Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a new por conversion method that can achieve both high efficiency and high por density by obviating the need for an area-consuming flying capacitor and replacing it with a flying digital load. The proposed flying-domain (FD) por conversion concept enables higher conversion efficiency than a conventional switched-capacitor converter by reducing charge-sharing and bottom-plate parasitic losses, while also enabling higher por density by eliminating the area occupied by the flying passive itself.  presents state-space analysis that shows that the proposed FD concept is ll posed and reaches a valid steady state, while also presenting experimental results of several FD converters implemented in 180 nm SOI. With no flying passives, the fabricated FD converter achieves a peak efficiency of 99.2%, delivers up to 11.8 W/mm 2  (2.3 W/mm 2  with decoupling) at 91.7% efficiency, and can directly por a cofabricated Cortex M0 processor that communicates via flying I/O level shifters.
['Loai G. Salem', 'John G. Louie', 'Patrick P. Mercier']
I am writing a research paper on a idea Flying-Domain DC–DC Power Conversion
[{"from": "human", "value": "I am writing a research paper on a idea Flying-Domain DC\u2013DC Power Conversion"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a new por conversion method that can achieve both high efficiency and high por density by obviating the need for an area-consuming flying capacitor and replacing it with a flying digital load. The proposed flying-domain (FD) por conversion concept enables higher conversion efficiency than a conventional switched-capacitor converter by reducing charge-sharing and bottom-plate parasitic losses, while also enabling higher por density by eliminating the area occupied by the flying passive itself.  presents state-space analysis that shows that the proposed FD concept is ll posed and reaches a valid steady state, while also presenting experimental results of several FD converters implemented in 180 nm SOI. With no flying passives, the fabricated FD converter achieves a peak efficiency of 99.2%, delivers up to 11.8 W/mm 2  (2.3 W/mm 2  with decoupling) at 91.7% efficiency, and can directly por a cofabricated Cortex M0 processor that communicates via flying I/O level shifters."}]