A 68066
Abstract: prompro-8x DATAMAN S3 Programmer Stag Programmers pp40 schematics HI-LO ALL-03 42M100 DATAMAN S3 POWER SUPPLY 68066 Stag eprom Programmer 41m100 stag 42m100
Contextual Info: National Semiconductor Application Note 825 Madhusudhan Rayabhari July 1992 INTRODUCTION The range of EPROMs manufactured by National Semiconductor is one of the largest in the industry National’s new family of Low Voltage EPROMs targeted for power supply
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20-3aa 68066prompro-8xdataman s3 programmer+7stag programmers pp40 schematicshi-lo all-0342m100dataman s3 power supply68066stag eprom programmer 41m100stag 42m100
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prompro-8x
Abstract: DATAMAN S3 Programmer ZM2000 42M100 RA951 EPP-80 elan universal programmer STAG PP40 PROGRAMMER All-03 ZM3000
Contextual Info: Fairchild Application Note 825 Madhusudhan Rayabhari March 1997 INTRODUCTION The range of EPROMs manufactured by Fairchild Semiconductor is one of the largest in the industry. Fairchild’s new family of Low Voltage EPROMs, targeted for power supply voltages in the range of 3V–3.6V, constitute a recent addition to the growing family of EPROMs. These Low Voltage
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an011434prompro-8xdataman s3 programmerzm2000+742m100ra951epp-80elan universal programmerstag pp40 programmerall-03zm3000
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COP8-PM-00
Abstract: eeprom programmer schematic cop8sa COP8 EEPROM program COP8SE COP8sgr eeprom programmer EPROM 30 pin programmer schematic free circuit eprom programmer ic eeprom programmer
Contextual Info: Revision 1.0, 8/2001 COP8 OTP/ROM PROTOTYPING KIT QUICKSTART MANUAL for COP8-PRO-COB1 INTRODUCTION The COP8-PRO-COB1 Prototyping Kit provides a low cost, easy-to-use environment for quickly starting the development and debugging of COP8 OTP/ROM applications.
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10mhzrs232cop8-pm-00eeprom programmer schematic+8cop8sacop8 eeprom programcop8secop8sgreeprom programmereprom 30 pin programmer schematicfree circuit eprom programmeric eeprom programmer
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AN-825
Abstract: AN825
Contextual Info: AN-825 Using Existing Programmers to Program Low Voltage EPROMs Fairchild Application Note 825 INTRODUCTION and deposit themselves on the floating gate Figure 2 , thereby altering the threshold voltage of the cell. This process is called “hot electron injection.” The shift in the threshold, as already indicated,
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Contextual Info: intei M5C060 600 GATE CHMOS ERASABLE PROGRAMMABLE LOGIC DEVICE EPLD Military High Performance LSI Semicustom Logic Replacement for Low-End Gate Arrays TTL and 54HC SSI and MSI Logic Programmable Clock System with Two Synchronous Clocks as Well as Asynchronous Clocking Option on All
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Contextual Info: in te l' M5C090 900 GATE CHMOS ERASABLE PROGRAMMABLE LOGIC DEVICE EPLD Military High Perform ance LSI Semicustom Logic Replacem ent fo r Low-End Gate Arrays TTL and 54HC SSI and MSI Logic Programmable Clock System with Tw o Synchronous Clocks as Well as
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m5c090 |
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UV-eprom programmer schematic
Abstract: 27 eprom programmer schematic EPROM 30 pin programmer schematic xc9536 cpld xilinx xc9536 Schematic XAPP079 4mbit prom ADR14 XC9536 HW-130
Contextual Info: XAPP079 September, 1997 Version 1.2 4Mbit Virtual SPROM Application Note Summary This application note describes the design of a very low cost, CPLD-based virtual SPROM for downloading programming information to the Xilinx high density XC4000-Series FPGAs.
