Almost fifty years ago, H. Dean Venable pioneered a new method for analyzing and compensating power supply control loops (all servo loops for that matter). At Venable Instruments, we have continuously refined our Frequency Response Analyzer systems, providing features such as isolated/floating inputs and outputs, modular instrument architecture for upgrades and software featuring circuit synthesis and simulation. Below we've pulled together top content that address stability analysis:
Blog Content
Stability Analysis of Switching Power Supply Feedback Loops (Series of 4 Blog Posts)
Feedback Loop Injection Levels for Measuring Loop Gain
Using the Servo to Set Feedback Loop Injection Levels for Measuring Loop Gain
How Much Phase Margin do I Need?
Current Mode Control Power Supplies
Modern SMPS Control Loop Testing
White Papers
Stability Testing of Multi-Loop Converters
New Techniques for Loop Stability Testing in Power Factor Correction Circuit
Optimum Feedback Amplifier Design for Control Systems
Specify Gain and Phase Margins on All Your Loops
Venable provides scalable energy storage and power systems test solutions for precise voltage, current, and frequency measurements, partnering with engineers to ensure battery and power systems around the world will meet stringent field performance demands.
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