Figure 1. Ideal electrical circuit of the push–pull converter. First, the most widespread solutions are based on the complete ideal model of the converter (Figure 1). This model is based on the analysis of the second-order buck equivalent model of the transformer secondary circuit and has ...
Figure 1. Push–pull converter. In renewable power sources, total power from the generator is transferred via a power converter. Therefore, the energy efficiency of the used converter is very important. Modeling power losses is an important step when developing algorithms aimed at improving the ...
Modified Active-Clamped Current-Fed DC–DC Push–Pull Converter by Eldin Mario Miranda-Terán 1, Fernando Lessa Tofoli 2, Grover Victor Torrico Bascopé 3 and Rene Pastor Torrico Bascopé 1,* 1 Department of Electrical Engineering, Federal University of Ceará, Fortaleza 60020-181, Brazil...
Then, 𝑈𝑚Um is attenuated to within 3.3 V using an attenuation circuit and measured by the microcontroller’s analog-to-digital converter (ADC). The phase difference 𝜃θ between 𝑈𝑚Um and 𝐼𝑇IT is obtained by a digital phase discriminator. The STM32 microcontroller can detect ...
Therefore, to achieve resistance matching and generate maximum power, a DC–DC converter is usually connected to the output terminals of the generator [20,21,22]. The maximum power transfer was not achieved in this work because a fixed value resistor is connected to the output of the ...