| 摘要 |
FIELD: electrical engineering. ^ SUBSTANCE: invention relates to electrical engineering particularly to heat dissipation circuits allowing a high-efficiency dissipation of heat generated by switching components to control recharging, module recharging and over load current or that of the high-power output storage battery unit with a set of separate elements interconnected so that the said separate elements can get charged and discharged. The switch board incorporates a heat dissipation circuits and switching elements arranged on PCB. The storage battery module comprises the switchboard. The heat dissipation circuit efficiency in compliance with this invention can be notably increased or decreased depending upon the preset capacitance and power output. Note also that the aforesaid circuit allows a high-efficiency heat dissipation despite the miniature structure of the said heat dissipation circuit. ^ EFFECT: high-efficiency and miniature design. ^ 11 cl, 6 dwg |