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xapp079xc4000-seriesxc9500uv-eprom programmer schematic+827 eprom programmer schematiceprom 30 pin programmer schematicxc9536 cpldxilinx xc9536 schematic4mbit promadr14xc9536hw-130
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XC9536-PC44
Abstract: xc9536pc44 UV-eprom programmer schematic XC7336 XC9536pc 27 eprom programmer schematic ADR12 Abel code for johnson counter XAPP079 XC4025E
Contextual Info: XAPP079 March, 1997 Version 1.0 CPLD-Based 1Mbit Virtual SPROM Downloader for XC4000-Series FPGAs Application Note by Don St. Pierre Summary This application note describes the design of a very low cost, CPLD-based virtual SPROM downloader for programming the
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xapp079xc4000-seriesxc7300xc9500+9xc9536-pc44xc9536pc44uv-eprom programmer schematicxc7336xc9536pc27 eprom programmer schematicadr12abel code for johnson counterxc4025e
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MC68HC04P2
Abstract: M6804
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC68704P2 Technical Summary HMOS Microcomputer Unit MC68704P2 HMOS high-density NMOS microcomputer unit (MCU) is an EPROM member of the M6804 Family of microcomputers. User programmable EPROM allows program changes and lower
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mc68704p2m6804mc6804j1mc6804j2+3mc6804p2mc6804j1/dmc68hc04p2
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85C508
Abstract: Intel 85C508 290175 incir
Contextual Info: i n t o l. 85C508 FAST 1-MICRON CHMOS DECODER/LATCH juPLD • High-Performance Programmable Logic Device for High-Speed Microprocessorto-Memory Decode ■ 16 Dedicated Inputs for Address/Data Bus Decoding; 8 Latched Outputs; 1 Global Latch Enable ■ Supports Intel386 , i468TM, ¡860tm,
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85c508intel386tmi468tm860tm+728-pin300-mil85c508-78sc508intel 85c508290175incir
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PAL16L8 programming algorithm
Abstract: Intel N85C224 EP330 P85C220 n85c220 PAL20L8 programming specifications 16v8 programming IC PALCE16 palc20r 20V8
Contextual Info: in tj, 85C220/85C224-100, -80 AND -66 FAST REGISTERED SPEED TSU, TSo 8-MACROCELL PLDs These register optimized timing PLDs offer superior design features: • Low-Power, High-Performance Upgrade for SSI/MSI Logic and Bipolar PALs* High-Performance Systems
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85c220/85c224-10085c220-1008sc224-10085c220+1185c224pal16l8 programming algorithmintel n85c224ep330p85c220n85c220pal20l8 programming specifications16v8 programmingic palce16palc20r20v8
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1NP2
Abstract: iUP-200 PALC20L8 PAL16L8 programming algorithm N85C224-80 290134 29013 P85C220-80 PAL20L8 programming specifications N85C224
Contextual Info: in tj, 85C220/85C224-100, -80 AND -66 FAST REGISTERED SPEED TSU, TSo 8-MACROCELL PLDs These register optimized timing PLDs offer superior design features: • Low-Power, High-Performance Upgrade for SSI/MSI Logic and Bipolar PALs* High-Performance Systems
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85c220/85c224-10085c220-10085c224-10085c220+1185c2241np2iup-200palc20l8pal16l8 programming algorithmn85c224-8029013429013p85c220-80pal20l8 programming specificationsn85c224
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GAL16Y8A
Abstract: PAL16L8 programming algorithm gal 16v8 programming algorithm 85C224 PAL12L10N ep330 intel 2107 GAL-2 85c224-66 85C220
Contextual Info: INTEL CORP MEMORY/PL] / 5bE D • M Ö E b l 7 b D 0 7 7 S b D 7^5 « I T L S in y -0 °\ 85C220/85C224-100, -80 AND -66 REGISTER OPTIMIZED TIMING FAST 1-MICRON CHMOS 8-MACROCELL juPLDs T hese register optimized timing /xPLDs of fer superior design features:
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85c220/85c224-100i486tm1386tmi860tm+12progr-1685c22085c22465-c/w--pdipgal16y8apal16l8 programming algorithmgal 16v8 programming algorithmpal12l10nep330intel 2107gal-285c224-66
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5AC312
Abstract: P5AC312-25 N5AC312-25 D5AC312-30 D5AC312 d5ac312-25 N5AC P5AC312-30 p5ac312 uchi
Contextual Info: in tJ . 5AC312 1-MICRON CMOS 12-MACROCELL PLD • High-Performance LSI Semi-Custom Logic Alternative for Low-End Gate Arrays, TTL, and 74HC- or 74HCT SSI and MSI Logic, and PLDs ■ High Speed tpp 25 ns, 66 MHz Performance Pipelined, 33.3 MHz w/Feedback ■ Programmable Output Registers
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5ac31212-macrocell74hctp5ac312-25+8n5ac312-25d5ac312-30d5ac312d5ac312-25n5acp5ac312-30p5ac312uchi
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5C031
Abstract: ep310 D5C031
Contextual Info: 5C031 300 GATE CMOS PLD • High Density, Low Power Replacement for SSI & MSI Devices and Bipolar PLDs. ■ Up to 18 Inputs 10 Dedicated & 8 I/O and 8 Outputs. ■ Eight Macrocells with Programmable I/O Architecture. ■ tpo = 40 ns (max}, 29.4 MHz Pipelined,
