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Part Manufacturer Description Datasheet Download Buy Part
TMS29F040-10C5DDE Texas Instruments 512KX8 FLASH 5V PROM, 100ns, PTSO32, PLASTIC, TSOP-32
TMS29F040-75C5DDL Texas Instruments 512KX8 FLASH 5V PROM, 75ns, PDSO32
TMS29F040-12C5DDL Texas Instruments 512KX8 FLASH 5V PROM, 120ns, PTSO32, PLASTIC, TSOP-32
TMS29F040-90C5FME Texas Instruments 512KX8 FLASH 5V PROM, 90ns, PQCC32, PLASTIC, LCC-32
TMS29F040-10C5FME4 Texas Instruments 512KX8 FLASH 5V PROM, 100ns, PQCC32
TMS29F040-60C5DDE Texas Instruments 512KX8 FLASH 5V PROM, 60ns, PTSO32, PLASTIC, TSOP-32
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AM29F040-120PC AMD Bristol Electronics 4 - -
AM29F040-150JC AMD New Advantage Corporation 6 - -
AM29F040-90JC AMD New Advantage Corporation 164 - -
AM29F040-90JC AMD Bristol Electronics 20 - -
AM29F040-90JC AMD Bristol Electronics 10 $7.28 $4.73
AM29F040B-120EC AMD Chip One Exchange 432 - -
AM29F040B-120EC Chip One Exchange 9 - -
AM29F040B-120JC AMD New Advantage Corporation 887 - -
AM29F040B-120JD AMD Bristol Electronics 28 - -
AM29F040B-120JF * AMD Chip One Exchange 565 - -
AM29F040B-150PC AMD New Advantage Corporation 83 - -
AM29F040B-55EC AMD New Advantage Corporation 257 - -
AM29F040B-70JC AMD New Advantage Corporation 3 - -
AM29F040B-70JC/T AMD Chip One Exchange 750 - -
AM29F040B-70JF.. Cypress Semiconductor element14 Asia-Pacific - $5.42 $4.35
AM29F040B-90JF Cypress Semiconductor element14 Asia-Pacific - $10.80 $5.39
AM29F040B-90PD AMD Bristol Electronics 2 - -
AM29F040B150JC AMD ComS.I.T. 700 - -
AM29F040B55EI AMD ComS.I.T. 7 - -
AM29F040B55JD AMD ComS.I.T. 22 - -
M29F040-120K1 STMicroelectronics Bristol Electronics 34 $3.36 $1.68
M29F040-90K1 STMicroelectronics Bristol Electronics 12 $9.00 $6.75
M29F040-90K1 STMicroelectronics Bristol Electronics 8 - -
M29F040120K1 STMicroelectronics ComS.I.T. 11,841 - -
M29F04090K1C STMicroelectronics ComS.I.T. 89 - -
M29F04090K3 STMicroelectronics ComS.I.T. 1,359 - -
M29F040B-55K1 STMicroelectronics New Advantage Corporation 5,409 - -
M29F040B-70K6 STMicroelectronics New Advantage Corporation 1,461 - -
M29F040B-70K6E STMicroelectronics Bristol Electronics 2,420 - -
M29F040B1 STMicroelectronics Chip One Exchange - - -
M29F040B55K1 STMicroelectronics Bristol Electronics 71 $5.60 $2.61
M29F040B70K1 STMicroelectronics ComS.I.T. 287 - -
M29F040B70K1 Fairchild Semiconductor Corporation New Advantage Corporation 90 - -
M29F040B70K1T STMicroelectronics Chip One Exchange 1,257 - -
M29F040B70K1T Chip One Exchange 750 - -
M29F040B70N1 Micron Technology Inc Avnet - - -
M29F040B70N6E STMicroelectronics ComS.I.T. 77 - -
M29F040B90K1 STMicroelectronics Chip One Exchange 1,328 - -
M29F040B90N6 Chip One Exchange 117 - -
M29F040B90N6 STMicroelectronics ComS.I.T. 311 - -
M29F040CF12 Motorola Semiconductor Products ComS.I.T. 930 - -
MBM29F040C-70PD Fuji Electric Co Ltd Chip One Exchange 333 - -
MBM29F040C-90PD(E1) Cypress Semiconductor Chip1Stop 166 $20.30 $16.60
MBM29F040C-90PFTR FUJITSU Limited America II Electronics 1,063 - -
MX29F040CQC-70G Macronix International Co Ltd Chip1Stop 48 $2.14 $1.35
MX29F040CQC-70G Macronix International Co Ltd Future Electronics 1,385 $2.05 $1.54
MX29F040CQC-70GTR Macronix International Co Ltd Future Electronics - $1.60 $1.60
MX29F040CQC-90G Macronix International Co Ltd Future Electronics 1,513 $1.87 $1.33
MX29F040CQI-70G Macronix International Co Ltd Chip1Stop 117 $2.20 $2.20
MX29F040CQI-70G Macronix International Co Ltd Future Electronics 8,387 $2.78 $2.09
MX29F040CQI-70GTR Macronix International Co Ltd Future Electronics - $1.60 $1.60
MX29F040CQI-90G Macronix International Co Ltd Chip1Stop 249 $2.13 $1.35
MX29F040CQI-90G Macronix International Co Ltd Future Electronics 1,326 $2.05 $1.54
MX29F040CTI-70G Macronix International Co Ltd Future Electronics - $2.99 $2.45
MX29F040CTI-70GTR Macronix International Co Ltd Future Electronics - $1.85 $1.85
TMS29F040-12C5FML Texas Instruments Rochester Electronics 1 - -
TMS29F040-12C5FML Texas Instruments Avnet - - -
TMS29F040-75C5F Texas Instruments New Advantage Corporation 50 - -
TMS29F040-90C5FML Texas Instruments Avnet - $1.89 $1.59
TMS29F040-90C5FML Texas Instruments Rochester Electronics 389 $2.37 $1.93

