Abstract A transformer with an electrostatic shield body between its primary and secondary windings, one end of the shield body being connected to a zero potential point of the primary side from the AC standpoint. This reduces the capacity coupling between the primary and secondary windings. This transformer is particularly useful with an inverter. The transformer may include primary and secondary windings, each having a pair of terminals, and a magnetic core provided in connection with the primary and secondary windings magnetically. First and second static shield bodies may be provided at each side of the primary and secondary windings and therebetween, and these first and second static shield bodies are electrically connected to one terminal of the primary and secondary windings, respectively, so as to reduce the capacitance therebetween.
A transformer comprising: (a) a primary winding having a pair of terminals; (b) a secondary winding having a pair of terminals; (c) a magnetic core provided in connection with said primary and secondary windings magnetically and connected to one terminal of said secondary winding electrically; (d) a first static shield body provided at the side of said primary winding and between said primary and secondary windings; (e) a second static shield body provided at the side of said secondary winding and between said primary and secondary windings; (f) a third static shield body provided between said magnetic core and said primary winding; (g) means for connecting said first and third static shield bodies to one terminal of said pair of terminals of said primary winding, respectively; and (h) means for connecting said second static shield body to one of the pair of terminals of said secondary winding.
Claim 2
Dependent Claim
147 words
A transformer comprising: (a) a primary winding having a pair of terminals; (b) a secondary winding having a pair of terminals; (c) a magnetic core provided in connection with said primary and secondary windings magnetically and connected to one terminal of said secondary winding electrically; (d) a first static shield body provided at the side of said primary winding and between said primary and secondary windings; (e) a second static shield body provided at the side of said secondary winding and between said primary and secondary windings; (f) a third static shield body provided between said magnetic core and said primary winding; (g) means for connecting said first and third static shield bodies to one terminal of said pair of terminals of said primary winding, respectively; and (h) means for connecting said second static shield body to one of the pair of terminals of said secondary winding.