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1998 - ulc xc3030

Abstract: Temic ulc xc3030 EPM7128 XC3030 TEMIC EPM7128 TEMIC PLD BQFP 100 PACKAGE EPM7128 PLCC R/ULC/A1440
Text: Ordering Ordering Information Prior to conversion, ULCs are referred to by a generic ULC part number and separate package designation plus an optional temperature range formed as follows ULC / base PLD or FPGA pins­package where base PLD or FPGA refers to EPM7128 or XC3030 Example: ULC part number for XC3030A­PQ100C would be: ULC / XC3030 , 100­PQFP After conversion, a specific ULC code is ordered as follows: UG 20 PQS 100 ­ MZZ :RD R for Tape and Reel D for Dry Pack ULC Series UG 0.6­mm, 2


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PDF EPM7128 XC3030 XC3030A PQ100C ULC/XC3030, ulc xc3030 Temic ulc xc3030 TEMIC EPM7128 TEMIC PLD BQFP 100 PACKAGE EPM7128 PLCC R/ULC/A1440
ulc xc3030

Abstract: ic UC66 CPLD EPM 7128 XC3030A-5PL84C
Text: base PLD or FPGA refers to 22 V, 10 or EPM 7128 or XC3030 Example: ULC part number for XC3030A-5PL84C would be: ULC / XC3030 ,84-PLCC After conversion, a specific ULC code is ordered as follows: UC 12 , boundary-scan and scan-path testing. Conversion to the UC series o f ULC can provide a significant reduction in , epitaxial p-type substrate. Features · High-performance ULC family suitable for medium- to large-sized , operation at 3.3 V or 5 V. The performance specifications o f any given ULC design, however, must be


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PDF 85-mm 300-mil 150-mil ulc xc3030 ic UC66 CPLD EPM 7128 XC3030A-5PL84C
1995 - XC3030A-5PL84C

Abstract: UD10 UD09 matra universal logic circuit ulc xc3030 UD27 UD Series ud02 XC3030 EPM7128
Text: XC3030 Example: ULC part number for XC3030A-5PL84C would be: ULC / XC3030 , 84-PLCC After conversion, a , of 2000 V. Conversion to the UD series of ULC can provide a significant reduction in operating , single mask required for single-layer metallization makes the UD series the preferred family for ULC , 3.3 V OUT 3.3-V Logic Device 3.3 V IN 5V IN 3.3-V ULC Device 3.3 V OUT IN , Typical ULC Test Conditions For ac specification purposes, an improved output loading scheme has been


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PDF 65-mm standb27 300-mil 150-mil XC3030A-5PL84C UD10 UD09 matra universal logic circuit ulc xc3030 UD27 UD Series ud02 XC3030 EPM7128
1995 - UC66

Abstract: ulc xc3030 CERAMIC QUAD FLATPACK CQFP UC22 XC4000 UC0844
Text: : ULC part number for XC3030A-5PL84C would be: ULC / XC3030 , 84-PLCC After conversion, a specific ULC , boundary-scan and scan-path testing. Conversion to the UC series of ULC can provide a significant reduction , use of an epitaxial p-type substrate. Features D High-performance ULC family suitable for medium , fully capable of supporting operation at 3.3 V or 5 V. The performance specifications of any given ULC , consumption: P = P1 + P2 + P3 Example: Static calculation A 100-pin ULC with 3000 used gates, 10 inputs


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PDF 85-mm 300-mil 150-mil UC66 ulc xc3030 CERAMIC QUAD FLATPACK CQFP UC22 XC4000 UC0844
1995 - ulc xc3030

Abstract: XC3030A-5PL84C UG70 UG52 UG42 UG33 UG20 UG14 UG09 UG04
Text: , 10 or EPM7128 or XC3030 Example: ULC part number for XC3030A-5PL84C would be: ULC / XC3030 , 84 , available as required. Conversion to the UG series of ULC can provide a significant reduction in , consumption. Features D High performance ULC family suitable for medium- to large-sized CPLDs and FPGAs , . The performance specifications of any given ULC design however, must be explicitly specified as 3.3 , consumption: P = P1 + P2 + P3 Example: Static calculation A 100-pin ULC with 3000 used gates, 10 inputs


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PDF The27 300-mil 150-mil ulc xc3030 XC3030A-5PL84C UG70 UG52 UG42 UG33 UG20 UG14 UG09 UG04
1995 - ATT ORCA fpga architecture

Abstract: ATT ORCA fpga LATTICE plsi 3000 SERIES cpld LATTICE plsi architecture 3000 SERIES speed altera ep ACTEL A1010 MAX7000 MAX5000 temic ulc products A1225
Text: is done by comparing a simulation of the ULC conversion to the actual FPGA or PLD prior to making a mask and building the ULC , and making sure that they match. There are two options for vector generation for design verification on a ULC design: 1) the customer can supply the vectors, or, (2) vectors , Optional Vectors Generate Vectors (If req'd) Compare ULC Functional Simulation to FPGA/PLD Modify Netlist and/or Vectors Match Don't Match Compare ULC Timing Simulation to Timing Spec


