The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
KAD2708C-10Q68 Intersil Corporation 8-Bit, 105MSPS Single-Channel ADC, LVCMOS Outputs; QFN68; Temp Range: -40° to 85°C
KAD2708L-35Q68 Intersil Corporation 8-Bit, 350MSPS Single-Channel ADC, LVDS Outputs; QFN68; Temp Range: -40° to 85°C
KAD2708C-17Q68 Intersil Corporation 8-Bit, 170MSPS Single-Channel ADC, LVCMOS Outputs; QFN68; Temp Range: -40° to 85°C
KAD2708C-27Q68 Intersil Corporation 8-Bit, 275MSPS A/D Converter; QFN68; Temp Range: -40° to 85°C
KAD2708C-21Q68 Intersil Corporation 8-Bit, 210MSPS Single-Channel ADC, LVCMOS Outputs; QFN68; Temp Range: -40° to 85°C
KAD2708L-10Q68 Intersil Corporation 8-Bit, 105MSPS Single-Channel ADC, LVDS Outputs; QFN68; Temp Range: -40° to 85°C

intel 2708 eprom Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
intel 2708 eprom

Abstract: 2708 eprom prom 2708 eprom 2708 i 2708 Intel 2708 2708L
Text:  intel 2708 8K (1K x 8) UV ERASABLE PROM Max. Power Max. Access 2708 800 m W 450ns 2708L , Intel® 2708 is an 6192-bit ultraviolet light erasable and electrically reprogrammable EPROM , ideally , requiring lower power dissipation than from the 2708 . A power dissipation savings of over 50% without any , requiring fast access times. The 2708 family is fabricated with the N-channel silicon gate FAMOS technology , 2 23 ABC 3 22 U A9 A.C 4 21 DM» S 2» ^JcS/WE 6 2708 19 DMJD 7 ie ^ PROGRAM (LSB


OCR Scan
PDF 450ns 2708L 550ns 2708L) 6192-bit intel 2708 eprom 2708 eprom prom 2708 eprom 2708 i 2708 Intel 2708
intel 2708 eprom

Abstract: 2708 eprom Intel 2708 prom 2708 eprom 2708 2708L AC421
Text:  intel 2708 8K (1K x 8) UV ERASABLE PROM Max. Power Max. Access 2708 800 m W 450ns 2708L , Intel® 2708 is an 6192-bit ultraviolet light erasable and electrically reprogrammable EPROM , ideally , requiring lower power dissipation than from the 2708 . A power dissipation savings of over 50% without any , requiring fast access times. The 2708 family is fabricated with the N-channei silicon gate FAMOS technology , 2 23 □ A. AB C 3 22 U A9 A.C 4 21 I] M>B S 2» ^JcS/WE 6 2708 19 3M)D 7 IB ^ PROGRAM


OCR Scan
PDF 450ns 2708L 550ns 2708L) 6192-bit intel 2708 eprom 2708 eprom Intel 2708 prom 2708 eprom 2708 AC421
Intel 1702 eprom

Abstract: intel 2708 eprom 2732 eprom intel 1702a eprom intel 2732 eprom memory EPROM 2708 intel application note intel 2758 eprom 8080 processor 2716 2k eprom 24 pin
Text: intel APPLICATION NOTE A P -72 INTRODUCTION This A pplication N ote discusses how the Intel fam ily o f 5 volt EPROIV s can be used w ith m icroprocessor systems. T he pinout evolution and , savings associated w ith the Intel single supply device. A t the sam e tim e, users o ften use the highest , desirable to use a co m patible device such as the Intel 5 volt 2716, whose 450ns ac cess time is com , icroprocessors, b u t placed a substantial burden on the m emory. T he 2708 was developed to be com patible w ith


OCR Scan
PDF
intel 2708 eprom

Abstract: memory EPROM 2708 intel eprom Intelligent algorithm intel 1702a eprom PM9080 intel EPROM intel 2716 eprom
Text: , use programming software and hardware that recognize the different characteristics of individual EPROM cells. Don KnowNon, Intel Corp Using the capabilities of p.P-based EPROM programmint' equipment and employing a new algorithm that recognizes differences among EPROM cells can drama tically reduce programming , TABLE 1 EPROM PROGRAMMING TIME EVOLUTION DEVICE 1702A 2708 2716 2732 2764 2764' 27128BYTES 256 1024 , : 230*14-001 AR-26S Versatile algorithm, equipment cut EPROM programming time Programming


OCR Scan
PDF AR-265 AR-26S intel 2708 eprom memory EPROM 2708 intel eprom Intelligent algorithm intel 1702a eprom PM9080 intel EPROM intel 2716 eprom
rs-flip-flop

