Search Results for Efficiency
Topics in this section include:
- Improving power supply efficiency over load range
- Lowering power supply consumption in standby
- Energy efficiency regulations
Articles Found
- Measuring Accurately To 10 MHz With Fluxgate Balanced-Core Current Transducers 08/15/24
- Analysis Of Core Hysteresis Loss Underscores Transformer Efficiency Challenges 02/15/23
- Correcting AC Source Distortion Enables Accurate Power Factor Measurements 03/15/22
- Raising The Plateau Level In Valley-Fill PFC Circuits Improves Efficiency 05/15/21
- A PSU Analytical Power Loss Model For Optimizing The Server Power Delivery Architecture 02/15/21
- X-Capacitor Discharge Must Satisfy Both Safety And Energy Efficiency Rules 12/13/19
- Surprisingly Simple Control Method Slashes Vampire Power 07/15/19
- Options For Optimizing PFC Efficiency Over Wide Load And Line Ranges 12/18/18
- Driver IC Subdues Level-Shifting Losses In Active Clamp Flybacks And Other Applications 11/15/18
- Using Kelvin Connections to enhance switching efficiency in SiC FETs 11/12/18
- Energy-Based Efficiency Metric Helps To Optimize Server Power Delivery For Dynamic Workloads 10/15/18
- Accelerate Motor Mapping And Drivetrain Analysis With Advanced Power Analyzer 07/16/18
- Dual Buck Doubles The Duty Cycle For Ultra Low-Voltage Applications 05/16/18
- Power Supply Standards: Which Ones Apply In Your Application? 09/15/17
- Circumventing Loss In An RC Circuit Leads To More Efficient Power Converters 08/15/17
- Selecting the optimum MOSFET for off-line switching power supplies 06/16/17
- Magnetics Optimization (Part 4): Minimization Of Transductor Power Loss 05/16/17
- Magnetics Optimization (Part 3): Maximum Power Transfer Of Magnetics Circuit Model 04/17/17
- Performance Parameters Lead To The Optimal Converter 09/15/16
- Meeting The Standby Power Specification In LED TVs With A Single Power Supply 06/15/16
- Magnetics Optimization (Part 2): Maximum Power Transfer Of The Primary-Referred Circuit 09/16/15
- Optimizing The Efficiency Of The Four-Switch Buck-Boost Converter 09/15/15
- Magnetics Optimization (Part 1): Equal Core And Winding Losses Do Not Maximize Power Transfer 09/15/15
- External Power Supplies And The New Level VI Specifications: Evolution Or A Different Species? 08/15/15
- Efficiency Standards for External Power Supplies 08/06/15
- Advantages Of GaN FETs Versus "Best Of Breed" Silicon MOSFETs 07/15/15
- Take The Edge Off High dV/dt Supplies 05/15/15
- Application-Specific FOM: Key To Choosing The Right MOSFET 04/15/15
- Choose The Right Regulator For The Right Job (Part 2) 02/15/15
- Technology Recycles Noise Currents To Reduce Power Drain Of Digital Circuits 04/15/14
- Design Considerations For DCR Current Sensing In Boost Converters 03/15/14
- Addressing 400-Vdc power in advanced industrial and data-center apps 07/30/13
- Better Than Class D: Predictive Energy Balancing Can Boost Efficiency And Fidelity Of Cell Phone Audio Amplifiers 03/15/13
- High-voltage DC distribution is key to increased system efficiency and renewable-energy opportunities 11/01/12
- Frequency-Foldback Technique Optimizes PFC Efficiency Over The Full Load Range 10/25/12
- Maximize The Efficiency Of Induction Heating By Minimizing IGBT Losses 09/28/12
- A More-Efficient Half-Bridge LLC Resonant Converter: Four Methods For Controlling The MOSFET 09/28/12
- Testing Power Supply Compliance To Energy Efficiency Standards 08/30/12
- Low Power, High Efficiency Can Degrade Performance Significantly 08/01/12
