The production of modern armored vehicles through the use of new technologies and the development of additional active-reactive means of protection increase their toughness and resistance on the battlefield. Thus, increasing demands are placed on anti-tank missiles in order to achieve the required effect on the modern battlefield by using them. One of the directions of development of modern anti-armor missiles with high penetration is arming these missiles with tandem cumulative warheads (TKWH). In order to make the most of the effect of activating the TKWH, it is necessary to achieve very precise activation of the front and base warheads. The cadence between the activation of the front and main warheads in the TKWH depends on many factors, some of which are of constant value, while others are variable and depend on the speed of the missile at the moment of meeting the target, the angle of attack at which the missile hits the target and other factors. Due to all of the above, the control elements of the igniter that should activate the TKWH should meet many criteria, such as, first of all, absolute safety when manipulating the missile and/or TKWH, operational reliability, precision and repeatability of the dynamics of activating the front and main warhead.