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Reduced Components Count with Optimal Switching for Minimum THD in Multilevel Inverter

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Preview image showing the research paper titled "Reduced Components Count with Optimal Switching for Minimum THD in Multilevel Inverter" by Taha Ahmad Hussein, Dahaman Ishak, and Mohamad Tarnini, including the abstract describing Matlab simulations and harmonic elimination optimization.
ResearchBack summary card featuring the paper 'A Modified High-Efficiency LLC Converter With Two Transformers for Wide Input-Voltage Range Applications,' with a clean blue background, title, authors, abstract, and index terms clearly displayed

A Modified High-Efficiency LLC Converter With Two Transformers for Wide Input-Voltage Range Applications

Original price was: $6,000.00.Current price is: $5,500.00.

A Modified High-Efficiency LLC Converter With Two Transformers for Wide Input-Voltage Range Applications

Original price was: $6,000.00.Current price is: $5,500.00.

Unlock a complete engineering resource based on the IEEE-published design:
“A Modified High-Efficiency LLC Converter With Two Transformers for Wide Input-Voltage Range Applications”

Included in this digital package:

  • ✅Full Simulation Files (PSIM)

  • ✅Optimized Schematic Diagrams for each operating configuration

  • ✅Ready-to-Fabricate PCB Layouts (Gerber + BOM)

  • Complete STM32 Firmware (Fully commented control code for real-time switching frequency adjustment)

  • ✅Design Notes and Commentary to assist replication and adaptation

🎓 Perfect for:
Power electronics researchers, graduate students, engineers developing PV microinverters, or any advanced learner working on resonant converters.

📥 Instant download after purchase – Includes all source files and documentation.

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Description

What You’ll Learn or Apply:

  • Adaptive transformer operation for ultra-wide input range (25–100V)

  • Optimization of magnetizing inductance to minimize losses

  • Numerical modeling for accurate DC gain estimation

  • High-efficiency resonant converter topologies for microinverters (up to 98% efficiency)

🎓 Perfect for:
Power electronics researchers, graduate students, engineers developing PV microinverters, or any advanced learner working on resonant converters.

📥 Instant download after purchase – Includes all source files and documentation.

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Vendor Information

  • Store Name: Dr. Haibing Hu
  • Vendor: Dr. Haibing Hu
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