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29F040 datasheet (23)

Part Manufacturer Description Type PDF
29F040 Advanced Micro Devices 4 Megabit (512 K x 8-Bit) CMOS 5.0 Volt-only, Uniform Sector Flash Memory Original PDF
29F040 STMicroelectronics 4 Mbit 512Kb x8, Uniform Block Single Supply Flash Memory Original PDF
29F040 Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF
29F040 Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF
29F040-12AC Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-12AI Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-12NC Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-12NI Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-12TC Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-12TI Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F0408 Maxwell Technologies 32 Megabit (4M x 8-Bit) Flash Memory Original PDF
29F0408RP Maxwell Technologies FLASH MEMORY Original PDF
29F0408RPFB Maxwell Technologies 32 Megabit (4M x 8-bit) flash memory Original PDF
29F0408RPFE Maxwell Technologies 32 Megabit (4M x 8-bit) flash memory Original PDF
29F0408RPFI Maxwell Technologies 32 Megabit (4M x 8-bit) flash memory Original PDF
29F0408RPFP Maxwell Technologies Flash, 32 Mbit High Performance Flash Memory Original PDF
29F0408RPFS Maxwell Technologies 32 Megabit (4M x 8-bit) flash memory Original PDF
29F040-90AC Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-90AI Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF
29F040-90NC Winbond Electronics 4 MEGABIT (512K x 8) 5 VOLT SECTOR ERASE CMOS FLASH MEMORY Original PDF

29F040 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
29F040

Abstract: No abstract text available
Text: current — 30 mA maximum program/erase current GENERAL DESCRIPTION The Am 29F040 is a 4 Mbit, 5.0 , standard EPROM programmers. The standard Am 29F040 offers access times between 55 ns and 150 ns, allowing , device is sim ilar to reading from 12.0 V Flash or EPROM devices. The Am 29F040 is programm ed by , blocks. The Am 29F040 is erased when shipped from the factory. The device features single 5.0 V power , 120 150 OE (G) Access (ns) 25 30 35 50 55 Vcc = 5.0 V ± 10% 2 Am 29F040


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PDF Am29F040 32-pin DD33427 TSR032 025752fl 29F040
Maxim 17113