- 600 V GaN on Si-Based Power Devices Use GaNpowIR 06/27/12
- Are We Focused On The Wrong Reference Parameters? 01/31/12
- How2 Get From AC To Below 1 V With eGaN FETs 09/27/11
- The Over-Power Phenomenon in DCM/CCM-Operated Flyback Converters (Part 4): The Leakage Inductor Contribution 01/31/11
- Demystifying losses in switched capacitor converters (SCC) 09/27/10
- Methods measure power electronics efficiency 07/29/10
- Increasing Active-Mode Efficiency And Reducing Standby Power for Energy Star 06/29/10
- PFC Efficiency Improvement Using SiC Power Schottky Rectifiers 01/26/10
- Increase Boost Regulator Efficiency With Synchronous Rectification 01/26/10
- Testing Compliance to Energy Efficiency Standards 10/29/09
- Techniques for Measuring Efficiency 10/29/09
- Inverter for Small Wind Power Stations 08/01/09
- Medical power supplies: trends, challenges and design approaches 06/01/09
- Improving the Efficiency of PFC Stages Using Interleaved BCM 04/27/09
- 3rd Generation Silicon Carbide Schottky Diodes Pave theWay for Energy Efficient Power Solutions 03/30/09
- Power over Ethernet Moves Forward 03/01/09
- Higher Efficiency in Lighting through Primary Side Regulation 03/01/09
- New Energy Star Requirements Impact Powering of Solid-State Lighting 02/01/09
- Optimising PFC Boost Converter Design 02/01/09
- Replacing Schottky Diodes with Super Barrier Rectifier Diodes 02/01/09
- Brain Cells: Intelligent Efficiency for Solar Systems 01/01/09
- Thermal and Mechanical Considerations (A Vicor Power Techtorial) 01/01/09
- An Efficiency Primer for Switch-Mode, DC-DC Converter Power Supplies 12/23/08
- Tame Switching Supply Noise While Maintaining Efficiency 12/11/08
- Minimize Losses in Solar Panels, Rectifier technology maximizes efficiency 12/01/08
- Greener' Rectifier Loses The Diodes, Adds Power MOSFETs, Efficiency 10/23/08
- Take-Back-Half' Convergence Algorithm Stabilizes Microhydro Turbine Controller 10/02/08
- Silicon Carbide Diodes Make Solar Power Systems More Efficient 10/01/08
- Choose Your IGBTs Correctly for Solar Inverter Applications 08/01/08
- Maintain Power-Conversion Efficiency While Saving PCB Space 06/12/08
- Depletion-mode MOSFET kick-starts power supply 01/10/08
- Circuit limits dV/dt and capacitor inrush at regulator turn-on 10/11/07
- Simple and effective inrush-current limiter stops surges 08/02/07
- Digital Control Squeezes 40 A from Buck Converter 08/01/07
- CPLD autonomously powers battery-powered system 04/12/07
- Explore the Lesser-Known Benefits of Digital Power 11/01/06
- Selection Guide of SiC Schottky Diode in CCM PFC Applications 08/01/06
- Coupled Inductors Improve Multiphase Buck Efficiency 01/01/06
- Scaling Design Methods To Improve Transformers 10/01/05
- MOSFET Susceptibility to Cross Conduction 04/01/05
- New Energy Standards Banish Linear Supplies 03/01/05
- Boosting Power Supply Efficiency for Desktop Computers 02/01/05
- Buck Converter Losses Under the Microscope 02/01/05
- Sic Puts New Spin On Motor Drives 01/01/05
- Exploiting Integrated Planar Magnetics 01/01/05
- Top 10 Tidbits of Battery Wisdom 12/01/04
- Simplifying Power Factor Correction in SMPS 10/01/04
- Power Converters for Micro Fuel Cells 10/01/04
- SiC Schottky Diodes in Power Factor Correction 08/01/04
- Reducing Wasted Startup Current in Offline Supplies 08/01/04
- SiC Power Schottky Diodes in Power Factor Correction Circuits 11/01/02
- High Efficiency Linear Regulators 03/01/89
- Performance Enhancement Techniques for Three-Terminal Regulators 08/01/84
