| Battery Management |
AN156 |
Using a Microcontroller to Adjust the MP2659’s Charging Current |
| Automotive |
AN143 |
MPQ6526/MPQ6524/MPQ6523 Open Load Detection |
| AN175 |
MPQ8875A – 36V, 5A, 4-Switch Synchronous Buck-Boost Converter |
| AN170 |
Direct Junction Temperature Measurement of a DC Switching Power Supply |
| AC to DC Power Conversion |
AN145 |
Multi-Mode PFC + Current Mode LLC Controller |
| HFC0300 (App Note 1) |
Complete Guidelines for Designing Flyback Converters Using Variable Off-Time Controller HFC0300 |
| HFC0300 (App Note 2) |
Flyback Converter Optimized for Operation under Peak Load within Short Time Period (Using HFC0300) |
| HFC0400 |
Complete Guidelines for Designing Flyback Converter Using Fixed-Frequency Current Mode Controller HFC0400 |
| HR1000A |
Complete Guidelines for Designing Universal-Input LLC Resonant Controller Using HR1000A (90W Adaptor Used for Example) |
| MP44010 |
Complete Guidelines for Designing Universal-Input Boundary-Conduction Mode Boost PFC Using MP44010 |
| MP020-5 |
Flyback Converter Design Made Easy Using the Primary-Side Regulator_MP020-5 |
| MP155, MP156 |
Design Guidelines for Buck Regulator Using MP15x |
| MP6902 |
Using Synchronous Rectification Controller in Flyback Converter Design - using MP6902 |
| Class-D Audio |
MP1720 |
MP1720 2.7W Mono Class D Low-EMI High-Efficiency Audio Amplifier |
| DC-DC Power Conversion |
MP2130 |
Input Capacitor Selection Guide for MP2130 |
| MP2932, MP86884 |
PCB Layout Design Guidelines for MP2932 and MP86884 |
| MPQ8632-X, MPQ8636-X |
PCB Layout Design Guidelines for MPQ8632 and MPQ8636 Families |
| NB637 |
Advanced Asynchronous Modulation |
| NB67X |
PCB Layout Design Guidelines for NB67x Series |
| MPQ4470 Family, MPQ4473 Family |
5A, 36V Synchronous Buck Converter in a 3x4mm Package Application Note |
| AN122 |
Selecting a Boost Regulator and Its Inductor |
| AN139 |
MP5416 Optimizing Output Voltage Selection |
| AN125 |
MP5515 Capacitor Health Measurement |
| Display Blacklighting Power |
MP3304, MP3305 |
High Frequency True PWM Dimming White LED Driver MP3304 and MP3305 |
| MP4653 |
Real LIPS Pure 2-stage CCCV Mode LED Driver |
| LED Lighting & Illumination |
MP4000 |
Boundary Mode Offline LED Driver Using MP4000 |
| MP4020 |
MP4020 Primary-Side Control, TRIAC-Dimmable, Offline LED Controller Application Note |
| MP4021A |
Primary-Side Control with Active PFC Offline LED Controller Application Note |
| MP4030 |
Application Note for a TRIAC-Dimmable, Offline LED Controller with Primary-Side Control and Active PFC |
| MP4033 |
Application Note for a TRIAC-Dimmable, Offline LED Controller with Primary-Side Control and Active PFC |
| MP4026, MP4027 |
Application Note for a High Performance, Offline LED Controller with Primary-Side Control and Active PFC |
| E-Fuse & Load Switches |
MP5022A |
Hot Swap Device MP5022A |
| Motor Drivers & Sensors |
AN135 |
DC Motor System Input Capacitor Recommendations And Discharge Circuit of MPQ6526 and MPQ6527 Family |
| AN163 |
How to Set the Sensor Position Bias Angle |
| AN163 |
Fan Driver ESD Enhance Solution |
| AN163 |
Protection Functions |
| AN152 |
Driving Solenoids with The MPQ6610 |
| AN110 |
Replacing the Si9979 with the MP6532 |
| AN111 |
Using the MP6530 Family of Pre-Drivers |
| AN120 |
Understanding MP6500 Current Control |
| AN132 |
Input Capacitor and Over Voltage Protection Circuit Design |
| MP6505, MP6510 |
Brushless DC Motor Fundamentals |
| Motor Driver Family |
Motor Driver PCB Layout Guidelines |
| MagAlpha Sensor Family |
Linearity in Side-shaft Configuration |
| MagAlpha Sensor Family |
Using MagAlpha Device to Sense BLDC Rotor Position |
| MagAlpha Sensor Family |
Using MagAlpha in Off-Axis Mounting |
| MagAlpha Sensor Family |
Using MagAlpha Devices to Replace Optical Encoders |
| MagAlpha Sensor Family |
The Right Magnet for the MagAlpha at the End of the Shaft |
| MagAlpha Sensor Family |
MA102/MA3XX Rotor Direct Angle Sensing with a MagAlpha |
| MagAlpha Sensor Family |
Using the MagAlpha Serial Interface Advanced Features |
| Generic |
Generic |
Designing a Stable COT Converter with Desired Load and Line Regulation |
| Generic |
Rework Process for TQFN Packages |
| Generic |
Measuring Efficiency for AC-DC Power Supplies: Active Mode and No-Load Mode |
| Generic |
The Method of Reducing No-load Power Consumption of Flyback Converters |
| Generic |
COT Buck Loop Bandwidth and Load Step Response Comparison |
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