Основные характеристики SEEPROM
(последовательных электрически-стираемых ПЗУ)
с шиной I²C

Пояснения к таблице см. ниже

Последнее обновление 19.02.01

Firm	Part	Size	B	Speed	E	Pag	Pin 7	Control word								Special features and other notes
								Bit7	Bit6	Bit5	Bit4	Bit3	Bit2	Bit1	Bit0
Microchip	24LC21	1K	1	100/400	6	8	VCLK/WP'	0	1	1	0	x	x	x	R/W	+DDC bus, 1/0 trans. to enter I2C, no exit
Microchip	24LC21A	1K	1	100/400	7	8	VCLK/WP'	0	1	1	0	0	0	0	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, exitable
Microchip	24LCS21	1K	1	100/400	7	8	VCLK/WP'	0	1	1	0	0	0	0	R/W	-"-, no exit, addit.'WP' pin(3), soft controled
Microchip	24LCS21A	1K	1	100/400	7	8	VCLK/WP'	0	1	1	0	0	0	0	R/W	-"-, exitable, addit.'WP' pin(3), soft controled
Microchip	24LC41	1K+4K						0	1	1	0	x	x	A8/x	R/W	24LC21+24LC04B on a single chip
Microchip	24LC41A	1K+4K						0	1	1	0	x	x	A8/x	R/W	24LC21A+24LC04B on a single chip
Microchip	24LCS41	1K+4K						0	1	1	0	x	x	A8/x	R/W	24LCS21+24LC04B on a single chip
Microchip	24LCS41A	1K+4K						0	1	1	0	x/0	x/0	A8/0	R/W	24LCS21A+24LC04B on a single chip
Microchip	24LCS61	1K	1	100/400	6	16	-	0	1	1	0	Command				256 chips cascadable, programable ID, non-standart protocol
Microchip	24LCS62	2K	1	100/400	6	16	-	0	1	1	0	Command				256 chips cascadable, programable ID, non-standart protocol
Microchip	85C72	1K	1	100	5	2	-	1	0	1	0	E2	E1	E0	R/W
Microchip	85C82	2K	1	100	5	2	-	1	0	1	0	E2	E1	E0	R/W
Microchip	85C92	4K	2	100	5	2	-	1	0	1	0	E2	E1	A8	R/W
Microchip	24xx00	128	1	100/400	6	-	-	1	0	1	0	x	x	x	R/W
Microchip	24AA01/LC01B	1K	1	100/400	7	8	WP	1	0	1	0	x	x	x	R/W
Microchip	24C01A	1K	1	100	6	2	TEST	1	0	1	0	E2	E1	E0	R/W
Microchip	24C01B	1K	1	100	6	8	WP	1	0	1	0	x	x	x	R/W
Microchip	24C01C	1K	1	100/400	6	16	TEST	1	0	1	0	E2	E1	E0	R/W
Microchip	24C01SC	1K	1	100/400	6	8	-	1	0	1	0	x	x	x	R/W	5 pin die
Microchip	24AA02/LC02B	2K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W
Microchip	24C02A	2K	1	100	6	2	WPT/2	1	0	1	0	E2	E1	E0	R/W
Microchip	24C02B	2K	1	100	6	8	WP	1	0	1	0	x	x	x	R/W
Microchip	24C02C	2K	1	100/400	6	16	WPT/2	1	0	1	0	E2	E1	E0	R/W
Microchip	24C02SC	2K	1	100/400	6	8	-	1	0	1	0	x	x	x	R/W	5 pin die
Microchip	24LC024	2K	1	100/400	7	16	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24LC025	2K	1	100/400	7	16	-	1	0	1	0	E2	E1	E0	R/W
Microchip	24LCS52	2K	1	100/400	7	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 1 Kbyte (b7,b6=01)
Microchip	24AA04/LC04B	4K	2	100/400	6	16	WP	1	0	1	0	x	x	A8	R/W
Microchip	24C04A	4K	2	100	6	8	WP	1	0	1	0	E2	E1	A8	R/W
Microchip	24AA08/LC08B	8K	4	100/400	6	16	WP	1	0	1	0	x	A9	A8	R/W
Microchip	24C08B	8K	4	100	6	16	WP	1	0	1	0	x	A9	A8	R/W
Microchip	24AA16/LC16B	16K	8	100/400	7	16	WP	1	0	1	0	A10	A9	A8	R/W
Microchip	24C16B	16K	8	100	6	16	WP	1	0	1	0	A10	A9	A8	R/W
Microchip	24AA164/LC164	16K	8	100/400	7	16	WP	1	E2	E1	E0	A10	A9	A8	R/W
Microchip	24AA174/LC174	16K	8	100/400	7	16	WP	1	E2	E1	E0	A10	A9	A8	R/W	16 bytes OTP Secure Page
Microchip	24C32/LC32/AA32	32K	1	100/400	6	8x8	-	1	0	1	0	E2	E1	E0	R/W	HEBx10 @0
Microchip	24C32A/LC32A/AA32A	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24FC32	32K	1	1000	6	8X8	-	1	0	1	0	E2	E1	E0	R/W	HEBx10 @0
Microchip	24AA64/LC64	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24C64	64K	1	100	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24C65	64K	1	100/400	5	8x8	-	1	0	1	0	E2	E1	E0	R/W	Programable HEBx100&SWP
Microchip	24AA65/LC65	64K	1	100/400	6	8x8	-	1	0	1	0	E2	E1	E0	R/W	Programable HEBx10&SWP
Microchip	24FC65	64K	1	1000	6	8X8	-	1	0	1	0	E2	E1	E0	R/W	Programable HEBx10&SWP
