Low cost method of making a high impedance electrical transformer and products of said method
AssigneeWilliam L. Fisher
InventorPeter Kljucaricek
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AssigneeWilliam L. Fisher
InventorPeter Kljucaricek
Estimating the term…
A low cost method of making a high impedance electrical transformer is disclosed as well as products of such method. The method comprises adding a step during the process of winding a transformer component which imparts higher impedance to the transformer employing such component by causing a portion of the total magnetic flux flowing therein to be shunted through a shunt of transformer steel. Such added step includes placing such shunt against a side of the primary coil and winding the secondary coil around both the shunt and the primary coil and also includes using the same coil form on which the primary coil was wound for winding the secondary coil. Such added step produces a high impedance transformer at a significant cost reduction over prior art methods of making a high impedance transformer.
A low cost method of making a high impedance electrical transformer comprising adding a step during the process of winding a transformer component which imparts higher impedance to the transformer employing such component by causing a portion of the total magnetic flux flowing therein to be shunted through a shunt of transformer steel, said added step includes placing such shunt against a side of the primary coil and winding the secondary coil around both the shunt and the primary coil and also includes winding the secondary coil using the same coil form on which the primary coil was wound.
A low cost method of making a high impedance electrical transformer comprising adding a step during the process of winding a transformer component which imparts higher impedance to the transformer employing such component by causing a portion of the total magnetic flux flowing therein to be shunted through shunts of transformer steel, said added step including placing a pair of such shunts against opposite sides of the primary coil and winding the secondary coil around both the pair of shunts and the primary coil and also includes winding the secondary coil using the same coil form on which the primary coil was wound.
Dependencies are inferred from the claim text.