Accordingly, a buck converter with a variable-gain feedback circuit for 7 transient responses optimization is provided to attempt to resolve the above-mentioned 8 disadvantages. The buck converter with a variable-gain feedback circuit for 9 transient responses optimization includes a power stage circuit and a control circuit. 10 The power stage circuit with an input side and an output side has a pair of switches and an 11 output capacitor. The switches are electrically connected at the input side. The output 12 capacitor is electrically connected at the output side.
title = "BUCK CONVERTER WITH A VARIABLE-GAIN FEEDBACK CIRCUIT FOR TRANSIENT RESPONSES OPTIMIZATION",
abstract = "Accordingly, a buck converter with a variable-gain feedback circuit for 7 transient responses optimization is provided to attempt to resolve the above-mentioned 8 disadvantages. The buck converter with a variable-gain feedback circuit for 9 transient responses optimization includes a power stage circuit and a control circuit. 10 The power stage circuit with an input side and an output side has a pair of switches and an 11 output capacitor. The switches are electrically connected at the input side. The output 12 capacitor is electrically connected at the output side.",
T1 - BUCK CONVERTER WITH A VARIABLE-GAIN FEEDBACK CIRCUIT FOR TRANSIENT RESPONSES OPTIMIZATION
AU - Kuo, Tai-Haur
PY - 1800
Y1 - 1800
N2 - Accordingly, a buck converter with a variable-gain feedback circuit for 7 transient responses optimization is provided to attempt to resolve the above-mentioned 8 disadvantages. The buck converter with a variable-gain feedback circuit for 9 transient responses optimization includes a power stage circuit and a control circuit. 10 The power stage circuit with an input side and an output side has a pair of switches and an 11 output capacitor. The switches are electrically connected at the input side. The output 12 capacitor is electrically connected at the output side.
AB - Accordingly, a buck converter with a variable-gain feedback circuit for 7 transient responses optimization is provided to attempt to resolve the above-mentioned 8 disadvantages. The buck converter with a variable-gain feedback circuit for 9 transient responses optimization includes a power stage circuit and a control circuit. 10 The power stage circuit with an input side and an output side has a pair of switches and an 11 output capacitor. The switches are electrically connected at the input side. The output 12 capacitor is electrically connected at the output side.