Microchip	24xx128	128K	1	100/400	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24FC128	128K	1	1000	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24xx256	256K	1	100/400	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Microchip	24FC256	256K	1	1000	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C01	1K	1	100/400	6	4	-	A6	A5	A4	A3	A2	A1	A0	R/W	1 byte control (as Xicor)
Atmel	AT24C01A	1K	1	100/400	6	8	WP	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C02	2K	1	100/400	6	8	WP	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C02A	2K	1	100/400	6	8	WPT/2	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C04	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
Atmel	AT24C04A	4K	1	100/400	6	16	WPT/2	1	0	1	0	E2	E1	A8	R/W
Atmel	AT24C08	8K	1	100/400	6	16	-	1	0	1	0	E2	A9	A8	R/W
Atmel	AT24C08A	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
Atmel	AT24C16	16K	1	100/400	6	16	WPT/2	1	0	1	0	A10	A9	A8	R/W
Atmel	AT24C164	16K	1	100/400	6	16	WP	1	E2	E1	E0	A10	A9	A8	R/W
Atmel	AT24C32	32K	1	100/400	6	32	WPT/4	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C64	64K	1	100/400	6	32	WPT/4	1	0	1	0	E2	E1	E0	R/W
Atmel	AT24C128	128K	1	400/1000	5	64	WP	1	0	1	0	0	E1	E0	R/W
Atmel	AT24CS128	128K	1	100/1000	5	64	WP	1	0	1	0	0	E1	E0	R/W	OTP SWP for the upper 256 bytes
Atmel	AT24C256	256K	1	400/1000	5	64	WP	1	0	1	0	0	E1	E0	R/W
Atmel	AT24CS256	256K	1	100/1000	5	64	WP	1	0	1	0	0	E1	E0	R/W	OTP SWP for the upper 256 bytes
Atmel	AT24C512	512K	1	100/1000	5	128	WP	1	0	1	0	0	E1	E0	R/W
Atmel	AT34C02	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 1 Kbyte (b7,b6=01)
Atmel	AT24C21	1K	1	100/400	6	8	VCLK/WP'	1	0	1	0	x	x	x	R/W	+DDC bus with reset adress to 0 or 7F, 1/0 trans. to enter I2C, no exit
ST	ST24LC21/LC21B	1K	1	400	6	8	VCLK/WP'	1	0	1	0	x	x	x	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, no exit
ST	ST24LW21	1K	1	400	6	8	VCLK/WP'	1	0	1	0	x	x	x	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, no exit, WP' on pin 3
ST	ST24FC21	1K	1	400	6	8	VCLK/WP'	1	0	1	0	x	x	x	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, exitable
ST	ST24FW21	1K	1	400	6	8	VCLK/WP'	1	0	1	0	x	x	x	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, exitable, WP' on pin 3
ST	M2201/01V	1K	1	100	5	4	WP	A6	A5	A4	A3	A2	A1	A0	R/W	1 byte control (as Xicor)
ST	M24C01/01-W/01-R	1K	1	400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C02/02-W/02-R	2K	1	400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C04/04-W/04-R	4K	1	400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
ST	M24C08/08-W/08-R	8K	1	400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
ST	M24C16/16-W/16-R	16K	1	400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
ST	M24C164/164-W/164-R	16K	1	400	6	16	WP	1	E2	E1	E0	A10	A9	A8	R/W
ST	M24C32/32-W/32-R	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C64/64-W/64-R	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C128/128-W	128K	1	400	5	64	WP	1	0	1	0	0	0	0	R/W
ST	M24C128-A/128-AW/128-AR	128K	1	100/400	5	64	WP	1	0	1	0	0	E1	E0	R/W
ST	M24C128-B/128-BW/128-BR	128K	1	100/400	5	64	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C256/256-W	256K	1	400	5	64	WP	1	0	1	0	0	0	0	R/W
ST	M24C256-A/256-AW/256-AR	256K	1	100/400	5	64	WP	1	0	1	0	0	E1	E0	R/W
ST	M24C256-B/256-BW/256-BR	256K	1	100/400	5	64	WP	1	0	1	0	E2	E1	E0	R/W
ST	M24C512-B/512-BW/512-BR	512K	1	100/400	5	128	WP	1	0	1	0	E2	E1	E0	R/W
ST	M34S32	32K	1	400	6	32	WP/WP'	1	0	1	0	0	0	0	R/W	32 bytes OTP Secure Page (b1=1), programmable WP pin polarity, SWP 0/64...0/1 (b3=1), pin 3 - WP of Prot.reg.
