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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 Overview
0 g; p D H- K Ac Powerline Surge Protection9 c& S/ |! r6 Q. f: I
Electromagnetic Interference (emi) In Switchmode Power Supplies
- S' z/ I. G% }! k* [4 ~' M; O( b Faraday Screens5 w2 y. u. g$ m3 R7 r
Fuse Selection
! o- _8 I/ a( N9 Y Line Rectification And Capacitor Input Filters For “direct-off-line” Switchmode Power Supplies
3 ?% w# m& z6 f& @ M. v Inrush Control
$ F4 ^4 s7 D2 Q7 D; a9 q% x Start-up Methods; u/ ?7 j, e% Z7 b7 _
Soft Start And Low-voltage Inhibit
+ C! K0 B) [# A Turn-on Voltage Overshoot Prevention
$ Q3 C8 D# L. }" Q Overvoltage Protection/ I( N$ |5 b" t: k- e
Undervoltage Protection1 v3 L. ^9 @% z6 }/ z
Overload Protection
6 F/ u4 T9 o7 X4 g" P/ P2 @& | Foldback (reentrant) Output Current Limiting
. _4 i' v. Q8 a7 \/ d o Base Drive Requirements For High-voltage Bipolar Transistors! P$ F. u# q- J+ z, x, a1 U( v
Proportional Drive Circuits For Bipolar Transistors
! `" I% W/ A7 _ Antisaturation Techniques For High-voltage Transistors0 B6 {. O& K: y* D5 T; G
Snubber Networks
* y, A# W+ l: R' w7 | Cross Conduction
+ T4 l) Q' W* T: h Output Filters
& L) C4 v0 D, U" W: @/ ~& E Power Failure Warning Circuits. q$ |+ n- C* E* q. D
Centering (adjustment To Center) Of Auxiliary Output Voltages On Multiple-output Converters
7 v$ X& `( V: C2 W2 h Auxiliary Supply Systems' w, g# j$ S' Q7 Z( J, C
Parallel Operation Of Voltage-stabilized Power Supplies
p8 z$ e7 O3 S9 S Multiple-output Flyback Switchmode Power Supplies8 }, O. T: E+ i$ S. L( |2 e
Flyback Transformer Design
7 G4 S' ~5 s* m: J" Z2 } Reducing Transistor Switching Stress/ `+ e, B4 m# U) k/ R: E! R+ Y( j* `
Selecting Power Components For Flyback Converters
- d8 h( P4 P C# z a The Diagonal Half-bridge Flyback Converter
! C- W, ?; f j! ? Self-oscillating Direct-off-line Flyback Converters
) _% W1 N* S$ D3 X Applying Current-mode Control To Flyback Converters
" G& z* h5 s; ~9 ~ Direct-off-line Single-ended Forward Converters
9 s9 z! s: E" S6 W Transformer Design For Forward Converters
# i) a6 X- ~1 Q* i7 X Diagonal Half-bridge Forward Converters
, P y/ L4 t; ~/ X4 N# u Transformer Design For Diagonal Half-bridge Forward Converters
; B3 h* D* V! S Half-bridge Push-pull Duty-ratio-controlled Converters
4 Z2 }' f- c) A1 z- [ Bridge Converters
# j* m1 C' C6 o5 y/ E5 p. M Low-power Self-oscillating Auxiliary Converters6 P0 O I& s% I. a& ]& J
Single-transformer Two-transistor Self-oscillating Converters s0 ?% v# F" u6 k
Two-transformer Self-oscillating Converters) _: t0 o$ [) l3 Y. a2 F0 ]
The Dc-to-dc Transformer Concept `! `- M7 i4 P2 m x& e8 g4 u
Multiple-output Compound Regulating Systems# m5 C7 n M( J6 U+ {
Duty-ratio-controlled Push-pull Converters( M( H( h- @; C, T0 O' M
Dc-to-dc Switching Regulators
7 ]" J! q: {! B6 }# I High-frequency Saturable Reactor Power Regulator (magnetic Duty Ratio Control)
( j- {8 x* ~" n Constant-current Power Supplies
. d! S+ Y2 l; _: n* k6 Q/ H Variable Linear Power Supplies
5 [( H9 f5 ?! w5 x' { Switchmode Variable Power Supplies! z6 p0 j- W) J
Switchmode Variable Power Supply Transformer Design& ]/ `# w8 a5 k. c4 `
Inductors And Chokes In Switchmode Supplies
3 Q4 j1 L0 N" ?* @ g: c3 a! a High-current Chokes Using Iron Powder Cores( z& Z! N2 q$ @3 K+ L0 ~; J. D2 i- N
Choke Design Using Iron Powder Toroidal Cores
7 w7 e* p$ v' S: r0 P* Q. e1 Y, Y Switchmode Transformer Design (general Principles) - J3 m. g/ ?9 R' [9 e
Optimum 150-w Transformer Design Example Using Nomograms
/ G$ r! k& L9 d l+ J Transformer Staircase Saturation
9 W$ c& _* _" V7 u R Flux Doubling ' |3 b9 Q Y1 v1 R/ B: m* K
Stability And Control-loop Compensation In Smps" [$ T5 v% ?: N3 M/ s
The Right-half-plane Zero & i! g& n9 T- k) S% E. \* v
Current-mode Control
$ D/ {8 A4 b% x: M/ e; ^ Optocouplers
- u7 B! t/ {" X8 X1 M* D5 ] Ripple Current Ratings For Electrolytic Capacitors In Switchmode Power Supplies % Q* o1 s# D# A) z
Noninductive Current Shunts * ^4 b/ p; z# a/ [ a7 E9 V
Current Transformers * F6 R4 K" X9 I3 g
Current Probes For Measurement Purposes
- y- f! k$ [# a0 \ Thermal Management In Switchmode Power Supplies
& U+ o9 o5 |$ ^, _, y8 A Active Power Factor Correction |
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