Abstract: 29F040 29F040 equivalent
Text: = V ih ) the device identifier code (Am 29F040=A4H ). These two bytes are given in the table below , V e cto r Am 29F040-75 . +4.75 V to +5.25 V Vcc fo r Am29F040 9 0 ,1 2 0 ,1 5 , same device GENERAL DESCRIPTION The Am 29F040 is a 4 Mbit, 5.0 V-only Flash memory or ganized as 512K bytes of 8 bits each. The Am 29F040 is offered in a 32-pin package. This device is designed to be , 29F040 offers access tim es between 70 ns and 150 ns, allowing operation of high-speed m icroprocessors


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PDF Am29F040 32-pin 29F040 Maxim 17113 29F040 equivalent
1998 - atmel 718

Abstract: 28SF040 sst flash memory amd 29f040 29C040 29F040 SST28SF040
Text: INTRODUCTION The SST 28SF040, Atmel 29C040 and AMD 29F040 are not 100% Program and Erase compatible for , ), followed by Atmel's 29C040 (512 byte page.) AMD's 29F040 has the largest block by far (64K byte sector , Unprotected state then the device will write the command codes as data. CONVERSION FROM AMD 29F040 TO SST 28SF040 To convert from AMD 29F040 to SST 28SF040 will require some software modifications. The purpose of this paper is to outline the changes needed. Software Data Protection The AMD 29F040 uses


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PDF SST28SF040 28SF040, 29C040 29F040 28SF040 29C040 atmel 718 sst flash memory amd 29f040
27C32

Abstract: 24c04 Atmel 27c301 atmel 24c02 39SF040 24C08 ATMEL dataman s4 27C101 Xicor 28256 eeprom 2864a
Text: 27C64 29F040 ISSI 27HC010 29F040A 28F010 Intel 27010 27128B 2732A 2764 27C020 , 29F040 9716 9864-25 27128 27256 27512 27C020 27C128 27C64 2817A 28F010 28F512 29F002NBT , 29F400 9864-2 9864-30 Alliance 29F002B 29F002T 29F040 Atmel 27256 27C020 27C256 27C513 , 29F020 29F040 Catalyst 27010 2764A 28C256 28F010 27128A 27HC010 28C64A 28F020 27256 , 27C64 28C17A 28C64B 27C128 27HC256 28C256 27C1000 27C4000 27L256 28F2000 29F040 27C1001


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PDF 2716B 2732B 27C010 27C100 27C512L 27HB010 28C256 28F256 29F002NBB 29F040 27C32 24c04 Atmel 27c301 atmel 24c02 39SF040 24C08 ATMEL dataman s4 27C101 Xicor 28256 eeprom 2864a
1995 - 29f400 psop

Abstract: intel 28f200 amd 29f200 29F200 flash 29F200 intel 28F400 datasheet 29f200 amd29f400 29F200 amd 29F400 code
Text: will focus mainly on the Intel 28F200/400 and the AMD 29F200/400 and 29F040 , though most of the , . Intel does not offer any of the packages of AMD 29F040 , but Section 3.1 discusses dual site layouts for , to accommodate both Intel 28F004/400B along with AMD 29F040 in a dual site layout. This poses , , the 29F040 has a symmetricallyblocked address space, while the Intel 28F004/400B has an , symmetrically-blocked flash such as the AMD 29F040 to asymmetrically-blocked flash, such as the Intel 28F400/004


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PDF AP-615 AMN32E40 29F0x0 32-PLCC 28F00xB 40-TSOP AME32E40 32-TSOP 29f400 psop intel 28f200 amd 29f200 29F200 flash 29F200 intel 28F400 datasheet 29f200 amd29f400 29F200 amd 29F400 code
1997 - intel 28F400

Abstract: 29f400 psop intel 28F200 amd29f400 amd 29f200 programming 29F400 PSOP 29f400 29F200 flash intel 28F400bx 29f400 datasheet 29f200
Text: and 29F040 , though most of the concepts discussed can be applied to the rest of Intel's boot block , only minor differences. Intel does not offer any of the packages of AMD 29F040 , but Section 3.1 , to accommodate both Intel 28F004/400B along with AMD 29F040 in a dual site layout. This poses , , the 29F040 has a symmetricallyblocked address space, while the Intel 28F004/400B has an , symmetrically-blocked flash such as the AMD 29F040 to asymmetrically-blocked flash, such as the Intel 28F400/004


