| 1-Wire® Devices |
| | Sterilization Methods and Their Impact on Medical Devices Containing Electronics |
| DS28EC20 DS2431 DS28E01-100 DS28CN01 | Implementing Nonvolatile, Nonresettable Counters for Embedded Systems |
| DS1WM DS2480B DS2482-100 DS2460 DS28EA00 DS2502 DS2401 DS28E01-02 DSSHA1 DS2431 | Easily Add Memory, Security, Monitoring, and Control to Medical Sensors and Consumables |
| DS28EA00 DS2482-100 DS2480B | Regain Location Information by Leveraging the 1-Wire® Chain Function—A Simple Signaling and Protocol Method Determines Device Physical Location |
| DS2430A DS2431 | Minimal Remote 1-Wire® Master Protocol |
| DS2409 DS2430A DS2431 DS2433 DS2406 DS18B20 DS1920 DS2505 DS28E04-100 DS2506 | 1-Wire® Master Device Configuration |
| DS28E02 DS2432 DS1961S DS1963S DS28E01-100 DS28E10 | White Paper 8: 1-Wire® SHA-1 Overview |
| DS2502 DS1982 DS2401 DS2502-E48 | Creating Global Identifiers Using 1-Wire® Devices |
| DS2431 DS28E01-100 DS28EC20 DS2406 DS2432 DS2505 DS2411 DS2433 DS2506 DS2502 DS2502-E48 DS2401 | Printed Circuit Board Identification Using 1-Wire® Products |
| DS1963S | SHA iButton Secrets and Challenges |
| DS28EC20 DS1993 DS1992 DS1921G DS1996 DS1995 DS1973 DS1982 DS2406 DS1922L DS1922LT DS1922E DS1923 DS1985 DS1972 DS1977 DS2431 DS28E04-100 DS2505 | 1-Wire File Structure |
| DS2450 DS1993 DS1977 DS1904 DS28E04-100 DS1921H DS2401 DS1973 DS2422 DS1921G DS1922T DS1971 DS2406 DS1923 DS2431 DS1992 DS1996 DS2502 DS1920 DS1921Z DS1995 DS1955 DS2432 DS1990A DS2408 DS2411 DS2413 DS2505 DS1985 DS2430A DS1963S DS1922L DS1982 DS2417 DS1957 DS1990R | Reading and Writing 1-Wire® Devices Through Serial Interfaces |
| iButton® |
| DS9097U-E25 DS1411-009 DS1411-S09 DS9490 DS9490R DS9490B DS9097U-009 DS9097U-S09 DS9481R | White Paper 6: 1-Wire® Drivers Installation Guide for Windows |
| DS28E02 DS2432 DS1961S DS1963S DS28E01-100 DS28E10 | White Paper 8: 1-Wire® SHA-1 Overview |
| DS2502 DS1982 DS2401 DS2502-E48 | Creating Global Identifiers Using 1-Wire® Devices |
| DS2431 DS28E01-100 DS28EC20 DS2406 DS2432 DS2505 DS2411 DS2433 DS2506 DS2502 DS2502-E48 DS2401 | Printed Circuit Board Identification Using 1-Wire® Products |
| DS1963S | SHA iButton Secrets and Challenges |
| DS2450 DS1993 DS1977 DS1904 DS28E04-100 DS1921H DS2401 DS1973 DS2422 DS1921G DS1922T DS1971 DS2406 DS1923 DS2431 DS1992 DS1996 DS2502 DS1920 DS1921Z DS1995 DS1955 DS2432 DS1990A DS2408 DS2411 DS2413 DS2505 DS1985 DS2430A DS1963S DS1922L DS1982 DS2417 DS1957 DS1990R | Reading and Writing 1-Wire® Devices Through Serial Interfaces |
| Analog Switches and Multiplexers |
| DS4510 DS4510 DS4550 DS4520 DS4550 DS4520 | Using DS4510/DS4520/DS4550 to Select Backup Flash Memory |
| Communications Circuits |
| MAX7311 | I²C Interface Connects Compact Flash Card to Microcontroller |
| General Engineering Topics |
| | Sterilization Methods and Their Impact on Medical Devices Containing Electronics |
| DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1230W DS1230AB DS1230Y DS1225AD DS1225AB DS1220AD DS1220AB | Low-Temperature Data Retention in Nonvolatile SRAM |
| | Characteristics of Manganese Lithium (ML) Batteries |
| DS4510 DS4510 DS4550 DS4520 DS4550 DS4520 | Using DS4510/DS4520/DS4550 to Select Backup Flash Memory |
| Interface Circuits |
| MAX7311 | I²C Interface Connects Compact Flash Card to Microcontroller |
