Add to ORKGA voltage converter on the base of a switch-on transformer self-excited oscillator is described. A nonsaturated circuit of the current positive feedback is used in the converter. In the circuit of the voltage positive feedback is applied a separate saturated switch-on transformer. This converter is characterized by the high efficiency (97%) at the low voltage supply (12 V) and high reliability in a wide range of operation condition variation
A Positive Buck-Boost converter is a known DC-DC converter which may be controlled to act as Buck or...
A series-resonant power converter system is presented which allows generation of multiphase output v...
The field effect power transistors are used in many applications in electromechanical systems. Contr...
A voltage converter on the base of a switch-on transformer self-excited oscillator is described. A n...
A voltage converter on the base of a switch-on transformer self-excited oscillator is described. A n...
In order to decrease input harmonic currents of switching converters, a combined circuit configurati...
This paper reports a study of the electromagnetic processes in self-generating resonant inverters, a...
This paper reports a study of the electromagnetic processes in self-generating resonant inverters, a...
Abstract This study presents a self‐oscillating fly‐buck converter. The primary objective of this re...
A resonant voltage converter and ways of pulse width (PWM) adjustment of its output voltage are prop...
In order to reduce the overall size of the power conversion device several advanced techniques can b...
A Positive Buck-Boost converter is a known DC-DC converter which may be controlled to act as Buck or...
The operation of a self-oscillating switched-mode circuit topology for low-voltage thermal energy ha...
The operation of a self-oscillating switched-mode circuit topology for low-voltage thermal energy ha...
A positive buck-boost converter is a known DC- DC converter which may be controlled to act as buck o...
A Positive Buck-Boost converter is a known DC-DC converter which may be controlled to act as Buck or...
A series-resonant power converter system is presented which allows generation of multiphase output v...
The field effect power transistors are used in many applications in electromechanical systems. Contr...
A voltage converter on the base of a switch-on transformer self-excited oscillator is described. A n...
A voltage converter on the base of a switch-on transformer self-excited oscillator is described. A n...
In order to decrease input harmonic currents of switching converters, a combined circuit configurati...
This paper reports a study of the electromagnetic processes in self-generating resonant inverters, a...
This paper reports a study of the electromagnetic processes in self-generating resonant inverters, a...
Abstract This study presents a self‐oscillating fly‐buck converter. The primary objective of this re...
A resonant voltage converter and ways of pulse width (PWM) adjustment of its output voltage are prop...
In order to reduce the overall size of the power conversion device several advanced techniques can b...
A Positive Buck-Boost converter is a known DC-DC converter which may be controlled to act as Buck or...
The operation of a self-oscillating switched-mode circuit topology for low-voltage thermal energy ha...
The operation of a self-oscillating switched-mode circuit topology for low-voltage thermal energy ha...
A positive buck-boost converter is a known DC- DC converter which may be controlled to act as buck o...
A Positive Buck-Boost converter is a known DC-DC converter which may be controlled to act as Buck or...
A series-resonant power converter system is presented which allows generation of multiphase output v...
The field effect power transistors are used in many applications in electromechanical systems. Contr...