| Design Note |
DN1034 - Low Power, Precision Op Amp Simplifies Driving of MUXed ADCs |
Oct 1st, 2015 |
| Design Note |
DN541 - Micropower Op Amp Drives 8-Channel 18-Bit Simultaneous Sampling ADC without Compromising Accuracy or Breaking the Power Budget |
Jun 23rd, 2015 |
| Design Note |
DN536 - Precision Op Amp Enables Fast Multiplexing at Low Power |
Jan 23rd, 2015 |
| Design Note |
DN533 - Robust High Voltage Over-The-Top Op Amps Maintain High Input Impedance with Inputs Driven Apart or When Powered Down |
Nov 5th, 2014 |
| Design Note |
DN526 - Driver for 14-Bit, 4.5Msps ADC Operates Over a Wide Gain Range |
Mar 25th, 2014 |
| Design Note |
DN513 - High Voltage CMOS Amplifier Enables High Impedance Sensing with a Single IC |
Mar 1st, 2013 |
| Design Note |
DN502 - Matched Resistor Networks for Precision Amplifier Applications |
Mar 22nd, 2012 |
| Design Note |
DN495 - Simple Energy-Tripped Circuit Breaker with Automatic Delayed Retry |
Sep 7th, 2011 |
| Design Note |
DN494 - Driving a Low Noise, Low Distortion 18-Bit, 1.6Msps ADC |
Aug 1st, 2011 |
| Design Note |
DN463 - Upgrade Your Microcontroller ADC to True 12-Bit Performance |
Mar 6th, 2009 |
| Design Note |
DN451 - Current Sense Amp Inputs Work from –0.3V to 44V Independent of Supply |
Sep 11th, 2008 |
| Design Note |
DN448 - 12-bit DAC in TSOT-23 Includes Bidirectional REF Pin for Connection to Op Amp or External High Precision Reference |
Aug 25th, 2008 |
| Design Note |
DN429 - Tiny Amplifiers Drive Heavy Capacitive Loads at Speed |
Oct 30th, 2007 |
| Design Note |
DN423 - Ultraprecise Current Sense Amplifier Dramatically Enhances Efficiency and Dynamic Range |
Jul 28th, 2007 |
| Design Note |
DN414 - Micropower Op Amps Work Down to 1.8V Total Supply, Guaranteed over Temperature |
Apr 12th, 2007 |
| Design Note |
DN407 - Dual Current-Sense Amplifiers Simplify H-Bridge Load Monitoring |
Jan 25th, 2007 |
| Design Note |
DN400 - True Rail-to-Rail, High Input Impedance ADC Simplifies Precision Measurements |
Oct 4th, 2006 |
| Design Note |
DN399 - Low Noise Amplifiers for Small and Large Area Photodiodes |
Sep 19th, 2006 |
| Design Note |
DN374 - Monitor and Protect Automotive Systems with Integrated Current Sensing |
Aug 24th, 2005 |
| Design Note |
DN355 - Op Amp Selection Guide for Optimum Noise Performance |
Jan 7th, 2005 |
| Design Note |
DN348 - Precise Gain Without External Resistors |
Sep 5th, 2004 |
| Design Note |
DN339 - An Autoranging True RMS Converter |
Jun 1st, 2004 |
| Design Note |
DN333 - Easy-to-Use Differential Amplifiers Simplify Balanced Signal Designs |
Mar 2nd, 2004 |
| Design Note |
DN331 - Dual 25µV Micropower Op Amp Fits in 3mm x 3mm Package |
Feb 2nd, 2004 |
| Design Note |
DN327 - Video Signal Distribution Using Low Supply Voltage Amplifiers |
Dec 1st, 2003 |
| Design Note |
DN323 - New Instrumentation Amplifiers Maximize Output Swing on Low Voltage Supplies |
Oct 2nd, 2003 |
| Design Note |
DN308 - 100MHz Op Amp Features Low Noise Rail-to-Rail Performance While Consuming Only 2.5mA |
Apr 2nd, 2003 |
| Design Note |
DN302 - Ultraprecise Instrumentation Amplifier Makes Robust Thermocouple Interface |
Jan 1st, 2003 |
| Design Note |
DN227 - Sense Milliamps to Kiloamps and Digitize to 12 Bits |
Apr 1st, 2001 |
| Design Note |
DN221 - SOT-23 Micropower, Rail to Rail Op Amps Operate with Inputs Above the Positive Supply |
Jan 1st, 2001 |
| Design Note |
DN219 - 24-Bit ADC Measures from DC to Daylight |
Dec 1st, 1999 |
| Design Note |
DN214 - Selecting Op Amps for Precision 16-Bit DACs |
Oct 1st, 1999 |
| Design Note |
DN207 - LTC2400 High Accuracy Differential to Single-Ended Converter for ±5V Supplies |
Jul 1st, 1999 |
| Design Note |
Design Solutions 6 - LTC2400 Differential to Single-Ended Converter for Single 5V Supply This Converter Has High Accuracy, Very Low Offset and Offset Drift, Rail-to-Rail Input Common Mode Range and is Live at Zero |
May 1st, 1999 |
| Design Note |
DN204 - UL Isolated Self-Powered Sensing |
Apr 3rd, 1999 |
| Design Note |
Design Solutions 4 - High Accuracy, Differential to Single-Ended Conversion for Wide Range Bipolar Input Signals Bipolar Differential to Single-Ended Converter Drives the LTC2400's Input Rail-to-Rail |
Apr 1st, 1999 |
| Design Note |
Design Solutions 1 - LTC2400 High Accuracy Differential to Single-Ended Differential to Single-Ended Converter Has Very High Uncalibrated Accuracy and Low Offset and Drift |
Apr 1st, 1999 |
| Design Note |
DN163 - 1µA Op Amp Permits Precision Portable Circuitry |
Sep 2nd, 1997 |
| Design Note |
DN161 - The Smart Rock |
Aug 1st, 1997 |
| Design Note |
DN140 - Updated Operational Amplifier Selection Guide for Optimum Noise Performance |
Oct 1st, 1996 |
| Design Note |
DN134 - Telephone Ring-Tone Generation |
Aug 1st, 1996 |
| Design Note |
DN107 - C-Load TM Op Amps Conquer Instabilities |
Jul 1st, 1995 |
| Design Note |
DN85 - Interfacing to Apple LocalTalk ® Networks |
Sep 15th, 1994 |
| Design Note |
DN84 - Source Resistance Induced Distortion in Op Amps |
Jul 1st, 1994 |
| Design Note |
DN83 - C-Load TM Op Amps Tame Instabilities |
Jun 1st, 1994 |
| Design Note |
DN42 - Chopper vs Bipolar Op Amps—An Unbiased Comparison |
Dec 1st, 1990 |
| Design Note |
DN36 - Ultra Low Noise Op Amp Combines Chopper and Bipolar Op Amps |
Jul 1st, 1990 |
| Design Note |
DN5 - Temperature Measurement Using Data Acquisition Systems |
Mar 1st, 1989 |
| Design Note |
DN9 - Chopper Amplifiers Complement a DC Accurate Low-Pass Filter |
Mar 1st, 1988 |