NM29N16S
Abstract: C1996 ICC01 NM29N16 NM29N16R
Text: NM29N16 16 MBit 2M x 8 Bit CMOS NAND FLASH E2PROM General Description Features The NM29N16 is a 16 Mbit (2 Mbyte) NAND FLASH The device is organized as an array of 512 blocks each consisting of 16 pages Each page contains 264 bytes All commands and data are sent through eight I O pins To read
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NM29N16
NM29N16
NM29N16S
C1996
ICC01
NM29N16R
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NM29N16ES
Abstract: C1996 ICC01 NM29N16E
Text: NM29N16E 16 MBit 2M x 8 Bit CMOS NAND FLASH E2PROM General Description Features The NM29N16E is a 16 Mbit (2 Mbyte) NAND FLASH which operates over the industrial (b40 C to a 85 C) temperature range The device is organized as an array of 512 blocks each consisting of 16 pages Each page contains 264 bytes
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NM29N16E
NM29N16E
NM29N16ES
C1996
ICC01
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Rob Frizzell
Abstract: 68HC11 80 Cliff 68HC11 74HCT138 C1995 MAX707 NM29N16 Frizzell
Text: National Semiconductor Application Note 910 Cliff Zitlaw Rob Frizzell September 1993 INTRODUCTION The NM29N16 is a 2Mbyte NAND Flash EEPROM memory that operates from a single 5V supply This device does not have the parallel data address and control bus interfaces
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NM29N16
NM29N16
68HC11
Rob Frizzell
68HC11 80
Cliff
74HCT138
C1995
MAX707
Frizzell
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toshiba NAND ID code
Abstract: toshiba nand flash 16Mb KM29N16000TS TC5816FT toshiba nand flash 1995 C1995 KM29N16000RS NM29N16 NM29N16R NM29N16S
Text: National Semiconductor Application Note 993 Robert Frizzell April 1995 INTRODUCTION The NM29N16 is a 16Mb NAND Flash device which is second sourced by other manufacturers This provides customers the added confidence of knowing that they will have an adequate supply of competively priced product which is not
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NM29N16
toshiba NAND ID code
toshiba nand flash 16Mb
KM29N16000TS
TC5816FT
toshiba nand flash 1995
C1995
KM29N16000RS
NM29N16R
NM29N16S
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Rob Frizzell
Abstract: AN-922 C1995 NM29N16 an-922 national
Text: NAND FLASH Operation NAND FLASH Operation National Semiconductor Application Note 922 Rob Frizzell December 1993 INTRODUCTION The NM29N16 is a 16Mb FLASH memory that utilizes the NAND architecture The device incorporates a number of features that make it suitable for numerous portable applications that need large amounts of data storage but can not
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NM29N16
20-3A
Rob Frizzell
AN-922
C1995
an-922 national
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toshiba nand flash 16Mb
Abstract: etox C1995 NM28F010 NM29N16 NOR FLASH AN920 NM28F040 NOR Flash read cycle AN-920 national
Text: INTRODUCTION Flash technology is basically an outgrowth of EPROM technology Toshiba first invented Flash technology in the mid 80’s Intel quickly developed its own version based on a simpler cell structure ETOX EPROM Tunnel Oxide Cells based on the ETOX structure are the basis for the majority
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20-3A
toshiba nand flash 16Mb
etox
C1995
NM28F010
NM29N16
NOR FLASH
AN920
NM28F040
NOR Flash read cycle
AN-920 national
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0x1030
Abstract: AN-998 PCM16C02 C1995 NM29N16 PCM16C02VJG VJG100A 0x10400
Text: DMA INTERFACE PIN DESCRIPTION AND BLOCK DIAGRAM ATTRIBUTE MEMORY MAP HOST-SIDE DMA REGISTER 0x3FA FUNCTION CONFIGURATION OPTION REGISTER 1 (0x1040) DMA READ TIMING DIAGRAM AND SPECIFICATIONS DMA WRITE TIMING DIAGRAM AND SPECIFICATIONS OVERVIEW
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0x1040)
PCM16C02
0x1030
AN-998
C1995
NM29N16
PCM16C02VJG
VJG100A
0x10400
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C1996
Abstract: NM29N16 PCM16C010 PCM16C02 Enabler
Text: OVERVIEW The PCM16C02 Configurable Multiple Function PC Card Interface Chip can also be used as a PC Card 95 standard compliant interface between the PC Card host bus and a single card function The PCM16C02 will operate with a single memory or I O function allowing host system software
