Novel gas current transformer with capacitance voltage dividing structure

The invention relates to a novel gas current transformer with a capacitive voltage dividing structure. The novel gas current transformer is characterized by comprising an outer shell, a composite sleeve, an iron core part, a transformer body suspension electrode, a primary conductive rod, a secondary lead tube, a sleeve high-voltage electrode and a sleeve suspension electrode, the two suspension electrodes are both located between the high-voltage electrode and the ground electrode, intermediate voltage is induced between high voltage and low voltage through the capacitance voltage dividing principle, different capacitance can be formed by adjusting the outer diameter and the length of the suspension electrodes, different potentials are induced on the suspension electrodes through the different capacitance, and the high-voltage electrode and the low-voltage electrode are formed. The electric fields on the surfaces of the high-voltage and low-voltage electrodes are further adjusted; the non-uniform coefficient