Development of strategies and design solution to enhance the DC-DC reference converter efficiency and minimize the quiescent current consumption. Strategies and design solution are applied on the existing converter blocks to minimize the quiescent absorption, while a new control loop and modulation concept is developed in order to meet the company's requirements. The project focuses on the real components implementation of the Ton timer, which manages the pulse width of the new PFM modulation concept.
Development of strategies and design solution to enhance the DC-DC reference converter efficiency and minimize the quiescent current consumption. Strategies and design solution are applied on the existing converter blocks to minimize the quiescent absorption, while a new control loop and modulation concept is developed in order to meet the company's requirements. The project focuses on the real components implementation of the Ton timer, which manages the pulse width of the new PFM modulation concept.
Development of strategies for low quiescent DC-DC buck converters
BARBAGALLO, LUCA
2023/2024
Abstract
Development of strategies and design solution to enhance the DC-DC reference converter efficiency and minimize the quiescent current consumption. Strategies and design solution are applied on the existing converter blocks to minimize the quiescent absorption, while a new control loop and modulation concept is developed in order to meet the company's requirements. The project focuses on the real components implementation of the Ton timer, which manages the pulse width of the new PFM modulation concept.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/77829