| Design Note |
DN561 - High Voltage, High Efficiency Positive to Negative Converter |
Feb 27th, 2017 |
| Design Note |
DN552 - Inverting Regulator Takes Inputs Up to 50V and Supports Outputs to 4A |
May 25th, 2016 |
| Design Note |
DN545 - Monolithic Converter Delivers High Output Voltages |
Nov 4th, 2015 |
| Design Note |
DN523 - Inverting DC/DC Controller Converts a Positive Input to a Negative Output with a Single Inductor |
Dec 17th, 2013 |
| Design Note |
DN500 - Wide Input Voltage Range Boost/Inverting/SEPIC Controller Works Down to an Input Voltage of 1.6V |
Feb 17th, 2012 |
| Design Note |
DN481 - 2-Phase, Dual Output Synchronous Boost Converter Solves Thermal Problems in Harsh Environments |
Jun 30th, 2010 |
| Design Note |
DN435 - Single Resistor Sets Positive or Negative Output for DC/DC Converter |
Jan 15th, 2008 |
| Design Note |
DN433 - A Positive-to-Negative Voltage Converter Can Be Used for Stable Outputs Even with a Widely Varying Input |
Dec 10th, 2007 |
| Design Note |
DN400 - True Rail-to-Rail, High Input Impedance ADC Simplifies Precision Measurements |
Oct 4th, 2006 |
| Design Note |
DN371 - High Efficiency 2-Phase Boost Converter Minimizes Input and Output Current Ripple |
Jul 13th, 2005 |
| Design Note |
DN359 - Dual DC/DC Converter with Integrated Schottkys Generates ±40V Outputs and Consumes Only 40µA Quiescent Current |
Jan 31st, 2005 |
| Design Note |
DN1009 - Tiny, Efficient High Power LED Camera Flash Solutions for Cell Phone Applications |
Oct 1st, 2004 |
| Design Note |
DN357 - Tiny, Highly Flexible, Dual Boost/Inverter Tracks Supplies |
Jan 10th, 2004 |
| Design Note |
DN296 - LTC1871 No RSENSE Controller Is Small and Efficient in Boost, Flyback and SEPIC Applications |
Oct 1st, 2002 |
| Design Note |
DN282 - Reduce Component Count and Improve Efficiency in SLIC and RF Power Supplies |
Apr 2nd, 2002 |
| Design Note |
DN223 - SOT-23 DC/DC Converters Generate Up to ±35V Outputs and Consume Only 20µA of Quiescent Current |
Feb 5th, 2000 |
| Design Note |
DN183 - The LT1370: A 500kHz, 6A Monolithic Boost Converter |
Jul 1st, 1998 |
| Design Note |
DN125 - Monolithic DC/DC Converters Break Speed Limits to Shrink Board Space |
Mar 2nd, 1996 |
| Design Note |
DN109 - Micropower Buck/Boost Circuits, Part 1: Converting Three Cells to 3.3V* |
Aug 1st, 1995 |
| Design Note |
DN108 - 250kHz, 1mA I Q Constant Frequency Switcher Tames Portable Systems Power |
Jul 2nd, 1995 |
| Design Note |
DN95 - Capacitor and EMI Considerations New High Frequency Switching Regulators |
Jan 1st, 1995 |
| Design Note |
DN91 - 5V to 3.3V Circuit Collection |
Nov 1st, 1994 |
| Design Note |
DN86 - Ultra-Low Power, High Efficiency DC/DC Converter Operates Outside the Audio Band |
Sep 1st, 1994 |
| Design Note |
DN76 - PC Card Power Management Techniques |
Nov 1st, 1993 |
| Design Note |
DN74 - Techniques for Deriving 3.3V from 5V Supplies |
Sep 1st, 1993 |
| Design Note |
DN73 - A Simple High Efficiency, Step-Down Switching Regulator |
Aug 1st, 1993 |
| Design Note |
DN71 - Regulator Circuit Generates Both 3.3V and 5V Outputs from 3.3V or 5V to Run Computers and RS232 |
Jun 1st, 1993 |
| Design Note |
DN69 - Low Parts Count DC/DC Converter Circuit With 3.3V and 5V Outputs |
Apr 1st, 1993 |
| Design Note |
DN63 - 2 AA Cells Replace 9V Battery, Extend Operating Life |
Oct 1st, 1992 |
| Design Note |
DN53 - High Performance Frequency Compensation Gives DC-to-DC Converter 75µs Response With High Stability |
Oct 1st, 1991 |
| Design Note |
DN49 - No Design Switiching Regulator 5V Buck-Boost (Positive to Negative) Regulator |
Sep 1st, 1991 |
| Design Note |
DN48 - No Design Switching Regulator 5V, 5A Buck (Step Down) Regulator |
Aug 1st, 1991 |
| Design Note |
DN52 - DC-DC Converters for Portable Computers |
Jul 1st, 1991 |
| Design Note |
DN110 - Micropower Buck/Boost Circuits, Part 2: Converting Four Cells to 5V* |
Aug 1st, 1988 |