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Application Notes

App Note 4622: High-Speed Op Amp Enables Infrared (IR) Proximity Sensing App Note 4409: USB Carries 16-Bit Voltage Measurements App Note 4397: MAX6960 Programming Guide for Large LED Displays App Note 4364: Ultra-Low Quiescent-Current Linear Regulator for Automotive Air Bags App Note 4326: Reduce Standby Power Drains with Ultra-Low-Current, Pulse-Frequency-Modulated (PFM) DC-DC Converters App Note 4322: Simplified Lithium-Ion (Li+) Battery-Charger Testing App Note 4271: Automotive Infotainment Goes Mainstream: High-Integration Solutions Enable Value-Added Features App Note 4253: PWM Intensity Control for the MAX6964 LED Driver App Note 4075: How to Use the DS1864's Current DACs as Voltage DACs App Note 4054: Using the MAX7359 for Multifunctional and Gaming Keys on PDAs/Smartphones: A Programming Guide App Note 4021: MAX6956 Programming Guide App Note 3983: Designing Single-Switch, Resonant-Reset, Forward Converters App Note 3950: A Measurement Technique for Determining RF Immunity App Note 3928: Automotive Linear Regulators Minimize Quiescent Current App Note 3921: Using a DS1307 with a PIC Microcontroller App Note 3867: Shunt Regulator Improves PA's Current-Limit Accuracy App Note 3816: Selecting a Backup Source for Real-Time Clocks App Note 3756: High-IOUT LDO Regulator Has Excellent Transient Response App Note 3688: Using the MAXQ2000 with the MAX6960 to Create a Stock Quote Display System App Note 3658: Serializing an HD44780 LCD Display App Note 3572: FAQ About the Integrated-Crystal Package Option App Note 3509: Individual LED Intensity Control with MAX6958/MAX6959 LED Drivers App Note 3462: Extending MAX6954 and MAX6955 Keyscan Beyond 32 Keys App Note 3461: Extending the MAX6959 LED Display-Driver Keyscan from 8-Keys to 12-Keys App Note 3300: Interfacing I²C Serial Real-Time Clocks to a Microcontroller App Note 3212: Quick-Start: Driving 16-Segment Displays with the MAX6954 App Note 3211: Quick-Start: Driving 14-Segment Displays with the MAX6954 App Note 3210: Quick-Start: Driving 7-Segment Displays with the MAX6954 App Note 2791: Using the MAX6955 LED Display Driver with a PIC Microcontroller to Scroll Messages App Note 2782: Using a PC to Experiment with the MAX7219 and MAX7221 LED Display Drivers App Note 2198: Driving LEDs with Open Drain Port Expander Outputs App Note 2160: Using the MAX8515 Shunt Regulator In Output Overvoltage Sensing Applications for DC-DC Converters App Note 1994: DS1375 Power Line to 60Hz Clock App Note 1960: Simple Pulse Generator Has Low Parts Count App Note 1942: Driving 4-1/2 Digit Counter Displays with the MAX6958/59 LED Drivers App Note 1936: Driving 4-1/2 Digit Meter Displays with the MAX6958/59 LED Drivers App Note 1928: Wiring the MAX6958/59 to 4-Digit Clock Displays App Note 1883: LEDs Are Still Popular (and Improving) after All These Years App Note 1880: Charlieplexing - Reduced Pin-Count LED Display Multiplexing App Note 1879: Using Maxim SPI-compatible Display Drivers with other SPI Peripherals App Note 1789: A Cheap, Tiny LDO Provides Up To 2A Output Current App Note 1196: Using the MAX7219/7221 to Drive Higher Voltage or Current App Note 1193: Electronic Displays Comparison App Note 1148: Adding Global LED Intensity Control to the MAX6954 and MAX6955 LED Drivers App Note 1146: Adding Panel LED Intensity Control to MAX6952 and MAX6953 5x7 Matrix LED Drivers App Note 1131: Selecting Numeric and Alphanumeric Display Configurations for the MAX6954 and MAX6955 SPI and I²C LED Display Drivers App Note 1034: Software Control of the MAX6952 and MAX6953 LED Drivers in Graphic Applications App Note 1033: Building Dot Matrix Graphic Panels with the MAX6952 and MAX6953 5x7 LED Drivers App Note 505: Lithium Coin-Cell Batteries: Predicting an Application Lifetime App Note 1004: Multiplexing Shutdown Allows Text to be Displayed App Note 980: Experimenting with the MAX6952 and MAX6953 SPI and I²C LED Display Drivers from a PC App Note 504: Design Considerations for Dallas Semiconductor Real-Time Clocks App Note 701: Using the DS32kHz with Dallas Real-Time Clocks App Note 917: 12-Bit Thermometer Using an 8-Bit µC and Assembler App Note 828: LED Manufacturers' Web Sites App Note 876: Migrating from the MAX7219 and MAX7221 to the MAX6950 and MAX6951 LED Drivers App Note 58: Crystal Considerations with Dallas Real-Time Clocks (RTCs) App Note 1094: Choosing The Optimum Buffer/ADC Combination For Your Application App Note 141: Data Multiplexer Adds Cursor To MAX7219 or MAX7221 LED 7 Segment Display Driver