Abstract
Switched impedance inverters are a category of power electronic converters that can be applied across various applications through the implementation of appropriate control methods. This paper proposes a switched impedance inverter characterized by a high boost factor (B) at low duty cycles. The proposed structure is analyzed under both ideal and non-ideal conditions. The non-ideal analysis considers parasitic components. The voltage drop across each element is calculated. A detailed analysis of component voltage and current behavior is provided. Furthermore, a power loss analysis and design considerations are discussed, taking into account the influence of parasitic elements. A comprehensive comparison is conducted, evaluating various parameters such as voltage and current stress, boost factor, and efficiency. Additionally, a cost analysis comparing the proposed structure with conventional designs is provided under equivalent conditions. The experimental results obtained under different conditions are presented to validate the theoretical analysis, particularly in realistic scenarios.