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14 11,2025
Why Are Litz Wires Commonly Used in High-Frequency Reactors? —An In-Depth Analysis of Key Design Principles
This article compares feeler gauges, laser sensors, and 3D scanning for transformer core gap measurement, explaining how micron-level accuracy improves loss prediction, noise reduction, and compliance with global efficiency standards.
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11 11,2025
Why Are 3D Wound Core Transformers More Efficient? -The Physics Behind Symmetric Magnetic Circuits and Iron Loss Reduction
Special process requirements for center taps in high-frequency transformers include precision symmetry control, loss minimization techniques, graded insulation, stress relief mechanisms, and rigorous IEC-compliant validation testing.
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08 11,2025
The Evolution of Core Gap Measurement Technology -From Feeler Gauges to Laser 3D Scanning for Precision Enhancement
This article details the critical process requirements for center tap termination in high-frequency transformers, covering symmetry control, loss reduction techniques, insulation design and reliability validation for optimal performance.
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06 11,2025
How to Assess Transformer Insulation Paper Aging? —Degree of Polymerization (DP Value) Testing Method and Remaining Life Prediction
This guide explores transformer insulation paper aging assessment via DP value testing, predictive lifespan modeling, and integrated monitoring of furan compounds, dissolved gases, and oil parameters to prevent failures.
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05 11,2025
What Are the Special Process Requirements for Center Tap Termination in High-Frequency Transformers?
This article explores the special process requirements for center tap termination in high-frequency transformers, including symmetry control techniques, high-frequency loss minimization, insulation designs, and reliability validation methods.
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01 11,2025
Why Are High-Power Transformers More Likely to Use Flat Copper Wire Instead of Round Copper Wire?
This article explains the essential steps after a transformer's Buchholz relay trip, including DGA testing procedures, fault interpretation, and safety protocols to determine if immediate power restoration is possible according to IEC/IEEE standards.
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30 10,2025
Key Points of Explosion-Proof Design for Oil-Immersed Transformers: How Do Pressure Relief Devices and Gas Relays Work Together?
This article explains how pressure relief valves and gas relays work together to prevent transformer explosions by releasing overpressure during arc faults and detecting gas accumulation from insulation oil decomposition.
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28 10,2025
Can Power Be Restored Immediately After a Heavy Gas Trip? —Detailed Process of Fault Gas Chromatography Analysis
This article explains how to prevent interference between multi-winding transformer leads through optimized layout, electromagnetic shielding, filtering techniques and insulation strategies that comply with IEC standards.
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25 10,2025
Which is More Reliable: Laser Welding, Soldering, or Cold Crimping? —A Comparison of Winding Wire Joining Processes
This article examines the feasibility of using recycled copper in transformers by analyzing conductivity differences, mechanical properties, and compliance with international standards like IEC and IEEE.
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23 10,2025
How to Prevent Interference Between Lead Wires in Multi-Winding Transformers? —An In-Depth Analysis Based on International Standards
This article analyzes the feasibility of using recycled copper wire in transformers by comparing conductivity, mechanical properties, and compliance with IEC/IEEE standards, while evaluating efficiency impacts and lifecycle costs.
