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 a combination of the customer’s vectors, ATVG vectors, and manually written vectors by TEMIC engineers.The ULC netlist is simulated and compared with initial FPGA data. After functionality and timing are checked, we proceed with layout and extract accurate delays. After all conversion has been completed, we produce the first article product. The ULC first pass
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EDIF200
Abstract: XC4013E-3PQ208C industrial pulse generators schematic Lattice PLSI Temic ulc
Text: IC DIVISION TEMIC Semiconductors ULC Design Checklist To perform the ULC to FPGA or EPLD feasibility study and conversion rapidly and accurately, please fill out the form below and supply the requested material. All questions must be answered. 1. Customer
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XC3030-70PC84C
Abstract: EPM5128LC EP330PC-15 A1020 transistor A1010B-PL68C EPM5128GM EP330PC15 EP330PC XC3042-70PC84C A1020A-PL84C
Text: ULCt Cross-Reference Matra MHS Cross reference list of devices supported for ULC conversion is not exhaustiv as new devices are added regularly. Additional devices not shown in this list, may also be supported. MHS encourages you to contact your local TEMIC sales representative
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A1010A-PL44C
A1010B-PL44C
ULC/A1010
44-PLCC
A1010A-PL44I
A1010B-PL44I
A1010A-1PL44C
A1010B-1PL44C
A1020A-1PL44C
XC3030-70PC84C
EPM5128LC
EP330PC-15
A1020 transistor
A1010B-PL68C
EPM5128GM
EP330PC15
EP330PC
XC3042-70PC84C
A1020A-PL84C
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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
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ulc xc3030
Abstract: PQFP 176 Xilinx XC3090 altera EP300 EPM7128 Temic ulc xc3030 EPM7128 PLCC PLSI2032 Actel A1020 PLUS405
Text: ULC Reference Guide This reference guide lists most devices available for conversion. This list is not exhaustive, as new devices are added regularly. Additional devices not shown in this list may also be supported. Updated versions are available on the TEMIC web site. Check with factory if
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ULC/A1010
ULC/A1020
ulc xc3030
PQFP 176
Xilinx XC3090
altera EP300
EPM7128
Temic ulc xc3030
EPM7128 PLCC
PLSI2032
Actel A1020
PLUS405
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TEMIC PLD
Abstract: airbag temic alarm clock design of digital VHDL vhdl DTMF echo cancellation in mobile phones using matlab airbag control unit using CAN PROTOCOL Daimler-Benz schematic weigh scale low cost mobile phone audio matlab AEG motor
Text: ASIC THE COMPLETE ASIC SUPPLIER A company of AEG Daimler-Benz Industrie ASIC TEMIC: The complete ASIC supplier . . . . . . Sub microwatt to multi GHz RF devices Digital 622MHz cross connect matrix to fully integrated mixed analog & digital audio path for mobile phones
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622MHz
50cho
TEMIC PLD
airbag temic
alarm clock design of digital VHDL
vhdl DTMF
echo cancellation in mobile phones using matlab
airbag control unit using CAN PROTOCOL
Daimler-Benz
schematic weigh scale low cost
mobile phone audio matlab
AEG motor
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8251 microcontroller free
Abstract: V110 V120 CLCC automotive
Text: Digital Integration Design done by 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 that no methodology can meet them all in the
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Temic ulc
Abstract: TEMIC DATABOOK XILINX XC2000 TEMIC PLD vantis jtag schematic actel die run marking altera ep
Text: Design Requirements ULC–Design Checklist To perform the ULC to FPGA or EPLD feasibility study and conversion rapidly and accurately, please fill out the form below and supply the requested material. All questions must be answered. 1. Customer Technical Contact
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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
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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 feasibility or start conversion, all questions must be answered 1. Customer Company: .
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EIA232
Abstract: MAX232 SO16L TFDS3000
Text: TOIM3000/3232 Infrared IrDA Integrated Interface Circuits ULC-Technology: High-performance gate array package using dual metal layer CMOS technology, featuring sub-micronic channel length 0.8 mm Description The TOIM3xxx series ICs provide proper timing for the
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OIM3000/3232
TFDS3000,
TFDS3000
OIM3000
D-74025
26-Mar-96
EIA232
MAX232
SO16L
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CMOS RS232 Level Converter
Abstract: infrared circuit infrared transistor rs232 protocol "Infrared TRANSCEIVER" DATASHEET INFRARED SEND MODULE infrared transmitter receiver rs232 Infrared-transceiver ir transmitter receiver rs232 EIA232
Text: TOIM3000/3232 Infrared IrDA Integrated Interface Circuits ULC-Technology: High-performance gate array package using dual metal layer CMOS technology, featuring sub-micronic channel length 0.8 mm Description The TOIM3xxx series ICs provide proper timing for the
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OIM3000/3232
TFDS3000,
TFDS3000
OIM3000
D-74025
26-Mar-96
CMOS RS232 Level Converter
infrared circuit
infrared transistor
rs232 protocol
"Infrared TRANSCEIVER" DATASHEET
INFRARED SEND MODULE
infrared transmitter receiver rs232
Infrared-transceiver
ir transmitter receiver rs232
EIA232
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TFDS3000
Abstract: infrared transmitter receiver rs232 EIA232 MAX232 SO16L IRDA TRANSMITTER
Text: TOIM3000/3232 Infrared IrDA Integrated Interface Circuits ULC-Technology: High-performance gate array package using dual metal layer CMOS technology, featuring sub-micronic channel length 0.8 mm Description The TOIM3xxx series ICs provide proper timing for the
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OIM3000/3232
TFDS3000,
TFDS3000
OIM3000
D-74025
26-Mar-96
infrared transmitter receiver rs232
EIA232
MAX232
SO16L
IRDA TRANSMITTER
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digital dice design VHDL
Abstract: ECL NAND IMPLEMENTATION V110 V120 mfm modulator ULC S - 139 TEMIC ecl temic ulc products
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.
