This document contains 50 code topics related to power electronics. The codes cover a wide range of topics including boost converters, buck-boost converters, isolated converters, high step-up converters, inverters, MPPT techniques for photovoltaic systems, and control methods for power converters. Many of the codes describe novel converter circuit topologies or control strategies to improve converter efficiency, voltage gain, or power quality.

1. CODE TOPICS FIELD
DWTPE-1 20 mV Input, 4.2 V Output Boost Converter with Methodology of
Maximum Output Power for Thermoelectric Energy Harvesting
IEEE2016/POWER
ELECTRONICS
DWTPE-2 A Family of Isolated Buck-Boost Converters Based on Semi-Active
Rectifiers for High Output Voltage Applications
DWTPE-3 A New Transformer Less Buck-Boost Converter with Positive Output
Voltage
DWTPE-4 A Novel Buck-Boost AC-AC Converter with Both Inverting and Non-
Inverting Operations and Without Commutation Problem
DWTPE-5 A Three Switching State Boost Converter Mixed with Magnetic
Coupling
and Voltage Multiplier Techniques for High Gain ConversionDWTPE-6 An Active Power Factor Correction Technique for Bridgeless Boost
AC-
DC ConverterDWTPE-7 An Isolated Soft-switching Buck-Boost Converter Utilizing Two
Transformers and Embedded Bidirectional Switches on Secondary-
side for Wide Voltage Applications
DWTPE-8 Digital Noninverting Buck-Boost Converter with Enhanced Duty
Cycle-Overlap Control
DWTPE-9 Full-Range Soft-Switching Isolated Buck-Boost Converters with
Integrated Interleaved Boost Converter and Phase-Shifted Control
DWTPE-10 High Efficient Multiple-input Buck-Boost Converter for Energy
Harvesting Systems
DWTPE-11 Non-isolated Interleaved DC-DC Converter for High Voltage Gain
Applications
DWTPE-12 ZVS-ZCS High Voltage Gain Integrated Boost Converter for DC
Micro grid
DWTPE-13 Simulation, Construction, and Validation of a DC/DC Buck Power
Converter–DC Motor System
DWTPE-14 Fuzzy Logic Control of Buck Converter for Photo Voltaic Emulator
DWTPE-15 An Isolated Soft-switching Buck-Boost Converter Utilizing Two
Transformers and Embedded Bidirectional Switches on Secondary-
side for Wide Voltage Applications
DWTPE-16 Analysis and Design Considerations of Integrated 3-Level Buck
Converters
DWTPE-17 Closed-Loop Design and Time-Optimal Control for a Series-
Capacitor
Buck ConverterDWTPE-18 A Family of Isolated Buck-Boost Converters Based on Semi-Active
Rectifiers for High Output Voltage Applications
DWTPE-19 Full-Range Soft-Switching Isolated Buck-Boost Converters with
Integrated Interleaved Boost Converter and Phase-Shifted Control

2. DWTPE-20 Power Factor Correction in BLDC motor Drives Using DC-DC
Converters
DWTPE-21 Reduced Current Stress Bridgeless Cuk PFC Converter with New
Voltage
Multiplier CircuitDWTPE-22 Single-stage Three-phase Differential-mode Buck Boost Inverters
with
Continuous Input Current for PV Applications
IEEE2016/POWERELECTRONICS
DWTPE-23 Solar Powered Water Pumping System Employing Switched
Reluctance
Motor DriveDWTPE-24 A High Step-up Bidirectional Isolated Dual-Active Bridge Converter
with
Three-Level Voltage-Doubler Rectifier for Energy Storage
Applications
DWTPE-25 A Novel High Gain Step-Up Resonant DC-DC Converter for
Automotive
ApplicationDWTPE-26 A Novel high step-up Dual switches converter with Coupled
Inductor
and voltage multiplier cell for a renewable energy systemDWTPE-27 A PWM Plus Phase-Shift Controlled Interleaved Isolated Boost
Converter Based on Semi-Active Quadrupler Rectifier for High Step-
Up
ApplicationsDWTPE-28 A Single-Switch Converter with High Step-up Gain and Low Diode
Voltage Stress Suitable for Green Power-Source Conversion
DWTPE-29 An Isolated High Step-Up Converter with Continuous Input Current
and
LC SnubberDWTPE-30 Bidirectional Resonant DC-DC Step-up Converters for Driving High-
voltage Actuators in Mobile Micro robots
DWTPE-31 High Gain DC-DC Converter Based on the Cockcroft-Walton
Multiplier
DWTPE-32 High Step-Up DC-AC Inverter Suitable for AC Module Applications
DWTPE-33 High Step-Up/Down Ratio Isolated Modular Multilevel DC-DC
Converter
for Battery Energy Storage Systems on Micro gridsDWTPE-34 High Step-Up Forward Fly-back Converter with Parallel Output
DWTPE-35 Hybrid Serial-Output Converter ForIntegrated Led Lighting
Applications
DWTPE-36 Isolated High Step-Up DC-DC Converter Based on Quasi-Switched-
Boost
NetworkDWTPE-37 A Millimeter Wave High-Order TE13 Mode Converter
DWTPE-38 Asymmetrical Duty Cycle Controlled LLC Resonant Converter with
Equivalent Switching Frequency Doubler
DWTPE-39 Novel Three Phase Multi-Level Inverter Topology with Symmetrical
DC-
Voltage SourcesDWTPE-40 Synchronization Strategies in Cascaded H-Bridge Multi Level
Inverters
for Carrier Based Sinusoidal PWM TechniquesDWTPE-41 A Modified Reference of Intermediate Bus Capacitor Voltage Based
Second Harmonic Current Reduction Method for a Stand-alone
Photovoltaic Power System
DWTPE-42 A Pulse-Width Modulation Technique for High Voltage Gain
Operation

3. DWTPE-43 Model Predictive Control of Quasi-Z-Source Four-Leg Inverter
DWTPE-44 Nonlinear control for MPPT and UPF of PV System Connected
to the Grid
DWTPE-45 Robust Adaptive Integral Back stepping control for MPPT and UPF
of PV
System Connected to the GridDWTPE-46 Simple Time Averaging Current Quality Evaluation of a Single-Phase
Multilevel PWM Inverter
DWTPE-47 Single-Phase to Three-Phase Converters with Two Parallel Single-
Phase
Rectifiers and Reduced Switch Count
IEEE2016/POWER
ELECTRONICS
DWTPE-48 Three-level PWM Floating H-bridge Sinewave Power Inverter for
High-
voltage and High Efficiency ApplicationsDWTPE-49 AC-DC-AC Three-Phase Converter Based on Three Three-Leg
Converters
Connected in SeriesDWTPE-50 Improved Three-Phase Micro-Inverter Using Dynamic Dead Time
Optimization and Phase Skipping Control Techniques
DreamwebTechnosolutions
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