| 摘要 |
The circuit for canonical and adiabatic conversion of DC voltage comprises the canonical circuit (UK) with transfer modules (MT) and the final module (MK). From the canonical circuit (UK) there arc extracted equivalent terminals tt = ( t 0 , t 1 , ... , t n +1 } each of which is connected to a respective switch of the switches contained in the Single-Pole Triple-Throw switch. In addition, the electronic switches (KL) are controller by the electronic clock, and to the terminals there is connected the capacitor (C out ) constituting the output of the circuit. Moreover, to the external terminal (to), preserving the continuity of current flow, there is connected an inductor (L), and electrical capacitors (C) have identical electric capacity. The method for canonical and adiabatic conversion of DC voltage consists in voltage regulation by the canonical circuit. During conversion the rectangular clock signal is controlled with electronic switches (KL), and all terminals from the set tt = { t 0 , t 1 ..., t n +1 } are assigned with numerical weights ww = { w ( t 0 ), w ( t 1 ),..., w ( t n +1 )], according to which the terminals { t 0 , t 1 , ... , t n+1 } are switched. In addition, to the external terminal ( t 0 ) there is connected the inductor (L), and capacitances of the capacitors (C) are chosen so that they are identical. |