| Other Interface Circuits |
| DS1WM DS2480B DS2482-100 DS2460 DS28EA00 DS2502 DS2401 DS28E01-02 DSSHA1 DS2431 | Easily Add Memory, Security, Monitoring, and Control to Medical Sensors and Consumables |
| Memory |
| DS28EC20 DS2431 DS28E01-100 DS28CN01 | Implementing Nonvolatile, Nonresettable Counters for Embedded Systems |
| DS9034PCX DS9034PC DS17887 DS17487 DS1747 DS1746 DS1744 DS1743 DS1742 DS17287 DS1687 DS1647 DS1646 DS1644 DS1643 DS1642 DS1557 DS1556 DS1554 DS1553 DS1511 DS12R887 DS12CR887 DS12887 DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1251 DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1244 DS1230W DS1230AB DS1 | Lithium Battery Content in Maxim Products |
| DS1350W DS1350AB DS1350Y DS1345W DS1345AB DS1345Y DS1330W DS1330AB DS1330Y DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1230W DS1230AB DS1230Y DS1225AB DS1225AD DS1220AB DS1220AD DS1225Y DS1220Y | Substitution Rules for Nonvolatile Memory Components |
| DS1WM DS2480B DS2482-100 DS2460 DS28EA00 DS2502 DS2401 DS28E01-02 DSSHA1 DS2431 | Easily Add Memory, Security, Monitoring, and Control to Medical Sensors and Consumables |
| MAX7311 | I²C Interface Connects Compact Flash Card to Microcontroller |
| DS1213B DS1213C DS1213D DS1220AB DS1225AB DS1230AB DS1245AB DS1250AB | How to Replace a DS1213 SmartSocket with an Equivalent-Density NV SRAM Module |
| DS3655 DS3650 DS3645 DS3644 DS3641 DS3640 DS3605 DS3600 DS3660 MAX36051 | Secure Managers Provide Multifaceted Monitoring to Ensure System Security |
| | Addressing the Physical Security of Encryption Keys |
| DS1250W DS1249W DS1245W DS1230W DS1250AB DS1250Y DS1249AB DS1249Y DS1245AB DS1245Y DS1230AB DS1230Y DS1225AD DS1225AB DS1220AD DS1220AB | NVSRAM Device Programmers |
| DS1249Y DS1250W DS1270W DS1220AB DS1250Y DS1345W DS2227 DS1245W DS1330AB DS1249AB DS1345AB DS1330Y DS1225AB DS1220AD DS1265W DS1350W DS1230Y DS1350Y DS1245AB DS1230AB DS1230W DS1245Y DS1330W DS1345Y DS1249W DS1265AB DS1250AB DS1225AD DS1270AB DS1265Y DS1350AB DS1270Y | Timing Considerations When Using NVSRAM |
| DS2030W DS2050W DS3030W DS3050W DS2045W DS2070W DS3045W DS2065W DS3065W DS2030AB DS2045Y DS3070W DS2045AB DS2030L DS2045L DS2030Y | Why Maxim Chose to Design the Single-Piece NV SRAM Modules |
| DS4510 DS4510 DS4550 DS4520 DS4550 DS4520 | Using DS4510/DS4520/DS4550 to Select Backup Flash Memory |
| DS1330W DS1345AB DS1350AB DS1330AB DS1350Y DS1345W DS1330Y DS1350W DS1345Y DS3832C-311 | Battery Monitoring in NV SRAM Modules |
| DS2430A DS2431 | Minimal Remote 1-Wire® Master Protocol |
| DS2409 DS2430A DS2431 DS2433 DS2406 DS18B20 DS1920 DS2505 DS28E04-100 DS2506 | 1-Wire® Master Device Configuration |
| | A Comparison between Battery Backed NV SRAMs and NOVRAMS |
| DS2065W | Using Dallas Semiconductor NV SRAMs in RAID Applications |
| DS1220AD DS1245AB DS1250AB DS1265AB DS1230W DS1220AB DS1230AB DS1249AB DS1270W DS1249W DS1265W DS1225AD DS1245Y DS1250W DS1270Y DS1249Y DS1265Y DS1225AB DS1230Y DS1250Y DS1270AB DS1245W | Tech. Brief 39: NV SRAM Cross Reference Table |
| DS1250 DS1245 DS1225 DS1270 DS1258 DS1249 DS1230 DS1220 DS1265 | Using Nonvolatile Static RAMs |
| DS1642 DS1647 DS1747 DS1643 DS1744 DS1646 DS1742 DS1644 DS1743 DS1746 | Using a Nonvolatile Timekeeping RAM with a Microcontroller |
