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Improved time optimal control of a buck converter based on capacitor current
Santanu Kapat,
Philip T. Krein
Grainger College of Engineering
Electrical and Computer Engineering
Coordinated Science Lab
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Dive into the research topics of 'Improved time optimal control of a buck converter based on capacitor current'. Together they form a unique fingerprint.
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Keyphrases
Buck Converter
100%
Time-optimal Control
100%
Capacitor Current
100%
Recovery Time
50%
Control Configuration
25%
Optimal Control Strategy
25%
Large Signal
25%
Signal Recovery
25%
DC-DC Converter
25%
Voltage Deviation
25%
Load Current
25%
Sliding Mode Control
25%
Accurate Time
25%
Detection Delay
25%
Transient Detection
25%
Inductor Current
25%
Current Dynamics
25%
Load Transient
25%
Large-signal Stability
25%
Fast Transient Recovery
25%
Deviation Effect
25%
Digital Control Algorithm
25%
Load Tracking
25%
Engineering
Buck Converter
100%
Optimal Control
100%
Transients
75%
Control Algorithm
50%
Recovery Time
50%
Configuration Control
25%
Fast Transient
25%
Dc Converter
25%
Sliding Mode Control
25%
Current Load
25%
Digital Control
25%