Transformers/Inductances Noise Damping TRIZ Cases
- Grain-Oriented Steel Sheet Stress Control for Low Iron Loss and Noise
Laser heating creates a steep through-thickness temperature gradient to refine magnetic domains while limiting stress that raises noise.
- Laminated Wound Core Joint Layout for Transformer Noise Reduction
Joint portions placed in flat regions of a laminated wound core help suppress transformer noise while reducing strain.
- Transformer Core Clamping Structure for Vibration Load Resistance
An elongate clamping structure stiffens the transformer core column, raising resonance frequency to reduce vibration stress and deformation.
- Wound Core Bent-Section Stacking for Lower Noise and Iron Loss
Higher stacking factor at key bent portions and compression of steel sheets cut magnetostriction noise and iron loss in wound cores.
- Wound Core Lamination With Dense Bent Portions for Low Noise
Selective compression raises stacking factor at wound-core bends, cutting magnetostriction noise and iron loss while stabilizing the magnetic field.