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PDF AP-615 AMN32E40 29F0x0 32-PLCC 28F00xB 40-TSOP AME32E40 32-TSOP intel 28F400 29f400 psop intel 28F200 amd29f400 amd 29f200 programming 29F400 PSOP 29f400 29F200 flash intel 28F400bx 29f400 datasheet 29f200
Am29F040

Abstract: No abstract text available
Text: Data Sheet 124376 FlashLite™ Byte-W ide M em ory C a rd — A M D A M 29F040 JUNE 95 REV A , ard - A M D A M 29F040 124376 GND 18 NC 35 GND 52 NC 2 d3 19 Ale , FlashLite B yte-W ide M em ory Card — AM D AM 29F040 The Embedded Erase command sequence is a , FlashLIte B yte-W ide M em ory Card - A M D A M 29F040 which time the device returns to the Read mode (no , 7 of 27 FlashLIte B yte-W ide M em ory Card - A M D A M 29F040 command (Bo) will be allowed


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PDF 29F040 AM29F040 nonvolati8-6606
winbond 25080

Abstract: 29F200BB 16LF648A 89V51RD2 18f252 89S51 National SEMICONDUCTOR GAL16V8 29sf040 12f675 29F400BB
Text: .13 - ALLIANCE 29F002B AMD 2817A 28F512 29F040 9864-20 AMIC 290011T 29400UM 29F002T 29F040 29F200B 29F200T 2864A 29F002BB 29F200BB 9864-25 2864B 29F002BT 29F200BT , DS1249 DS1650Y 29F002T 29F040A 29F200B 29F200T 29F400B 29F400T 58C256 58C65 , 26C512A 29F004B 28F1000 29F004T 28F2000 29F022NB 28F4000 29F022NT 29F001B 29F040 , 28C64C 29F010B 28F101 29F040 28F201 29W040 28F256 M48T35 28F512 M48Z08 29F002BB


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PDF 2732B 27C100 27HB010 27C256 27HC64 27C128 27C040 7128A winbond 25080 29F200BB 16LF648A 89V51RD2 18f252 89S51 National SEMICONDUCTOR GAL16V8 29sf040 12f675 29F400BB
Flash SIMM 72 29F040

Abstract: 74ALS259 74ALS244 MC68322 "buzzer" 5v PD1 1284 74ALS32 schematics
Text: -4 MC68322 USER'S MANUAL MOTOROLA o 73 O 29F040 O o> oo CJ ho ho C CO m 7J c/> c > A1 A2 A3 A4 A5 A6 A7 A8 A9 , A15 A16 +5 A17 32 A18 CE GND OE 16 WE 13 29F040 14 15 17 18 1i_ 2Q_ 21 -DO -D1 -D2 -D3 -D4 , A16 A17 A18 CE OE WE DQO DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 13 29F040 14 17 18 19 _2Q_ +5 32 GND 16 15 21 -D8 , 32 CE GND OE 16 WE 13 29F040 14 15 17 18 19 2Q_ 21 -DO -D1 -D2 -D3 -D4 -D5 -D6 -D7 A1 A2 A3 , (1 of 2) DD I cn DO I (35 29F040 29F040 O o> oo CJ ho ho C CO m 7J c/> c > 29F040 29F040 BANK 2 BANK


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PDF MC68322 MC68322, 0x200000-0x3fffff 0xe00000-0xefffff 0xf00000-0xffffff 0x80000 0x600000 0x800000 0xa00000 Flash SIMM 72 29F040 74ALS259 74ALS244 "buzzer" 5v PD1 1284 74ALS32 schematics
AMD date code 29f040

Abstract: Am29F040 lora
Text: 29F040 memory electrically erases the entire chip or all bits within a sector simultaneously via , 0 cm <0 n ï 10 29F040 Standard Pinout 29F040 Reverse Pinout 1-102 Am29F040 17113D-5 AMD ¡ T l LOGIC SYMBOL Table 1. Am 29F040 Pin Configuration Pin A0-A18 DQ0-DQ7 , Device Ground Device Power Supply (5.0 V ±10% or ±5%) Am 29F040 1-103 i l AMD ORDERING , newly released combinations. 1-104 Am29F040 AMD Ü Table 2. Am 29F040 User Bus Operations


