Core Material | High-frequency circuits, power supplies | Industry Standard: Powdered Iron (10 MHz max) Our Base: Ferrite (20 MHz) Our Advanced: Ferrite + Silver Plating (▲30 MHz) | Higher frequency handling in Base/Advanced; reduced energy loss (▲15% efficiency) | Base: 20% costlier than powdered iron; Advanced: premium price for silver plating |
Inductance Value | Filter design, energy storage | Industry Standard: 1–10 µH (IEC 60068) Our Base: 5–20 µH Our Advanced: 10–40 µH (▲2× range) | Wider application range in Advanced; precise tuning for critical circuits | Base: Limited for high-power applications; Advanced requires specialized PCB design |
Current Rating | Motor drives, power regulation | Industry Standard: 1–3 A (UL 1950) Our Base: 2–5 A Our Advanced: 4–8 A (▲66% capacity) | Handles higher loads in Advanced; reduced overheating risk | Base: May saturate in high-current spikes; Advanced adds thermal management cost |
Size & Packaging | Compact devices, IoT hardware | Industry Standard: 10×10 mm³ (RoHS compliant) Our Base: 8×8 mm³ Our Advanced: 6×6 mm³ (▲30% smaller) | Space-saving design for miniaturized electronics; SMT compatibility | Base: Limited scalability; Advanced requires precision assembly tools |
Frequency Response | RF circuits, signal filtering | Industry Standard: 1–50 kHz (ASTM F2951) Our Base: 1–100 kHz Our Advanced: 1–200 kHz (▲2× bandwidth) | Enhanced noise filtering in Advanced; stable operation across wide frequencies | Base: Limited for high-frequency noise; Advanced may require shielding |
Thermal Performance | Industrial equipment, automotive systems | Industry Standard: 85°C max (JEDEC JESD22-A108) Our Base: 105°C Our Advanced: 125°C (▲47% heat tolerance) | Withstands harsh environments in Advanced; reduced thermal drift | Base: Risk of degradation at high temps; Advanced adds cooling component costs |