Chap 2 : LA CONVERSION DC–DC : Alimentations à découpage

Slides:



Advertisements
Similar presentations
SISTEMA DIÉDRICO Rectas del plano. Rectas en Plano Oblícuo PV PH PV h v h v HsHs VsVs s HsHs VsVs s2s2 s1s1 Recta oblícua.
Advertisements

Your performance improvement partner 2/25/
Chapter 7 EM Math Probability.
Artrelle Fragher & Robert walker. 1 you look for the median 1 you look for the median 2 then you look for the min and max 2 then you look for the min.
Inside the binary adder. Electro-mechanical relay A solid state relay is a switch that is controlled by a current. When current flows from A to B, the.
Name: Date: Read temperatures on a thermometer Independent / Some adult support / A lot of adult support
Arnaud Lucotte ISN-Grenoble J/ e + e - selection at D RunII Arnaud Lucotte (ISN Grenoble) Introduction A. J/ production at the TeVatron 1. Prompt production:
ELEMENTS UTILES POUR LE QUIZ
parallelogramma rettangolo rombo triangolo quadrato.
Work and Energy Dr. Robert MacKay Clark College. Introduction What is Energy? What are some of the different forms of energy? Energy = $$$
Ozone Level ppb (parts per billion)
A FR-1FR-3FR Active nose-poke * *** b DI (%) * ** c Food pellet ** Suppl. Fig. 1 Suppl. Fig. 1 CD-1 mice.
Win Big AddingSubtractEven/Odd Rounding Patterns Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Last Chance.
Multiplication X 1 1 x 1 = 1 2 x 1 = 2 3 x 1 = 3 4 x 1 = 4 5 x 1 = 5 6 x 1 = 6 7 x 1 = 7 8 x 1 = 8 9 x 1 = 9 10 x 1 = x 1 = x 1 = 12 X 2 1.
Division ÷ 1 1 ÷ 1 = 1 2 ÷ 1 = 2 3 ÷ 1 = 3 4 ÷ 1 = 4 5 ÷ 1 = 5 6 ÷ 1 = 6 7 ÷ 1 = 7 8 ÷ 1 = 8 9 ÷ 1 = 9 10 ÷ 1 = ÷ 1 = ÷ 1 = 12 ÷ 2 2 ÷ 2 =
Objectives: Calculate percentages using non-calculator methods. Calculate percentages less than 10% and values other than multiples of 10. Vocabulary:
Legal Vice Presidency The World Bank Enforcement of Secured Rights SURVEY Commercial Enforcement and Insolvency Systems Legal Vice Presidency The World.
Legal Vice Presidency The World Bank PANEL I Role of Court SURVEY Commercial Enforcement and Insolvency Systems.
Panel V Judicial Accountability & System Transparency SURVEY Commercial Enforcement and Insolvency Systems Legal Vice Presidency The World Bank.
/4/2010 Box and Whisker Plots Objective: Learn how to read and draw box and whisker plots Starter: Order these numbers.
Entry task 1) What can be concluded from the following pattern? = 15 = 3 × = 20 = 4 × = 25 =
1 1  1 =.
1  1 =.
Hosted By Prissy & Stephy Multiplying exponents Negative exponents Dividing exponent percents
Year 6 mental test 10 second questions
Year 6 mental test 15 second questions Numbers and number system Numbers and the number system, Measures and Shape.
Who Wants To Be A Millionaire?
Who Wants To Be A Millionaire?
Decimals 10ths and 100ths.
1 Konstantin Stefanov, CCLRC Rutherford Appleton Laboratory LCFI Status Report: Sensors for the ILC Konstantin Stefanov CCLRC Rutherford Appleton Laboratory.
£1 Million £500,000 £250,000 £125,000 £64,000 £32,000 £16,000 £8,000 £4,000 £2,000 £1,000 £500 £300 £200 £100 Welcome.
NN – cont. Alexandra I. Cristea USI intensive course Adaptive Systems April-May 2003.
Agents & Intelligent Systems Dr Liz Black
SWITCH-MODE POWER SUPPLIES AND SYSTEMS Silesian University of Technology Faculty of Automatic Control, Electronics and Computer Sciences Ryszard Siurek.
Solidification de leau. au stylo noir (°C) Solidification de leau.
NATURAL AND STEP RESPONSES OF RLC CIRCUITS
Sl No Top-up Amount No Of Affiliate Ads Payment Per Day By Affiliate Ad Total Affiliate Ad Income 1.5,000/- Daily 2 ad for 100 days 100/- Affiliate.
+ Plan de la séance: La logique de lanalyse factorielle Analyse en composantes principales/ Analyse des correspondances multiples Introduction à lanalyse.
Price Points With Bar Charts. Investment to Value Ratio $45,000 - $65,000 $25,000 - $45,000 Under $25,000 $90,000 - $125,000 $65,000 - $90,000 Low Price.
Look at This PowerPoint for help on you times tables
RANGAKAIAN DIODA Hamzah Afandi, Antonius Irianto dan Betty Savitri Sources: Millman, Jacob, Grabel, Arvin, Microelectronics, Mc. Graw Hill Int. Ed., 1994.
Money Math Review.
Making Landmark or Friendly Numbers (Multiplication)
Position-Time Graphs. POSITION (m) TIME (s) v = v = 2 m/s [E] v = Δd Δt v =
Shade the rectangles with correct answer with a colour pencil of your choice.
Comparison of X-ray diffraction patterns of La 2 CuO 4+   from different crystals at room temperature Pia Jensen.
10 Year Old Topic 2 9 Year Old Topic 4 8 Year Old Topic 5 8 Year Old Topic 6 7 Year Old Topic 7 7 Year Old Topic 8 6 Year Old Topic 9 6 Year Old Topic.
23-8 3x6 Double it Take Away 6 Share By 9 Double it +10 Halve it Beginner Start Answer Intermediate 70 50% of this ÷7÷7 x8 Double it Start Answer.
Before Between After.
How accurate is your view of the world?. 1. What is the population of the world? a. 3 billionb. 5 billion c. 7 billiond. 9 billion.
SPATIAL DISCRIMINATION IN A T MAZE Trials to criterion BL/6 strain FVB strain ACQUISITION AND REVERSAL Day 1Day 2Day 3Day 4Day 5Day.
Let’s take a 15 minute break Please be back on time.
Nodo Gastronómico en la Provincia de Elqui
Bell Schedules Club Time is available from 8:05-8:20  1 st 8:20 – 9:15  2 nd 9:20 – 10:10  3 rd 10:15 – 11:05  4 th 11:10 – 12:50 A(11:10)
Fractions Simplify: 36/48 = 36/48 = ¾ 125/225 = 125/225 = 25/45 = 5/9
Partial Products. Category 1 1 x 3-digit problems.
Kyle bought a bike from his friend. His friend gave him a 20% discount. He paid $40 for it. How much was the original price of the bike?
“Reading Measurement Scales”. MNI = marked number interval AMI = adjacent number interval.
Let’s Add! Click the cloud below for a secret question! Get Started!
Series Circuits: Other examples:. Series circuits - ________________________________________ _________________________________________ Assume: 1. _____________________________________________________.
1 Chapter 6: Using Data Structures. 2 Using Data Structures u Records u Lists u Association Lists u Binary Trees u Hierarchical Modelling u Tree Layout.
Solutions of Homework problems. Resistive circuits Problem 1 Use KVL and Ohms law to compute voltages v a and v b v2v v1v1 From Ohms.
Electricity & Circuits: An introduction for neuroscientists.
SMPS - Switch Mode Power Supply
Engineering Science EAB_S_127 Electricity Chapter 2.
© 2006, François Brouard Case Real Group François Brouard, DBA, CA January 6, 2006.
Switch-Mode Regulators Buck Regulator Boost Regulator Buck-Boost Regulator Cúk Regulator Buck Regulator vgvg vovo RoRo C L VsVs isis iLiL icic i0i0 iDiD.
DEMARRAGE ET VARIATION DE VITESSE DES MOTEURS ASYNCHRONES.
Modulation analogique 1ère partie: modulation d’amplitude.
Presentation transcript:

