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    AT6000 SERIES CONFIGURATION Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    AT17C128

    Abstract: AT17XXX AT6005 The AT6000 Series field programmable gate array guide
    Text: AT6000 Series AT6000 Series Configuration Configuration is the process of loading a design into an AT6000 Series field programmable gate array FPGA . AT6000 Series devices are SRAM-based and can be configured any number of times. The entire device or select portions of a


    Original     		PDF AT6000 AT6000 A0-A16 AT17C128 AT17XXX AT6005 The AT6000 Series field programmable gate array guide

    AT17C128

    Abstract: AT17XXX AT6005
    Text: AT6000 Series AT6000 Series Configuration Configuration is the process of loading a design into an AT6000 Series field programmable gate array FPGA . AT6000 Series devices are SRAM-based and can be configured any number of times. The entire device or select portions of a


    Original     		PDF AT6000 AT6000 A0-A16 AT17C128 AT17XXX AT6005

    AD 4153

    Abstract: AT17128 ad 8077 AT17XXX AT6002 AT6003 AT6005 AT6010 AT171 Vector Controls
    Text: AT6000 Series AT6000 Series Configuration Configuration is the process of loading a design into an AT6000 Series field programmable gate array FPGA . AT6000 Series devices are SRAM-based and can be configured any number of times. The entire device or select portions of a design can be configured. Sections of the device can be configured while others continue to operate undisturbed.


    Original     		PDF AT6000 A0-A16 AD 4153 AT17128 ad 8077 AT17XXX AT6002 AT6003 AT6005 AT6010 AT171 Vector Controls

    AT6000 Series Configuration

    Abstract: Application Notes 8078 microprocessor pin diagram AT17C128 AT17XXX AT6005
    Text: AT6000 Series Configuration Configuration is the process of loading a design into an AT6000 Series Field Programmable Gate Array FPGA . AT6000 Series devices are SRAM-based and can be configured any number of times. The entire device or select portions of a


    Original     		PDF AT6000 AT6000 0436C 09/99/xM AT6000 Series Configuration Application Notes 8078 microprocessor pin diagram AT17C128 AT17XXX AT6005

    2 input XNOR GATE

    Abstract: half-adder by using D flip-flop AN2L
    Text: FPGA Recommended Design Methods Introduction cell functionality can be found in the AT6000 Series data sheet. Described here are a series of guidelines for designing with AT6000 Series field programmable gate arrays FPGAs . Among the topics covered are basic cell functionality, building simple functions, general manual placement-and-routing rules, and schematic-entry tips that can make time spent in


    Original     		PDF AT6000 132-pin 2 input XNOR GATE half-adder by using D flip-flop AN2L

    AT6002

    Abstract: AT6005
    Text: FPGA Configuration Compression Algorithm Introduction AT6000 Series FPGAs are SRAMbased and can be reconfigured to perform different applications in a system. Formulas show how the act of reconfiguration affects system performance. A proprietary compression algorithm


    Original     		PDF AT6000 AT6002 AT6005 0476B AT6002 AT6005

    Configuration Compression Algorithm

    Abstract: AT6002 AT6005
    Text: Configuration Compression Algorithm Introduction AT6000 Series FPGAs are SRAM-based and can be reconfigured to perform different applications in a system. Formulas show how the act of reconfiguration affects system performance. A pr oprietary compression algorithm


    Original     		PDF AT6000 0476C 09/99/xM Configuration Compression Algorithm AT6002 AT6005

    Recommended Design Methods

    Abstract: half-adder by using D flip-flop simple inverter schematic circuit AT6000 Series
    Text: Recommended Design Methods Introduction Described here are a series of guidelines for designing with AT6000 Series field programmable gate arrays FPGAs . Among the topics covered are basic cell functionality, building simple functions, general manual placement-and-routing


    Original     		PDF AT6000 0460C 09/99/xM Recommended Design Methods half-adder by using D flip-flop simple inverter schematic circuit AT6000 Series

    Controlling FPGA Configuration with a Flash-based Microcontroller

    Abstract: MICROCONTROLLER AT89C51 89c51 controller disadvantages PIN DIAGRAM AND WORKING OF AT 89C51 Microcontroller advantages of AT89C51 Atmel 89C51 microcontroller pin configuration MICROCONTROLLER AT89C51 pin diagram Atmel 89C51 microcontroller introduction to microcontroller 89C51 89c51 controller
    Text: Controlling FPGA Configuration with a Flash-Based Microcontroller Introduction SRAM-based FPGAs like the Atmel AT6000 series come more and more into use because of the many advantages they offer. Their reconfigurability allows the user to implement more gates in his