ST	ST24C01	1K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST25C01	1K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST24C01R	1K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST24W01	1K	1	100	6	8	WP	1	0	1	0	E2	E1	E0	R/W
ST	ST25W01	1K	1	100	6	8	WP	1	0	1	0	E2	E1	E0	R/W
ST	ST24C02	2K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST25C02	2K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST24C02R	2K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	E0	R/W	when MODE=1, PAGE may be 4 independent
ST	ST24W02	2K	1	100	6	8	WP	1	0	1	0	E2	E1	E0	R/W
ST	ST25W02	2K	1	100	6	8	WP	1	0	1	0	E2	E1	E0	R/W
ST	ST24C04	4K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	A8	R/W	when MODE=1, PAGE may be 4 independent; when PRE on pin 1 =1 cell 1FFh is Prot. reg.
ST	ST25C04	4K	1	100	6	4/8	MODE	1	0	1	0	E2	E1	A8	R/W	when MODE=1, PAGE may be 4 independent; when PRE on pin 1 =1 cell 1FFh is Prot. reg.
ST	ST24W04	4K	1	100	6	8	WP	1	0	1	0	E2	E1	A8	R/W	when PRE on pin 1 =1 cell 1FFh is Prot. reg.
ST	ST25W04	4K	1	100	6	8	WP	1	0	1	0	E2	E1	A8	R/W	when PRE on pin 1 =1 cell 1FFh is Prot. reg.
ST	ST24C08	8K	1	100	6	8/16	MODE	1	0	1	0	E2	A9	A8	R/W	when MODE=1, PAGE may be 8 independent; when PRE on pin 1 =1 cell 3FFh is Prot. reg.
ST	ST25C08	8K	1	100	6	8/16	MODE	1	0	1	0	E2	A9	A8	R/W	when MODE=1, PAGE may be 8 independent; when PRE on pin 1 =1 cell 3FFh is Prot. reg.
ST	ST24W08	8K	1	100	6	16	WP	1	0	1	0	E2	A9	A8	R/W	when PRE on pin 1 =1 cell 3FFh is Prot. reg.
ST	ST25W08	8K	1	100	6	16	WP	1	0	1	0	E2	A9	A8	R/W	when PRE on pin 1 =1 cell 3FFh is Prot. reg.
ST	ST24C16	16K	1	100	6	8/16	MODE	1	0	1	0	A10	A9	A8	R/W	when MODE=1, PAGE may be 8 independent; when PRE on pin 1 =1 cell 3FFh is Prot. reg.; pin 2,3 select block to prot.
ST	ST25C16	16K	1	100	6	8/16	MODE	1	0	1	0	A10	A9	A8	R/W	when MODE=1, PAGE may be 8 independent; when PRE on pin 1 =1 cell 3FFh is Prot. reg.; pin 2,3 select block to prot.
ST	ST24W16	16K	1	100	6	16	WP	1	0	1	0	A10	A9	A8	R/W	when PRE on pin 1 =1 cell 3FFh is Prot. reg.; pin 2,3 select block to prot.
ST	ST25W16	16K	1	100	6	16	WP	1	0	1	0	A10	A9	A8	R/W	when PRE on pin 1 =1 cell 3FFh is Prot. reg.; pin 2,3 select block to prot.
