sabu31
Advanced Member level 1
Hi all,
I need to design one electrode where the field strength is typically 35kV/cm to 40kV/cm. The voltage applied would be 12kV, 10us at 250Hz.
I designed one electrode with 4.5mm dia and 3.5mm gap. The dia was kept to considering the limit of peak current. In literature, its mentioned that for uniform field the electrode dimensions should be much higher than the gap. What is the limit in dimensions beyond which field is non-uniform? And what would be the typical field in such scenario.
Suppose there is drill through hole on 3.5 mm ground electrode while the 4.5 mm positive edge is remaining same, what would be the effect on the effective field.
Thanks
I need to design one electrode where the field strength is typically 35kV/cm to 40kV/cm. The voltage applied would be 12kV, 10us at 250Hz.
I designed one electrode with 4.5mm dia and 3.5mm gap. The dia was kept to considering the limit of peak current. In literature, its mentioned that for uniform field the electrode dimensions should be much higher than the gap. What is the limit in dimensions beyond which field is non-uniform? And what would be the typical field in such scenario.
Suppose there is drill through hole on 3.5 mm ground electrode while the 4.5 mm positive edge is remaining same, what would be the effect on the effective field.
Thanks