NOVELTY - High current pulse generator as a power unit for direct current (DC) powered devices comprises: (i) capacitors connected in parallel with each other and with a DC voltage source for storing and releasing static charges; (ii) a latch; (iii) a power output sensor; (iv) a switching element for switching the capacitors into series connection for releasing the charges to generate electric impulses of high current; and (v) a trigger to initiate switching the capacitors.    USE - The high current pulse generator is used as a power unit for DC powered devices. It is used for generating impulses of high current for driving electric motors to create impulse torque in short duration to energize hand-held tools such as stapler, nailers, hammers, drills, hedge trimmers, pruners, nibblers, to ignite combustion engines, or to actuate automatic systems.    ADVANTAGE - The use of supercapacitors as load leveling for batteries in DC powered devices reduces the number of batteries required for powering the devices or prolongs the effective operating time of batteries. The assembly uses only electromagnetic relays as the switching element to switch the supercapacitors from parallel connection to series connection for delivering electric impulses. The relays are small and inexpensive, and thus the impulse generator consisting of supercapacitors and relays is compact and cost-effective. The assembly controls the capacitance and equivalent series resistance of the supercapacitors so that the magnitude of impulse force provided by the generator is tailor-made.    DETAILED DESCRIPTION - High current pulse generator as a power unit for direct current (DC) powered devices comprises:    (1) a DC voltage source;    (2) capacitors connected in parallel with each other and with the voltage source for storing static charges provided by the voltage source and for releasing the charges;    (3) a latch coupled to the capacitors for initiating storing charges of the capacitors;    (4) a power output sensor coupled to the voltage source for monitoring a power output of the voltage source;    (5) a switching element for switching the capacitors into series connection for releasing the charges to generate electric impulses of high current,; and    (6) a trigger coupled to the switching element for initiating switching the capacitors.    DESCRIPTION OF DRAWING(S) - The figure is a schematic diagram illustrating that supercapacitors are connected in parallel during charging and they are switched to series connection for delivering electric impulses upon pulling the trigger.    Supercapacitor (C1-C2)    Electromagnetic relay (S1-S4)