Abstract: V40511D u555c V40098D UB855D UB8830D TC8066PB UB857D V4007D UB880D
Text: RFT Beschreibung Valvo RCA Zilog Intel Toshiba 4,19 MHz Uhrenchip für , TransistorAnsteuerschaltkreis U708D 8 kBit ROM 2 kBit statischer PROM 2 kBit statischer EPROM U713D U714P , Infrarot-Fernbedienungs-Empfänger U825G 2708 Taschenrechnerschaltkreis mit Uhrenfunktion Taschenrechnerschaltkreis , DRAM U2164C U2364D 64 kBit ROM U2365D 64 kBit ROM 16 kBit PROM U2616D 16 kBit EPROM U2716D U2732C 32 kBit EPROM U2364D U5200 CMOS-Gate-Array-System U6516DG 16 kBit SRAM UB8001C 16 Bit


Original
PDF TC8066PB U118F U125D T3648A U130X U114D U117X U131G U132X E1156/1201 rs-flip-flop V40511D u555c V40098D UB855D UB8830D TC8066PB UB857D V4007D UB880D
intel 2708 eprom

Abstract: 7406 TTL interface 2708 memory Intel AP-17 2708 JL prom 2708
Text: c t . N o o t h e r c i r c u i t p a t e n t l i c e n s e s or e i m p l i e d - 2708 INTRODUCTION The Intel ® 2708 is a static 8192-bit (1 0 2 4 X 8 ) Erasable P rogram m able R ead O nly M em ory , 2708 . Intel m aintains a service w hereby com m ercial p ro g ram m er m an u factu rers o b tain , th e 2708 is erased by th e sam e tech n iq u e as th e Intel ® 1702A , som e users have assum ed th , intei APPLICATION NOTE AP-17 © In te l C o rp o ra tio n , 1 9 7 6 2708 Contents


OCR Scan
PDF AP-17 Intel82708 MMC-024-047 intel 2708 eprom 7406 TTL interface 2708 memory Intel AP-17 2708 JL prom 2708
Intel 2316

Abstract: intel 2708 eprom 2716 eprom 2316a S6831 2316a intel eprom 2716 rom 2716 8316 rOM 2316a rom
Text: configurations. One of these, the S6813A, is the pin configuration of a popular ROM: the Intel 2316A. The second pin configuration, the S6813B, is pin compatible with the 2708 and 2716 EPROMs. Software developed in , Compatible Outputs □ Three Programmable Enables □ Access Time: 450ns Maximum □ S6831A : Intel 2316 A Pin Compatible □ S683IB: 2716 EPROM Pin Compatible This Material Copyrighted By Its Respective


OCR Scan
PDF S6831A/B 2048x8) S6831 S6813A, S6813B, 9E9F10320F0493139F72000F5E0F0 Intel 2316 intel 2708 eprom 2716 eprom 2316a 2316a intel eprom 2716 rom 2716 8316 rOM 2316a rom
am9218

Abstract: 2316a intel 2316a rom 2316a
Text: is specified by the user. □ Access Time: 450ns Maximum □ S6831A: Intel 2316A Pin Compatible □ S6831B: 2716 EPROM Pin Compatible □ Low Power: Supply Current is 80mA Maximum , configuration of a popular ROM: the Intel 2316A. The second pin configuration, the S6813B, is pin compatible with the 2708 and 2716 EPROMs. Software developed in EPROMs can be put in low cost ROM for high , "PROGRAMMABLE tHlPJElECTS D [“ O u ' 12 1 3 =: « AMD FA FSC GI INTEL MOTOROLA


OCR Scan
PDF S6831A/B 2048x8) 450ns S6831A: S6831B: S6831 am9218 2316a intel 2316a rom 2316a
Intel mcs-40

Abstract: intel 1101 2116 ram 5101 RAM transistor equivalenti Creative IC CT 1975 Bipolar PROM programming intel 3601 1702a eprom MCS-40
Text: PRICE 15 00 memory design handbook ■filmai Corpar»ti(tn 1077 INTRODUCTION The Intel Memory Design Handbook contains information on the use of Intel 's memory components and support circuits in , operation and characteristics of Intel memory components in a system environment. The Handbook contains six , memory family. 2. Random Access Memories, which discusses the Intel 16K, 4K family of dynamic RAMs, and both high speed and low power Static 1K RAMs. 3. Read Only Memories, which discusses the Intel bipolar


