Selecting a bidirectional converter control scheme - Power management - Technical articles - TI E2E support forums
DISTRIBUTED MAXIMUM POWER POINT TRACKING WITH OVERVOLTAGE PROTECTION FOR PV SYSTEMS
DC–DC Power Converters - Erickson - - Major Reference Works - Wiley Online Library
H-bridge Hybrid Converter Modeling and Synthesize with Power Sharing Analysis
control - Transfer Function of a boost converter - Electrical Engineering Stack Exchange
Frequency response of the transfer function of Buck converter described... | Download Scientific Diagram
Derive the transfer function v0(s)/iL(s) for a Boost | Chegg.com
Voltage-mode control and compensation: Intricacies for buck regulators - EDN
PDF) Boost DC/DC converter nonlinearity and RHP-zero: Survey of the control-to-output transfer function linearization methods | Denis Cottin, Patrik Arno, and Vratislav Michal - Academia.edu
Modeling and Current Programmed Control of a Bidirectional Full Bridge DC-DC Converter
Switching Transfer Functions: State-Space Averaging Method － From Another Viewpoint
Linearization of the control-to-output transfer function for a PWM buck-boost converter | Semantic Scholar
A Novel Low Current Ripple Magnetically Coupled Interleaved DC-DC Buck-Boost Converter with High Efficiency and Continuous Transfer-Function for Fuel-Cell Applications
Which diode is used in a buck-boost converter? - Quora
Modeling and Control for a Current-Mode Buck Converter with a Secondary LC Filter | Analog Devices
Feedback Controller Design and Test of a Buck- Boost
Hyper‐plane sliding mode control of the DC–DC buck/boost converter in continuous and discontinuous conduction modes of operation - Salimi - 2015 - IET Power Electronics - Wiley Online Library
Block diagram of the transfer functions for the PCM-controlled buck... | Download Scientific Diagram
Voltage-mode control and compensation: Intricacies for buck regulators - EDN
Modeling and Loop Compensation Design of Switching Mode Power Supplies, Part 1 - EDN
Open‐loop transfer functions of buck–boost converter by circuit‐averaging technique - Saini - 2019 - IET Power Electronics - Wiley Online Library
Derive the transfer function v /i (s) for a Boost | Chegg.com
circuit analysis - Approximation when deriving buck closed loop transfer function - Electrical Engineering Stack Exchange
Peak Current Mode and Continuous Current Mode DC-to-DC Converter Modeling and Loop Compensation Design Considerations | Analog Devices
circuit analysis - RHP zero in boost converter - Electrical Engineering Stack Exchange
Table II from Small-Signal Discrete-Time Modeling of Digitally Controlled PWM Converters | Semantic Scholar
