DC-DC CONVERTER EXPERIMENTAL TOOL
Power electronics, received from any source of electrical energy, electronic methods of controlling (converted or processed) is the process of transferring the load to be controlled. Power electronics allowing the base implementation of the DC-DC converter, the voltage received from any DC source, by lowering or plural, fixed or variable is used to obtain the DC voltages. In this study, the microcontroller controlled DC-DC Converter types(buck, boost, buck-boost, cuk, sepic) are performed on a experimental tool. Power and control circuit with high switching frequency, various different load cases and according to the occupancy rate, the output voltage has been examined. Electrical operation of the control and measurements in conjunction with teaching; recognition of circuit elements, design, analysis and applied education designed a modular structure to help. Try to help students practice manuals prepared.
The present invention relates to a battery (1) with integrated discharge circuit comprising a battery cell (2) comprising a positive pole and a negative pole, a transistor (3) which comprises a control contact and two switching contacts which, with its switching contacts between the positive pole and the negative pole is connected to enable discharge of the battery cell (2) via the transistor (3), and a control circuit (4) which is adapted at the discharge of the battery cell (2) a discharge current (I