Nanocrystalline Block Core

 Nanocrystalline alloy  Block Splice Core - ANBC Series
Applications:
+ Applied to solar inverters, wind power inverters
+ Output filter or inductor cores in high frequency large power supplies
+ Transformer cores in switch mode power supplies
Characteristics:
+ High saturate induction - Reducing core volume
+ Rectangular form - Easy to mount coils
+ With air gap - Excellent anti-bias current ability
+ Low core loss - Low temperature rise
+ Good temperature stabilityNanocrystalline alloy  Block Splice Core - ANBC Series
Applications:
+ Applied to solar inverters, wind power inverters
+ Output filter or inductor cores in high frequency large power supplies
+ Transformer cores in switch mode power supplies
Characteristics:
+ High saturate induction - Reducing core volume
+ Rectangular form - Easy to mount coils
+ With air gap - Excellent anti-bias current ability
+ Low core loss - Low temperature rise
+ Good temperature stability

Nanocrystalline alloy  Block Splice Core - ANBC Series
Applications:
+ Applied to solar inverters, wind power inverters
+ Output filter or inductor cores in high frequency large power supplies
+ Transformer cores in switch mode power supplies
Characteristics:
+ High saturate induction - Reducing core volume
+ Rectangular form - Easy to mount coils
+ With air gap - Excellent anti-bias current ability
+ Low core loss - Low temperature rise
+ Good temperature stability

Nanocrystalline alloy  Block Splice Core - ANBC Series
Applications:
+ Applied to solar inverters, wind power inverters
+ Output filter or inductor cores in high frequency large power supplies
+ Transformer cores in switch mode power supplies
Characteristics:
+ High saturate induction - Reducing core volume
+ Rectangular form - Easy to mount coils
+ With air gap - Excellent anti-bias current ability
+ Low core loss - Low temperature rise
+ Good temperature stabilitNanocrystalline alloy  Block Splice Core - ANBC Series
Applications:
+ Applied to solar inverters, wind power inverters
+ Output filter or inductor cores in high frequency large power supplies
+ Transformer cores in switch mode power supplies
Characteristics:
+ High saturate induction - Reducing core volume
+ Rectangular form - Easy to mount coils
+ With air gap - Excellent anti-bias current ability
+ Low core loss - Low temperature rise
+ Good temperature stability

   

ANBC Core Dimension:


Cores with other specifications can be provided concerning to customer’s demand.