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Search Results for Stability

Topics in this section include:

Techniques for loop compensation
Sources of instability in power supply design
Stability analysis

Articles Found

Slammers And Software Verify Performance Of Advanced Voltage Regulators 06/15/22
Back To Basics: Stabilizing Your Power Factor Correction Stage 02/15/22
Modern Control Methods For LLC Converters Simplify Compensator Design 12/15/21
Why EM Is Replacing SPICE For Simulation Of Board-Level Power Delivery 11/15/21
Simulation Demonstrates Impact Of Current-Loop Crossover Frequency On Stability 01/15/21
Analysis, Simulation And Experimentation Enable Successful Design Of Power Supply Compensation 07/15/20
A Brief How To: Analyzing Control Loop Stability with Bode Plots Using Modern Oscilloscopes 01/01/20
The Engineer’s Guide To EMI In DC-DC Converters (Part 10): Input Filter Impact on Stability 11/15/19
Closing The Loop Of An Active-Clamp Forward Converter 06/17/19
Optimizing Regulator Output Capacitance (Part 2): Using Load Slammers 09/14/18
Automatically Shift Seemlessly Between Peak And Valley Current Modes 04/15/18
Modeling The Input Step Response Of A Power Converter 10/16/17
Building An Average Model For Primary-Side Regulated Flyback Converters 03/15/17
Understanding Op Amp Dynamic Response In A Type-2 Compensator (Part 2): The Two Poles 02/17/17
Understanding Op Amp Dynamic Response In A Type-2 Compensator (Part 1): The Open-Loop Gain 01/15/17
Subharmonic Behavior In Current Mode Control (Part 2): The Causes And Cures At Low Duty Cycles 07/15/16
Subharmonic Behavior In Current-Mode Control (Part 1): The Causes And Cure At High Duty Cycles 05/16/16
Improving Loop-Gain Performance In Digital Power Supplies With Latest-Generation DSCs 03/15/16
Five Things Every Engineer Should Know About Bode Plots 01/21/16
Automated Tools Improve Frequency Response In Switching Regulators 04/15/15
Voltage References Behaving Badly: Output Caps Are Key Source Of Poor Stability 12/15/14
Topology Twists And Circuit Tricks Improve Performance Of Multi-Output Converters 09/15/14
Enhanced OTA Models Improve Design Of Feedback Compensation Networks 07/15/14
Current-Mode Control Stability Analysis For DC-DC Converters (Part 2) 07/15/14
Simple Method Of Implementing Digital Loop Compensation In An FPGA 07/15/14
Current-Mode Control Stability Analysis For DC-DC Converters (Part 1) 06/13/14
Software Enables Accurate Stability Test, Improves Non-Invasive Phase Margin Measurement Accuracy 04/23/14
Troubleshooting Distributed Power Systems (Part 8): Making Time Domain Measurements 01/16/14
Tapping into a New RF Energy Source Found in Digital Processing Circuits 12/13/13
Troubleshooting Distributed Power Systems (Part 6): The Switch Node 11/15/13
Troubleshooting Distributed Power Systems (Part 5): Using Current Injectors 10/15/13
Troubleshooting Distributed Power Systems (Part 4): Measuring Impedance Using Vector Network Analyzers (Two-Port Tests) 09/16/13
High Source Impedance - Measuring and Managing It in DC-DC Power Converters 08/20/13
A Guide To The Operation And Use Of Input EMI Filters For Switching Power Supplies 08/15/13
Troubleshooting Distributed Power Systems (Part 3): Measuring Impedance Using Vector Network Analyzers (One-Port Tests) 08/15/13
Troubleshooting Distributed Power Systems (Part 2): Impedance Is The Critical Measurement 06/14/13
Troubleshooting Distributed Power Systems (Part 1): Why Stability Matters 05/15/13
Using Z-transform method for AC Analysis 05/12/13
How to Measure the Loop Transfer Function of Power Supplies 04/01/13
Simplified Analysis Of A DCM Boost Converter Driving An LED String Part II: Practical Considerations 03/15/13
Simplified Analysis Of A DCM Boost Converter Driving An LED String Part I: Theoretical Analysis 02/15/13
Low Power, High Efficiency Can Degrade Performance Significantly 08/01/12
Negative Input Resistance and RMS Input Currents 08/01/12
An Unconditionally Stable Linear Voltage Regulator 03/23/12
Extracting Bode Plots from Output Impedance 02/27/12
Are We Focused On The Wrong Reference Parameters? 01/31/12
Predictive Energy Balancing Enhances Control of Power Converters 01/27/12
When Bode Plots Fail Us 01/20/12
Distributed Power. What Causes These Systems to Oscillate? 01/01/12
Stability Analysis of Power Supplies with the Bode 100 09/01/11
New Technique for Non-Invasive Testing of Regulator Stability 09/01/11
A Simple Method to Determine ESR Requirements for Stable Regulators 08/04/11
Tale of the Bode Plot Failure 01/29/11
Powering RF Systems: Why So Many Power Supply Designs Have Problems and What IC Suppliers Should Do About It 09/24/10
SIMPLIS Simulation Tames Analysis of Stability, Transient Response, and Startup For DC-DC Converters 08/19/10
Why Struggle with Loop Compensation? 04/30/10
Power Operational Amplifier Stabilization Techniques 02/01/10
Loop Control: Hand Calculations Or Automation? 12/15/09
Power Supply Instability 02/01/09
Impedance Reflections for Multi-Output Converters 07/01/04
Testing Transient Response In DC/DC Converters 01/23/03
Measuring Phase Margin, Measure the Phase Margin of Power Supply Control Loops 12/18/00
Performance Enhancement Techniques for Three-Terminal Regulators 08/01/84

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