ST	ST24E16	16K	1	400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	2 byte address
ST	ST25E16	16K	1	400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	2 byte address
Catalyst	CAT24C01	1K	1	100/400	6	4	-	A6	A5	A4	A3	A2	A1	A0	R/W	1 byte control (as Xicor)
Catalyst	CAT24C02C	2K	1	100/400	6	16	-	1	0	1	0	0	0	0	R/W	Die Pad Package only
Catalyst	CAT24C021	2K	1	100/400	6	16	RESET	1	0	1	0	x	x	x	R/W	+RSTC, WDT on SDA; pin2 - RESET', pin3 - WP
Catalyst	CAT24C022	2K	1	100/400	6	16	RESET	1	0	1	0	x	x	x	R/W	+RSTC; pin2 - RESET', pin3 - WP
Catalyst	CAT24C023	2K	1	100/400	6	16	RESET	1	0	1	0	x	x	x	R/W	+RSTC, WDT on pin1; pin2 - RESET', pin3 - WP
Catalyst	CAT24C041	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC, WDT on SDA; pin2 - RESET', pin3 - WP
Catalyst	CAT24C042	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC; pin2 - RESET', pin3 - WP
Catalyst	CAT24C043	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC, WDT on pin1; pin2 - RESET', pin3 - WP
Catalyst	CAT24C081	8K	1	100/400	6	16	RESET	1	0	1	0	x	A9	A8	R/W	+RSTC, WDT on SDA; pin2 - RESET', pin3 - WP
Catalyst	CAT24C082	8K	1	100/400	6	16	RESET	1	0	1	0	x	A9	A8	R/W	+RSTC; pin2 - RESET', pin3 - WP
Catalyst	CAT24C083	8K	1	100/400	6	16	RESET	1	0	1	0	x	A9	A8	R/W	+RSTC, WDT on pin1; pin2 - RESET', pin3 - WP
Catalyst	CAT24C161	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC, WDT on SDA; pin2 - RESET', pin3 - WP
Catalyst	CAT24C162	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC; pin2 - RESET', pin3 - WP
Catalyst	CAT24C163	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC, WDT on pin1; pin2 - RESET', pin3 - WP
Catalyst	CAT24WC01	1K	1	100/400	6	8	WP	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC02	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC03	2K	1	100/400	6	16	WPT/2	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC04	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
Catalyst	CAT24WC05	4K	1	100/400	6	16	WPT/2	1	0	1	0	E2	E1	A8	R/W
Catalyst	CAT24WC08	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
Catalyst	CAT24WC09	8K	1	100/400	6	16	WPT/2	1	0	1	0	E2	A9	A8	R/W
Catalyst	CAT24WC16	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
Catalyst	CAT24WC17	16K	1	100/400	6	16	WPT/2	1	0	1	0	A10	A9	A8	R/W
Catalyst	CAT24WC32	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC33	32K	1	100/400	6	32	WPB/4	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC64	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC65	64K	1	100/400	6	32	WPB/4	1	0	1	0	E2	E1	E0	R/W
Catalyst	CAT24WC128	128K	1	100/1000	5	64	WP	1	0	1	0	x	x	x	R/W
Catalyst	CAT24WC129	128K	1	100/1000	5	64	WPT/4	1	0	1	0	x	x	x	R/W
Catalyst	CAT24WC256	256K	1	100/1000	5	64	WP	1	0	1	0	0	E1	E0	R/W
Catalyst	CAT24WC257	256K	1	100/1000	5	64	WPT/4	1	0	1	0	0	E1	E0	R/W
Catalyst	CAT34WC02	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
Xicor	X24C00	128	-	1000	5	-	-	R/W	W/R	A3	A2	A1	A0	x	x	without acknoledge
Xicor	X24C01	1K	1	100	6	4	-	A6	A5	A4	A3	A2	A1	A0	R/W
Xicor	X24C02	2K	1	100	5	4	WP	1	0	1	0	E2	E1	E0	R/W
Xicor	X24C04	4K	1	400	5	16	WP	1	0	1	0	E2	E1	A8	R/W
Xicor	X24C08	8K	1	100	5	16	TEST=0	1	0	1	0	E2	A9	A8	R/W
Xicor	X24C16	16K	1	100	5	16	TEST=0	1	0	1	0	A10	A9	A8	R/W
Xicor	X24C164	16K	1	100	5	16	TEST=0	1	E2	E1	E0	A10	A9	A8	R/W