OCR Scan
PDF S-10380 CH-8021 /C-160/0577/50K Intel mcs-40 intel 1101 2116 ram 5101 RAM transistor equivalenti Creative IC CT 1975 Bipolar PROM programming intel 3601 1702a eprom MCS-40
Not Available

Abstract: No abstract text available
Text: ■Hermetic Package: 24 Pin DIP The Intel M2708 is a high speed 8192 bit erasable and electrically reprogrammable ROM ( EPROM ) ideally suited where fast turn around and pattern experimentation are , –¡ <* 10 15 □ <* 11 14 □ 04 Î2 13 □ 03 01C 02 c M 2708 as PIN , ­ tended periods of time, opaque labels are available from Intel which should be placed over the M2708


OCR Scan
PDF M2708 M2708 24-pin
Intel 87C196 Programmer

Abstract: beeprog isp CONNECTOR BEEPROG novatek nt atmel AT89C51RD2 PROGRAMMER uPD78Fxxx AT89C51RD2 parallel PROGRAMMER myson isp tools SIEMENS AVR GENERATOR intel 2708 eprom
Text: socket EPROM : NMOS/CMOS, 2708 *, 27xxx and 27Cxxx series, with 8/16 bit data width, full support for LV series EEPROM: NMOS/CMOS, 28xxx, 28Cxxx, 27EExxx series, with 8/16 bit data width Flash EPROM : 28Fxxx , , all manufacturers, Philips LPC series Microcontrollers Intel 196 series: 87C196 KB/KC/KD/KT/KR/. , selection by device type, manufacturer or typed fragment of part name automatic ID-based selection of EPROM /Flash EPROM blank check, read, verify program erase configuration and security bit program illegal


Original
PDF 64-Mbit 48-pins Intel 87C196 Programmer beeprog isp CONNECTOR BEEPROG novatek nt atmel AT89C51RD2 PROGRAMMER uPD78Fxxx AT89C51RD2 parallel PROGRAMMER myson isp tools SIEMENS AVR GENERATOR intel 2708 eprom
109X9412G4016

Abstract: 2759T
Text: MPU coolers SAN ACE MC for 1U server Intel ® Pentium®4 Processor compatible General specifications MPU Coolers Life expectancy 40,000 hours,indoor environment(survival rate: 90% at 60, rated voltage, and continuously run in a free air state) Motor protection system Current cut system (with reverse-connection protection) Dielectric strength 50/60 Hz, 500 VAC, 1 minute (between lead , 10±0.5 +1 0.5 - 0.5 2.7±0.8 76.8±2 2.7±0.8 4±1 75±1 37.5±1 10±1 3.1±1


Original
PDF 22-01-3037Thermal 109X9412G4016 Socket478 AEG26 AJ-S-17H-155 109X9412G4016 2759T
25Pxx

Abstract: Microprocessor z86 Intel 87C196 Programmer INTEL 87C196 USER MANUAL 87XX module ZIF 48-pin dil 87c196 programmer 27cxxx programming 87CXX 89CXX
Text: · · · · · · · · · · · · · · · · · · · · · · EPROM : NMOS/CMOS, 2708 *, 27xxx , , 28Cxxx, 27EExxx series, with 8/16 bit data width Flash EPROM : 28Fxxx, 29Cxxx, 29Fxxx, 29BVxxx, 29LVxxx , Microcontrollers Intel 196 series: 87C196 KB/KC/KD/KT/KR/. Microcontrollers Atmel AVR: AT90Sxxxx, ATtiny, ATmega


Original
PDF 48Pro 48pin 9x/ME/NT/2000/XP) 25Pxx Microprocessor z86 Intel 87C196 Programmer INTEL 87C196 USER MANUAL 87XX module ZIF 48-pin dil 87c196 programmer 27cxxx programming 87CXX 89CXX
intel 3601

Abstract: intel 3601 PROM PROM intel 3601 D139AP M3601 jfet AN73 D139CJ d139 Intel 2708 D139AA
Text: Programming the Intel 3621 PROM Figure 4 2-11 -DÌ D139 -5 V 5 V +1£ V I_l s 2vz = 10 V £ VZ = 10 V T CR 100 t-15 V J 7 D139 Used in Programming the Intel 3601 PROM Figure 5 +5 V f26 V 1_Î -D-t -Of -12 V +5V 1_I ADDRESS LOGIC ± 3 PROGRAM CS/WE ( INTEL ) 2708 !3k>- 3o- T -5V ^ , LIMITING CURRENT INTO D139 D139 Used in Programming the Intel 2708 PROM Figure 6 D139 2-Channel Interface