Chap 2 : LA CONVERSION DC–DC : Alimentations à découpage 1° Introduction 2° Découpage série (Buck) 3° Découpage parallèle (Boost) 4° Accumulation inductive (Buck & Boost) 5° Accumulation isolée (Flyback) 6° Série isolée (Forward) 7° Accumulation capacitive (Cuck)

1° - Introduction Une alimentation est un dispositif destiné à fournir en sortie une tension continue régulée à partir d’une source continue ou alternative. Deux technologies de régulation sont possibles : - La régulation linéaire ou « ballast », - La régulation à découpage. Source non régulée Sortie régulée Ballast régulation Source non régulée Sortie régulée Découpage régulation

1° - Introduction La régulation linéaire ou « ballast » La régulation à découpage. Transfo 50 Hz Adaptation de la tension Isolation galvanique Sortie régulée Redresseur Basse tension fort courant 100 Hz régulation Secteur 230 V ~ 50 Hz Cond. tampon T Ballast Régulation par dissipation Courant Tension Non régulée Régulée V Is Vs Pu = Vs.Is Pballast = V.Is Transfo 50 kHz Adaptation Isolation Sortie = régulée Redresseur Basse tension fort courant 50 kHz régulation Secteur 230 V ~ 50 Hz Cond. tampon Haute tension faible courant 100 Hz Transistor Découpage Régulation temps Tension Saturé T Période T rapport cyclique Bloqué Vs en moyenne

