Electronics - Switchmode Power Supply Handbook 1st Ed

haohao

Electronics - Switchmode Power Supply Handbook 1st Ed-%-53595-%--%-53597-%-

drjiang

不看也要顶！！！！！

haohao

Electronics - Switchmode Power Supply Handbook 1st Ed

haohao

Electronics - Switchmode Power Supply Handbook 1st Ed

tonyxiejz

非常经典的好书

tonyxiejz

Common Requirements: An Overview
Ac Powerline Surge Protection
Electromagnetic Interference (emi) In Switchmode Power Supplies
Faraday Screens
Fuse Selection
Line Rectification And Capacitor Input Filters For “direct-off-line” Switchmode Power Supplies
Inrush Control
Start-up Methods
Soft Start And Low-voltage Inhibit
Turn-on Voltage Overshoot Prevention
# X' g" }$ g' n Overvoltage Protection
% B0 d4 O1 P1 s, Y- l Undervoltage Protection
* e3 V1 |4 r& u  p4 l  u2 w1 j Overload Protection
7 Y9 v5 i6 [5 Q. _  v& v: g Foldback (reentrant) Output Current Limiting
* ]8 d" [3 r2 W$ G Base Drive Requirements For High-voltage Bipolar Transistors
Proportional Drive Circuits For Bipolar Transistors
Antisaturation Techniques For High-voltage Transistors
Snubber Networks
Cross Conduction
Output Filters
Power Failure Warning Circuits
Centering (adjustment To Center) Of Auxiliary Output Voltages On Multiple-output Converters
Auxiliary Supply Systems
Parallel Operation Of Voltage-stabilized Power Supplies
, v0 H1 r/ E: K, Z) ]+ P) T2 L Multiple-output Flyback Switchmode Power Supplies
; K# p3 {# J9 q4 T' _ Flyback Transformer Design
2 z* E% E1 |9 m5 W Reducing Transistor Switching Stress
# {- Q" I+ }: l. P Selecting Power Components For Flyback Converters
The Diagonal Half-bridge Flyback Converter
- Q3 S/ t; M2 v6 g- N- E. T# b Self-oscillating Direct-off-line Flyback Converters
+ q3 W6 _# \; Z5 k0 K) O* B5 M Applying Current-mode Control To Flyback Converters
Direct-off-line Single-ended Forward Converters
Transformer Design For Forward Converters
Diagonal Half-bridge Forward Converters
  i" y' w5 ~3 h( p: m, e  _ Transformer Design For Diagonal Half-bridge Forward Converters
( w$ }: G# f' D4 g8 p+ r* q  v& y Half-bridge Push-pull Duty-ratio-controlled Converters
Bridge Converters
Low-power Self-oscillating Auxiliary Converters
Single-transformer Two-transistor Self-oscillating Converters
: `- T* _1 L: Y3 ^2 S4 P  S! _( T Two-transformer Self-oscillating Converters
' G2 a3 p# o0 T# b2 E* g The Dc-to-dc Transformer Concept
Multiple-output Compound Regulating Systems
) L* H/ N& E7 z! ?4 F8 U( w% h Duty-ratio-controlled Push-pull Converters
( ?+ x- q8 {9 ]  r5 Y* m Dc-to-dc Switching Regulators
High-frequency Saturable Reactor Power Regulator (magnetic Duty Ratio Control)
5 Y$ s: U$ U$ g8 o7 x+ r Constant-current Power Supplies
2 j2 {6 ?2 o0 X+ O  v+ j( K Variable Linear Power Supplies
( S5 \2 A, @2 U  a& U Switchmode Variable Power Supplies
Switchmode Variable Power Supply Transformer Design
7 G+ r+ c" Q7 o$ C' s- M Inductors And Chokes In Switchmode Supplies
/ R, S! ?! _6 p% b, Y* M7 T  b High-current Chokes Using Iron Powder Cores
Choke Design Using Iron Powder Toroidal Cores
" U! j5 R) p  s; G* p& u# Z Switchmode Transformer Design (general Principles)
7 S  ]1 d7 @$ r; h Optimum 150-w Transformer Design Example Using Nomograms
Transformer Staircase Saturation
, L: F, {) N' K1 ?4 G( ~! u1 l Flux Doubling
, K" E' z+ i/ ^* w( J) @% y: Q Stability And Control-loop Compensation In Smps
The Right-half-plane Zero
Current-mode Control
2 u; {& @5 s4 A- v  V Optocouplers
/ o6 l% Q7 S" K5 Y; `( A. z Ripple Current Ratings For Electrolytic Capacitors In Switchmode Power Supplies
; U1 i+ P$ v' c3 g- W4 x Noninductive Current Shunts
Current Transformers
Current Probes For Measurement Purposes
6 ?: X7 O9 `$ k/ S) {- B: I; y3 i Thermal Management In Switchmode Power Supplies
Active Power Factor Correction

meng823222

想下
" [& P7 T. S# s* F" c& R& R/ z$ N可是没点了
明天攒起来再说

154342957

楼主 这本书 很不错 呵呵
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