| AN001 | AIC1628 | A Versatile Step-Up/ Step-Down Converter Design Using AIC1628 |
|---|---|---|
| AN002 | AIC1631 | Two-Cell, Step-Up Converter Design for Portable Application |
| AN003 | AIC1650 | High Efficiency LCD Bias Design by Using AIC1650 |
| AN004 | AIC1563 | Universal Step-Down DC/DC Converter Design Using AIC1563 |
| AN005 | AIC1569A | Users Guide to AIC1569A Demoboard. |
| AN006 | AIC1526 | Advance Solutions for USB Protection. |
| AN007 | AIC1578 | High Efficiency LCD Monitor Power Design Using AIC1578 |
| AN008 | LDO | A Basis for LDO and It’s Thermal Design |
| AN009 | AIC1638/9 | Tiny Step-Up DC/DC Converter Design for Portal Single Cell Application |
| AN010 | AIC1570 | Cost-Effective Power Management Design for Advanced PC Motherboard |
| AN011 | AIC1569A | A novel, cost-effective technique for converting VRM8.X VID to VRM9.0 compatible VID |
| AN012 | AIC1521/11 | Implement 3.3Vdual using AIC1521 and AIC1117 for PCI Supply on IAPCMotherboard |
| AN013 | AIC1639 | Optimized external driver for AIC1639 |
| AN014 | AIC1730 | Implement 3.3Vdual using AIC1730 for DRAM Supply on IAPC Motherboard |
| AN015 | AIC1570 | The effect of ESR on DC/DC power converter |
| AN017 | AIC1340 | The analysis and layout of a Switching Mode Power Supply |
| AN018 | AIC1084 | An Analysis for Power Dissipation of LDO Application with High Power |
| AN019 | AIC1117 | A Better Approach of Dealing with Ripple Noise of LDO |
| AN020 | AIC1630A | The Power Management of PDA—The Application of SEPIC Circuit |
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