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  • A method of winding to position lead wires of both the start of winding and the end of winding at the circumference of a coil. This eliminates the need for a space to take out the lead wire from inside the coil. The use of the space for winding a copper wire results in a better lamination factor.

COILS

A method of winding to position lead wires of both the start of winding and the end of winding at the circumference of a coil. This eliminates the need for a space to take out the lead wire from inside the coil. The use of the space for winding a copper wire results in a better lamination factor.

  • A method of winding to position lead wires of both the start of winding and the end of winding at the circumference of a coil. This eliminates the need for a space to take out the lead wire from inside the coil. The use of the space for winding a copper wire results in a better lamination factor.

  • A method of winding to position lead wires of both the start of winding and the end of winding at the circumference of a coil. This eliminates the need for a space to take out the lead wire from inside the coil. The use of the space for winding a copper wire results in a better lamination factor.

Coil commentary

A method of winding to position lead wires of both the start of winding and the end of winding at the circumference of a coil. This eliminates the need for a space to take out the lead wire from inside the coil. The use of the space for winding a copper wire results in a better lamination factor.

Single concentrated winding.
An astonishing lamination factor of 70.7%

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