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PDF Am29F040 32-pin of-127 AMD date code 29f040 lora
28f512

Abstract: 27C020 29C257 29f040a Winbond 29EE011 AD51 programmer for 29F010 29F040 28F010 28F256
Text: , 27LV020, 28F256, 28F512, 28F010, 28F020, 29F010, 29F020, 29F040 □ Atmel □ 27C010, 27C020, 27C040 , , 27C1001, 28F010, 29F040A □ Hitachi □ 27101 □ Intel □ 27C010, 27C020, 28F001BX, 28F256A, 28F512 , –¡ ST □ 27C405, 27C1001, 27C801, 28F101, 28F256, 28F256A, 28F512, 29F040 □ TI □ 27PC010A, 27PC020A


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PDF AD51/63 ///AD63 27C010, 27C020, 27C040, 27H010, 27LV512, 27LV020, 28F256, 28F512, 28f512 27C020 29C257 29f040a Winbond 29EE011 AD51 programmer for 29F010 29F040 28F010 28F256
27040

Abstract: 29F040 27080 SNC200 SNC201 PWM Controller For BJT SNC202 SNC203 a/EPROM 27040 SNC205
Text: Emulator. Jump Jumper Short at Flash position: Use Flash ( 29F040 ). EPROM / Standard EPROM/Flash pin , ( 29F040 ). V1.0 2 November 17, 2003 SNC200 E.V. Board Set-Up Direct Drive Speech Controller


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PDF SNC200 SNC201 10Kx10 SNC202 20Kx10 SNC203 32Kx10 SNC204 40Kx10 SNC205 27040 29F040 27080 SNC201 PWM Controller For BJT SNC202 SNC203 a/EPROM 27040 SNC205
Not Available

Abstract: No abstract text available
Text: = A18C A16C A i5 C A12 C A7C A6 ü A SZ A4 C 8 9 M 29F040 (N orm al) 25 24 DO 3 VSS DQ2 DQ'f , DQ5 C = DQ4 CZ DQ3 -? Al 4 3 3 A17 M 29F040 (R everse) cz 8 VSS E= 9 w 25 =3 V cc 24 - 1


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PDF M29F040 12MHz) PLCC32 29F040
29C257

Abstract: gang capacitor pin details 27LV020 27c4000 ST 27C1000 29C010A 29F040A Winbond 29EE011 Xicor 28C010 27C020
Text: , 27LV512, 27LV020, 28F256, 28F512, 28F010, 28F020, 29F010, 29F020, 29F040 □ Atmel □ 27C010, 27C020 , :///AD63.HTM □ 27C1000, 27C1001, 28F010, 29F040A □ Hitachi □ 27101 □ Intel □ 27C010, 27C020 , , 29F040 □ TI □ 27PC010A, 27PC020A, 27PC040A, 28F512, 28F512A, 28F010, 28F010A, 28F020 □ Toshiba


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PDF ADSl/63 ///AD63 27C010, 27C020, 27C040, 27H010, 27LV512, 27LV020, 28F256, 28F512, 29C257 gang capacitor pin details 27LV020 27c4000 ST 27C1000 29C010A 29F040A Winbond 29EE011 Xicor 28C010 27C020
NEC D2732

Abstract: 41C1000 41256 81c4256 6264 SRAM 44256 dram NEC 2732 nec 4217400 Texas Instruments eprom 2732 814400
Text: 28F020 N/A 28F002 29F2XX 29F200 4MEG 29F040 29F400 29C040 N/A 28F040 28F4XX N/A 28F004 29F040 29F400 58F4000 8MEG N/A N/A N/A N/A 28F841 N/A N/A 16MEG 29F016


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PDF 71C256 53C256 81C1000 71C1000 4C1024 81C4256 71C4256 4C4256 71C4400 4C4001 NEC D2732 41C1000 41256 6264 SRAM 44256 dram NEC 2732 nec 4217400 Texas Instruments eprom 2732 814400
Am29F040

