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Catalog Datasheet	MFG & Type	PDF	Document Tags
ATT ORCA fpga architecture Abstract: ATT ORCA fpga altera ep LATTICE plsi architecture 3000 SERIES speed LATTICE plsi 3000 SERIES cpld A1020 A1225 A1280 MAX5000 MAX7000 Text: ULCt Conversion Matra MHS Conversion Process Conversion The Basic Process At its most simple level, the process of going from an FPGA or PLD design into a lower cost alternative device can be broken down into three steps Figure 1 . The first step is to convert the netlist from the FPGA or PLD form	Original	PDF	MIL-STD-883B ATT ORCA fpga architecture ATT ORCA fpga altera ep LATTICE plsi architecture 3000 SERIES speed LATTICE plsi 3000 SERIES cpld A1020 A1225 A1280 MAX5000 MAX7000
TEMIC PLD Abstract: EPM9000 Temic ulc EPM5000 Text: ULC–FPGA Conversions Ultimate Logic Conversion – Introduction Description FPGAs and PLDs are excellent tools for design development and lower-volume production. They provide a quick design cycle for fast time to market, low development costs and low risk. In higher-volume	Original	PDF
POF2JED software Abstract: ATF15xx Product Family Conversion ATMEL 420 3064ALC44 7032LC44 3064ATC100 7128s 7128stc100 3064ATC44 7032SLC44 Text: ATF15xx Product Family Conversion Introduction The ATF15xx Complex Programmable Logic Device CPLD product family offers high-density and high-performance devices. Atmel currently offers the ATF1500A, ATF1502AS, ATF1504AS and the ATF1508AS CPLDs. The ATF1500A is a 32 macrocell device and is offered in 44-lead	Original	PDF	ATF15xx ATF1500A, ATF1502AS, ATF1504AS ATF1508AS ATF1500A 44-lead ATF1502AS 44-lead POF2JED software ATF15xx Product Family Conversion ATMEL 420 3064ALC44 7032LC44 3064ATC100 7128s 7128stc100 3064ATC44 7032SLC44
AMD CPLD Mach 1 to 5 Abstract: EPM7000 m52561 EPM7000S XC9500 pinout MAX7000 XC9500 mach 1 to 5 from amd mach 1 family amd epm7192 packages Text: XC9500 Pin-Locking Capability and Benchmarks  XBRF 009 October 1, 1996 Version 1.3 Application Brief Summary This application brief presents benchmarks that demonstrate the superior pin-locking capability of the Xilinx XC9500 CPLDs. These benchmarks are based on typical applications and demonstrate the benefits of a highly routable switch	Original	PDF	XC9500 XC9500 EPM7128S-10 EPM7192S-10 EPM7256S-10 EPM7160, EPM7256 AMD CPLD Mach 1 to 5 EPM7000 m52561 EPM7000S XC9500 pinout MAX7000 mach 1 to 5 from amd mach 1 family amd epm7192 packages
MQFPL160 Abstract: UD02 UD09 LCC100 QuickLogic Military FPGA Introduction UD10 atmel 336 20RA10 XC7000 PGA68 Text: Digital Integration Design done by Customer and TEMIC MATRA MHS Digital Integration Introduction When integrating the digital part of modern electronic system, various technical and financial criteria are considered. Over 10 years of ASIC experience have shown	Original	PDF
Xilinx XC2000 Abstract: TEMIC PLD 26v12 20RA10 XC7000 Text: ULC Matra MHS Universal Logic Circuits Description FPGAs and PLDs are excellent tools for design development and lower-volume production. They provide a quick design cycle for fast time to market, low development costs and low risk. In higher-volume production, with proven and stable designs, where cost,	Original	PDF
LATTICE plsi 3000 SERIES cpld Abstract: EPM9000 TEMIC PLD EPF8000 actel a1240 actel act1 family pLSI2000 A1415-A14100 EPM5000 Actel a1280 pinout Text: Device Specific Device Specific Conversion Information Actel FPGA Conversion FPGA Description RAM Actel devices come in seven families for which ULC conversions are supported: ACT1 A1010, A1020 , ACT2 (A1225, A1240 and A1280), ACT3 (A1415-A14100), ACTEL 40MX and 42MX, the	Original	PDF	A1010, A1020) A1225, A1240 A1280) A1415-A14100) 1200XL 3200X EPF10K20TC144 LATTICE plsi 3000 SERIES cpld EPM9000 TEMIC PLD EPF8000 actel a1240 actel act1 family pLSI2000 A1415-A14100 EPM5000 Actel a1280 pinout
