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2006•IEEE Transactions on Power ElectronicsRequires access

Design of the Flyback Switching Converter based on Maximum Duty Cycle

Qin Zu-yin

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Abstract

Designing a good flyback power supply is useful but not so easy for hardware designers.This paper aims at discussing the principle of flyback and introducing a new design process of flyback switching converter which can be used for various PWM IC controlling.This paper advances the formula for calculating the primary inductance in transformer based on the maximum duty cycle and researches the characteristics of flyback voltage with a purpose of discussing the formula of flyback voltage.

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What this paper is about

Designing a good flyback power supply is useful but not so easy for hardware designers.This paper aims at discussing the principle of flyback and introducing a new design process of flyback switching converter which can be used for various PWM IC controlling.This paper advances the formula for calculating the primary inductance in transformer based on the maximum duty cycle and researches the characteristics of flyback voltage with a purpose of discussing the formula of flyback voltage.

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Available abstract

Designing a good flyback power supply is useful but not so easy for hardware designers.This paper aims at discussing the principle of flyback and introducing a new design process of flyback switching converter which can be used for various PWM IC controlling.This paper advances the formula for calculating the primary inductance in transformer based on the maximum duty cycle and researches the characteristics of flyback voltage with a purpose of discussing the formula of flyback voltage.

Key concepts: Flyback transformer, Flyback converter, Flyback diode, Duty cycle, Transformer, Buck–boost converter, Buck converter, Inductance

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