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Search Results for Magnetic Components

Topics in this section include:

  • Inductor design
  • Transformer design
  • Selecting cores

Also, see Design Area, Magnetics

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Magnetics Optimization (Part 4): Minimization Of Transductor Power Loss05/16/17
Magnetics Optimization (Part 3): Maximum Power Transfer Of Magnetics Circuit Model04/17/17
How To Calculate Winding Packing Factor11/16/16
Generate Hysteresis Curves From Magnetic Core Datasheet Parameters11/15/16
Eddy-Current Effects In Magnetic Design (Part 3): Conductor Cross-Sectional Geometry10/17/16
Eddy-Current Effects In Magnetic Design (Part 2): The Proximity Effect09/15/16
Modeling Magnetic Core Offers Insight into Behavior, Operating Range, Saturation09/09/16
Eddy-Current Effects In Magnetic Design (Part 1): The Skin Effect08/15/16
Four-Terminal Inductor Achieves High-Accuracy Current Measurements For POLs (Part 2): Sources Of Error07/15/16
Sizing Your Power Converter’s Magnetics (Part 3): Transformer Power Rating With An Input Voltage Range 06/15/16
Sizing Your Power Converter’s Magnetics (Part 2): Inductor Power Rating With An Input Voltage Range 05/16/16
Sizing Your Power Converter’s Magnetics (Part 1): Inductor Power Rating With Fixed Input Voltage04/18/16
Coil Formers in Today’s Electronic Manufacturing Environment03/14/16
Four-Terminal Inductor Achieves High-Accuracy Current Measurements For POLs (Part 1): Inductor Design02/16/16
Power Transformer Design Simplified—Really!01/15/16
Leakage Inductance (Part 1): Friend Or Foe?10/15/15
Magnetics Optimization (Part 2): Maximum Power Transfer Of The Primary-Referred Circuit09/16/15
Magnetics Optimization (Part 1): Equal Core And Winding Losses Do Not Maximize Power Transfer09/15/15
Area-Product Method Can Simplify Core Selection—But Beware Of The “Constants”08/17/15
Nano-Magnetics For High Efficiency Power Supplies05/15/15
Determining Maximum Usable Switching Frequency For Magnetics In CCM-Operated Converters04/16/15
Practical Power Flow Controller Brings Benefits Of Power Electronics To The Grid03/13/15
The Shape Of Optimal Magnetics: Why Flatter Is Better03/13/15
Partial BCM Mode Of Operation Improves Efficiency For Primary-Side Regulated Flyback LED Driver 02/15/15
Choose The Right Regulator For The Right Job (Part 3)02/15/15
Common-Mode Transformer Aids Noise Reduction In High-Power Supplies01/15/15
3D FEA Software Solves Tough Inductive Noise Problems10/15/14
Latest Generation Of 3D Electromagnetic Finite Element Analysis Software With Breakthrough Simplicity Facilitates Magnetic Component Design09/15/14
Cutting Power Transformer Size In Half While Doubling Transistor Efficiency: It’s All In The Topology06/13/14
What Is To Be Optimized In Magnetic Component Design? 05/15/14
Power Supply Failure Survey--Part III04/06/14
How are SiC and GaN Catching up to Planar Magnetics?03/20/14
Single-Bundle Windings Make It Easier To Build Custom Magnetics In-House 03/14/14
Understanding Tradeoffs In Core Geometry Aids Transductor Design02/15/14
Matrix Transformers May Find New Life In the SiC and GaN Era 12/16/13
How To Calculate Toroid Winding Length09/16/13
Inductors for the Uninitiated08/21/13
Troubleshooting Distributed Power Systems (Part 3): Measuring Impedance Using Vector Network Analyzers (One-Port Tests)08/15/13
How Not To Observe Magnetic Saturation07/15/13
How To Choose Magnetic Core Size05/15/13
How To Choose Between Ferrite Or Powdered-Iron Cores: A Case Study02/15/13
Magnetically Isolated Digital Coupling Circuit Solves Gate Drive and Communications Dilemmas03/30/12
Core Geometry Coefficient For Resonant Inductors11/30/11
PaytonTechV1Review: Benefits of Planar Magnetics09/16/11
How To Implement A 5-W Wireless Power System07/27/11
Utilizing Full Saturation and Power Loss To Maximize Power Transfer In Magnetic Components02/28/11
Embed Your Planar Magnetics To Maximize DC-DC Converter Performance (Part 2)10/22/10
Embed Your Planar Magnetics To Maximize DC-DC Converter Performance (Part 1)09/24/10
Software Speeds Transformer Design For AC-DC Power Supplies03/30/10
Modeling of Integrated Magnetics Components03/30/10
Digital Isolators: A Space-Saving Alternative to Gate-Drive Transformers in DC-DC Converters03/30/10
Basic Operation - Rogowski Current Transducers03/10/10
Testing Military Grade Magnetics: Transformers, Inductors and Coils01/26/10
What every designer should know about magnetics in switch-mode power supplies11/26/09
Push-Pull Output Inductor Design Using a LPT E2000Q Core10/28/09
Measuring Transformer Distributed Capacitance10/27/09
Current-Sense Transformer Application Design Guidelines10/26/09
Switch Mode Power Supplies and their Magnetics10/26/09