Abstract: 29F040 17113
Text: m DQs 6 27 =1 DQs 7 26 =3 DQ4 8 29F040 25 =1 DQ3 9 Standard Pinout 24 =3 Vss 10 23 13 DQa 11 22 , 2 31 ZI As 3 30 ZI As 4 29 ZI A13 5 28 Z] AH 6 27 Z2 Ai7 7 26 ZI wE 8 29F040 25 ZI Vcc 9


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PDF Am29F040 32-pin 29F040 7113A-5 7113A-6 A0-A18 17113
1997 - DB25-Connector

Abstract: 29lv004b I28F008 29LV008B AMD29LV400B amd 29F010 flash memory I28F200 i28F016 AM29LV400BW 29F800T jtag
Text: 29F016 Dual AMD 29F080 Dual AMD 29F040 Dual SGS 29F040 Dual AMD 29F010 , 29LV400T AMD 29F200B AMD 29F200T AMD 29F100B AMD 29F100T AMD 29F016 AMD 29F080 AMD 29F040 SGS 29F040 AMD


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PDF lanSC400 D-79200 JTAG386 Intel386TM DB25-Connector 29lv004b I28F008 29LV008B AMD29LV400B amd 29F010 flash memory I28F200 i28F016 AM29LV400BW 29F800T jtag
28f040

Abstract: intel 27C010 EPROM 27c010 intel 28F010 29F020 i82365SL 29F010 datasheet 29f010 intel 29F010 AX10435
Text: AX10435 PCMCIA Carrier Module Modules Dual Flash/EPROM/SRAM SSD Module AX10440D Features Features Dual banks supported Emulates to 2 floppy disk drivers 16-bit PCMCIA I/O modules supported PCMCIA V2.1 / JEIDA 4.2 standard Specifications Specifications Maximum Memory Size * 1st Bank: 1.44MB * 2nd Bank: 1.44MB Both Banks Linked 2.88MB Device Size Support * Flash: 28F010, 28F020, 28F040, 29F010, 29F020, 29F040 * EPROM: 27C010, 27C020, 27C040A * SRAM: 58C1000


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PDF AX10435 AX10440D 16-bit 28F010, 28F020, 28F040, 29F010, 29F020, 29F040 27C010, 28f040 intel 27C010 EPROM 27c010 intel 28F010 29F020 i82365SL 29F010 datasheet 29f010 intel 29F010 AX10435
2002 - 29f040b

Abstract: C167 flash programming programming 29F400 amd 29F010 flash memory C167 flash program flash 29f400 ROM. In-system programming c167 programming c166 MCB167-NET 29F010
Text: Application Note Use External Flash ROM on the MCB167-NET APNT_169 OVERVIEW The Keil MCB167-NET board may be equipped with two 29F040B Flash devices that provide 1MB ROM. In-system programming is possible via the COM interface of the MCB167-NET. This application notes comes with an example , MCB167-NET board with 29F040B Flash devices and power-supply. Keil µVision2/C166 Development Package. Flash , , 29F040 , 29F400. Select Hexfile: specify the file you want to flash to the MCB167-NET. Click the toolbar


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PDF MCB167-NET MCB167-NET 29F040B MCB167-NET. Vision2/C166 29F010, 29F040, C167 flash programming programming 29F400 amd 29F010 flash memory C167 flash program flash 29f400 ROM. In-system programming c167 programming c166 29F010
Not Available

Abstract: No abstract text available
Text: < < < < < © 32 A7[ ] A 14 A6[ ] A13 A5[ ] A8 A4 [ ] A9 A3 [ M 29F040 25 , 70°C, -20 to 85°C, -40 to 85°C or -40 to 125°C) M 29F040 -120 Alt Param eter Test , °C, -40 to 85°C or -40 to 125°C) M 29F040 -70 Alt V cc = 5V + 5% Param eter -90 V cc = 5V + , to 85°C, -40 to 85°C or -40 to 125°C) M 29F040 -120 Alt Param eter -150 V cc = 5V + 10 , °C or -40 to 125°C) M 29F040 -70 Alt Param eter -90 V cc = 5V + 5% Vcc = 5V + 10


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PDF M29F040 12MHz) TSOP32
2000 - 8XC251SA

