Driving 3 channels of the detonating circuit for the tandem type of ESAD is implemented by designing the high voltage generating and control circuit. The proposed circuit functions to transmit a pulse and DC voltage to the inputs of the high voltage D...
Driving 3 channels of the detonating circuit for the tandem type of ESAD is implemented by designing the high voltage generating and control circuit. The proposed circuit functions to transmit a pulse and DC voltage to the inputs of the high voltage DC/DC converter. This circuit drives three DC/DC converters simultaneously, so that each detonating energy can be stably charged.