By Luo, Fang Lin; Ye, Hong
DC/DC conversion recommendations have gone through quick improvement in fresh many years. With the pioneering paintings of authors Fang Lin Luo and Hong Ye, DC/DC converters have now been taken care of into their six generations, and by way of a coarse count number, over 800 assorted topologies presently exist, with extra being built every year. Advanced DC/DC Converters, moment Edition deals a concise, sensible presentation of DC/DC converters, summarizes the spectrum of conversion applied sciences, and offers new rules and greater than two hundred new topologies. starting with historical past fabric on DC/DC conversion, the e-book later discusses either voltage carry and super-lift converters. It then proceeds via every one iteration, together with the groundbreaking 6th generation―converters built via the authors that may be cascaded for prime voltage move gain.
This new version updates each bankruptcy and gives 3 new chapters. The creation of the super-lift method is an exceptional fulfillment in DC/DC conversion know-how, and the ultra-lift method and hybrid split-capacitor/inductor utilized in Super-Lift Luo-Converters are brought in Chapters 7 and eight. In bankruptcy nine, the authors have theoretically outlined a brand new proposal, strength issue (EF), researched the kin among EF and the mathematical modelling for energy DC/DC converters, and validated the modeling technique for 2 converters. greater than 320 figures, 60 tables, and 500 formulae let the reader to extra simply take hold of the final constitution of complex DC/DC converters, offer quickly entry to express facts, and support them to quick ensure the values in their personal circuit parts.
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Extra info for Advanced DC/DC converters
Assume that the condition is V1 > V2 ; the inductor L is an ideal component. During quadrant I operation, S 1 and D2 work and S 2 and D1 are idle. Vice versa, during quadrant II operation, S 2 and D1 work and S 1 and D2 are idle. 6c. The input voltage is positive, and the output voltage can be either positive or negative. 1. 3 Pump Circuits The electronic pump is a major component of all DC/DC converters. Historically, they can be sorted into four groups: 1. 2. 3. 4. 1 Fundamental Pumps Fundamental pumps are developed from corresponding fundamental DC/DC converters: Buck pump Boost pump Buck-boost pump All fundamental pumps consist of three components: a switch S, a diode D, and an inductor L.
IEEE Magazine admired the authors of this book as the pioneers in the advanced conversion technology. DC/DC converter’s mathematical modeling is a historic problem accompanying DC/DC conversion development since the 1940s. The traditional mathematical modeling is not available for complex structure converters because of the very high-order differential equations involved. Many experts have devoted in this subject area. Unfortunately, their modelings did not provide any clear concept to describe the relationship between the stored energy and the characteristics of power DC/DC converters.
ZT technique overcomes this fault. It implements zero-voltage plus ZCS technique without significant current and voltage stresses. These circuits will be introduced in Chapter 14 in detail. 5 Fifth-Generation Converters The fifth-generation converters are called SR DC/DC converters. This type of converter was required by the development of computing technology. Corresponding to the development of the micropower consumption technique and high-density IC manufacture, the power supplies with low output voltage and strong current are widely used in communications, computer equipment, and other industrial applications.