data sheet ic 7483
Abstract: pin diagram for IC 7483 ttl 7483 FULL ADDER 7483 IC 7483 full adder IC 7483 application of ic 7483 Datasheet of IC 7483 pin diagram for IC 7483 xor 7483 adder
Text: June 1996, ver. 1 Introduction Understanding FLASHlogic Timing Application Note 79 Altera devices provide device performance that is consistent from simulation to application. Before programming or configuring a device, you can determine the worst-case timing delays for any design. You can
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EPX780QC132
Abstract: EPX780LC84 pldshell plus guide 87c51 87C51FA ado1 jtag cable Schematic R22151
Text: April 1995, ver. 1 Introduction Configuring FLASHlogic Devices Application Note 45 The Altera FLASHlogic family of programmable logic devices PLDs is based on CMOS technology with SRAM configuration elements. This technology supports in-circuit reconfigurability (ICR) via the Joint Test
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EPX880-10
Abstract: EPX8160-10 EPX8160-12 EPX880-12
Text: FLASHlogic Programmable Logic Device Family June 1996, ver. 2 Features. Data Sheet • ■ ■ ■ High-performance programmable logic device PLD family – SRAM-based logic with shadow FLASH memory elements fabricated on advanced CMOS technology – Logic densities from 1,600 to 3,200 usable gates (see Table 1)
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24V10
84-Pin
132-Pin
EPX8160
EPX8160
208-Pin
EPX880-10
EPX8160-10
EPX8160-12
EPX880-12
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PDN9625
Abstract: EPX8160QC208-12 ide 2.5 DASP EPX780 EPX880QC132-10 EPX740 EPX8160QC208-10 EPX8160QI208-12 EPX880QI132-12 EPX880LC84-10
Text: Product Discontinuance Notice FLASHlogic EPX880 & EPX8160 to Become Obsolete This notice is to announce the planned obsolescence of the FLASHlogic family of devices. This announcement affects all EPX880 and EPX8160 ordering codes. The planned phaseout of the EPX880 and EPX8160 is:
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EPX880
EPX8160
EPX880
EPX880LC84-10
EPX880QC132-10
EPX880QI132-12
EPX8160QC208-12
PDN9625
EPX8160QC208-12
ide 2.5 DASP
EPX780
EPX880QC132-10
EPX740
EPX8160QC208-10
EPX8160QI208-12
EPX880QI132-12
EPX880LC84-10
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jtag header male
Abstract: Header, 4 pin, 0.1 Inch Spacing FLASHLOGIC 20-pin JTAG interface connector
Text: August 1996, ver. 1 Features Data Sheet • ■ ■ ■ ■ Functional Description ByteBlaster Parallel Port Download Cable Allows PC users to: – Program MAX 9000, MAX 7000S, and FLASHlogic devices in-system via a standard parallel port – Configure FLEX 10K, FLEX 8000, and FLASHlogic devices
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7000S,
25-pin
10-pin
jtag header male
Header, 4 pin, 0.1 Inch Spacing
FLASHLOGIC
20-pin JTAG interface connector
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FLASHLOGIC
Abstract: Alternative BYTEBLASTER
Text: PRODUCT DISCONTINUANCE NOTICE FLASHLOGIC DOWNLOAD CABLE PL-FLDLC Altera will be discontinuing the FLASHlogic Download Cable (PL-FLDLC). Going forward, customers should order the PL-ByteBlaster to program or configure any of Altera’s FLASHlogic devices using the updated PLDshell 5.1 utility. If you do not already have this
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A-DS-BITBL-03
Abstract: BITBLASTER
Text: BitBlaster Serial Download Cable June 1996, ver. 3 Data Sheet Features • ■ ■ ■ ■ Functional Description Allows PC and workstation users to: – Program MAX 9000, MAX 7000S, and FLASHlogic devices insystem via a standard RS-232 serial port –
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7000S,
RS-232
A-DS-BITBL-03
BITBLASTER
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BITBLASTER
Abstract: EPF81188A 25-pin male header
Text: BitBlaster Serial Download Cable June 1996, ver. 3 Data Sheet Features • ■ ■ ■ ■ Functional Description Allows PC and workstation users to: – Program MAX 9000, MAX 7000S, and FLASHlogic devices insystem via a standard RS-232 serial port –
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7000S,