| DS1254 DS1248 DS12R885 DS1305 DS1307 DS1315 DS1338 DS1340 DS1390 DS1392 DS1501 DS1673 DS1682 DS1642 DS1677 DS1685 DS17285 DS17885 DS3800 DS1216 DS1243 DS1251 DS12885 DS1302 DS1306 DS1318 DS1337 DS1339 DS1374 DS1391 DS1393 DS1500 DS1543 DS1670 DS1678 DS1558 DS1672 DS174885 DS9034PCX | Lithium Coin-Cell Batteries: Predicting an Application Lifetime |
| DS1345Y DS1350W DS1350AB DS1230AB DS1265Y DS1249AB DS1225AD DS1210 DS1330AB DS1270W DS1270Y DS1245AB DS1265W DS1249W DS1213 DS1245W DS1350Y DS80C320 DS1230W DS1220AB DS1250Y DS1230Y DS1245Y DS1220AD DS1330W DS1330Y DS1345AB DS1249Y DS1270AB DS1250AB DS1265AB DS1235 DS1225AB DS1250W DS1345W | NV SRAM Frequently Asked Questions |
| DS2431 DS28E01-100 DS28EC20 DS2406 DS2432 DS2505 DS2411 DS2433 DS2506 DS2502 DS2502-E48 DS2401 | Printed Circuit Board Identification Using 1-Wire® Products |
| DS87C520 DS1230Y DS1230AB | Adding Nonvolatile SRAM into Embedded Systems |
| DS28EC20 DS1993 DS1992 DS1921G DS1996 DS1995 DS1973 DS1982 DS2406 DS1922L DS1922LT DS1922E DS1923 DS1985 DS1972 DS1977 DS2431 DS28E04-100 DS2505 | 1-Wire File Structure |
| Microcontrollers |
| DS2030W DS2050W DS3030W DS3050W DS2045W DS2070W DS3045W DS2065W DS3065W DS2030AB DS2045Y DS3070W DS2045AB DS2030L DS2045L DS2030Y | Why Maxim Chose to Design the Single-Piece NV SRAM Modules |
| General Purpose |
| DS2030W DS2050W DS3030W DS3050W DS2045W DS2070W DS3045W DS2065W DS3065W DS2030AB DS2045Y DS3070W DS2045AB DS2030L DS2045L DS2030Y | Why Maxim Chose to Design the Single-Piece NV SRAM Modules |
| MAXQ7664 MAXQ7663 | In-Application Programming of Sector Erasable Program, and Data Flash in a MAXQ Microcontroller |
| MAX7652 MAX7651 MAX7651EVKIT | Interfacing the MAX7651/MAX7652 12-Bit Data Acquisition System to the 24C02 2-Wire Serial EEPROM |
| Low Power |
| MAXQ7664 MAXQ7663 | In-Application Programming of Sector Erasable Program, and Data Flash in a MAXQ Microcontroller |
| Secure |
| MAXQ7664 MAXQ7663 | In-Application Programming of Sector Erasable Program, and Data Flash in a MAXQ Microcontroller |
| Microprocessor Supervisor Circuits |
| Battery-Backup ICs and NV RAM Controllers |
| DS1330W DS1345AB DS1350AB DS1330AB DS1350Y DS1345W DS1330Y DS1350W DS1345Y DS3832C-311 | Battery Monitoring in NV SRAM Modules |
| Simple Reset/Power-On Reset (POR) |
| DS1330W DS1345AB DS1350AB DS1330AB DS1350Y DS1345W DS1330Y DS1350W DS1345Y DS3832C-311 | Battery Monitoring in NV SRAM Modules |
| Voltage Detectors and Battery Monitors |
| DS1330W DS1345AB DS1350AB DS1330AB DS1350Y DS1345W DS1330Y DS1350W DS1345Y DS3832C-311 | Battery Monitoring in NV SRAM Modules |
| Miscellaneous Circuits |
| DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1230W DS1230AB DS1230Y DS1225AD DS1225AB DS1220AD DS1220AB | Low-Temperature Data Retention in Nonvolatile SRAM |
| | Characteristics of Manganese Lithium (ML) Batteries |
| DS4510 DS4510 DS4550 DS4520 DS4550 DS4520 | Using DS4510/DS4520/DS4550 to Select Backup Flash Memory |
| Real-Time Clocks |
| DS9034PCX DS9034PC DS17887 DS17487 DS1747 DS1746 DS1744 DS1743 DS1742 DS17287 DS1687 DS1647 DS1646 DS1644 DS1643 DS1642 DS1557 DS1556 DS1554 DS1553 DS1511 DS12R887 DS12CR887 DS12887 DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1251 DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1244 DS1230W DS1230AB DS1 | Lithium Battery Content in Maxim Products |
