REVERSE ENGINEERING ON A PWM (PULSE WIDTH MODULATION) LOW FREQUENCY HYBRID INVERTER
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Abstract
This project presents a comprehensive study on the reverse engineering of a Pulse Width Modulation (PWM) Low-Frequency Hybrid Inverter used in renewable energy applications. The primary objective was to analyze, understand, and document the internal architecture, components, and operational principles of the inverter through a systematic disassembly and evaluation process. The study focused on identifying key functional sections namely, the oscillating stage, power stage, and transformer stage along with their respective roles in energy conversion and control.
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