Toroidal Core Transformers | High-efficiency applications, medical devices | Core Efficiency: 96% (Base) ▲, 98% (Advanced) ▲2% over industry 95% (IEC 60076-7) Weight: 2.5kg (Base) ▲, 2.3kg (Advanced) ▲0.2kg lighter than industry avg. 3.0kg | ✅ High efficiency, compact design, low noise (35 dBA ISO 3744) ✅ Low losses and minimal electromagnetic interference | ⚠️ Higher cost, complex manufacturing process |
Laminated Core Transformers (EI) | General industrial use, cost-sensitive applications | Core Efficiency: 88% (Base) ▲, 90% (Advanced) ▲2% over industry 85% (IEC 60076-7) Weight: 4.0kg (Base), 3.8kg (Advanced) ▲0.2kg lighter | ✅ Lower cost, robust construction, easier to manufacture ✅ Widely available and standardized | ⚠️ Bulky, higher noise (45 dBA), moderate efficiency |
Distribution Transformers | Power distribution networks, substations | Voltage Regulation: ±1.5% (Base) ▲, ±1% (Advanced) ▲0.5% over industry ±2% (IEEE C57.12.00) | ✅ Stable voltage output, wide voltage range, reliable for grid applications | ⚠️ Larger physical size, requires frequent maintenance, higher upfront cost |
Autotransformers | Voltage adjustment, cost-sensitive applications | Tap Range: ±12% (Base) ▲, ±15% (Advanced) ▲3% over industry ±10% (IEC 60076-4) | ✅ Compact, cost-effective, adjustable voltage output for varying loads | ⚠️ No electrical isolation between primary/secondary, limited protection |
Isolation Transformers | Safety-critical applications, medical equipment | Isolation Voltage: 1800V (Base) ▲, 2000V (Advanced) ▲200V over industry 1500V (IEC 61558-2-14) | ✅ Full electrical isolation, enhanced safety, reduced noise (30 dBA) | ⚠️ Higher cost, slightly larger footprint compared to non-isolated variants |
High-Frequency Transformers | Switch-mode power supplies, electronics | Frequency Response: 60kHz (Base) ▲, 80kHz (Advanced) ▲20kHz over industry 50kHz (IEEE C57.12.90) | ✅ Compact, lightweight, high-frequency operation for modern electronics | ⚠️ Requires specialized materials, complex design, higher cost |