact XC3000A XC3100 XC3100A XC4000 xc5200 XC2018 XILINX XC2000 XC2018 PC84 XC2000 XC2000/ XC5200 XC2000/ abstract |
|
|||
| Abstract: / XC3000 XC3000 to XC5200 Application Note by Marc Baker Summary The XC5200 delivers the most cost-effective , differences between the XC5200 and XC2000/XC3000 XC2000/XC3000 families, recommends approaches for converting XC2000/XC3000 XC2000/XC3000 designs to the XC5200 architecture, and provides a methodology to migrate designs easily in multiple CAE environments. Xilinx Family Demonstrates XC5200 Migrating XC2000/XC3000 XC2000/XC3000 designs to XC5200 devices , XC5200 FPGA family from Xilinx delivers the lowest cost-per-gate of any FPGA family. The Xilinx XC5200 ... | Original |
10 pages, |
XILINX XC2018 D24E XC3000 XC3000A XC3100 XC3100A XC4000 XC5200 XC2000 XILINX XC2000 XC2000/ XC2000/ abstract |
|
|||
| Abstract: ® Design Migration From XC3000/XC3000A XC3000/XC3000A To XC5200 February 1996 Application Note Introduction Three-State Buffers Unlike the XC3000/3100/A XC3000/3100/A, the XC5200 does not provide pullups on the ends , fourth-generation SRAM-based XC5200 FPGA family from Xilinx is engineered to deliver the lowest costper-gate of any , XC3100/A XC3100/A family. Recommendation: Take advantage of the XC5200 cascade logic to implement wide functions. Input/Output Blocks (IOBs) Unlike the XC3000/3100/A XC3000/3100/A, the XC5200 Input/Output Block (IOB) does ... | Original |
6 pages, |
XC5215 XC5210 XC5200 XC3000 XC3000/XC3000A XC3000/3100/A XC3000/XC3000A abstract |
|
|||
| 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. |
|||||
| define_design_lib XC5200 -path ././lib/xc5200 analyze -library XC5200 -format vhdl xc5200_components.vhd sh vhdlan -w XC5200 xc5200_FTGS.vhd.e quit www.datasheetarchive.com/download/41926342-996526ZC/sy35atar.z |
Xilinx | 22/04/1997 | 14650.89 Kb | Z | sy35atar.z |
| define_design_lib XC5200 -path ././lib/xc5200 analyze -library XC5200 -format vhdl xc5200_components.vhd sh vhdlan -w XC5200 xc5200_FTGS.vhd.e quit www.datasheetarchive.com/download/90581059-996523ZC/sy33btar.z |
Xilinx | 22/04/1997 | 14628.99 Kb | Z | sy33btar.z |
| define_design_lib XC5200 -path ././lib/xc5200 analyze -library XC5200 -format vhdl xc5200_components.vhd sh vhdlan -w XC5200 xc5200_FTGS.vhd.e quit www.datasheetarchive.com/download/31120765-996525ZC/sy34btar.z |
Xilinx | 22/04/1997 | 14629.48 Kb | Z | sy34btar.z |
| define_design_lib XC5200 -path ././lib/xc5200 analyze -library XC5200 -format vhdl xc5200_components.vhd sh vhdlan -w XC5200 xc5200_FTGS.vhd.e quit www.datasheetarchive.com/download/78816455-996524ZC/sy34atar.z |
Xilinx | 22/04/1997 | 14745.45 Kb | Z | sy34atar.z |
| 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:OSC5 @DIVIDE2_BY= AS xc5200:OSC5 @DIVIDE1_BY= AS xc5200:OSC5 LIBVER www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |
| | Wirelist created using version 4.09. V 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:BUFG @IDLY0=0 AS xc5200:BUFG www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |
| | Wirelist created using version 4.09. V 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:BUFG @IDLY0=0 AS xc5200:BUFG www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |
| | Wirelist created using version 4.09. V 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:BUFG @IDLY0=0 AS xc5200:BUFG www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |
| | Wirelist created using version 4.09. V 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:BUFG @IDLY0=0 AS xc5200:BUFG www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |
| | Wirelist created using version 4.09. V 4.09 K 360897863600 OSC DW OSC AS xc5200:CB4CE LIBVER=2.0.0 AS xc5200:CB4CE LEVEL=MXILINX AS xc5200:CB4CE PINORDER = C CE CEO CLR Q0 Q1 Q2 Q3 TC AP xc5200:CB4CE 1 PINTYPE=IN AP xc5200:CB4CE 2 PINTYPE=IN AP xc5200:CB4CE 3 PINTYPE=OUT AP xc5200:CB4CE 4 PINTYPE=IN AP xc5200:CB4CE 5 PINTYPE=OUT AP xc5200:CB4CE 6 PINTYPE=OUT AP xc5200:CB4CE 7 PINTYPE=OUT AP xc5200:CB4CE 8 PINTYPE=OUT AP xc5200:CB4CE 9 PINTYPE=OUT AS xc5200:BUFG @IDLY0=0 AS xc5200:BUFG www.datasheetarchive.com/download/89585703-1000536ZC/6count.zip (OSC.1) |
Xilinx | 16/08/1996 | 1158.54 Kb | ZIP | 6count.zip |