RS-232
BITBLASTER
EPF81188A
25-pin male header
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epf8282 block
Abstract: EMP7032 EPM5032A EPM7032V d4454 A7205 EPF8282 84 PLCC pin configuration epc1213 pdf epf8282
Text: MAX+PLUS II Selection Guide March 1995, ver. 2 Development Systems & Migration Products Altera offers a variety of system configurations and migration products for MAX+PLUS II. MAX+PLUS II supports Altera’s FLEX 10K, FLEX 8000, MAX 9000, MAX 7000, FLASHlogic, MAX 5000, and Classic
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EPM7192E
EPM7128E
EPM7160E
EPM7256E
160-Pin
192-Pin
epf8282 block
EMP7032
EPM5032A
EPM7032V
d4454
A7205
EPF8282
84 PLCC pin configuration
epc1213
pdf epf8282
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EPF6016TC144-3
Abstract: relay Re 04501 re 04501 relay USART 8251 lms algorithm using vhdl code C8251 NEC RELAY 10PIN 5V 8251 uart vhdl PDN9516 verilog code for Modified Booth algorithm
Text: Newsletter for Altera Customers ◆ Second Quarter ◆ May 1998 Altera Unveils FLEX 10KE Devices Altera recently unveiled enhanced versions of FLEX ␣ 10K embedded programmable logic devices— FLEX 10KE devices. Fabricated on a 0.25-µm, five-layer-metal process with a 2.5-V core, FLEX 10KE
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EPF10K100B
EPF6016TC144-3
relay Re 04501
re 04501 relay
USART 8251
lms algorithm using vhdl code
C8251
NEC RELAY 10PIN 5V
8251 uart vhdl
PDN9516
verilog code for Modified Booth algorithm
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verilog code parity
Abstract: 1 wire verilog code BUS BAR specification palasm tri state PAR64
Text: PCI Bus Applications April 1995, ver. 1 Introduction In Altera Devices Application Note 41 The peripheral component interconnect PCI bus is designed for multiprocessor systems and high-performance peripherals, including audio and video systems, network adapters, graphics accelerator boards,
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vhdl code for multiplexer 16 to 1 using 4 to 1
Abstract: vhdl code for D Flipflop processor control unit vhdl code download PLE3-12 vhdl code for 8 bit common bus pci master verilog code fifo vhdl system design using pll vhdl code usb interface 1996 BGA and QFP Package
Text: Glossary May 1999 A Altera Consultants Alliance Program ACAP An alliance created to provide expert design assistance to users of Altera® programmable logic devices (PLDs). ACAPSM consultants provide their expertise and services to designers. Altera Hardware Description Language (AHDL)
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structural vhdl code for ripple counter
Abstract: vhdl projects abstract and coding voicemail controller vhdl code for Booth multiplier vhdl program for simple booth multiplier FLEX8000 vhdl codes for Return to Zero encoder in fpga VHDL code for 8 bit ripple carry adder vhdl code for 4 bit updown counter 8 bit carry select adder verilog codes
Text: Altera/Synopsys User Guide About this User Guide July 1995 This user guide provides design guidelines, sample VHDL designs, Altera-specific design methods, and optimal synthesis options to assist designers using Synopsys synthesis tools to process designs targeted for
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1N4148
Abstract: EPM7192E ALTERA MAX 5000 programming Signal Path Designer
Text: Operating Requirements June 1996, ver. 7 Introduction Data Sheet Altera devices combine unique programmable logic architectures with advanced CMOS processes to provide exceptional performance and reliability. To maintain the highest possible performance and reliability of
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16cudslr
Abstract: EP320I EPM7160 Transition vhdl code for lift controller EPM9560 ep330 INTEL 8-series NEC 9801 altera ep220 Silicon Laboratories
Text: M+2Book Page i Thursday, June 12, 1997 12:49 AM MAX+PLUS II Programmable Logic Development System Getting Started Altera Corporation 2610 Orchard Parkway San Jose, CA 95134-2020 408 894-7000 M+2TOC+ Page iii Monday, June 9, 1997 9:34 AM Contents Preface
