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发表于 2008-3-3 20:49:05
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该书的目录
Common Requirements: An Overview2 A6 G+ A3 K: R- c5 F- L& K' k
Ac Powerline Surge Protection W; N! ?* v& z: d8 k: ^
Electromagnetic Interference (emi) In Switchmode Power Supplies
8 ?9 j- f( x- F0 l4 {, P! O Faraday Screens+ |, I9 K! n+ I: y& Q3 {
Fuse Selection
+ M' x( J) J8 S4 m Line Rectification And Capacitor Input Filters For “direct-off-line” Switchmode Power Supplies
6 r' e) \9 r% S' q) i& V Inrush Control) Q/ u# Y' m& i9 y9 q, L5 ^0 D
Start-up Methods
+ _7 u" A0 [) \( K( B Soft Start And Low-voltage Inhibit
" p6 S# ^. F0 I/ h Turn-on Voltage Overshoot Prevention4 I- { \. r8 w7 j
Overvoltage Protection. K3 e" E9 {: I; q6 ^' K% D
Undervoltage Protection
) X# O3 q2 z/ m Overload Protection
1 K, R4 r- G$ W& h Foldback (reentrant) Output Current Limiting
+ F) A6 I- Z, Q4 Q, P' l8 `7 q- Z Base Drive Requirements For High-voltage Bipolar Transistors
* ^) m1 M% }( E# v+ y Proportional Drive Circuits For Bipolar Transistors y( F0 ]3 [4 m! A. z8 [8 ^ a* v+ `
Antisaturation Techniques For High-voltage Transistors
?# z9 w# G4 v* W Snubber Networks( E) I2 g% Z! U/ M
Cross Conduction0 e, ]( h% |! {4 a8 E5 u
Output Filters
; C+ G, W/ I( H Power Failure Warning Circuits$ ^ x) |( G) n d# |
Centering (adjustment To Center) Of Auxiliary Output Voltages On Multiple-output Converters
$ j4 }* [. H# p/ p# h Auxiliary Supply Systems
! ^) a" f2 Z4 w( m7 w; B Parallel Operation Of Voltage-stabilized Power Supplies- D4 s4 ?# s2 N2 c& X+ w
Multiple-output Flyback Switchmode Power Supplies& K4 r& ?: J- p. [8 R" N* c' s
Flyback Transformer Design 7 L5 Q9 ]( [- U& R
Reducing Transistor Switching Stress
0 d8 y; j5 Q# a" v Selecting Power Components For Flyback Converters
) M) r5 ]0 G( g1 F9 u The Diagonal Half-bridge Flyback Converter, }' j- Y4 _" R
Self-oscillating Direct-off-line Flyback Converters5 ]0 `4 r( ^7 @4 }9 x/ s
Applying Current-mode Control To Flyback Converters
) T) Q1 }" s2 L% _6 j" X, D; \ Direct-off-line Single-ended Forward Converters
$ O+ E0 u. b' i- ]! Z& ^& Z Transformer Design For Forward Converters' n2 M/ R1 u4 c0 F$ d) `
Diagonal Half-bridge Forward Converters: o# R/ @* e) z9 d
Transformer Design For Diagonal Half-bridge Forward Converters
( Z2 h+ g( O3 r Half-bridge Push-pull Duty-ratio-controlled Converters/ [6 F( r v2 V
Bridge Converters
, A6 A' F# b' P9 l( E! D- ^) L4 H Low-power Self-oscillating Auxiliary Converters; |# X Y5 e0 |* A4 N+ I) N
Single-transformer Two-transistor Self-oscillating Converters
5 B2 A: C# b9 w& x8 B+ O Two-transformer Self-oscillating Converters% e4 C. `$ p8 D5 y7 @
The Dc-to-dc Transformer Concept4 l! y& L' ]4 r! V; j
Multiple-output Compound Regulating Systems
2 ]$ H: e, K n6 b6 K Duty-ratio-controlled Push-pull Converters
7 N" k6 E n) ]) C2 B Dc-to-dc Switching Regulators/ m5 E% k7 B' p6 z3 a* o) Z7 w
High-frequency Saturable Reactor Power Regulator (magnetic Duty Ratio Control)' _3 [% X! q9 e
Constant-current Power Supplies; y3 O5 u$ X4 _4 [: E
Variable Linear Power Supplies
! |7 j9 _0 h5 [! E' g8 Y7 U" K. F6 I Switchmode Variable Power Supplies4 T2 ]" i% F4 k$ d' Q
Switchmode Variable Power Supply Transformer Design+ s: z, l Z @8 y
Inductors And Chokes In Switchmode Supplies2 d# F n/ S+ ^( e* a! Q. p
High-current Chokes Using Iron Powder Cores' S% R* A3 O5 J0 k; X( ~
Choke Design Using Iron Powder Toroidal Cores
# X1 G' H+ D/ V, R3 {+ s( S* q Switchmode Transformer Design (general Principles)
. y, m+ t6 Q" b% T- S2 u Optimum 150-w Transformer Design Example Using Nomograms ' a! d Q7 X/ ^) j. F- M! j
Transformer Staircase Saturation
' Y- F8 Z7 _0 d- P( ^ Flux Doubling
& V( [+ ?$ _6 |8 T% K" x" Y Stability And Control-loop Compensation In Smps4 @! ^: a9 s. e, m
The Right-half-plane Zero ; \ t+ [* Y1 ?4 l+ w( Q, Z) J
Current-mode Control 0 j2 A7 \9 X" a1 g9 A [5 a! F
Optocouplers
" B4 Y4 z# E% t1 t- K Ripple Current Ratings For Electrolytic Capacitors In Switchmode Power Supplies
2 Z" V3 f* F9 I8 U! n Noninductive Current Shunts
5 q F# H6 w9 L Current Transformers
! M' u# o* S" J/ h: L Current Probes For Measurement Purposes
: J z! h; `/ `) o1 i8 o Thermal Management In Switchmode Power Supplies; L. @ Y2 t- x! v8 `: w/ z0 p
Active Power Factor Correction |
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