NM59C11 Search Results

NM59C11 Datasheets (6)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
NM59C11EM8		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF
NM59C11EN		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF
NM59C11M8		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF
NM59C11MM8		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF
NM59C11MN		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF
NM59C11N		National Semiconductor	1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status		Scan	PDF

NM59C11 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
AN-758 Abstract: C1995 NM93C06 NM93C46 NM93C56 NM93C66 an-758 national TL 11169 Text: National Semiconductor Application Note 758 Paul Lubeck April 1991 National Semiconductor manufactures a wide range of low density serial EEPROMs that use the MICROWIRE interface as a means of communication Although all of these devices use the MICROWIRE interface there are slight variations in	Original	PDF	20-3A AN-758 C1995 NM93C06 NM93C46 NM93C56 NM93C66 an-758 national TL 11169
national semiconductor cmos Abstract: AN-822 C1995 MM74HC4051 NM24C02 NM24C04 NM24C08 NM24C16 AN-822 national Text: TABLE OF CONTENTS 10 COMPARING SERIAL EEPROM INTERFACE STANDARDS 20 I2CTM BUS MEMORY SIZE 21 I2C Bus Concept 22 EEPROM Memory on the I2C Bus 23 Bank Switching I2C EEPROMs 30 ACCESSING SERIAL EEPROMs 31 I2C System 3 1 1 Random Read 3 1 2 Sequential Read 3 1 3 Current Address Read	Original	PDF	20-3A national semiconductor cmos AN-822 C1995 MM74HC4051 NM24C02 NM24C04 NM24C08 NM24C16 AN-822 national
AN-822 Abstract: MM74HC4051 NM24C16 NM24CXX Text: TABLE OF CONTENTS 1.0 COMPARING SERIAL EEPROM INTERFACE STANDARDS 2.0 I2C BUS MEMORY SIZE 3.2 MICROWIRE™ Systems 3.2.1 Read Mode 3.2.2 Sequential Read 3.2.3 Write Mode 2.1 I2C Bus Concept 3.2.4 Typical Twp vs Maximum Twp 2.2 EEPROM Memory on the I2C Bus	Original	PDF	AN-822 AN-822 MM74HC4051 NM24C16 NM24CXX
NMC9306 Abstract: COP822C COP642C COP820C COP840C COP842C COP920C COP922C COP940C COP620C Text: COP620C COP622C COP640C COP642C COP820C COP822C COP840C COP842C COP920C COP922C COP940C COP942C 8-Bit Microcontroller Y General Description Y The COP820C and COP840C are members of the COP8TM microcontroller family They are fully static parts fabricated using double-metal silicon gate microCMOS technology	Original	PDF	COP620C COP622C COP640C COP642C COP820C COP822C COP840C COP842C COP920C COP922C NMC9306 COP642C COP842C COP940C
NM59C11 Abstract: AN-758 NM93C06 NM93C46 NM93C56 NM93C66 Text: Fairchild Semiconductor manufactures a wide range of low density serial EEPROMs that use the MICROWIRE interface as a means of communication. Although all of these devices use the MICROWIRE interface, there are slight variations in interfacing due to differences in memory sizes, features, and	Original	PDF	an011169 NM59C11 AN-758 NM93C06 NM93C46 NM93C56 NM93C66
NM59C11 Abstract: NM24C16 Text: Fairchild Application Note 822 Sean Long March 1997 TABLE OF CONTENTS 1.0 COMPARING SERIAL EEPROM 3.1.6 Typical Twr vs Maximum Twr 3.2 MICROWIRE Systems 3.2.1 Read Mode INTERFACE STANDARDS I2C™ BUS MEMORY SIZE I2C Bus Concept EEPROM Memory on the I2C Bus	Original	PDF	Cycles80-530 an011429 NM59C11 NM24C16
AN-758 Abstract: NM93C06 NM93C46 NM93C56 NM93C66 Text: AN-758 Using Fairchild’s MICROWIRE EEPROM Fairchild Application Note 758 Fairchild Semiconductor manufactures a wide range of low density serial EEPROMs that use the MICROWIRE interface as a means of communication. Although all of these devices use the	Original	PDF	AN-758 AN-758 NM93C06 NM93C46 NM93C56 NM93C66
Untitled Abstract: No abstract text available Text: NM59C11 National ÆM Semiconductor NM59C11 1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status General Description Features The NM59C11 is 1024 bits of CMOS non-volatile electrically erasable memory organized as either 64 16-bit registers or	OCR Scan	PDF	NM59C11 NM59C11 1024-Bit 16-Bit
NM59C11 Abstract: CSSK M08A NM59C11EM8 NM59C11EN NM59C11M8 NM59C11N NM93C46A Text: October 1992 NM59C11 1024-Bit Serial EEPROM 64 x 16-Bit or 128 x 8-Bit Configurable with Programming Status General Description Features The NM59C11 is 1024 bits of CMOS non-volatile electrically erasable memory organized as either 64 16-bit registers or as 128 8-bit registers. The organization is determined by the	OCR Scan	PDF	NM59C11 1024-Bit 16-Bit CSSK M08A NM59C11EM8 NM59C11EN NM59C11M8 NM59C11N NM93C46A
Untitled Abstract: No abstract text available Text: AN-758 Fairchild A , V Using Fairchild’s MICROWIRE EEPROM C. 1.3 NM93CS Family D. 1.4 NM93CxxA Family The NM93C family of EEPROM, like all of Fairchild's serial EEPROMs have a basic level of write protection that can be turned on or off by the use of the ERASE/WRITE DISABLE EWDS and	OCR Scan	PDF	AN-758
NMC9306 Abstract: No abstract text available Text: AN-758 Using National’s MICROWIRE EEPROM National Semiconductor Application Note 758 Paul Bryant National Semiconductor manufactures a wide range of low density serial EEPROMs that use the MICROWIRE interface as a means of communication. Although all of these devices	OCR Scan	PDF	AN-758 NMC9306
Untitled Abstract: No abstract text available Text: s e m ic o n d u c t o r TABLE OF CONTENTS COMPARING SERIAL EEPROM INTER FACE STANDARDS 2.0 l2C BUS MEMORY SIZE 3.2.3 Write Mode 2.1 l2C Bus Concept 3.2.4 Typical Twp vs Maximum Twp 3.2.1 Read Mode 3.2.2 Sequential Read 2.2 EEPROM Memory on the l2C Bus	OCR Scan	PDF	AN-822 NM93Cxx, NM93CSxx 256-bit NM24Cxx NM93CSxx, NM24C03/05/09/17