Xicor	X24C165	16K	1	100	5	32	WP	1	E2	E1	E0	A10	A9	A8	R/W	highest cell is Prot. Reg when BYTE WRITE
Xicor	X24C645	64K	1	100	5	32	WP	E2	E1	A12	A11	A10	A9	A8	R/W	highest cell is Prot. Reg when BYTE WRITE
Xicor	X24C128	128K	1	400	5	32	WP	1	0	1	0	E2	E1	E0	R/W	cell FFFF is Prot. Reg
Xicor	X24C129	128K	1	400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Xicor	X24C256	256K	1	100/400	5	64	WP	1	0	1	0	0	E1	E0	R/W
Xicor	X24C257	256K	1	100/400	5	64	WP	1	0	1	0	E2	E1	E0	R/W	cell FFFF is Prot. Reg
Xicor	X24C512	512K	1	1000	5	128	WP	1	0	1	0	0	E1	E0	R/W
Xicor	X24C513	512K	1	1000	5	128	WP	1	0	1	0	0	E1	E0	R/W	cell FFFF is Prot. Reg
Xicor	X4C105	4K	1	400	6	16	WPT/2	1	0	1	0	E2	E1	A8	R/W	+RSTC, +4 bit SRAM/EEPROM, Not standart pinout
Xicor	X4043	4K	1	100/400	6	16	WP	1	0	1	0	0	0	A8	R/W	+RSTC with programmable Vtrip, WDT; pin3 - RESET', power block SWP
Xicor	X4045	4K	1	100/400	6	16	WP	1	0	1	0	0	0	A8	R/W	+RSTC with programmable Vtrip, WDT; pin3 - RESET, power block SWP
Xicor	X40620	64K	1	1000	?	64	V2MON	1	1	0	R/W	1	0	0	0	+RSTC with programmable Vtrip, WDT; pin3 - RESET', WP on pin 2
Xicor	X46402	64K	1	1000	?	64	V2MON	1	1	0	R/W	1	0	0	0	+RSTC with programmable Vtrip, WDT; pin3 - RESET', WP on pin 2, password system
NSC	NM24C02/02U	2K	1	100/400	6	16	-	1	0	1	0	E2	E1	E0	R/W
NSC	NM24C03/03U	2K	1	100/400	6	16	WPT	1	0	1	0	E2	E1	E0	R/W
NSC	NM24W02	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
NSC	NM24C04/04U	4K	1	100/400	6	16	-	1	0	1	0	E2	E1	A8	R/W
NSC	NM24C05/05U	4K	1	100/400	6	16	WPT	1	0	1	0	E2	E1	A8	R/W
NSC	NM24W04	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
NSC	NM24C08/08U	8K	1	100/400	6	16	-	1	0	1	0	E2	A9	A8	R/W
NSC	NM24C09/09U	8K	1	100/400	6	16	WPT	1	0	1	0	E2	A9	A8	R/W
NSC	NM24W08	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
NSC	NM24C16/16U	16K	1	100/400	6	16	-	1	0	1	0	A10	A9	A8	R/W
NSC	NM24C17/17U	16K	1	100/400	6	16	WPT	1	0	1	0	A10	A9	A8	R/W
NSC	NM24W16	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
NSC	NM24C32/32U	32K	1	100/400	6	32	WPT	1	0	1	0	E2	E1	E0	R/W
NSC	NM24C65/65U	64K	1	100/400	6	32	WPT	1	0	1	0	E2	E1	E0	R/W
NSC	NM34C02	2K	1	400	6	16	-	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
NSC	NM34W02	2K	1	400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
ISSI	IS24C01	1K	1	100/400	5	8	WP	1	0	1	0	E2	E1	E0	R/W
ISSI	IS24C02	2K	1	100	5	8	WP	1	0	1	0	E2	E1	E0	R/W
ISSI	IS24C04	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
ISSI	IS24C08	8K	1	100/400	6	16	WPT	1	0	1	0	E2	A9	A8	R/W
ISSI	IS24C16	16K	1	100/400	6	16	WPT	1	0	1	0	A10	A9	A8	R/W
ISSI	IS24C32	32K	1	100	6	32	WPT/2	1	0	1	0	E2	E1	E0	R/W
ISSI	IS24C64	64K	1	100	6	32	WPT/2	1	0	1	0	E2	E1	E0	R/W
ISSI	IS34C02	2K	no datasheet available
ROHM	BR24C01A/01AF	1K	1	100	5	4	TEST=0	1	0	1	0	E2	E1	E0	R/W
ROHM	BR24C01A-W/01AF-W	1K	1	100/400	5	8	WP	1	0	1	0	E2	E1	E0	R/W
ROHM	BR24C02/02F	2K	1	100	5	4	TEST=0	1	0	1	0	E2	E1	E0	R/W
ROHM	BR24C02-W/02F-W	2K	1	100/400	5	8	WP	1	0	1	0	E2	E1	E0	R/W
ROHM	BR24C04/04F	4K	1	100	5	16	TEST=0	1	0	1	0	E2	E1	A8	R/W
ROHM	BR24C04-W/04F-W	4K	1	100/400	5	16	WP	1	0	1	0	E2	E1	A8	R/W
ROHM	BR24C08/08F/08FV	8K	1	100/400	5	16	WP	1	0	1	0	E2	A9	A8	R/W
ROHM	BR24C16/16F/16FV	16K	1	100/400	5	16	WP	1	0	1	0	A10	A9	A8	R/W
ROHM	BR24E16/16F/16FV	16K	1	100/400	5	16	WP	1	0	1	0	E2	E1	E0	R/W	2 byte address
