Power Electronics
Introduction
Cheat Sheet
Introduction
DC-DC Converters
- Principle of Step-Down Operation
  - Finding the performances of a DC-DC Converter
  - Generation of Duty Cycle
  - Step-Down Converter with RL Load
- Principle of Step-Up Operation
  - Step-Up Converter with a Resistive Load
- Performance Parameters
- Switching Mode Regulators
  - Buck Regulators
  - Buck-Boost Regulators
Thyristors
- Thyristor Characteristics
- Two-Transistor Model of Thyrsitor
- Thyristor Turn On
- Thyristor Turn Off
- Thyristor Types
- di\/dt Protection
- dv\/dt Protection
- Finding the values of the Snubber Circuit for a Thyristor Circuit
Controlled Rectifiers
- Principle of Phase-Controlled Converter Operation
- Single-Phase Full Converters
- Finding the input Power Factor of a Single-Phase Full Converter
- Single-Phase Dual Converters
- Principle of Three-Phase Half-Wave Converters
- Three-Phase Full Converters
- Three-Phase Dual Converters
- Single-Phase Semiconverters
- [Math] Finding The Fourer Series of the Input Current and Input PF of 1-Phase Semiconverter
- Three-Phase Semiconverters
AC Voltage Controllers
- Principle of ON-OFF Control
- [Math] Finding the Performance of an AC Voltage Controller With On-Off Control
- Principle of Phase Control
- Single Phase Bidirectional Controllers With Resistive Loads
- [Math] Finding the performance parameters of a Single-Phase Full-Wave Controller
- Single Phase Controllers With Inductive Loads
- Three Phase Full-Wave Controllers
- Cycloconverters
  - Single-Phase Cycloconverters
  - Three-Phase Cycloconverters

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Introduction

Power Electronics

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