1° - Introduction Caractéristiques Découpage Linéaire Puissance massique 200 à 300 w/kg 10 à 30 w/kg Puissance volumique 300 W/l 50 W/l Rendement 60 à 90 % 35 à 55 % Plage de tension d’entrée 0,5 à 1,2 UN 0,9 à 1,1 UN Temps de maintien 10 à 100 ms 5 à 10 ms Régulation dynamique (dépassement – durée) 5% - 1 ms 1% - 50 s Ondulation résiduelle CàC 1% 0,1% Perturbations EMI RFI Importantes Négligeable MTBF 60 000 h 100 000 h

1° - Introduction Coût Coûts Puissances Puissance Volumique (W/l) 7 (W/l) 100 50 Coûts Linéaire (€/W) 14 Découpage Découpage Linéaire Puissances Puissance Utile (W) 300 150

2° - Découpage série (Buck) L C D E iS iC iL vS v F,  vL K iE VS =  E v E2 vL E1 v E2 vL t v T T 2T E t vL T T 2T (1-)E -E I I0 iL

2° - Découpage série (Buck) L C D E iS iC iL vS v F,  vL K iE t T T I iL I0 t T T I I0 iL Ilim I t T T I i1 I0 t T T I I0 iD VS E DNI ILmoy DI  = 1  = 0  = 0,5  = 0,25  = 0,75 Ilim max=

2° - Découpage série (Buck) Débit interrompu R L C D E iS iC iL vS v F,  vL K iE t T T 2T E1 E2 v T t vL T T 2T (E-VS) -VS I’ iL T VS E DNI IS DI  = 1  = 0  = 0,5  = 0,25  = 0,75 ILSM=

3° - Découpage parallèle (Boost) vL i1 L E1 iC vS f,  iD D iS K iK C RCh vS vL + - vD vS vL - + vK t vL T T 2T E (E -VS) I I0 iL

3° - Découpage parallèle (Boost) vL i1 L E1 iC vS f,  iD D iS K iK C RCh t T T I iL I0 t T T I iK I0 T T iS t I I0 iD VS E DNI IS DI  = 0  = 0,5  = 0,75  = 0,67 ILSM= 2 E 4 E 3 E

4°- Accumulation inductive (Buck & Boost) iC vS f,  vL iD D iS K iL C RCh vS vL + - vD vS vL - + vK

4°- Accumulation inductive (Buck & Boost) vL T T 2T E -VS I I0 iL i1 L E1 iC vS f,  vL iD D iS K iL C RCh t T T I iK I0 T T iS t I I0 iD t T T I-IS -IS iC

4°- Accumulation inductive (Buck & Boost) vL T T 2T E -VS I’ iL T i1 L E1 iC vS f,  vL iD D iS K iL C RCh VS E DNI IS DI  = 0  = 0,5  = 0,66  = 0,33 ILSM= 2 E  = 0,60

5°- Accumulation isolée (Flyback) D E Q Buck & Boost L C D E Q L C D E Q E Q L C D

5°- Accumulation isolée (Flyback) ε εL ε0 D Tr C iC i2 i1 v1 v2 E R iS vS vT t T T I1 iK I10 T T iS t I2 I20 i2 En démagnétisation incomplète t vL T T 2T n2/n1E -VS ε’ iL T En démagnétisation complète

5°- Accumulation isolée (Flyback) D Tr C iC i2 i1 v1 v2 E R iS vS vT VS E Démagnétisation incomplète IS Démagnétisation complète  = 0  = 0,5  = 0,66  = 0,33 ILSM= 2 E  = 0,60 En démagnétisation incomplète En démagnétisation complète

5°- Accumulation isolée (Flyback) D2 C2 R Q iC iS iDR i2 iE v1 v2 vS E 230 V ~ 50 Hz C1 C.I. DRIVER v3 i3 D3 C3 vDR vQ

6°- Série isolée (Forward) K  D1 D2 D3 L D1 L Phase active D2 D3 L Débit non interrompu dans la bobine Roue libre + démagnétisation D2 L Débit interrompu Roue libre

6°- Série isolée (Forward) K  D1 D2 D3 L K  = 40% D’

7°- Accumulation capacitive (Cuck) ik vL1 R L1 C D E iS iC2 iL1 vS vD F  vC iL2 ic iD vL2 vk