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PDF MIL-STD-883B ATT ORCA fpga architecture ATT ORCA fpga LATTICE plsi 3000 SERIES cpld LATTICE plsi architecture 3000 SERIES speed altera ep ACTEL A1010 MAX7000 MAX5000 temic ulc products A1225
1998 - TEMIC ULC

Abstract: EDIF200 TEMIC DATABOOK temic
Text: ULC ­ FAQ TEMIC ULC 's Frequently Asked Questions CONVERSIONS 1. How does the conversion work? TEMIC will convert the customer FPGA netlist into a ULC netlist.TEMIC develops simulation vectors using , engineers.The ULC netlist is simulated and compared with initial FPGA data. After functionality and timing are , produce the first article product. The ULC first pass success rate is 95%. 2. What is the TEMIC approach , interaction. These ULC design centers are located in the United States and Europe. 3. Can any FPGA be


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PAL29M16

Abstract: PLS105 PLS151 pls155 pls103 AMD PAL18P8 gal programming specification PAL32R16 PAL18P8 EP1200
Text: [pircsBfloinifliraair^ dMn sflDoott UNIVERSAL LOGIC CIRCUIT ( ULC )(tm) DEVICES August 1989 FEATURES , devices, and other PLDs Completely turnkey conversion to ULC devices using ABEL^ design files and two , tools - Factory-customized ULC devices shipped fully marked and tested 25-50% cost-reduction from ULC , improvement - Each ULC device tested for functional, DC and AC specifications - Target PPM level of 100 , used in production boards to make above rework easy Power consumption reduction - ULC device power


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PDF 22V10 24-pin 800-338-GATE. PAL29M16 PLS105 PLS151 pls155 pls103 AMD PAL18P8 gal programming specification PAL32R16 PAL18P8 EP1200
1998 - TEMIC PLD

Abstract: EPM9000 Temic ulc EPM5000
Text: also means that for a proven FPGA or PLD design, TEMIC assumes the responsibility that the ULC is , Compare to FPGA FPGA Design Data Convert to ULC Netlist Simulate ULC Yes Match ? Build Protos Modify Conversion Verify Conversion No The design requirements for a ULC conversion are straightforward and , pASIC3t FPGAs. A ULC cross-reference (see section 11) list of devices supported for conversion is , ) triple-metal CMOS. Benefits of ULC Devices Cost Reduction Through advanced logic synthesis techniques


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2001 - MACH3 cpld

Abstract: ulc 2003 circuit diagram of sound wireless MAX7000 actel core 8051 MAX5000 FLEX6000 MAX9000 35x35 bga XC4000E
Text: FPGA/CPLD CONVERSION SERVICE COST ULC SAVINGS AT NO RISK P L U G A N D , produc- provides a working ULC . tion. FPGAs provide a flexible combination We realize that , may be paying a change in your ULC code. We will provide for FPGA resources that are not used. a new ULC with no additional NRE charges if Programming and associated PROM costs you have , . ULC does not work in Microcontrollers conversion service helps purchasing and


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1998 - LATTICE plsi 3000 SERIES cpld

Abstract: TEMIC PLD EPM9000 Actel a1280 pinout EPM5000 A1415-A14100 EPF6000 pLSI2000 actel act1 family actel a1240
Text: Actel devices come in seven families for which ULC conversions are supported: ACT1 (A1010, A1020), ACT2 , , routability, and performance, but they can be treated similarly from the standpoint of conversion to a ULC , size of the ULC die required, it is important to indicate that RAM is being used, and to provide the , , and are not supported by the ULC . They can be used to add a reset or a test pin if necessary in the ULC . 1200XL and 3200DX series have only a MODE pin. Issues for Conversion Resetability and timing


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PDF A1010, A1020) A1225, A1240 A1280) A1415-A14100) 1200XL 3200X EPF10K20TC144 LATTICE plsi 3000 SERIES cpld TEMIC PLD EPM9000 Actel a1280 pinout EPM5000 A1415-A14100 EPF6000 pLSI2000 actel act1 family actel a1240
1997 - JUPITER

Abstract: JUPITER ULC JUPITER 30 triaxial connectors JUPITER M series TEFZEL COAXIAL CABLE
Text: JUPITER ULC Series Description Push-pull locking System Multipin, coaxial, triaxial , 8,2 18 V 10 24 JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series JUPITER ULC Series


