Power Electronics

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페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >전기ㆍ전자 >전기전자공학
강의학기

2023년 1학기

조회수

408

강의계획서

This Course Covers the Steady-State Analysis and Power Stage Design of Resonant Converters:

Basics of Resonant Power Inversion and Conversion, Resonant Inverters, Sinusoidal Analysis of Series Resonant Converters, Sinusoidal Analysis of Parallel-Loaded Series Resonant Converters, and

Load-Dependent Characteristics.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

PWM and Resonant Power Conversions

차시별 강의

1.	PWM and Resonant Power Conversions	Basic Concepts of PWM and resonant power conversion
2.	RLC Series Resonant Tank	Structure and operation of RLC resonant tank.
3.	ZVS and ZCS Switching	Hard and soft switching of semiconductor switches
4.	Resonant Power Converters	Topologies and operation of resonant power converters
5.	Sinusoidal Approximation	Assumptions, procedures, and outcomes of sinusoidal approximations
6.	Sinusoidal Analysis of Series Resonant Converters	Sinusoidal nalysis of series and parallel resonant circuits
7.	Sinusodal Analysis of Parallel-Loaded Series-Resonant Converter	Topology and operation of parallel-loaded series resonant converters
8.	Dependence of Tank Input Impedance on Load	Operational principles of buck converter
9.	Dependence of ZVS and ZCS Boundary on Load	Resonant converter in steady-state operation
10.	Tank Network Design Example-an LLC Inverter	Tank network structure and circuit design
11.	Sinusoidal Analysis and Design of LLC Inverter	Dynamic performance of LLC series resonant converter
12.	Low-Profile Series Resonant Converter	Low profile series resonant converter operation
13.	Contactless Charger for Cellular Phones	Topology and operation of contactless series resonant converter
14.	Direct Modeling Approach I	Phasor analysis methd
15.	Direct Modeling Approach II	Procedures and step of modeling approach
	Direct Modeling Approach III	Validation of direct modeling approach
	Dynamics of Parallel-Loaded Series Resonant Converter	Frequency control of parallel-loaded series resonant converter.
	Frequency-to-output Transfer Function	Circuits and operation PLSR converters
	Compensation Design	Loop gain shaping method
	Dynamics and Control of LLC Converter	Dynamic analysis and control design of LLC converters
	Voltage Mode Control of LLC Converter	Control design and performance optimization of voltge mode control