Abstract

The integration of next-generation circuits for Industry 4.0 represents a transformative leap in the domain of smart industrial applications, focusing on enhanced operational efficiency and precision. A key innovation explored is the use of driverless rectifier technology combined with wireless encoders to improve automation and remote control capabilities in modern industrial setups. The background emphasizes the need for advanced electronic circuits that seamlessly integrate into intelligent systems, improving real-time data processing and reliability. A primary challenge in the field is designing circuits that balance high performance with low energy consumption, suitable for dynamic industrial environments. The proposed methodology involves the development of test circuits employing driverless rectifier modules, configured to work with wireless encoders for seamless data transmission and reduced latency. Simulations were conducted using MATLAB Simulink, achieving a peak efficiency improvement of 15.7% over traditional rectifiers. Compared to standard rectifier-based circuits, the system exhibited a reduced signal latency by 12% and power savings of 18.3%. These results indicate significant performance enhancements in automation setups under Industry 4.0 standards.