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10-May-96
digital dice design VHDL
ECL NAND IMPLEMENTATION
V110
V120
mfm modulator
ULC S - 139
TEMIC ecl
temic ulc products
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TEMIC PLD
Abstract: signal path designer
Text: Conversion Process Conversion Process Conversion, Basic Process At its most basic 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
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Xilinx XC2000
Abstract: Temic ulc MAX5000 Lattice PLSI IC AN 7111 actel ACT1 XC7000 6108 SRAM 81F64842B st 4634
Text: Because time is money in today's electronics market, programmable devices such as FPGAs are more popular than ever in the development of applications, providing a flexible way to combine a quick design cycle with lowvolume initial production. Once designs are proven and stable, the top priorities are
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TCA780
Abstract: TFK U 111 B TFK U 4614 B TFK S 186 P TFK U 217 B TFK BP w 41 n TFK BPW 41 N Tfk 880 TFK 148 TDSR 5150 G
Text: Industry Part Number 1N3245 1N3611GP 1N3612GP 1N3613GP 1N3614GP 1N3725 1N3957GP 1N4001GP 1N4002GP 1N4003GP 1N4004GP 1N4005GP 1N4006GP 1N4007GP 1N4245GP 1N4246GP 1N4247GP 1N4248GP 1N4249GP 1N4678.1N4717 1N4728A.1N4761A 1N4933GP 1N4934GP 1N4935GP 1N4936GP
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1N3245
1N3611GP
1N3612GP
1N3613GP
1N3614GP
1N3725
1N3957GP
1N4001GP
1N4002GP
1N4003GP
TCA780
TFK U 111 B
TFK U 4614 B
TFK S 186 P
TFK U 217 B
TFK BP w 41 n
TFK BPW 41 N
Tfk 880
TFK 148
TDSR 5150 G
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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.
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10-May-96
amd 29050
VHDL CODE FOR PID CONTROLLERS
20630
Xilinx XC2000
LCC100
UD09
LCC84
UD10
8251 uart vhdl
MCT8
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Untitled
Abstract: No abstract text available
Text: Temic S e m i c o n d u c t o r s IrDA-Compatible Data Transmission TELEFUNKEN Semiconductors 04.96 Temic S e m i c o n d u c t o r s Table o f Contents Paving the Way to a Wireless Information
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D-74025
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TEMIC PLD
Abstract: temic Specialists Temic Semiconductors
Text: FPGA conversions ? Don’t choose risk, choose ULCs. Why take chances when you can choose A nd risk-free b eca u se w e’ve e n tirely TEMIC ULCs Universal Logic Circuits - elim inated th e sign-off process. If th e p a rt the risk-free, cost-effective alternative tu
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Untitled
Abstract: No abstract text available
Text: Tem ic U3760MB-N S e m i c o n d u c t o r s Low-Voltage Standard Telephone Circuit Description TEMIC Semiconductors’ low-voltage telephone circuit, U3760MB-N, performs all the speech and line interface functions required in an electronic telephone set tone
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U3760MB-N
U3760MB-N,
D-74025
31-May-99
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Anti-lock braking system
Abstract: 80C251 airbag
Text: Tem ic S e m i c o n d u c t o r s TEMIC Semiconductors Integrated Circuits Division The IC D ivision o f TEM IC Semiconductors, with its headquarters in Heilbronn, Germany, is orga nized into business centers that synergize the com pany's technical and marketing skills to
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80C251
80C51
Anti-lock braking system
airbag
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Untitled
Abstract: No abstract text available
Text: Tem ic S e m i c o n d u c t o r s Application-Specific ICs for Computers TEMIC’s ICs for the computer market help to make portable and desktop systems smaller, lighter, faster, and more cost-efficient to manufacture. A series of application-specific power ICs reduces the
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TEMIC PLD
Abstract: No abstract text available
Text: Tem ic S e m i c o n d u c t o r s ASIC Solutions The Ultimate Integration Functions: Packaging: • Sensors • Hybrid • Computation • Surface mount • Communicate/interface • Plastic/ceramic • Memory • Control • Power Methodologies: • Sea-of-gates
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