TechniquesLectures | ApplicationsAssignments & Projects | ||||
|---|---|---|---|---|---|
| Solar | Battery | Wind | eMobility | DC Grid | |
| Hardware | |||||
| Power Electronics for DC-DC converters Switched Mode Power Supplies | |||||
| Power Electronics for inverters Three phase inverters(2-level) | |||||
| Control | |||||
| Switched Mode Power Supplies Control Analog & Digital | |||||
| Pulse Width Modulation | |||||
| Field Oriented Control [FOC] | |||||
| Voltage Oriented Control [VOC]) | |||||
| MPP control | |||||
| PFC(single and three phase) | |||||
| AFE(Active Front End [three phase]) | |||||
| Design & Measurement | |||||
| EMC measurement | |||||
| PCB design | |||||
| Les | Week/Dag | uur | Topic | subject | Applicatie | Omschrijving |
|---|---|---|---|---|---|---|
| Herhaling DCDC | ||||||
| 1 | 1-Ma | 2 | DCDC | Buck converter | SBWMG | Basics on Buck converter operation - waveform calculation - power - inductor selection - output voltage ripple |
| 2 | 1-Di | 2 | DCDC | Boost converter | SBWMG | Basics on Boost converter operation - waveform calculation - power - inductor selection - output voltage ripple |
| Herhaling DCDC control en componenten | ||||||
| 3 | 2-Ma | 2 | DCDC | Control | SBWMG | Voltage mode control - Basics on analog control - oscillator - voltage and current sensing - opamp bandwidth |
| 4 | 2-Di | 2 | DCDC | Semiconductor | SBWMG | Basics of Mosfet and Diode - gatedriver - reverse recovery - losses |
| Herhaling DCAC | ||||||
| 5 | 1-Ma | 2 | DCAC | Inverter topology | SBWMG | Single phase - volle brug |
| 6 | 1-Ma | 2 | DCAC | Inverter topology | SBWMG | Three phase inverter |
| Herhaling DCAC PWM | ||||||
| 7 | 2-Di | 2 | DCAC | Inverter PWM | SBWMG | Modulatie index |
| 8 | 2-Di | 2 | DCAC | Inverter gatedriver | SBWMG | Gatedriver en gatedriver-supply |
| Algemene topics | ||||||
| 9 | 3-Ma | 2 | General | Semiconductors | SBWMG | Mosfet - Diode - IGBT - Schottky - SiC - GaN |
| 10 | 3-Di | 2 | General | Magnetica | SBWMG | Basis magnetica B H μr - berekening L - Ferriet - Kernen |
| 11 | 3-Wo | 2 | General | Verliezen | SBWMG | Berekening verliezen in SMPS en inverter - Doorlaat en schakelverliezen |
| 12 | 3-Do | 2 | General | Thermisch | SBWMG | Basis thermische berekening - heatsink - Rth - Cth - Foster - Cauer - Passive/Active cooling |
| DCDC SMPS converters | ||||||
| 13 | 4-Ma | 2 | DCDC | SMPS Non-Isolated | SBWMG | Synchrone Buck/Boost - bidirectioneel - batterij lader |
| 14 | 4-Di | 2 | DCDC | SMPS Isolated | SBWMG | Forward Converter - ontwerp HF transformator |
| 15 | 4-Wo | 2 | DCDC | Hoog vermogen | SBWMG | Volle brug - Halve brug - Push-Pull - Synchronous rectification |
| 16 | 4-Do | 2 | DCDC | Flyback | SBWMG | Design usb phone charger - laptop charger |
| 17 | 5-Ma | 2 | DCDC | EMI | SBWMG | Conducted & Radiated emission |
| 18 | 5-Di | 2 | DCDC | PCB | SBWMG | PCB layout - gatedriver circuit optimalisatie - wel of geen ground plane |
| DCDC SMPS control | ||||||
| 19 | 5-Wo | 2 | DCDC | Current Mode Control | SBWMG | Principe current mode control - stroommeting - filtering en versterking stroommeting |
| 20 | 5-Do | 2 | DCDC | Feedback compensation | SBWMG | Small-signal - Bode Diagram - pole placement - digital implementation |
| 21 | 6-Ma | 2 | DCDC | Hysterese control | SBWMG | ConstantOnTime en ConstantOffTime control |
| 22 | 6-Di | 2 | DCDC | MPP | SBWMG | Maximum power point regeling |
| 23 | 6-Wo | 2 | DCDC | DAHB FSBB | SBWMG | Phase Shift Modulation en PWM - bidirectioneel power flow - pre-charging - inrush current |
| 24 | 6-Do | 2 | DCDC | DAB | SBWMG | Constructie en ontwerp magnetica - verliezen magnetica - Phase Shift Modulation - Zero Voltage Switching |
| DCAC inverters | ||||||
| 25 | 7-Ma | 2 | DCAC | Inverter 2-level | SBWMG | Keuze Mosfet of IGBT - snubbers(RC RCD RCDverliesvrij) |
| 26 | 7-Di | 2 | DCAC | PWM | SBWMG | Basis aansturing low-side high-side - blanking time - compensatie blanking time in PWM sturing |
| 27 | 7-Wo | 2 | DCAC | Filters | SBWMG | Dimensioneren Filters voor motordrives en voor AFE - Harmonics |
| 28 | 7-Do | 2 | DCAC | Multilevel | SBWMG | Cascaded H-bridge NPC FC MMC |
| 29 | 8-Ma | 2 | DCAC | Verliezen | SBWMG | Berekening verliezen en keuze koeling |
| 30 | 8-Di | 2 | DCAC | Digital control | SBWMG | Spanning en stroommeting synchroniseren met PWM |
| DCAC Modulatie en control | ||||||
| 31 | 8-Wo | 2 | DCAC | Modulation | SBWMG | PWM - PFM - PAM - Hysterese control - Harmonics |
| 32 | 8-Do | 2 | DCAC | FOC | SBWMG | Park - Clarke |
| 33 | 9-Ma | 2 | DCAC | VOC | SBWMG | Active Front End - Estimation grid frequency/angle PLL - Bidirectional power flow - voltage control - Q control - Harmonics |
| 34 | 9-Di | 2 | DCAC | Current control | SBWMG | Prediction of (P I) or (K τ) parameters - Feed forward - Cascaded position - speed & current control |
| 35 | 9-Wo | 2 | DCAC | SVM | SBWMG | Basics of zero point shift - analog SVM en digital SVM implementatie |
| 36 | 9-Do | 2 | DCAC | Wireless | SBWMG | Basics of Wireless Power Transfer - optimum power transfer - signal modulation - Autoresonant |