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PCM16C02
C1996
NM29N16
PCM16C010
Enabler
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0x104E
Abstract: AN-758 C1995 NM29N16 NM93C86 PCM16C02
Text: EEPROM Programming Methodologies CIS Data Security Note This application note uses the following notation convention hexadecimal numbers are represented with the prefix ‘‘0x’’ numbers with no prefix are decimal OVERVIEW The PCMCIA’s PC Card Standard requires for basic compatibility that each PC Card contain a small Card Information Structure CIS which starts at offset 0 of the card’s
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20-3A
0x104E
AN-758
C1995
NM29N16
NM93C86
PCM16C02
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National Semiconductor 333
Abstract: C1995 DP83902A NM29N16 PCM16C00 PCM16C02 national semiconductor logic Application Note National Semiconductor
Text: National Semiconductor Application Note 981 January 1995 Purpose The purpose of this application note is to provide the necessary functional differentiation between the PCM16C00 and the PCM16C02 to enable customers to select the part that best suits the needs of their applications
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PCM16C00
PCM16C02
20-3A
National Semiconductor 333
C1995
DP83902A
NM29N16
national semiconductor logic
Application Note National Semiconductor
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AN7583
Abstract: PCMCIA SRAM Card C1995 NM29N16 NM93C86 PCM16C00 PCM16C02 PCM16C02VJG VJG100A an-758 national
Text: PCM16C02 Configurable Multiple Function PC Card Interface Chip General Description National’s PCM16C02 acts as a standard interface between the PC Card Host bus and local card busses found on I O and memory PC Cards This device allows the card designer to focus on the design of the I O functions while providing a
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PCM16C02
PCM16C02
PCM16C00
AN7583
PCMCIA SRAM Card
C1995
NM29N16
NM93C86
PCM16C02VJG
VJG100A
an-758 national
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I80486
Abstract: boardsite PAL Decoder 16L8 NM28F010 16L8 27C010 C1995 MTD4P05 NM29N16 NM28N16
Text: National offers two types of Flash Devices namely NOR type and NAND type The device densities ranging from 1 Mbit to 16 Mbit suited for various kinds of applications like BIOS code storage Solid state file storage Image file storage etc Some of the devices also feature Auto program
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20-3A
I80486
boardsite
PAL Decoder 16L8
NM28F010
16L8
27C010
C1995
MTD4P05
NM29N16
NM28N16
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PCMCIA SRAM Card
Abstract: C1996 NM29N16 NM93C86 PCM16C010 PCM16C010VJG PCM16C02 VJG100A an-758 national pcm16c00
Text: PCM16C010 Configurable PC Card Interface Chip General Description National’s PCM16C010 acts as a standard interface between the PC Card Host bus and local card busses found on I O and memory PC Cards This device allows the card designer to focus on the design of the I O functions while
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PCM16C010
PCM16C010
NM29N16)
PCMCIA SRAM Card
C1996
NM29N16
NM93C86
PCM16C010VJG
PCM16C02
VJG100A
an-758 national
pcm16c00
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C1995
Abstract: NM29A040 NM29A080 NM29N16 NM29N32 AN-1011 national
Text: INTRODUCTION In the past use of nonvolatile memory devices EPROM Flash was predominantly confined to storing code for the microprocessor or micrcontroller (Code Storage) Now advances in nonvolatile memory device density and design are opening up new applications where the memory is used to
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Untitled
Abstract: No abstract text available
Text: National NM29N16 tß Semiconductor NM29N16 16 MBit 2M x 8 Bit CMOS NAND FLASH E2PROM General Description Features The NM29N16 is a 16 Mbit (2 Mbyte) NAND FLASH. The device is organized as an array of 512 blocks, each consist ing of 16 pages. Each page contains 264 bytes. All com
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NM29N16
NM29N16
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