    Original     		PDF AT6000 Controlling FPGA Configuration with a Flash-based Microcontroller MICROCONTROLLER AT89C51 89c51 controller disadvantages PIN DIAGRAM AND WORKING OF AT 89C51 Microcontroller advantages of AT89C51 Atmel 89C51 microcontroller pin configuration MICROCONTROLLER AT89C51 pin diagram Atmel 89C51 microcontroller introduction to microcontroller 89C51 89c51 controller

    x2678

    Abstract: AT6002 AT6005
    Text: FPGA Configuration Compression Algorithm Introduction AT6000 Series FPGAs are SRAM-based and can be reconfigured to perform different applications in a system. Formulas show how the act of reconfiguration affects system performance. A proprietary compression algorithm reduces reconfiguration


    Original     		PDF AT6000 AT6002 AT6005 x2678 AT6002 AT6005

    MICROCONTROLLER AT89C51

    Abstract: Microcontroller advantages of AT89C51 Atmel 89C51 microcontroller Atmel 89C51 microcontroller pin configuration introduction to microcontroller 89C51 89c51 controller disadvantages MICROCONTROLLER AT89C51 pin diagram I8031 AT89C51 microcontroller Atmel 89C51 microcontroller Datasheet
    Text: Microcontroller Controlling FPGA Configuration with a Flash-Based Microcontroller Introduction SRAM-based FPGAs like the Atmel AT6000 series come more and more into use because of the many advantages they offer. Their reconfigurability allows the user to implement more gates


    Original     		PDF AT6000 MICROCONTROLLER AT89C51 Microcontroller advantages of AT89C51 Atmel 89C51 microcontroller Atmel 89C51 microcontroller pin configuration introduction to microcontroller 89C51 89c51 controller disadvantages MICROCONTROLLER AT89C51 pin diagram I8031 AT89C51 microcontroller Atmel 89C51 microcontroller Datasheet

    AT6005

    Abstract: No abstract text available
    Text: FPGA IEEE 1149.1-1990 Standard Test Access Port and Boundary-Scan Introduction For system or board diagnostics, AT6000 Series devices can be programmed with the 1149.1 standard test logic and then reprogrammed for normal operation when the diagnostics are


    Original     		PDF AT6000 AT6005, AT6005

    Microcontroller advantages of AT89C51

    Abstract: MICROCONTROLLER AT89C51 89c51 controller disadvantages I8031 Atmel 89C51 microcontroller AT89C51 microcontroller 89C51 Atmel 89C51 microcontroller pin configuration MICROCONTROLLER AT89C51 pin diagram advantages of 89c51
    Text: Microcontroller Controlling FPGA Configuration with a Flash-Based Microcontroller Introduction SRAM-based FPGAs like the Atmel AT6000 series come more and more into use because of the many advantages they offer. Their reconfigurability allows the user to implement more gates in his application than


    Original     		PDF AT6000 Microcontroller advantages of AT89C51 MICROCONTROLLER AT89C51 89c51 controller disadvantages I8031 Atmel 89C51 microcontroller AT89C51 microcontroller 89C51 Atmel 89C51 microcontroller pin configuration MICROCONTROLLER AT89C51 pin diagram advantages of 89c51

    Untitled

    Abstract: No abstract text available
    Text: FPGA Recommended Design Methods Introduction Described here are a series of guidelines for designing with AT6000 Series field programmable gate arrays FPGAs . Among the topics covered are basic cell functionality, building simple functions, general manual placement-and-routing rules, and schematicentry tips that can make time spent in


    Original     		PDF AT6000 132-pin

    tl o84

    Abstract: AT60054QI fyl 5042 ugc m6 90 v-0 tl o71 TL O74 AT6002 AT6003 AT6005 AT6010
    Text: AT6000 Series Features • • • • • • • High Performance System Speeds > 100 MHz Flip-Flop Toggle Rates > 250 MHz 1.2 ns Input Delay 3.5 ns Output Delay Thousands of Registers Cache Logic Design Complete/Partial In-System Reconfiguration No Loss of Data or Machine State


    Original     		PDF AT6000 S010H-4QC AT6010A-4AI AT6010A-4QI AT6010-4UI AT6010H-4UI tl o84 AT60054QI fyl 5042 ugc m6 90 v-0 tl o71 TL O74 AT6002 AT6003 AT6005 AT6010

    simple 24cxx serial eeprom programmer diagrams

    Abstract: AT17C256-10PI at17lv128-10pi 17C256 24cxx eeprom programmer circuits AT17C128 17C128 AT17 ATT3000 XC2000
    Text: AT17 Series Features • E2 Programmable 65,536 x 1, 131,072 x 1, and 262,144 x 1 bit Serial Memories Designed To Store Configuration Programs For Programmable Gate Arrays • Simple Interface to SRAM FPGAs Requires Only One User I/O Pin • Compatible With AT6000 FPGAs, ATT3000 FPGA, EPF8000 FPGAs, ORCA FPGAs,


    Original     		PDF AT6000 ATT3000 EPF8000 XC2000, XC3000, XC4000, XC5000 MPA1000 17C128 17C256 simple 24cxx serial eeprom programmer diagrams AT17C256-10PI at17lv128-10pi 24cxx eeprom programmer circuits AT17C128 AT17 XC2000