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1998 - TEMIC PLD

Abstract: signal path designer
Text: simulation of the ULC netlist to the FPGA or PLD netlist. In addition, the static timing of the ULC and FPGA , the customer requirements, TEMIC proceeds with making masks and building the ULC . Additional , for vector generation for design verification on a ULC design: 1) the customer can supply the vectors , ) Compare ULC Functional Simulation to FPGA/PLD Don't Match Match Compare ULC Timing Simulation to Timing , Process ULC Design Flow The ULC Design Flow can be broken up into 3 steps: Feasibility/Conversion


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2001 - signal path designer

Abstract: No abstract text available
Text: FPGA Design Good FPGA Design Practices, Aid FPGA Conversion to a ULC Scope This Application Note describes design practices that make a ULC conversion schedule shorter, and accomplished with reduced risk. This note is recommended for a designer considering a conversion to a ULC , or for a designer before starting an FPGA design. For the designer considering a conversion to a ULC , this Application Note will give background on the reasons for the questions in the ULC Design Checklist. For the


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1995 - LATTICE plsi architecture 3000 SERIES speed

Abstract: ATT ORCA fpga ACTEL A1010 LATTICE plsi 3000 SERIES cpld A1020 transistor EPM5000 actel part markings altera A1020 Actel A1020 signal path designer
Text: is done by comparing a simulation of the ULC conversion to the actual FPGA or PLD prior to making a mask and building the ULC , and making sure that they match. There are two options for vector generation for design verification on a ULC design: 1) the customer can supply the vectors, or, (2) vectors , Optional Vectors Generate Vectors (If req'd) Compare ULC Functional Simulation to FPGA/PLD Modify Netlist and/or Vectors Match Don't Match Compare ULC Timing Simulation to Timing Spec


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2005 - LATTICE 3000 SERIES cpld

Abstract: ATMEL 350 altera 10 k series cpld MAX5000 FLEX8000 FLEX6000 APEX20KC APEX20K ATMEL Packaging information JEDEC SOIC FLASH370
Text: FPGA/CPLD CONVERSION SERVICE ULC C O S T S AV I N G S WITH NO RISK P L U G A N , paying for FPGA resources that are not Atmel ULC , 104 mm² used. Programming and associated PROM , tion if the ULC does not work in the customer's Conversion ( ULC ) offers a pin-to-pin, drop-in application replacement for the customer's FPGA, gen- Atmel guarantees a working ULC . (sign-off , technique* Charged only if parts work * for 0.35 µm technologies ULC S AV E A P P L I C


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PDF 4011C-ULC-07/05/5M LATTICE 3000 SERIES cpld ATMEL 350 altera 10 k series cpld MAX5000 FLEX8000 FLEX6000 APEX20KC APEX20K ATMEL Packaging information JEDEC SOIC FLASH370
1996 - ATT ORCA fpga

Abstract: cmos vs ttl TEMIC PLD ATT ORCA fpga architecture XC4000 part numbering system ic master rely ic schematic diagram TEMIC DATABOOK
Text: ULC Design Checklist (Please complete and include with ULC design data package) To complete , None ULC Design Checklist 8. Initialization Information Global Reset Pin (Master Clear , p Viewsim output files * Note: See ULC Product book for Viewsim output file format Chk_lst.v3.0 31 May 96 2 ULC Design Checklist A ULC Design Checklist must be submitted , , they are required to start the conversion. The numbering in the ULC Design Checklist Instructions


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2003 - altera 10 k series cpld

Abstract: MACH3 cpld ulc 2003 ispLSI3000 MACH1 schlumberger MAX5000 CoolRunner DPRAM FLEX10K
Text: FPGA/CPLD CONVERSION SERVICE ULC C O S T S AV I N G S WITH NO RISK P L U G A , paying for FPGA resources that are not Atmel ULC , 104 mm² used. Programming and associated PROM , helps purchas- guaranteed parts. There is no financial obliga- ing tion if the ULC does not work in the cus- and engineering. Ultimate Logic Conversion ( ULC ) offers a pin-to-pin , required for 0.18 µm Atmel guarantees a working ULC . erating immediate cost savings. With more


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PDF 4011B-ULC-11/03/15M altera 10 k series cpld MACH3 cpld ulc 2003 ispLSI3000 MACH1 schlumberger MAX5000 CoolRunner DPRAM FLEX10K
1995 - Xilinx XC2000

Abstract: TEMIC PLD 26v12 20RA10 XC7000
Text: ULC Matra MHS Universal Logic Circuits Description FPGAs and PLDs are excellent tools for , ULC conversions to be completed on a turnkey basis in most cases. This design flow, called , . Verify-Before-Silicon also means that for a proven FPGA or PLD design, MHS assumes the risk that the ULC conversion is , Verify-Before Silicon Technique Compare to FPGA FPGA Design Data Convert to ULC Netlist Simulate ULC Modify Conversion Match ? Yes Build Protos No Verify Conversion Rev. D (31