| DS32C35 DS32B35 | Benefits of the DS32X35 accurate Real-Time Clock with Ferroelectric Random Access Memory (RTC + FRAM) |
| DS1642 DS1647 DS1747 DS1643 DS1744 DS1646 DS1742 DS1644 DS1743 DS1746 | Using a Nonvolatile Timekeeping RAM with a Microcontroller |
| DS1254 DS1248 DS12R885 DS1305 DS1307 DS1315 DS1338 DS1340 DS1390 DS1392 DS1501 DS1673 DS1682 DS1642 DS1677 DS1685 DS17285 DS17885 DS3800 DS1216 DS1243 DS1251 DS12885 DS1302 DS1306 DS1318 DS1337 DS1339 DS1374 DS1391 DS1393 DS1500 DS1543 DS1670 DS1678 DS1558 DS1672 DS174885 DS9034PCX | Lithium Coin-Cell Batteries: Predicting an Application Lifetime |
| Security and Authentication |
| DS1WM DS2480B DS2482-100 DS2460 DS28EA00 DS2502 DS2401 DS28E01-02 DSSHA1 DS2431 | Easily Add Memory, Security, Monitoring, and Control to Medical Sensors and Consumables |
| DS3655 DS3650 DS3645 DS3644 DS3641 DS3640 DS3605 DS3600 DS3660 MAX36051 | Secure Managers Provide Multifaceted Monitoring to Ensure System Security |
| | Addressing the Physical Security of Encryption Keys |
| DS28E02 DS2432 DS1961S DS1963S DS28E01-100 DS28E10 | White Paper 8: 1-Wire® SHA-1 Overview |
| DS1254 DS1248 DS12R885 DS1305 DS1307 DS1315 DS1338 DS1340 DS1390 DS1392 DS1501 DS1673 DS1682 DS1642 DS1677 DS1685 DS17285 DS17885 DS3800 DS1216 DS1243 DS1251 DS12885 DS1302 DS1306 DS1318 DS1337 DS1339 DS1374 DS1391 DS1393 DS1500 DS1543 DS1670 DS1678 DS1558 DS1672 DS174885 DS9034PCX | Lithium Coin-Cell Batteries: Predicting an Application Lifetime |
| DS2431 DS28E01-100 DS28EC20 DS2406 DS2432 DS2505 DS2411 DS2433 DS2506 DS2502 DS2502-E48 DS2401 | Printed Circuit Board Identification Using 1-Wire® Products |
| DS1963S | SHA iButton Secrets and Challenges |
| Storage Products |
| DS1270W DS1270AB DS1270Y DS1265W DS1265AB DS1265Y DS1250W DS1250AB DS1250Y DS1249W DS1249AB DS1249Y DS1245W DS1245AB DS1245Y DS1230W DS1230AB DS1230Y DS1225AD DS1225AB DS1220AD DS1220AB | Low-Temperature Data Retention in Nonvolatile SRAM |
| Temperature Sensors and Thermal Management |
| DS1WM DS2480B DS2482-100 DS2460 DS28EA00 DS2502 DS2401 DS28E01-02 DSSHA1 DS2431 | Easily Add Memory, Security, Monitoring, and Control to Medical Sensors and Consumables |
| | Addressing the Physical Security of Encryption Keys |
| DS28EA00 DS2482-100 DS2480B | Regain Location Information by Leveraging the 1-Wire® Chain Function—A Simple Signaling and Protocol Method Determines Device Physical Location |
| Time and Temperature Recorders |
| DS32C35 DS32B35 | Benefits of the DS32X35 accurate Real-Time Clock with Ferroelectric Random Access Memory (RTC + FRAM) |
| DS1254 DS1248 DS12R885 DS1305 DS1307 DS1315 DS1338 DS1340 DS1390 DS1392 DS1501 DS1673 DS1682 DS1642 DS1677 DS1685 DS17285 DS17885 DS3800 DS1216 DS1243 DS1251 DS12885 DS1302 DS1306 DS1318 DS1337 DS1339 DS1374 DS1391 DS1393 DS1500 DS1543 DS1670 DS1678 DS1558 DS1672 DS174885 DS9034PCX | Lithium Coin-Cell Batteries: Predicting an Application Lifetime |
| UARTs |
| DS2450 DS1993 DS1977 DS1904 DS28E04-100 DS1921H DS2401 DS1973 DS2422 DS1921G DS1922T DS1971 DS2406 DS1923 DS2431 DS1992 DS1996 DS2502 DS1920 DS1921Z DS1995 DS1955 DS2432 DS1990A DS2408 DS2411 DS2413 DS2505 DS1985 DS2430A DS1963S DS1922L DS1982 DS2417 DS1957 DS1990R | Reading and Writing 1-Wire® Devices Through Serial Interfaces |
