Maxim - Special Offers On Request - page 2

Showing 51-100 of 1614 items

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Part Number

Description

Manufacturer

SeriesS

DatasheetD

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Part Number:

DS28E01-100

Description:

The ds28e01-100 combines 1024 bits of eeprom with challenge-and-response authentication security implemented with the iso/iec 10118-3 secure hash algorithm (sha-1)

Manufacturer:

Maxim

Datasheet:

DS28E01-100.pdf

Part Number:

DS28E02

Description:

The ds28e02 combines 1024 bits of eeprom with challenge-and-response authentication security implemented with the fips 180-3 secure hash algorithm (sha-1)

Manufacturer:

Maxim

Datasheet:

DS28E02.pdf

Part Number:

DS28E04-100

Description:

The ds28e04-100 is a 4096-bit, 1-wire® eeprom chip with seven address inputs

Manufacturer:

Maxim

Datasheet:

DS28E04-100.pdf

Part Number:

DS28E10

Description:

The ds28e10 combines secure challenge-and-response authentication functionality based on the fips 180-3 specified secure hash algorithm (sha-1) with 224 bits of one-time programmable user eprom in a single chip

Manufacturer:

Maxim

Datasheet:

DS28E10.pdf

Part Number:

DS28EC20

Description:

The ds28ec20 is a 20480-bit, 1-wire® eeprom organized as 80 memory pages of 256 bits each

Manufacturer:

Maxim

Datasheet:

DS28EC20.pdf

Part Number:

DS3065WP

Description:

The ds3065wp consists of a static ram, a nonvolatile (nv) controller, and a real-time clock (rtc)

Manufacturer:

Maxim

Datasheet:

DS3065WP.pdf

Part Number:

DS9034PC

Description:

The ds9034pc powercap is a snap-on lithium power source for nonvolatile (nv) srams in dallas semiconductor's directly surface-mountable powercap module base package

Manufacturer:

Maxim

Datasheet:

DS9034PC.pdf

Part Number:

DS9034PCI

Description:

The ds9034pc powercap is a snap-on lithium power source for nonvolatile (nv) srams in dallas semiconductor's directly surface-mountable powercap module base package

Manufacturer:

Maxim

Datasheet:

DS9034PC.pdf

Part Number:

DS1216

Description:

The ds1216 smartwatch ram and smartwatch rom sockets are 600-mil-wide dip sockets with a built-in cmos watch function, an nv ram controller circuit, and an embedded lithium energy source

Manufacturer:

Maxim

Datasheet:

DS1216.pdf

Part Number:

DS1216B

Description:

The ds1216 smartwatch ram and smartwatch rom sockets are 600-mil-wide dip sockets with a built-in cmos watch function, an nv ram controller circuit, and an embedded lithium energy source

Manufacturer:

Maxim

Datasheet:

DS1216.pdf

Part Number:

DS1243

Description:

The ds1243y 64k nv sram with phantom clock is a fully static nonvolatile ram (organized as 8192 words by 8 bits) with a built-in real time clock

Manufacturer:

Maxim

Datasheet:

DS1243.pdf

Part Number:

DS1244

Description:

The ds1244 256k nv sram with a phantom clock is a fully static nonvolatile ram (nv sram) (organized as 32k words by 8 bits) with a built-in real-time clock

Manufacturer:

Maxim

Datasheet:

DS1244.pdf

Part Number:

DS1248

Description:

The ds1248 1024k nv sram with phantom clock is a fully static nonvolatile ram (organized as 128k words by 8 bits) with a built-in real-time clock

Manufacturer:

Maxim

Datasheet:

DS1248.pdf

Part Number:

DS1251

Description:

The ds1251 4096k nv sram with phantom clock is a fully static nonvolatile ram (organized as 512k words by 8 bits) with a built-in real-time clock

Manufacturer:

Maxim

Datasheet:

DS1251.pdf

Part Number:

DS1254

Description:

The ds1254 is a fully nonvolatile static ram (nv sram) (organized as 2m words by 8 bits) with built-in real-time clock

Manufacturer:

Maxim

Datasheet:

DS1254.pdf

Part Number:

DS12885

Description:

The ds12885, ds12887, and ds12c887 real-time clocks (rtcs) are designed to be direct replacements for the ds1285 and ds1287

Manufacturer:

Maxim

Datasheet:

DS12885.pdf

Part Number:

DS12887

Description:

