APPLICATIONS:

• Distribution and power transformers
  Motors
• High frequency inductors
• Current transformers
• Devices requiring high permeability and low loss at low frequencies

BENEFITS:

• Extremely low core loss - less than 0.2 W/kg at 60 Hz, 1.4 Tesla, or 30% of the core loss of grade M-2 electrical steel (core loss at 50 Hz is approximately 80% of 60 Hz values)
• High permeability

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APPLICATIONS:

• Current transformers
• Ground fault protection devices
• High frequency cores

BENEFITS:

• Low core loss at high frequencies (>1 kHz)
• High operating temperature with minimal flux density reduction
• Can be annealed for high permeability in low or high frequencies

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APPLICATIONS:

• Flexible electromagnetic shielding
• Magnetic sensors
• High frequency cores
• Magnetic Switches
  

BENEFITS:

• Near-zero magnetostriction
• High permeability and square BH loop without annealing
• Can be annealed for square or linear permeability
• Medium saturation induction

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APPLICATIONS:

• Switch-mode power supply applications
  • Magnetic amplifiers
  • Semiconductor noise suppression cores
• High frequency transformers
• High sensitivity matching transformers
• Ultra-sensitive current transformers
• Shielding
• Sensor applications
  

BENEFITS:

• Extremely low core loss
• Ultrahigh permeability
• High squareness ratio - low coercive force
• Near-zero magnetostriction
• Excellent corrosion resistance
• Can be annealed for linear BH loop

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APPLICATIONS:

• Field sensors
• Shielding applications
• High frequency cores
• Magnetomechanical sensors
  

BENEFITS:

• Medium saturation induction
• Lower magnetostriction
• Higher corrosion resistance
• Can be annealed for high permeability, rounded or square BH loop

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