POWER MANAGEMENT DEVICES SPECIFICATION SHEET
Guidelines for Product Reproduction & Manufacturing
Power management systems are the backbone of modern electronic design, integrating a wide array of components to ensure efficient, reliable, and precise control of energy flow. At the heart of voltage regulation are LDOs (Low Dropout Regulators) and Switching Regulators, which provide stable power across varying load conditions. Battery Management ICs oversee charging, discharging, and health monitoring of battery systems, while Supervisors safeguard operations by monitoring voltage levels and initiating resets during faults. PMICs (Power Management ICs) consolidate multiple power functions into a single chip, streamlining design and improving efficiency. Power and Load Switches enable dynamic control of power distribution, enhancing system flexibility and protection. For driving external loads, Bridge Drivers and Motor Control Drivers deliver precise control of motors and actuators, while LED Drivers regulate current to ensure consistent brightness and longevity in lighting applications. Together, these components form a cohesive power management architecture that supports everything from portable devices to industrial automation.
Orora platform offers a transformative solution for addressing End-of-Life (EoL) challenges in power management components by enabling refabrication and reproduction of critical devices such as LDOs, switching regulators, PMICs, battery management ICs, and motor drivers. Through our modular, energy-resilient infrastructure and advanced micro-manufacturing capabilities, Orora empowers communities and industries to bypass global supply chain constraints and component obsolescence. By leveraging scalable fabrication tools, we provide a sustainable pathway to reproduce and requalify essential electronics or discontinued parts. Orora’s also redefines how power electronics can be sourced, built, and sustained in a circular economy.