The ds12885, ds12887, and ds12c887 real-time clocks (rtcs) are designed to be direct replacements for the ds1285 and ds1287

Manufacturer:

Maxim

Datasheet:

DS12885.pdf

Part Number:

DS12CR887

Description:

The ds12r885 is a functional drop-in replacement for the ds12885 real-time clock (rtc)

Manufacturer:

Maxim

Datasheet:

DS12CR887.pdf

Part Number:

DS12R885

Description:

The ds12r885 is a functional drop-in replacement for the ds12885 real-time clock (rtc)

Manufacturer:

Maxim

Datasheet:

DS12CR887.pdf

Part Number:

DS1302

Description:

The ds1302 trickle-charge timekeeping chip contains a real-time clock/calendar and 31 bytes of static ram

Manufacturer:

Maxim

Datasheet:

DS1302.pdf

Part Number:

DS1305

Description:

The ds1305 serial alarm real-time clock provides a full binary coded decimal (bcd) clock calendar that is accessed by a simple serial interface

Manufacturer:

Maxim

Datasheet:

DS1305.pdf

Part Number:

DS1306

Description:

The ds1306 serial alarm real-time clock (rtc) provides a full binary coded decimal (bcd) clock calendar that is accessed by a simple serial interface

Manufacturer:

Maxim

Datasheet:

DS1306.pdf

Part Number:

DS1307

Description:

The ds1307 serial real-time clock (rtc) is a low-power, full binary-coded decimal (bcd) clock/calendar plus 56 bytes of nv sram

Manufacturer:

Maxim

Datasheet:

DS1307.pdf

Part Number:

DS1315

Description:

The ds1315 phantom time chip is a combination of a cmos timekeeper and a nonvolatile memory controller

Manufacturer:

Maxim

Datasheet:

DS1315.pdf

Part Number:

DS1318

Description:

The ds1318 parallel-interface elapsed time counter (etc) is a 44-bit counter that maintains the amount of time that the device operates from main and/or backup power or during an external event

Manufacturer:

Maxim

Datasheet:

DS1318.pdf

Part Number:

DS1337

Description:

The ds1337 serial real-time clock is a low-power clock/calendar with two programmable time-of-day alarms and a programmable square-wave output

Manufacturer:

Maxim

Datasheet:

DS1337.pdf

Part Number:

DS1337C

Description:

The ds1337 serial real-time clock is a low-power clock/calendar with two programmable time-of-day alarms and a programmable square-wave output

Manufacturer:

Maxim

Datasheet:

DS1337.pdf

Part Number:

DS1338

Description:

The ds1338 serial real-time clock (rtc) is a low-power, full binary-coded decimal (bcd) clock/calendar plus 56 bytes of nv sram

Manufacturer:

Maxim

Datasheet:

DS1338.pdf

Part Number:

DS1339

Description:

The ds1339 serial real-time clock (rtc) is a low-power clock/date device with two programmable time-of-day alarms and a programmable square-wave output

Manufacturer:

Maxim

Datasheet:

DS1339.pdf

Part Number:

DS1340

Description:

The ds1340 is a real-time clock (rtc)/calendar that is pin compatible and functionally equivalent to the st m41t00, including the software clock calibration

Manufacturer:

Maxim

Datasheet:

DS1340.pdf

Part Number:

DS1341

Description:

The ds1341/ds1342 low-current real-time clocks (rtcs) are timekeeping devices that provide an extremely low standby current, which permits longer life from a power supply

Manufacturer:

Maxim

Datasheet:

DS1341.pdf

Part Number:

DS1342

Description:

The ds1341/ds1342 low-current real-time clocks (rtcs) are timekeeping devices that provide an extremely low standby current, which permits longer life from a power supply

Manufacturer:

Maxim

Datasheet:

DS1341.pdf

Part Number:

DS1343

Description:

The ds1343/ds1344 low-current real-time clocks (rtcs) are timekeeping devices that provide an extremely low standby current, permitting longer life from a backup supply source

Manufacturer:

Maxim

Datasheet:

DS1343.pdf

Part Number:

DS1344

Description:

The ds1343/ds1344 low-current real-time clocks (rtcs) are timekeeping devices that provide an extremely low standby current, permitting longer life from a backup supply source

Manufacturer:

Maxim

Datasheet:

DS1343.pdf

Part Number:

DS1347

Description:

