电力引信已广泛用于第二代反坦克导弹或火箭破甲弹上。它是利用弹上热电池或弹在发射时本身机构产生的电脉冲,通过电路对引信上电容器充电,当碰目标后,弹上头部碰合开关闭合,电容器放电作为引信的起爆或点火的能源,使装在战斗部底上的引信作用,达到战斗部爆炸,形成聚能破甲,使弹适时可靠地击毁装甲目标或落地爆炸。 Fuse has been widely used in the second generation of anti-tank missiles or rocket armor shells. It is the use of shells on the hot batteries or shells fired in the body itself when the electrical pulse generated by the fuse circuit to charge the capacitor, when hit the target, the bomb hit the head on the switch is closed, the capacitor discharge as a fuse initiation or ignition Energy, so that the fuze mounted on the bottom of the battlefield functions to reach the warhead to explode and form a gathering armor so that the bomb can destroy the armored targets or landing explosions promptly and reliably.