MSBTE
22326 Fundamentals of Power Electronics Notes | MSBTE Diploma
Engineering All Units Notes are comprehensive study resources provided by
(www.diplomasolution.com). MSBTE 22326 Fundamentals of Power Electronics notes
are specialized study materials crafted by the (www.diplomasolution.com).
This Notes is Created by Diploma Solution Team (www.diplomasolution.com).
For
Downloading Notes PDF, Click on Download PDF.
Below is a general overview of the
topics typically covered:
1.
Introduction to Power Electronics:
·
Definition and importance of power electronics.
·
Historical perspective and current trends.
·
Comparison with linear electronics.
2.
Power Electronic Devices:
·
Diodes, thyristors, triacs, diacs.
·
Power transistors, MOSFETs, and IGBTs.
·
Static characteristics, triggering circuits, and
protection circuits.
3.
Rectifiers:
·
Single-phase half-wave, full-wave, and bridge
rectifiers.
·
Three-phase rectifiers.
·
Filtering, regulation, and performance
parameters.
4.
Inverters:
·
Single-phase and three-phase inverters.
·
Voltage source and current source inverters.
·
Pulse-width modulation (PWM) techniques.
5.
Choppers (DC-DC Converters):
·
Step-up, step-down, and reversible choppers.
·
Control strategies and applications.
6.
AC Voltage Controllers:
·
Single-phase and three-phase AC voltage
controllers.
·
Modes of operation and applications.
7.
Cycloconverters:
·
Basic concepts and operation.
·
Single-phase and three-phase cycloconverters.
·
Applications in speed control of motors.
8.
Motor Drives:
·
Importance and applications of variable speed
drives.
·
DC motor drives: phase-controlled and
chopper-controlled.
·
AC motor drives: V/f control and vector control.
9.
Power Electronics in Renewable Energy:
·
Power electronics in solar PV systems: MPPT,
inverters.
·
Wind energy conversion systems.
·
Battery charging and energy storage systems.
10.
Protection in Power Electronics:
·
Overcurrent, overvoltage, and thermal
protection.
·
Snubbers and freewheeling diodes.
11.
Applications of Power Electronics:
·
Power supplies: SMPS, UPS.
·
Power electronics in transportation: EVs,
trains.
·
Power electronics in utility applications:
FACTS, HVDC transmission.
12.
Recent Trends in Power Electronics:
·
Wide bandgap devices: SiC, GaN.
·
Digital control in power electronics.
· Modular multilevel converters (MMC).