The ds1347 spi-compatible real-time clock (rtc) contains a real-time clock/calendar and 31 x 8 bits of static random-access memory (sram)

Manufacturer:

Maxim

Datasheet:

DS1347.pdf

Part Number:

DS1371

Description:

The ds1371 is a 32-bit binary counter that is designed to continuously count time in seconds

Manufacturer:

Maxim

Datasheet:

DS1371.pdf

Part Number:

DS1372

Description:

The ds1372 is a 32-bit binary up counter and 24-bit down counter with a unique 64-bit id

Manufacturer:

Maxim

Datasheet:

DS1372.pdf

Part Number:

DS1374

Description:

The ds1374 is a 32-bit binary counter designed to continuously count time in seconds

Manufacturer:

Maxim

Datasheet:

DS1374.pdf

Part Number:

DS1375

Description:

The ds1375 digital real-time clock (rtc) is a low-power clock/calendar that does not require a crystal

Manufacturer:

Maxim

Datasheet:

DS1375.pdf

Part Number:

DS1388

Description:

The ds1388 i²c real-time clock (rtc), supervisor, and eeprom is a multifunction device that provides a clock/calendar, programmable watchdog timer, power-supply monitor with reset, and 512 bytes of eeprom

Manufacturer:

Maxim

Datasheet:

DS1388.pdf

Part Number:

DS1390

Description:

The low-voltage serial-peripheral interface (spi™) ds1390/ds1391/ds1394 and the low-voltage 3-wire ds1392/ds1393 real-time clocks (rtcs) are clocks/calendars that provide hundredths of a second, seconds, minutes, hours, day, date, month, and ye

Manufacturer:

Maxim

Datasheet:

DS1390.pdf

Part Number:

DS1391

Description:

Manufacturer:

Maxim

Datasheet:

DS1390.pdf

Part Number:

DS1500

Description:

The ds1500 is a full-function, year 2000-compliant, real-time clock/calendar (rtc) with an alarm, watchdog timer, power-on reset, battery monitors, 256 bytes of on-board nonvolatile (nv) sram, nv control for backing up an external sram, and a 32

Manufacturer:

Maxim

Datasheet:

DS1500.pdf

Part Number:

DS1501

Description:

The ds1501/ds1511 are full-function, year 2000-compliant real-time clock/calendars (rtcs) with an rtc alarm, watchdog timer, power-on reset, battery monitors, 256 bytes nv sram, and a 32

Manufacturer:

Maxim

Datasheet:

DS1501.pdf

Part Number:

DS1511

Description:

The ds1501/ds1511 are full-function, year 2000-compliant real-time clock/calendars (rtcs) with an rtc alarm, watchdog timer, power-on reset, battery monitors, 256 bytes nv sram, and a 32

Manufacturer:

Maxim

Datasheet:

DS1501.pdf

Part Number:

DS1553

Description:

The ds1553 is a full-function, year-2000-compliant (y2kc) real-time clock/calendar (rtc) with an rtc alarm, watchdog timer, power-on reset, battery monitor, and "8k x 8 nonvolatile static ram (nv sram)

Manufacturer:

Maxim

Datasheet:

DS1553.pdf

Part Number:

DS1554

Description:

The ds1554 is a full-function, year 2000-compliant (y2kc), real-time clock/calendar (rtc) with an rtc alarm, watchdog timer, power-on reset, battery monitor, and 32k x 8 nonvolatile static ram

Manufacturer:

Maxim

Datasheet:

DS1554.pdf

Part Number:

DS1556

Description:

The ds1556 is a full-function, year-2000-compliant (y2kc), real-time clock/calendar (rtc) with an rtc alarm, watchdog timer, power-on reset, battery monitor, and 128k x 8 nonvolatile static ram

Manufacturer:

Maxim

Datasheet:

DS1556.pdf

Part Number:

DS1557

Description:

The ds1557 is a full-function, year-2000-compliant (y2kc), real-time clock/calendar (rtc) with an rtc alarm, watchdog timer, power-on reset, battery monitor, and 512k x 8 nonvolatile static ram

Manufacturer:

Maxim

Datasheet:

DS1557.pdf

Part Number:

DS1558

Description:

The ds1558 is a full function, year 2000-compliant (y2kc), real-time clock/calendar with an rtc alarm, watchdog timer, power-on reset, battery monitor, and nv sram controller

Manufacturer:

Maxim

Datasheet:

DS1558.pdf

Maxim - Special Offers On Request - page 2

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