The positive super-lift Luo-converter is the advanced converter which has a lot of advantages. Thus, the proposed work aims in enhancing positive super-lift Luo-converter performance by using the appropriate passive components and MOSFETs for energy saving. It was taking into consideration that the current variation ratio ξ is < 1 at the applied range of resistance RL and inductance L values using the four different MOSFET types. It was shown that the output voltage reaches its maximum value at RL value > 1.5 kΩ, where the values of 14.3, 14.4, 14 and 13.8 V were reported, at RL value 4.7 kΩ, whenever MTP3055VL, STP32N60L, IRFZ34N and IRF510 MOSFETs were introduced, respectively. Accordingly, output voltage variation ratios, ε values of 4.1%, 1.1%, 0.90% and 0.10%, were recorded, respectively. In addition, the efficiency, η, values reach 91.8%, 90.8%, 87% and 84%, respectively, for the applied MOSFETs and the RL value 4.7 kΩ. Finally, it is proved that a minimum value of the energy losses of 2.4 × 10⁻⁷ mJ in the switching period was obtained using (STP32N60L) MOSFET.

中文翻译：

---

基于不同MOSFET类型的正型超举Luo转换器的设计，实现和性能分析

正超升罗式转换器是先进的转换器，具有很多优点。因此，拟议的工作旨在通过使用合适的无源元件和MOSFET来提高正超升Luo转换器的性能。考虑到在电阻RL和电感L的应用范围内电流变化率ξ <1使用四种不同的MOSFET类型的值。结果表明，每当引入MTP3055VL，STP32N60L，IRFZ34N和IRF510 MOSFET时，在RL值> 1.5kΩ时，输出电压就达到最大值，在RL值4.7kΩ时，报告的值为14.3、14.4、14和13.8V。 ， 分别。因此，分别记录了4.1％，1.1％，0.90％和0.10％的输出电压变化率。此外，对于所应用的MOSFET ，效率η值分别达到91.8％，90.8％，87％和84％，RL值为4.7kΩ。最后，证明了 使用（STP32N60L）MOSFET获得的开关周期能量损失的最小值为2.4×10 ^-7 mJ。