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SIMPLE SWITCHER^® Regulators App Notes

Family	Description
LMR	LMR24220 Multi-Rail Reference Board (AN-2193) LMR62421 Demo Board (AN-2197) LMR14203/LMR14206 Demonstation Board (Rev. A) (AN-2185) LMR24210/20 Evaluation Board (AN-2170) LMR10510/LMR10515/LMR10520 Demo Board (AN-2184) LMR62014/LMR64010 Demo Board (AN-2183) LMR12010 Demo Board (AN-2164) LMR24220 Multi-Rail Reference Board (AN-2193)
LM2267x	LM22670 Evaluation Board Inverting Topology and Application Notes (AN-1888) LM22671 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1895) How to Measure the Loop Transfer Function of Power Supplies (AN-1889) LM22680 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1911) SIMPLE SWITCHER^® Regulators Take Over Automotive Applications (AN-1930) LM22670 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1885) LM22679 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1891) LM22677 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1892) LM22673 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1894) LM22672 SIMPLE SWITCHER Buck Regulator Evaluation Board (AN-1896) Buck-Boost Topology Delivers Negative Output From Positive Input (EE Times) SIMPLE SWITCHER^® Design Guide
LM(2)557x	Supplying and Loading of Power Management Circuits Part 2 (EE Times) Get The Scoop On How To Power Share Between Isolated PoE Channels (EE Times) Get Negative Auxiliary Output from a Buck Regulator (EE Times) Critical Layout Tips for Fast Switchers (EE Times) Overcoming Challenges in Designing Step-Down Regulator Applications with ≥40V Input Voltage (PD-117) Techniques for Thermal Analysis of Switching Power Supply Designs (AN-1566) Quick Start Guide for a 0.5 Amp Buck Regulator Using the LM5574 and LM25574 (AN-1563) Quick Start Guide for a 1.5 Amp Buck Regulator Using the LM5575 and LM25575 (AN-1571) Quick Start Guide for a 3 Amp Buck Regulator Using the LM5576 and LM25576 (AN-1572) LM5574 Evaluation Board (AN-1568) LM5575 Evaluation Board (AN-1569) LM5576 Evaluation Board (AN-1570) LM25574 Evaluation Board (AN-1577) LM25575 Evaluation Board (AN-1578) LM25576 Evaluation Board (AN-1579)
LM310x	Synchronous Rectification in High–Performance Power Converter Design (PD-112) Single-stage synchronous buck converter with high efficiency (EE Times) Optimizing Ripple for a COT Buck Converter How to best implement a synchronous buck converter (EE Times) Controlling Output Ripple and Achieving ESR Independence in Constant On-Time (COT) Regulator Designs (AN-1481) Emulated Ripple Makes Step-Down Conversion Easy LM3102 Demonstration Board Reference Design (AN-1646) LM3103 Demonstration Board Reference Design (AN-1678) LM3100 Demonstration Board Reference Design (AN-1443) Layout Tips for EMI Reduction in DC / DC Converters (AN-2155) Emulated Ripple Technique Advances Hysteretic Switchmode Supplies (EE Times)
LM285x	Voltage-Mode Control and Compensation: Intricacies for Buck Regulators LM2852 Evaluation Board (500kHz version) (AN-1343) LM2854 1MHz SIMPLE SWITCHER Buck Regulator Demo Board (AN-1880) LM2853 Evaluation Board (AN-1513) LM2852X Demonstration Board (AN-1397) LM2854 500 kHz Buck Regulator Evaluation Board (AN-1786) CPRI Repeater System (AN-1821) Power Management Design for Applications Processors (PD-105) Benefits and Challenges of High-Frequency Regulators (for Space-Constrained Applications) (AN-1973)
LM258x	Dual LM2587 Boost Converter, -5V input to +5V, 2A Output Increasing Available Load Power in an LM2587 Boost Regulator (by Paralleling) Simple Techniques Minimize Cross-Coupling in Distributed Power Systems Adjust or Synchronize LM2586/88 Switching Frequency (AN-1082) Design of Isolated Converters Using Simple Switchers (AN-1095) It's a Buck; It's a Boost, No! It's a Switcher! (part four)

SIMPLE SWITCHER® Regulators App Notes

SIMPLE SWITCHER^® Regulators App Notes