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Signal Path Designer
Abstract: altera board
Text: Operating Requirements June 1996, ver. 7 Introduction Data Sheet Altera devices combine unique programmable logic architectures with advanced CMOS processes to provide exceptional performance and reliability. To maintain the highest possible performance and reliability of
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PLCC 84 PINS
Abstract: camtex trays MIL-I-8835A
Text: Guidelines for Handling J-Lead & QFP Devices June 1996, ver. 2 Introduction Application Note 71 Surface-mount J-lead and quad flat pack QFP devices are currently in high demand. All device packages require protection during transportation and storage. To prevent damage to Altera J-lead and QFP
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TD 265 N 600 KOC
Abstract: core i5 520 Scans-049 camtex trays sii Product Catalog EPM9560 film hot BT 342 project TIL Display 7160S
Text: 1996 Data Book Data Book June 1996 A-DB-0696-01 Altera, MAX, M A X+PLUS, FLEX, FLEX 10K, FLEX 8000, FLEX 8000A, MAX 9000, MAX 7000, MAX 7000E, MAX 7000S, FLASHlogic, MAX 5000, Classic, M AX+PLUS II, PL-ASAP2, PLDshell Plus, FastTrack, AHDL, MPLD, Turbo Bit, BitBlaster, PENGN, RIPP 10, PLS-ES, ClockLock, ClockBoost,
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-DB-0696-01
7000E,
7000S,
EPF10K100,
EPF10K70,
EPF10K50,
EPF10K40,
EPF10K30,
EPF10K20,
EPF10K10,
TD 265 N 600 KOC
core i5 520
Scans-049
camtex trays
sii Product Catalog
EPM9560
film hot
BT 342 project
TIL Display
7160S
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epm7192
Abstract: epm7192 packages epx780 PL-ASAP
Text: Index March 1995 Numerics 3.3-V devices C onfiguration EPROM devices FLEX 8000 devices 65 MAX 7000 devices 169 selection guide 25 3.3-V/5.0-V operation FLASHlogic devices 233 FLEX 10K devices 33 FLEX 8000 devices 57 MAX 9000 devices 136 selection gu id e 25
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EP1810
EP220
EP224
EP22V10
EP610
EP910
epm7192
epm7192 packages
epx780
PL-ASAP
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Untitled
Abstract: No abstract text available
Text: MAX+PLUS II Selection Guide March 1995, ver. 2 Development Systems & Migration Products Altera offers a variety of system configurations and migration products for M AX+PLUS II. M AX+PLUS II supports Altera's FLEX 10K, FLEX 8000, M AX 9000, MAX 7000, FLASHlogic, MAX 5000, and Classic
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Untitled
Abstract: No abstract text available
Text: Introduction J u n e 1996, ver. 4 P ro g ra m m a b le logic d ev ic e s PLD s a re d ig ita l, u se r-c o n fig u ra b le in te g ra te d circ u its (ICs) u se d to im p le m e n t c u sto m logic fu n ctio n s. PL D s can im p le m e n t a n y B oolean e x p re ssio n o r re g iste re d fu n c tio n w ith b u iltin logic stru c tu re s. In c o n trast, o ff-th e-sh elf logic ICs, su ch a s TTL d ev ices,
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epx780
Abstract: No abstract text available
Text: Introduction 1 Introduction March 1995, ver. 3 Programmable logic devices PLDs are digital, user-configurable integrated circuits (ICs) used to implement custom logic functions. PLDs can im plem ent any Boolean expression or registered function with builtin logic structures. In contrast, off-the-shelf logic ICs, such as TTL devices,
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fp1320
Abstract: No abstract text available
Text: Guidelines for Handling J-Lead & QFP Devices Ju n e 1996, ver. 2 Introduction Application Note 71 S u rfa c e -m o u n t J-lead a n d q u a d flat p ac k Q FP d ev ic e s a re c u rre n tly in h ig h d e m a n d . A ll d ev ic e p a c k a g e s re q u ire p ro te c tio n d u rin g
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Untitled
Abstract: No abstract text available
Text: Introduction Contents I n t r o d u c t io n Introduction The PLD M Advantages of Altera
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