Book excerpt: Switching Power Supply, Design and Optimization, CHAPTER 4, Part 1 of 2 - EDN
Under the hood of a non-inverting buck-boost DC/DC converter
Upper End Limitations of a Duty Cycle | Analog Devices
Inductor current of a switching converter in (a) CCM and (b) DCM. much... | Download Scientific Diagram
How does a boost converter allow for a gain in output voltage by just switching the positions of the inductor and switch? - Quora
Power Tips #87: How to design a high-voltage DCM inverting charge pump converter - EDN
Current Ripple Factor of a Buck Converter | Richtek Technology
Characteristics waveform and its equation in CCM (a) Inductor current... | Download Scientific Diagram
Peak-current-controlled buck converter. (a) Circuit. (b) CCM operation... | Download Scientific Diagram
DCM and CCM Operation of Buck-Boost Full-Bridge DC-DC Converter
DCM and CCM Operation of Buck-Boost Full-Bridge DC-DC Converter
Buck Boost Converter - HardwareBee Semipedia
Buck Boost Converter - HardwareBee Semipedia
Inventions | Free Full-Text | Efficiency Improvement of a Cascaded Buck and Boost Converter for Fuel Cell Hybrid Vehicles with Overlapping Input and Output Voltages | HTML
DC-DC converter DCM analysis - NXP Community
Buck converter. (a) Circuit. (b) DCM and CCM waveforms. | Download Scientific Diagram
Upper End Limitations of a Duty Cycle | Analog Devices
Details of inductor current IL and output voltage VLX of the... | Download Scientific Diagram
What is the minimum value of the inductor in a buck-boost converter for it to continue operating in the continuous conduction mode (CCM)? - Quora
DC–DC Power Converters - Erickson - Major Reference Works - Wiley Online Library
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