Frequency Response
[030] Frequency Response Measurement Part 8: More Step-Load Testing
Further examples of why step-load testing will not give you the design information that you need.
[029] Frequency Response Measurement Part 7: Step-Load Testing
Why step-load testing will not give you the design information that you need.
[028] Frequency Response Measurement Part 6: Stability Margins
Concepts of gain margin, phase margin, and relative stability.
[027] Frequency Response Measurement Part 5: Injection Signal Size
Injecting the right signal size is crucial for accurate loop gain measurements.
[026] Frequency Response Measurement Part 4: Loop Measurements
Measuring the open-loop gain of a system while the loop is kept closed for regulation.
[025] Frequency Response Part 3: Important Performance Measurements
Important measurements to make for a power supply design and analysis.
[024] Frequency Response Measurement Part 2: Single-Frequency Measurement
Single-frequency injection and measurement is used to analyze and test power supplies.
[023] Frequency Response Measurement Part I: Wide Band of Frequencies
The needed frequency range of power supply design and analysis is explored.
[009] Is your Input Filter Causing Trouble?
You can analyze your power supply filter quickly and easily with free downloadable software. This allows you to check for filter impedance interactions, attenuation, and proper damping.
