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What are the current advancements in the development of the Tesla Core?

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Recent advancements in Tesla core development include the design of compact Tesla transformers with high-permeability cores to enhance coupling and enable the use of semiconductor switches for increased pulse repetition rates . Additionally, an open-ferromagnetic core design has been proposed for Tesla transformer-based pulse generators, focusing on mitigating core saturation and evaluating performance through electromagnetic simulations . These advancements aim to improve efficiency and power handling capabilities of Tesla cores, crucial for applications like pulse generation and high-voltage pulse delivery. Furthermore, the integration of insulating materials like transformer oil and SF6 has been studied to optimize pulse rise time and duration in Tesla transformers, showcasing a comprehensive approach to core design and performance enhancement .

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Open access•Journal Article•DOI Analysis of How Tesla Creates Core Innovation Capability Hyeonjoo Kim 12 May 2020-The International Journal of Business and Management 11 Citations	Tesla advances its core innovation capability through online strategies, IT-connected systems, and acquisitions like solar panel firms. This enhances technology integration and market management, setting it apart in the industry.
Journal Article•DOI Design of Open-Ferromagnetic Core for Tesla Transformer-Based Pulse Generators Gideon Nimo Appiah, F. Albarracin, Chitra K. Deshpande Dr. Zartaj Kasmi, Nicolas Mora - Show less +3 more 01 Jan 2023-IEEE Transactions on Plasma Science	The paper focuses on designing an open-ferromagnetic core for Tesla transformer-based pulse generators, emphasizing core saturation mitigation, electromagnetic simulations, and power loss evaluation.
Journal Article•DOI Design Study of a High-Permeability Core-Based Ultra-Compact Tesla Transformer 01 Sep 2022-IEEE Transactions on Plasma Science	The current advancement in Tesla core development includes utilizing high-permeability cores for compactness, enhancing coupling, and enabling higher pulse repetition rates with semiconductor switches, as demonstrated in the study.
DOI Design Study of a High-Permeability Core-Based Ultra-Compact Tesla Transformer Ankan Basak, Ankur Patel, Senthil Kalyanasundaram, Amit Roy - Show less +3 more 01 Sep 2022-IEEE Transactions on Plasma Science	The current advancement in Tesla core development includes utilizing a high-permeability core for compactness, enhancing coupling, and enabling semiconductor switches for increased pulse repetition rates in the transformer design.

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