ROHM	BR24C32/32F	32K	1	100/400	5	32	WP	1	0	1	0	E2	E1	E0	R/W
ROHM	BR24C64/64F	64K	1	100/400	5	64	WP	1	0	1	0	E2	E1	E0	R/W
Ramtron	FM24C04	4K	1	400	10	x	WP	1	0	1	0	E2	E1	A8	R/W	FRAM, no programing time
Ramtron	FM24C16	16K	1	400	10	x	WP	1	0	1	0	A10	A9	A8	R/W	FRAM, no programing time
Ramtron	FM24C64	64K	1	400	10	x	WP	1	0	1	0	E2	E1	E0	R/W	FRAM, no programing time
Ramtron	FM24C256	256K	1	1000	10	x	WP	1	0	1	0	E2	E1	E0	R/W	FRAM, no programing time
Samsung	KS24C010/A010	1K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
Samsung	KS24C011/A011	1K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	KS24C020/A020	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
Samsung	KS24C021/A021	2K	1	100/400	6	16	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	KS24C040/A040	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
Samsung	KS24C041/A041	4K	1	100/400	6	16	WP	1	0	1	0	E2	E1	A8	R/W
Samsung	KS24C080	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
Samsung	KS24C081/A081	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
Samsung	KS24L161/A161	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
Samsung	KS24L321/A321	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	KS24L641/A641	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	KS24A1281	128K	1	400/1000	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	KS24A2561	256K	1	400/1000	6	64	WP	1	0	1	0	E2	E1	E0	R/W
Samsung	S524A40X10	new name for KS24A010
Samsung	S524A40X11	new name for KS24A011
Samsung	S524A40X20	new name for KS24A020
Samsung	S524A40X21	new name for KS24A021
Samsung	S524A40X40	new name for KS24A040
Samsung	S524A40X41	new name for KS24A041
Samsung	S524A60X51	new name for KS24A161
Samsung	S524A60X81	new name for KS24A081
Samsung	S524AB0X91	new name for KS24A321
Samsung	S524AB0XB1	new name for KS24A641
Samsung	S524AD0XD1	new name for KS24A1281
Samsung	S524AD0XF1	new name for KS24A2561
Samsung	S524C20D10	new name for KS24C010
Samsung	S524C20D11	new name for KS24C011
Samsung	S524C20D20	new name for KS24C020
Samsung	S524C20D21	new name for KS24C021
Samsung	S524C80D40	new name for KS24C040
Samsung	S524C80D41	new name for KS24C041
Samsung	S524C80D51	new name for KS24C081
Samsung	S524C80D80	new name for KS24C080
Samsung	S524C80D81	new name for KS24C081
Samsung	S524L50D51	new name for KS24L161
Samsung	S524LB0D91	new name for KS24L321
Samsung	S524LB0DB1	new name for KS24L641
Siemens	SDA2516	1K	1	100	4	-	TEST=DU	1	0	1	0	E2	E1	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS
Siemens	SDA2526/SDE2526	2K	1	100	4	-	TEST=DU	1	0	1	0	E2	E1	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS
Siemens	SDA3526	2K	1	100	4	-	TEST=DU	1	0	1	0	E2	E1	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS, A0=float - WP mode
Siemens	SDA25X26	2K	1	100	5	-	TEST=DU	1	0	1	0	E2	E1	E0	R/W	polling with R/W=1 only, bulk erase, NMOS
Siemens	SDA2546	4K	1	100	4	-	TEST=DU	1	0	1	0	0	A8	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS
Siemens	SDA3546	4K	1	100	5	-	TEST=DU	1	0	1	0	0	A8	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS, A0=float - WP mode
Siemens	SDA2586	8K	1	100	4	-	TEST=DU	1	0	1	0	A9	A8	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS
Siemens	SDA3586	8K	1	100	5	-	TEST=DU	1	0	1	0	A9	A8	E0	R/W	non-standart pinout, polling with R/W=1 only, bulk erase, NMOS, A0=float - WP mode