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2002 - MACH3 cpld

Abstract: XC5200 XC3000 MAX9000 MAX5000 FLEX8000 FLEX6000 FLEX10K APEX20K actel core 8051
Text: FPGA/CPLD CONVERSION SERVICE ULC C O S T S AV I N G S WITH NO RISK P L U G A , paying for FPGA resources that are not Atmel ULC , 104 mm² used. Programming and associated PROM costs remain. As soon as the customer's cial obligation if the ULC does not work in the design is , ULC . ® (sign-off required for Atmel guaran- Atmel conversion service helps purchasing , features must be added to the appli- ( ULC ) offers a pin-to-pin, drop-in replace- cation to remain


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PDF 011A-ULC-05/02/15M MACH3 cpld XC5200 XC3000 MAX9000 MAX5000 FLEX8000 FLEX6000 FLEX10K APEX20K actel core 8051
mhs ulc

Abstract: PAL29M16 PLS100 fpla gal programming timing chart PLS101 PLUS405 matra universal logic circuit
Text: ( ULC )(tm) DEVICES FEATURES . FACTORY-CUSTOMIZED PIN- AND FUNCTIONCOMPATIBLE REPLACEMENTS FOR FIELDPROGRAMMABLE PAL(tm ), GAL(lm ), FPLA, AND FPLS DEVICES, AND OTHER PLDs COMPLETELYTURNKEY CONVERSION TO ULC , CONVERSION AND DEVELOPS TEST VECTORS USING AUTO MATIC TOOLS . FACTORY-CUSTOMIZED ULC DEVICES SHIP PED FULLY MARKED AND TESTED . 25-50% COST-REDUCTION FROM ULC DEVI CES COMPARED TO FIELDPROGRAMMABLE DEVICES . , (10/12 NS) PAL/GAL DEVICES AND LARGER PLDS . QUALITY IMPROVEMENT . EACH ULC DEVICE TESTED FOR FUNCTION


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Xilinx XC2000

Abstract: Temic ulc MAX5000 XC7000 actel ACT1 IC AN 7111 Lattice PLSI XC5000 st 4634 81F64842B
Text: . One of the industry's most experienced suppliers, TEMIC's ULC team has been converting FPGAs from multiple vendors over the past 10 years. Conversion of your FPGA to a ULC will require some design , comparison of ULC device simulations with the original FPGA, allows us to guarantee that the ULC will work , following your formal approval. FPGA Design Data Convert to ULC netlist Generate Test Vectors Verify against FPGA Check ULC /FPGA Timings Build Prototypes Approval Deliver High Volume


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2013 - PS-LF-001

Abstract: No abstract text available
Text: plating terminal G : Gold plating terminal ULC version : ULC for ULC versions Empty for non ULC , Available versions: - Standard - Long life - ULC - ULC long life - With gold plated top plate ( ULC , mA KMR Au : 1.0 mA – 10 mA ULC & ULC long life versions 1 µA – 50 mA Low level use : 1.8 Vdc , „¦ ≤ 3 ms For available std, ULC , long life & ULC long life references refer to drawings. KMR 21x , 003 FP ULC version : CU 78 M2G 005 FP ULC long life version : CU 78 M2G 004 FP Gold plated top


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PDF PS-KMR-010 PS-LF-001) QP-KMR-010. PS-LF-001
1996 - ANM010

Abstract: Temic ulc signal path designer
Text: ANM010 Good FPGA Design Practices Aid FPGA Conversion to a ULC , and Improve the Quality of Both the FPGA and the ULC Scope This Application Note describes design practices that make a ULC , considering a conversion to a ULC , or for a designer before starting an FPGA design. For the designer considering a conversion to a ULC , this Application Note will give background on the reasons for the questions in the ULC Customer Questionnaire. For the designer just starting and FPGA design, this


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PDF ANM010 ANM010 Temic ulc signal path designer
2008 - USD210

Abstract: USD228 USD256 USD312 USD384 USD432 USD492 USD594 USD700
Text: ULC Family Suitable for Large-sized CPLDs and FPGAs From 46K Gates up to 780K Gates Supported From , Regulator 5V -> 3.3V PLL 0.35µm with Integrated Filter 0.35 µm ULC Series with Embedded DPRAM UA1E , support within one ULC from 18 Kbits to 390 Kbits DPRAM and from 46 Kgates to 780 Kgates. Typically, ULC , the UA1E series of ULC can provide a significant reduction in operating power when compared to the , of 42µA on a 144,000 gates design. Operating consumption is a strict 4319D­ ULC ­04/08 function of


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PDF 4319D USD210 USD228 USD256 USD312 USD384 USD432 USD492 USD594 USD700
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