OCR Scan
PDF
AM9216

Abstract: AM2708DC AM2708 2708 280NS memory 2708 AM9208 2708 memory AM9708DM 8708 intel
Text: replacement tor Intel 2708 /8708 • Interchangeable with Am9208, Am9216 masked ROMs • Full military , +125°C AM9708DM (480ns) 6-7 This Material Copyrighted By Its Respective Manufacturer Am9708/ 2708 , (Note 3) tr - tf « 20ns Output Load: One Standard TTL Gate Plus lOOpF 2708 2708 -t 480 ns 450 350 , Description Min. Max. Am9708/ 2708 Units tAS Address Set Up Time 10 ♦ MS tCSS CS/WE Set Up Time 10 ws , Am9708/ 2708 PROGRAMMING THE Am2708 All 8192 bits of the Am2708 are in the logic HIGH state after


OCR Scan
PDF Am9708/Am2708 Am9208, Am9216 50sec 350ns Am2708 192-bit 280ns. AM2708DC 2708 280NS memory 2708 AM9208 2708 memory AM9708DM 8708 intel
AM2708DC

Abstract: AM9216 AM2708 AM9208 AM2708-1DC AM9708DM 2708 memory shortwave Am9708/2708
Text: replacement tor Intel 2708 /8708 • Interchangeable with Am9208, Am9216 masked ROMs • Full military , / 2708 MAXIMUM RATINGS above which the useful life may be impaired Storage Temperature -65° C to , Access Time (Note 3) tr - tf « 20ns Output Load: One Standard TTL Gate Plus lOOpF 2708 2708 -t 480 ns , programming conditions Description Min. Max. Am9708/ 2708 Units tAS Address Set Up Time 10 ♦ MS tCSS , Electronic-Library Service CopyRight 2003 Am9708/ 2708 PROGRAMMING THE Am2708 All 8192 bits of the Am2708 are in


OCR Scan
PDF Am9708/Am2708 Am9208, Am9216 50sec 350ns Am2708 192-bit 280ns. AM2708DC AM9208 AM2708-1DC AM9708DM 2708 memory shortwave Am9708/2708
AM9708DM

Abstract: IC 2708
Text: Direct replacement for Intel 2708 /8708 Interchangeable with Am9208, Am9216 masked ROMs Full military , Address Change Test Conditions 0°C Min. Ta =£ 70°C Max. 2708 2708-1 tr = tf « 20ns Output Load: One , Units ns ns >* Am9708/ 2708 'R O G R A M M IN G C H A R A C T E R IS T IC S under programming , / 2708 PROGRAMMING THE Am2708 A ll 8192 bits o f the Am2708 are in the logic HIGH state after erasure , . ERASING THE Am2708 The Am 2708 can be erased, by exposing the die to highintensity, short-wave


OCR Scan
PDF Am9708/Am2708 Am9208, Am9216 50sec 350ns Am2708 192-bit 280ns. AM9708DM IC 2708
VAX-11

Abstract: MIPS embedded RRU 32
Text: , Linear Address Space Pin Compatible with 80960KA The 80960KB Is a member of Intel 's i960® 32 , Digital Equipment Corporation) 1 -423 Order Number: 2708 (6-006 This complete document is available from Intel 's World Wide Website and/or U.S. Literature Center: World Wide Website: http


OCR Scan
PDF 80960KB 32-BIT 132-Lead 80-Bit 512-Byte VAX-11 MIPS embedded RRU 32
Am8251-Am9551

Abstract: 4116 ram SBC-901 AM9218 BLC901 intel 2708 eprom BLC-902 am2732 AM9513 AM9513 system board
Text: ) Memory Addressing On-board ROM/ EPROM : 0-7FFH ( 2708 chips) O-OFFFH (2716 chips) 0-1FFFH (2732 chips , occupied by on-board RAM Memory Capacity On-beard ROM/ EPROM : 2 sockets for up to 8K bytes 2708 E-PROM or , /4116 includes sockets for up to 8K bytes of ROM or EPROM . The maximum storage for 2708 type devices is , Sheet ( Intel ) • Multibus"1" Interfacing ( Intel Application Note AP-28A) In this manual, both , without prior written permission from AMC. ^Multibus a registered trademark of Intel Corporation i i i / i


OCR Scan
PDF Am96/4116A AmZ8000 16-Bit C8/28/81) C10/01/81} Am8251-Am9551 4116 ram SBC-901 AM9218 BLC901 intel 2708 eprom BLC-902 am2732 AM9513 AM9513 system board
rom 1024x8

Abstract: 2308 rom Intel 4201 Intel 2708 intel 8308 rom 1024 1024x8 intel 2308
Text: pin compatible with intel 2708 electrically programmed erasable ROM and intel 2308/8308 ROM, except


