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What are the Limitations of the Modern Science of Capacitance?

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What are the Limitations of the Modern Science of Capacitance?

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However, lead scientists in both ceramics and tantalum worry that the threshhold of technology has been reached in both dielectrics and that research and development dollars would be better spent in enhancing the performance characteristics of what is currently available, as opposed to trying to push the technology further in its current form. One direction is to move successful changes in technology in consumer electronics into the smaller, specialty component markets for infrastructure, space, mining, agriculture and medical electronics devices. Another method of investment success is to apply what has been learned in one dielectric and apply it to another dielectric. Visibility on alternative technologies through ownership of subsidiaries is a competitive advantage of large manufacturers in this respect. Therefore manufacturers like AVX, Kemet and Vishay can pool their research and development capabilities from multiple technology platcorms, and apply that theory to the future direc

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