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PLA 16L8
Abstract: 5c031 290154 EP310C D5C031-50
Contextual Info: intei 5C031 300 GATE CMOS PLD • High Density, Low Power Replacement for SSI & MSI Devices and Bipolar PLDs. ■ Up to 18 Inputs 10 Dedicated & 8 I/O and 8 Outputs. ■ Eight Macrocelis with Programmable I/O Architecture. ■ tpo = 40 ns (max), 29.4 MHz Pipelined,
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5c03120-pinep310pla 16l8+3290154ep310cd5c031-50
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Contextual Info: Pm37LV512 512 Kbit 64K X 8 Dual-Voltage Multiple-Cycle-Programmable ROM FEATURES • Low Power Consumption - Typical 5 mA active read current - Typical 18 µA CMOS standby current Low Voltage Operation - Dual read VCC ranges: 2.7 V to 3.6 V or 4.5 V to
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A103
Abstract: A114 A115 Programmable Microelectronics Pm37LV512-70JC PM37LV51270VC
Contextual Info: PMC Pm37LV512 512 Kbit 64K X 8 Dual-Voltage Multiple-Cycle-Programmable ROM FEATURES • Low Power Consumption - Typical 5 mA active read current - Typical 18 µA CMOS standby current • Low Voltage Operation - Dual read VCC ranges: 2.7 V to 3.6 V or 4.5 V to
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pm37lv51232-pina103a114+4a115programmable microelectronicspm37lv512-70jcpm37lv51270vc
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5ac312
Abstract: D5AC312 p5ac312 D5AC312-25 D5AC312-30 P5AC312-25 P5AC312-30 intel PLD 290156 2901s6-3
Contextual Info: intöl. 5AC312 1-MICRON CMOS 12-MACROCELL PLD • High-Performance LSI Semi-Custom Logic Alternative for Low-End Gate Arrays, TTL, and 74HC- or 74HCT SSI and MSI Logic, and PLDs ■ High Speed tPD 25 ns, 66 MHz Performance Pipelined, 33.3 MHz w/Feedback ■ 12 Macrocells with Programmable I/O
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5ac31212-macrocell74hctd5ac312+8p5ac312d5ac312-25d5ac312-30p5ac312-25p5ac312-30intel pld2901562901s6-3
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intel eprom Intelligent algorithm
Abstract: programmer schematic ep320 P5C032-35 5c03235 P5C032 290155 P5C032-40 EP3201 D5C032-35
Contextual Info: i n t o l . 5C032 8-MACROCELL CMOS PLD • High-Density, Low-Power Replacement for SSI & MSI Devices and Bipolar PLDs ■ Programmable “Security Bit” Allows Total Protection of Proprietary Designs ■ Up to 18 Inputs 10 Dedicated & 8 I/O and 8 Outputs
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5c03220-pinep32010mhz+9intel eprom intelligent algorithmprogrammer schematic ep320p5c032-355c03235p5c032290155p5c032-40ep3201d5c032-35
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5C031
Abstract: PLA 16L8 5CO31 16L2 16L8 16R8 74HC EP310 EP310 programmable 290154
Contextual Info: 5C031 300 GATE CMOS PLD • High Density, Low Power Replacement for SSI & MSI Devices and Bipolar PLDs. ■ Up to 18 Inputs 10 Dedicated & 8 I/O and 8 Outputs. ■ Eight Macroceiis with Programmable I/O Architecture. ■ tpo = 40 ns (max), 29.4 MHz Pipelined,
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5c03120-pinep310pla 16l8+75co3116l216l816r874hcep310 programmable290154
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D5AC324
Abstract: AC324 5AC324 N5AC324 P5AC324 N5AC324-25 D5AC32430 intel PLD 290160 intel CMOS PLD
Contextual Info: 5AC324 1-MICRON CMOS 24-MACROCELL PLD • High-Performance LSI Semi-Custom Logic Alternative to Low-end Gate Arrays, TTL, 74HC SSI and MSI Logic, and PLDs ■ High Speed tpp 25 ns, 66 MHz Performance Pipelined, 33.3 MHz w / Feedback ■ 24 Macrocells with Programmable I/O
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5ac32424-macrocell190pfd5ac324+8ac324n5ac324p5ac324n5ac324-25d5ac32430intel pld290160intel cmos pld
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D5AC32430
Abstract: p5ac324-30 D5AC324 5AC324-25 intel PLD 290160 P5AC324 P5AC324-25 D5AC324-25 5AC324
Contextual Info: 5AC324 1-MICRON CMOS 24-MACROCELL PLD • High-Performance LSI Semi-Custom Logic Alternative to Low-end Gpte Arrays, TTL, 74HC SSI and MSI Logic, and PLDs ■ High Speed tpp 25 ns, 66 MHz Performance Pipelined, 33.3 MHz w / Feedback ■ Programmable Output Registers
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5ac32424-macrocelld5ac32430p5ac324-30+7d5ac3245ac324-25intel pld290160p5ac324p5ac324-25d5ac324-25
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SSI MSI macrocell
Abstract: intel PLD
Contextual Info: inlJ. 5AC324 1-MICRON CMOS 24-MACROCELL PLD • High-Performance LSI Semi-Custom Logic Alternative to Low-end Gate Arrays, TTL, 74HC SSI and MSI Logic, and PLDs ■ Programmable Output Registers Configurable as D, T, JK, or SR Types ■ Dual Feedback on All Macrocells for
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5ac32424-macrocell40-pin44-pln+2ssi msi macrocellintel pld
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