Series resonant circuit and voltage stabilizing method thereof

A voltage stabilizing method for a series resonant circuit device with zero load, wherein said series resonant circuit device comprises a resonant circuit, a equivalent capacitor, a magnetizing inductor and a transformer, said resonant circuit has at least a resonant capacitor and a resonant inductor, said equivalent capacitor and said magnetizing inductor are electrically connected in parallel and then electrically coupled to said resonant circuit and a primary winding of said transformer is electrically connected to said magnetizing inductor in parallel, comprising steps of:

• providing an input voltage to said series resonant circuit device;
• and
• providing a current impulse to said equivalent capacitor so as to decrease a current difference between said resonant inductor and said magnetizing inductor when said input voltage varies.

A voltage stabilizing method for a series resonant circuit device with zero load, wherein said series resonant circuit device comprises a resonant circuit, at least two equivalent capacitors, at least two magnetizing inductors and at least two transformers, said resonant circuit has at least a resonant capacitor and a resonant inductor, all said equivalent capacitors and said magnetizing inductors are electrically connected in parallel and then electrically coupled to said resonant circuit, and a primary winding of each of said transformers is electrically connected to each of said magnetizing inductors in parallel, comprising steps of:

• providing an input voltage to said series resonant circuit device;
• and
• providing a current impulse to each of said equivalent capacitors so as to decrease a respective current difference between said resonant inductor and each of said magnetizing inductors when said input voltage varies.

A voltage stabilizing method for a series resonant circuit device with zero load, wherein said series resonant circuit device comprises a resonant circuit, a equivalent capacitor, a magnetizing inductor and a transformer, said resonant circuit has at least a resonant capacitor and a resonant inductor, said equivalent capacitor and said magnetizing inductor are electrically connected in parallel and then electrically coupled to said resonant circuit, and a primary winding of said transformer is electrically connected to said magnetizing inductor in parallel, comprising steps of:

• providing an input voltage to said series resonant circuit device;
• and
• charging and discharging said equivalent capacitor so as to decrease a current difference between said resonant inductor and said magnetizing inductor when said input voltage varies.

A voltage stabilizing method for a series resonant circuit device with zero load, wherein said series resonant circuit device comprises a resonant circuit, at least two equivalent capacitors, at least two magnetizing inductors and at least two transformers, said resonant circuit has at least a resonant capacitor and a resonant inductor, all said equivalent capacitors and said magnetizing inductors are electrically connected in parallel and then electrically coupled to said resonant circuit, and a primary winding of each of said transformers is electrically connected to each of said magnetizing inductors in parallel, comprising steps of:

• providing an input voltage to said series resonant circuit device;
• and
• charging and discharging each of said equivalent capacitors so as to decrease a current difference between said resonant inductor and each of said magnetizing inductors when said input voltage varies.