| Articles written by Gregory Mirsky in How2Power Today: |
| 03/14/25 | Coupled Inductor Design For A Flyback With Very Wide Input Voltage Range |
| 01/15/25 | The Importance Of Knowing Magnetic Core Saturation Field Strength For Accurate Hysteresis Loss Calculation |
| 11/15/24 | Output Filter Capacitor Size Depends On Inductor Value |
| 06/15/24 | A Guide To Designing Your Own Rogowski Sensor (Part 3) |
| 05/15/24 | A Guide To Designing Your Own Rogowski Sensor (Part 2) |
| 04/15/24 | A Guide To Designing Your Own Rogowski Sensor (Part 1) |
| 03/15/24 | The Laplace Transform Applies To Nonlinear, Time-Variant Functions Too |
| 01/15/24 | Laplace Transform Simplifies Analysis Of Realistic SMPS Waveforms |
| 11/15/23 | Inductor Saturation Model Supports Analysis Of Inductor And Transformer Designs |
| 10/15/23 | How To Remove Heat From A MOSFET Bridge Quickly |
| 06/15/23 | Inductor And Transformer Core Volumes Should Be Different—Even When Handling The Same Power |
| 03/15/23 | Calculating System Efficiency With Multiple Independent Power Modules |
| 02/15/23 | Analysis Of Core Hysteresis Loss Underscores Transformer Efficiency Challenges |
| 01/15/23 | Quasi-Resonant Vs. Resonant Operation—Which Has Better Power Utilization? |
| 11/15/22 | Why Phase-Shift Converters Are More Accurate Than PWM Converters |
| 10/15/22 | Assessing Cooling System Efficiency |
| 08/15/22 | Transformer Design Pitfalls (Part 2): Demonstrating Stepup Difficulties |
| 07/15/22 | Transformer Design Pitfalls: Stepup Is Not As Easy As Stepdown |
| 05/13/22 | Calculating Minimum Magnetic Core Size For A Transformer |
| 03/15/22 | Analysis Of Energy Storage Inductor Eases Converter Design |
| 01/14/22 | Resonant Current Source Powers Arbitrary Load |
| 11/15/21 | Stored Energy In A Saturating Inductor Is Not Constant |
| 10/15/21 | Understanding Supercapacitor Discharge Into A Constant Power Load |
| 08/15/21 | Zener Diode Selection For Faster Inductor Reset in Solenoid Circuits |
| 03/15/21 | Comparator Design: User-Defined Threshold With Asymmetrical Hysteresis |
| 01/15/21 | Using Volt-Second Integral Instead Of Winding Current To Predict Saturation |
| 11/16/20 | A Quick Way To Determine Power Supply Output Resistance |
| 08/14/20 | Highly Efficient LED Driver Tackles COVID But Also Benefits Lighting Applications |
| 08/14/20 | More About No-Load Operation In Current Transformers—Creating Real World Models |
| 05/15/20 | Understanding Core Magnetization In Current Transformers—Avoiding Saturation And Dangerous Output Voltage |
| 02/14/20 | Debunking The Gapped Inductor Myth |
| 01/17/20 | Injecting Noise In Power Supplies Improves Security For Communications Devices |
| 07/15/19 | The Op Amp-Based Differential Amplifier: Not As Easy As It Looks |
| 06/17/19 | A Methodical Approach To Snubber Design |
| 01/16/19 | Designing Energy Storing Inductors Properly |
| 11/15/18 | Managing Pulse Top Decay Improves Accuracy Of Current Sensing Circuits |
| 10/15/18 | Replacing Power Supply Output Capacitors Requires Equivalent Impedances |
| 04/17/18 | Switching Power Supplies And EMI: Debunking The Myths About Frequency And Slew Rate |
| 03/21/18 | To Simplify Or Not To Simplify? Take Care When Using Math Tools For Circuit Analysis |
| 10/16/17 | Modeling The Input Step Response Of A Power Converter |
| 07/15/17 | Using Duty Cycle To Detect Power Supply Overload (Part 4): The Circuit Block Diagram |
| 06/15/17 | Using Duty Cycle To Detect Power Supply Overload (Part 3): Accounting For A Variable Input Voltage |
| 05/16/17 | Using Duty Cycle To Detect Power Supply Overload (Part 2): A Practical Implementation |
| 04/17/17 | Using Duty Cycle To Detect Power Supply Overload (Part 1): Why It's Needed |
| 02/17/17 | Fast, Simple Solenoid Driver Saves Power In Industrial Applications |
| 11/15/16 | Generate Hysteresis Curves From Magnetic Core Datasheet Parameters |
