BUCK CONVERTER WITH A VARIABLE-GAIN FEEDBACK CIRCUIT FOR TRANSIENT RESPONSES OPTIMIZATION

Tai-Haur Kuo (Inventor)

Research output: Patent

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.
Original languageEnglish
Patent number9602001
Publication statusPublished - 1800

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Transient analysis
Feedback
Networks (circuits)
Capacitors
Switches

Cite this

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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.",
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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.

M3 - Patent

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ER -