amd 29050 Abstract: VHDL CODE FOR PID CONTROLLERS 20630 Xilinx XC2000 LCC100 UD09 LCC84 UD10 8251 uart vhdl MCT8 Text: Digital Integration Introduction When integrating the digital part of modern electronic systems, various technical and financial criteria must be considered. Over 10 years of ASIC experience have shown that no one methodology can meet all requirements at the same time.	Original	PDF	10-May-96 amd 29050 VHDL CODE FOR PID CONTROLLERS 20630 Xilinx XC2000 LCC100 UD09 LCC84 UD10 8251 uart vhdl MCT8
LATTICE plsi architecture 3000 SERIES speed Abstract: ACTEL A1010 ATT ORCA fpga LATTICE plsi 3000 SERIES cpld A1020 transistor Actel A1020 EPM5000 actel part markings altera A1020 temic A1020 Text: ULCt Conversion Matra MHS Conversion Process Conversion The Basic Process At its most simple level, the process of going from an FPGA or PLD design into a lower cost alternative device can be broken down into three steps Figure 1 . The first step is to convert the netlist from the FPGA or PLD form	Original	PDF
AMD CPLD Mach 1 to 5 Abstract: EPM7000S 2N3904 TRANSISTOR SMD epm7192 ISPLSI1048 MAX7000 XC9500 mach 1 to 5 from amd ISPLSI1032 256-10 Text: XC9500 Pin-Locking Capability and Benchmarks  XBRF009 January, 1997 Version 1.3 Application Brief Summary This application brief presents benchmarks that demonstrate the superior pin-locking capability of the Xilinx XC9500 CPLDs. These benchmarks are based on typical applications and demonstrate the benefits of a highly routable switch	Original	PDF	XC9500 XBRF009 XC9500 in-lock-10 EPM7128S-10 EPM7192S-10 EPM7256S-10 AMD CPLD Mach 1 to 5 EPM7000S 2N3904 TRANSISTOR SMD epm7192 ISPLSI1048 MAX7000 mach 1 to 5 from amd ISPLSI1032 256-10
EPM7000S Abstract: EPM7000 MAX7000 XC9500 EPM7256 PIN ispLSI1000 EPM7128S Text: PIN 15 Wed Sep 18 13:39:21 1996 XC9500 Pin-Locking Capability and Benchmarks  XBRF 009 September 5, 1996 Version 1.1 Application Brief Summary This application brief presents benchmarks that demonstrate the superior pin-locking capability of the Xilinx XC9500	Original	PDF	XC9500 XC9500 EPM7096-10 EPM7128S-10 EPM7096 EPM7160E-10 EPM7000S EPM7000 MAX7000 EPM7256 PIN ispLSI1000 EPM7128S
l9170 Abstract: EPM7000a EPM7000AE EPM7032AE EPM7064AE EPM7128A EPM7256A EPM7512AE C2719 EPM7000 Text: MAX 7000A Includes MAX 7000AE Programmable Logic Device Family October 1998, ver. 1.2 Data Sheet Features. • ■ Preliminary Information ■ ■ ■ ■ ■ ■ ■ ■ Formerly known as Michelangelo devices High-performance CMOS EEPROM-based programmable logic	Original	PDF	7000AE EPM7128A EPM7256A l9170 EPM7000a EPM7000AE EPM7032AE EPM7064AE EPM7512AE C2719 EPM7000
ATIC 164 D2 48 pin Abstract: EPM7000AE MAX-7Q 0 Text: MAX 7000A Includes MAX 7000AE Programmable Logic Device Family October 1998, ver, 1,2 Data Sheet Features. Form erly know n as M ichelangelo devices H igh-perform ance CM O S EEPRO M -based program m able logic devices PLDs built on second-generation M ultiple Array M atriX	OCR Scan	PDF	7000AE ATIC 164 D2 48 pin EPM7000AE MAX-7Q 0
EPM7000 Abstract: hhm7 Text: M A X 7000A Includes M A X 70 0 0 A E Programmable Logic Device Family October 1998. ver. 1.2 Data Sheet Formerly know n as Michelangelo devices High-perform ance CMOS EEPROM-based program m able logic devices PLDs built on second-generation M ultiple A rray M atrix	OCR Scan	PDF	EPM7128A EPM7256A EPM7256A, 100-pin 7000AE EPM7032AE EPM7064AE EPM7000 hhm7