    TL O74

    Abstract: AT6002 AT6003 AT6005 AT6010
    Text: AT6000/LV Series Features • • • • • • • • • • High Performance System Speeds > 100 MHz Flip-Flop Toggle Rates > 250 MHz 1.2 ns/1.5 ns Input Delay 3.0 ns/6.0 ns Output Delay Up to 204 User I/Os Thousands of Registers Cache Logic Design


    Original     		PDF AT6000/LV AT6010ALV-4QC AT6010HLV-4QC AT6010A-4AI AT6010-4QI AT6010-4JI AT6010A-4QI AT6010H-4QI TL O74 AT6002 AT6003 AT6005 AT6010

    Bi-directional shift register

    Abstract: AT6005
    Text: FPGA IEEE 1149.1-1990 Standard Test Access Port and Boundary-Scan Field Programmable Gate Array Introduction For system or board diagnostics, AT6000 Series devices can be programmed with the 1149.1 standard test logic and then reprogrammed for normal operation when the diagnostics are complete. The area and performance overhead of the test logic does not


    Original     		PDF AT6000 AT6005, Bi-directional shift register AT6005

    atmel 428

    Abstract: atmel 426 schematic circuit for computer system ATDS2100PC ATDS2101PC ATDS2110PC ATDS2120PC ATDS2120SN ATDS2130SN ATDS2140PC
    Text: FPGA Overview Features • • • • • • • • • • • Support for Industry Standard PC and Workstation CAE tools Combination Schematic, VHLD, PLD design entry Macro Library of Over 200 Hard/Soft Functions Automatic Macro Generators Generate Physical Layout


    Original     		PDF AT6000 AT6000 ATDM2140HP ATDM2150HP ATDM2160HP ATDM2170HP atmel 428 atmel 426 schematic circuit for computer system ATDS2100PC ATDS2101PC ATDS2110PC ATDS2120PC ATDS2120SN ATDS2130SN ATDS2140PC

    SUN HOLD

    Abstract: atmel 422 ATDS2110PC Silicon Systems annual report ATDS2101PC ATDS2120SN ATDS2140PC ATDS2140SN ATDS2150SN ATDS2160SN
    Text: FPGA Overview Features • • • • • • • • • • • Support for Industry Standard PC and Workstation CAE tools Combination Schematic, VHLD, PLD design entry Macro Library of Over 200 Hard/Soft Functions Automatic Macro Generators Generate Physical Layout


    Original     		PDF AT6000 486/nce AT6000 ATDM2140SN ATDM2150SN ATDM2160SN ATDM2170SN SUN HOLD atmel 422 ATDS2110PC Silicon Systems annual report ATDS2101PC ATDS2120SN ATDS2140PC ATDS2140SN ATDS2150SN ATDS2160SN

    AT27C64

    Abstract: AT17128 DB25-Male-to-DB25-Female db25 female socket 0452C db25 socket finger print security transistor Common Base configuration 84 PLCC pin configuration db25 socket male
    Text: Features • Prototype Board – PC/AT-Compatible Expansion Board Edge Connector – 84-pin PLCC High-Pressure Tin Socket with Solder Tails – 132-pin PQFP Micro Pitch Socket – Over 16 Square Inches of Wire Wrap Area – Test Point Headers for Easy Access to VCC, GND, and FPGA I/O Signals


    Original     		PDF 84-pin 132-pin DB25-Male-to-DB25-Female 0452C 01/99/xM AT27C64 AT17128 db25 female socket db25 socket finger print security transistor Common Base configuration 84 PLCC pin configuration db25 socket male

    Untitled

    Abstract: No abstract text available
    Text: AT6000 Series Features • • • • • • • High Performance System Speeds to 70 MHz Flip-Flop Toggle Rates to 250 MHz Symmetrical Architecture Thousands of Registers Flexible Busing Network Predictable Timing Delays 100% Factory-Tested Cache Logic Design


    OCR Scan     		PDF AT6000 A0-A16 1D74177 0QD734Ã

    L084A

    Abstract: bl043 bl083 T6005A ed84 L064A
    Text: AT6000/LV Series Features • • • • • • • • • • High Performance System Speeds > 100 MHz Flip-Flop Toggle Rates > 250 MHz 1.2 ns/1.5 ns Input Delay 3.0 ns/6.0 ns Output Delay Up to 204 User l/Os Thousands of Registers Cache Logic Design


    OCR Scan     		PDF AT6000/LV Configurabl208Q L084A bl043 bl083 T6005A ed84 L064A

    Untitled

    Abstract: No abstract text available
    Text: AT6000 Series Features • • • • • • • High Performance System Speeds > 1 0 0 MHz Flip-Flop Toggle Rates > 250 MHz 1.2 ns Input Delay 3.5 ns Output Delay Thousands of Registers Cache Logic Design Complete/Partial In-System Reconfiguration No Loss of Data or Machine State


    OCR Scan     		PDF AT6000 Collector/Tri-state0-A16 A0-A16 Q0007b7 AO-A16 1D74177