Siemens	SLA24C01/SLE24C01	1K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W
Siemens	SLA24C01/P/SLE24C01/P	1K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W	SWP for each 8 bytes
Siemens	SLA24C02/SLE24C02	2K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W
Siemens	SLA24C02/P/SLE24C02/P	2K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W	SWP for each 8 bytes
Siemens	SLA24C04/SLE24C04	4K	1	100/400	6	16	WP	1	0	1	0	x	x	A8	R/W
Siemens	SLA24C04/P/SLE24C04/P	4K	1	100/400	6	16	WP	1	0	1	0	x	x	A8	R/W	SWP for each 16 bytes
Siemens	SLA24C08/SLE24C08	8K	1	100/400	6	16	WP	1	0	1	0	x	A9	A8	R/W
Siemens	SLA24C08/P/SLE24C08/P	8K	1	100/400	6	16	WP	1	0	1	0	x	A9	A8	R/W	SWP for each 16 bytes
Siemens	SLA24C16/SLE24C16	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
Siemens	SLA24C16/P/SLE24C16/P	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W	SWP for each 16 bytes
Siemens	SLA24C164/SLE24C164	16K	1	100/400	6	16	WP	1	E2	E1	E0	A10	A9	A8	R/W
Siemens	SLA24C164/P/SLE24C164/P	16K	1	100/400	6	16	WP	1	E2	E1	E0	A10	A9	A8	R/W	SWP for each 16 bytes
Siemens	SLA24C32/SLE24C32	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Siemens	SLA24C32/P/SLE24C32/P	32K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W	SWP for each 32 bytes
Siemens	SLA24C64/SLE24C64	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W
Siemens	SLA24C64/P/SLE24C64/P	64K	1	100/400	6	32	WP	1	0	1	0	E2	E1	E0	R/W	SWP for each 32 bytes
Seiko	S-24C01A	1K	1	100	5	8	TEST=0	1	0	1	0	E2	E1	E0	R/W
Seiko	S-24C01B	1K	1	100/400	6	8	WP	1	0	1	0	x	x	x	R/W
Seiko	S-24C02A	2K	1	100	5	8	WPT/2	1	0	1	0	E2	E1	E0	R/W
Seiko	S-24C02B	2K	1	100/400	6	8	WPT/2	1	0	1	0	x	x	x	R/W
Seiko	S-24C04A	4K	1	100	5	16	WPT/2	1	0	1	0	E2	E1	A8	R/W
Seiko	S-24C04B	4K	1	100/400	6	16	WPT/2	1	0	1	0	x	x	A8	R/W
Seiko	S-24C08A	8K	1	100/400	5	16	WP	1	0	1	0	E2	A9	A8	R/W
Seiko	S-24C16A	16K	1	100/400	5	16	WP	1	0	1	0	A10	A9	A8	R/W
Summit	S24VP02	2K	1	100/400	6	16	NC	1	0	1	0	x	x	x	R/W
Summit	S24VP04	4K	1	100/400	6	16	NC	1	0	1	0	x	x	A8	R/W
Summit	S24VP16	16K	1	100/400	6	16	NC	1	0	1	0	A10	A9	A8	R/W
Summit	S24022	2K	1	100/400	6	16	RESET	1	0	1	0	x	x	x	R/W	+RSTC (RESET' on pin 2)
Summit	S24023	2K	1	100/400	6	16	NC	1	0	1	0	x	x	x	R/W	+RSTC (RESET' on pin 2)
Summit	S24042	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC (RESET' on pin 2)
Summit	S24043	4K	1	100/400	6	16	NC	1	0	1	0	x	x	A8	R/W	+RSTC (RESET' on pin 2)
Summit	S24162	16K	1	100/400	6	16	NC	1	0	1	0	A10	A9	A8	R/W	+RSTC (RESET on pin 2)
Summit	S24163	16K	1	100/400	6	16	NC	1	0	1	0	A10	A9	A8	R/W	+RSTC (RESET' on pin 2)
Summit	SMS2902	2K	1	100/400	6	16	RESET	1	0	1	0	x	x	x	R/W	+RSTC, WDT; pin2 - RESET', pin1 - WDT INPUT
Summit	SMS2904	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC, WDT; pin2 - RESET', pin1 - WDT INPUT
Summit	SMS2916	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC, WDT; pin2 - RESET', pin1 - WDT INPUT
Summit	S4242	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC (RESET' on pin 2) & comparator (pins 1, 3)
Summit	S4261	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC (RESET' on pin 2) & comparator (pins 1, 3)
Summit	S42WD42	4K	1	100/400	6	16	RESET	1	0	1	0	x	x	A8	R/W	+RSTC, WDT, +comparator (pins 1, 3); pin2 - RESET'