Abstract: 01FFFFFE 29f040 FEN16 Funkamateur PLCC-44 8XC251SQ 8XC251SP 8XC251SB 20F040
Text: -252d_1 Speichermodelle Je nach Adreßmodus findet folgende externe Aufteilung des Adreßraums statt: 29F040 64KB Bänke , Im 18-Adreßmodus ergibt sich folgende externe Aufteilung: 29F040 128KB Bänke 07:FFFF Sektor 7 , -252d_1 Speichermodelle Folgendes Bild zeigt das Default-Speichermodell: 29F040 64KB Bänke Sektor 7 BANK 5


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PDF microMODUL-251 L-252d D-55135 8XC251SA 01FFFFFE 29f040 FEN16 Funkamateur PLCC-44 8XC251SQ 8XC251SP 8XC251SB 20F040
29BDD160

Abstract: 29LV800 29f400 programming 29F400 29lv800A 29F016 Common Flash memory interface Specification 29PDL128 29F400 code 29F040 equivalent
Text: Not Supported, 01 = Supported Sector Protect/Unprotect scheme (1 byte) 01 = 29F040 mode, 02 = 29F016 , /Unprotect scheme (1 byte) 01 = 29F040 mode, 02 = 29F016 mode, 03 = 29F400 mode, 04 = 29LV800A mode , /Unprotect scheme (1 byte) 01 = 29F040 mode, 02 = 29F016 mode, 03 = 29F400 mode, 04 = 29LV800A mode , Supported Sector Protect/Unprotect scheme (1 byte) [Refer to Appendix] 01 = 29F040 mode, 02 = 29F016 mode , parts. 29F040 mode External Programmer · Programmer Protect >> apply voltage VID (12V) on pins A9 and


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PDF 29BDD160 Am29BDD160 29PDL128 29LV800) Am29PDL128 29LV800 29f400 programming 29F400 29lv800A 29F016 Common Flash memory interface Specification 29F400 code 29F040 equivalent
Not Available

Abstract: No abstract text available
Text: < < < < < © 32 A7[ ] A1 4 A6[ ] A13 A5[ ] A8 A4 [ ] A9 A3 [ M 29F040 25 , -40 to 125°C) M 29F040 -120 Alt Param eter Test Condition -150 Vcc = 5V + 1 0 % Vcc , °C, -20 to 85°C, -40 to 85°C or -40 to 125°C)(2> M 29F040 -70 Alt V cc = 5V + 1 0 % Param eter , Controlled (Ta = 0 to 70°C, -20 to 85°C, -40 to 85°C or -40 to 125°C) M 29F040 -120 Alt Param eter , Controlled (Ta = 0 to 70°C, -20 to 85°C, -40 to 85°C or -40 to 125°C)(2> M 29F040 -70 Alt Param


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PDF M29F040 512Kb 12MHz) TSOP32
1995 - diode A14A

Abstract: BIOS 32 Pin PLCC 845 bios chip PLCC 32 intel package dimensions amd 29f040 thermal resistance transistor ap 431 tsop 28-LEAD Footprints INTEL FLASH MEMORY DATA SHEET 29c040 sop AP-623
Text: -Mb Boot Block (32-L PDIP) to Intel 2-Mb Boot Block (40-L TSOP) 4.1.5 AMD 29F040 Symmetrically-Blocked Flash (32-L PLCC) to Intel 4-Mb Boot Block (44-L PSOP) 4.2.1 AMD 29F040 Symmetrically-Blocked Flash (32-L PLCC) to Intel 4-Mb Boot Block (40-L TSOP) 4.2.1 AMD 29F040 , -Lead PLCC) to Intel 4-Mbit Boot Block (40-Lead TSOP) 12 2178_09 E AP-623 The AMD 29F040 is


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PDF AP-623 AP-607, AB-57, AB-60, diode A14A BIOS 32 Pin PLCC 845 bios chip PLCC 32 intel package dimensions amd 29f040 thermal resistance transistor ap 431 tsop 28-LEAD Footprints INTEL FLASH MEMORY DATA SHEET 29c040 sop AP-623
intel 87C196

Abstract: No abstract text available
Text: 90326 5280 31.90 32 7X9 .46" X .56" AMD 29F040 , Xicor X28TC256, Cypress CY7B991


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PDF
Supplyframe Tracking Pixel