OCR Scan
PDF 1024x8) 450ns 525mW 24-pin rom 1024x8 2308 rom Intel 4201 Intel 2708 intel 8308 rom 1024 1024x8 intel 2308
8096 microcontroller architecture

Abstract: interfacing 8051 with 32k byte eprom and 4k byte 8096 microcontroller architecture application special function registers of intel 8096 microcontroller intel microcontroller 8096 special function registers of 8096 microcontroller intel 8098 8096 microcontroller block diagram interfacing 8051 with eprom and ram 87C75PF
Text: CopyRight 2003 INTEL CORP (UP/PRPHLS) EOE D 4êEbl75 OOTTMflì 7 inteT PROGRAMMING MOOES EPROM ,  INTEL CORP (UP/PRPHLS) Intel 2GE D ■4ñ2bl7S 007^77 G ■PG&oiMiMMf 87C75PF MICROCONTROLLER PERIPHERAL I/O PORT EXPANDER WITH 32Kx8 EPROM 2 Configurable 8-bit I/O Ports — Open Drain — Quasi-bi-directional — CMOS 32K x 8 EPROM — 200nS Access Time Quick-Pulse Programming™ Algorithm — 4 Second Programming Configuration Registers — Relocate the EPROM in Memory — Relocate the SFRs in


OCR Scan
PDF 87C75PF 32Kx8 200nS T-52-33-05 or-250V10 8096 microcontroller architecture interfacing 8051 with 32k byte eprom and 4k byte 8096 microcontroller architecture application special function registers of intel 8096 microcontroller intel microcontroller 8096 special function registers of 8096 microcontroller intel 8098 8096 microcontroller block diagram interfacing 8051 with eprom and ram 87C75PF
1996 - 270646

Abstract: 87C51FA intel 87C52 eprom 8XC51FX 80C32 Intel 87C51 87C51FB 87C51FC 87C51GB 87C54
Text: each pulse being 100us in duration. This allows an Intel MCS(R) 51 controller with an 8-Kbyte EPROM to , an Intel 8-Kbyte EPROM controller can be as low as five seconds. 272871-001 July, 1996 9 of , connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document. Except as provided in Intel 's Terms and Conditions of Sale for such products, Intel assumes no liability whatsoever, and Intel disclaims any express or


Original
PDF 8XC51FX 8XC51 8XC51 270646 87C51FA intel 87C52 eprom 80C32 Intel 87C51 87C51FB 87C51FC 87C51GB 87C54
AR-491

Abstract: No abstract text available
Text: around like a disk. Flash EPROM technology is poised to change the way portables are made. Memory , . Intel guar Deskm ate interface or MS-DOS) with bewildering regularity-a tru antees 10 years of data , while ism about computers suddenly be came irrelevant. Intel Corp. in Santa range the mix of chip- and , computers, especially grams stored in flash EPROMs load memory chip, the flash EPROM , the smallest portables , . SRAM cards, according to Intel At this search's DR DOS in regular ROM writing, however, computer makers


OCR Scan
PDF AR-491 12-volt 256-kilobit AR-491
2000 - 270646

Abstract: 87C51FA 87C58 87C54 87C51GB 87C51FC 87C51FB 87C51 83C51FC 80C32 Intel
Text: an Intel MCS(R) 51 controller with an 8-Kbyte EPROM to be programmed in approximately 26 seconds , the pulse width remains the same, the programming time for an Intel 8-Kbyte EPROM controller can be , : 272871-002 Information in this document is provided in connection with Intel products. No license , document. Except as provided in Intel 's Terms and Conditions of Sale for such products, Intel assumes no liability whatsoever, and Intel disclaims any express or implied warranty, relating to sale and/or use of


Original
PDF 8xC51FX 8xC51 8xC51 270646 87C51FA 87C58 87C54 87C51GB 87C51FC 87C51FB 87C51 83C51FC 80C32 Intel
memory eras

Abstract: intel EPROM
Text: .6-374 6-372 ER-20 INTRODUCTION MEMORY ARRAY CONSIDERATIONS Intel 's ETOXTM II ( EPROM tunnel oxide) flash mem ory technology is derived from the CHMOS* III-E EPROM technology. It replaces , . Intel flash memory combines the EPROM programming mechanism with EEPROM erase, producing a versatile , Intel 's EPROM designs. Row decoders drive the selected wordline to high voltage, while input data , provides the same byte programmability as an EPROM . Intel flash memories offer the efficient QuickPulse


OCR Scan
PDF ER-20 memory eras intel EPROM
Supplyframe Tracking Pixel