Definitions And Measurement Techniques For Transformers And Inductors10/26/09
Debunking Transformer Performance Myths10/22/09
Don't Let Jitter Shake Up Your Flyback Converter Designs07/24/09
150 W Power Factor Corrected LLC Power Supply Using HiperPLC (PLC810PG)05/11/09
New LED Applications are Unfamiliar Territory, Tools Help Designers with Inductor Selection05/01/09
Improving the Efficiency of PFC Stages Using Interleaved BCM04/27/09
SEPIC Converters Solve Automotive Power Needs Part 204/01/09
SEPIC Converters Solve Automotive Power Needs Part 103/01/09
What to look for in a medical power supply03/01/09
Isolated LED Driver Using the HV9910B02/20/09
Optimising PFC Boost Converter Design02/01/09
EMI Filtering -- How to Get the Lowest Noise (A Vicor Power Techtorial)12/31/08
An Efficiency Primer for Switch-Mode, DC-DC Converter Power Supplies12/23/08
Minimize Winding Losses in High-Frequency Inductors07/01/08
Trick A BJT-Based Converter Into Starting At Only 250 mV DC06/26/08
Designing a SEPIC Converter04/30/08
75 W Output, High Efficiency, Single Stage Flyback Power Supply With PFC for LED Ballasts04/01/08
An introduction to LLC resonant half-bridge converter02/10/08
Expedite Transformer Calculations for Flybacks01/01/08
How Transformers, Chokes and Inductors Work, and Properties of Magnetics01/01/08
Half-bridge LLC Resonant Converter Design Using FSFR-series Fairchild Power Switch (FPS)10/09/07
Designing Single-Switch, Resonant-Reset, Forward Converters08/07/07
Forward-Converter Design Leverages Clever Magnetics Part 208/01/07
Forward-Converter Design Leverages Clever Magnetics Part 107/01/07
Low-cost current monitor tracks high dc currents03/01/07
Wide range 400W L6599-based HB LLC resonant converter for PDP application02/28/07
A Guide to Designing Gate-Drive Transformers01/01/07
Ideas on DC-DC Converters for Delivery of Low Voltage and High Currents for the SLHC/ILC Detector Electronics in Magnetic field and Radiation environments09/25/06
Buck-Converter Design Demystified06/01/06
Switching Regulator Inductor Design04/01/06
Optimizing Single-Stage Power Factor Correction03/01/06
Coupled Inductors Improve Multiphase Buck Efficiency01/01/06
24 W Primary-side Regulated Flyback Power Supply using TOP245Y12/07/05
Designing Single-Switch Forward Converters10/01/05
Scaling Design Methods To Improve Transformers10/01/05
Squeeze More Performance Out of Toroidal Inductors10/01/05
EMI Considerations in Selecting AC/DC Switching Power Supplies 09/01/05
Minimizing Switching Regulator Residue in Linear Regulator Outputs07/01/05
Estimate Inductor Losses Easily in Power Supply Designs04/01/05
Inductor Current-Sensing Boosts Regulator Efficiency04/01/05
Modeling Integrated Magnetic Components03/01/05
Exploiting Integrated Planar Magnetics01/01/05
Circuit Analysis Accounts For Magnetic Fields11/01/04
Power Transformer Attenuates Harmonics10/01/04
Analysis of Closed-Loop DC-DC Converters10/01/04
Estimating Temperature Rise of Transformers07/01/04
Active Clamp Transformer Reset: High or Low Side?07/01/04
Navigating the IEEE 802.3af Standard for PoE06/01/04
Designing Switchmode Transformers for Optimum Efficiency06/01/04
Inductor Current Rating for a Buck-Boost Converter05/01/04
Magnetic Solutions: Solving Inrush at the Source04/01/04
Tapped-Inductor Boost Converter Yields Dime-Size Supply04/01/04
Current-Doubler Rectifier Reduces Ripple Current03/01/04
Half-bridge Circuit Behavior02/27/04
Thermal Management of Planar Magnetics02/01/04
Active Clamp Resets Transformer in Converters01/01/04
Inductor Core Material: The Heart of an Inductor01/01/04
ELECTRICAL POWER TRANSFORMER AND INDUCTOR; DESIGN, CALCULATION, THEORY, TUTORIALS, AND OTHER INFORMATION01/01/04
ZVS Resonant Converter For Consumer Application Using L6598 IC09/01/03
Building a Power Supply That Works02/20/03
Designing DC/DC converters based on SEPIC topology01/02/03
Design Guidelines for Off-line Forward Converters Using Fairchild Power Switch (FPS)01/01/03
Planar Power Magnetics; Cost Effective, Low-Profile Transformer and Inductor Designs, Part 209/01/02
Proper Layout and Component Selection Controls EMI08/21/02
Characterizing Space-Flight Inductors and Transformer Failures08/01/02
Planar Power Magnetics; New Low-Profile Approaches for Low-Cost Magnetics Designs (Part I)07/01/02
SEPIC Equations and Component Ratings04/23/02
Magnetics Design for Switching Power Supplies, Section 101/01/01
The Benefits of Planar Magnetics in HF Power Conversion01/01/01
A New Procedure for High-Frequency Electronic Ballast Design10/12/98
A Monolithic Switching Regulator with 100mV Output Noise10/01/97
EMI and Power Supplies in Medical Electronics02/01/97
Planar Magnetic Component Development09/01/94

      
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