Summit	S42WD61	16K	1	100/400	6	16	RESET	1	0	1	0	A10	A9	A8	R/W	+RSTC, WDT, +comparator (pins 1, 3); pin2 - RESET'
Hitachi	HN58X2402	2K	1	400	5	32	WPT/2	1	0	1	0	E2	E1	E0	R/W
Hitachi	HN58X2402S	2K	1	400	5	8	WP	1	0	1	0	E2	E1	E0	R/W
Hitachi	HN58X2404	4K	1	400	5	32	WPT/2	1	0	1	0	E2	E1	A8	R/W
Hitachi	HN58X2404S	4K	1	400	5	8	WPT/2	1	0	1	0	E2	E1	A8	R/W
Hitachi	HN58X2408	8K	1	400	5	32	WPT/2	1	0	1	0	E2	A9	A8	R/W
Hitachi	HN58X2416	16K	1	400	5	32	WPT/2	1	0	1	0	A10	A9	A8	R/W
Hitachi	HN58X2432	32K	1	400	5	32	WPT/4	1	0	1	0	E2	E1	E0	R/W
Hitachi	HN58X2464	64K	1	400	5	32	WPT/4	1	0	1	0	E2	E1	E0	R/W
Hitachi	HN58X24128/128SR	128K	1	400	5	64	WPT/8	1	0	1	0	E2	E1	E0	R/W
Hitachi	HN58X24256/256SR	256K	1	400	5	64	WPT/8	1	0	1	0	E2	E1	E0	R/W
Holtek	HT24LC01	1K	1	100/400	6	8	WP	1	0	1	0	E2	E1	E0	R/W
Holtek	HT24LC02	2K	1	100/400	6	8	WP	1	0	1	0	E2	E1	E0	R/W
Holtek	HT24LC04	4K	1	100/400	6	8	WP	1	0	1	0	E2	E1	A8	R/W
Holtek	HT24LC08	8K	1	100/400	6	16	WP	1	0	1	0	E2	A9	A8	R/W
Holtek	HT24LC16	16K	1	100/400	6	16	WP	1	0	1	0	A10	A9	A8	R/W
AKM	AK6002A	2K	1	100	5	16	WP	1	0	1	0	E2	E1	E0	R/W
AKM	AK6003A	2K	1	100	5	16	WP	1	0	1	0	E2	E1	E0	R/W	OTP SWP for the lower 128 bytes (b7,b6=01)
AKM	AK6004A	4K	1	100/400	5	16	WP	1	0	1	0	E2	E1	A8	R/W
AKM	AK6008A	16K	1	100/400	5	16	WPT/2	1	0	1	0	A10	A9	A8	R/W
AKM	AK6010A	32K	no datasheet available
AKM	AK6012A	64K	1	100/400	5	32	WPT/4	1	0	1	0	E2	E1	E0	R/W
Exel	XL24C21	1K	no datasheet available
Exel	XL24C01	1K	no datasheet available
Exel	XL24C01A	1K	no datasheet available
Exel	XL24C02	2K	no datasheet available
Exel	XL24C04	4K	no datasheet available
Exel	XL24C16	16K	no datasheet available
Exel	XL24C164	16K	no datasheet available
Phillips	PCB2421	1K	1	100	4	8	VCLK	0	1	1	0	0	0	0	R/W	+DDC bus with reset adress to 0, 1/0 trans. to enter I2C, no exit, WP' on pin 3
Phillips	PCA8581	1K	1	100	4	8	TEST=x	1	0	1	0	E2	E1	E0	R/W
Phillips	PCF8582	2K	1	100	6	8	PTC	1	0	1	0	E2	E1	E0	R/W
Phillips	PCF8594	4K	2	100	6	8	PTC	1	0	1	0	E2	E1	A8	R/W
Phillips	PCF8598	8K	4	100	6	8	PTC	1	0	1	0	E2	A9	A8	R/W
Phillips	PCF85116	16K	1	400	6	32	WP	1	0	1	0	A10	A9	A8	R/W

 

Firm	-	Фирма-производитель
Part	-	Название микросхемы
Size	-	Объем памяти, бит
B	-	Blocks - Разбивка на блоки при посдледовательном чтении
Speed	-	Максимальная частота тактового сигнала, КГц
E	-	Endurance - Максимальное количество циклов перезаписи (10n)
Pag	-	Размер страницы при страничной записи
Pin 7	-	Назначение вывода 7
		WP	-	Блокировка записи
		WPT/2	-	Блокировка записи для старшей половины памяти
		WPB/2	-	Блокировка записи для младшей половины памяти
		WPT/4	-	Блокировка записи для старшей четверти памяти
		WPB/4	-	Блокировка записи для младшей четверти памяти
		WPT/8	-	Блокировка записи для старшей 1/8 части памяти
Control word	-	Управляющее слово (первый байт после сигнала "старт")
		An	-	Биты адреса ячейки
		En	-	Биты адреса микросхемы, соответствующие выводам 1, 2, 3
Special features & notes	-	Дополнительные функции, специфические особенности и примечания
		OTP SWP	-	Однократно устанавливаемая программная защита от случайной перезаписи для части памяти
		RSTC	-	Reset-контроллер
		WDT	-	Watch Dog Timer
		HEBxN	-	High Endurance Block - Блок памяти с увеличенной в N раз долговечностью (количеством циклов перезаписи)

 
 

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