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Converters & Calculators
Graphene Leading The Charge In Faster Electronics
Graphene was identified over a decade ago as a significant development in electrical conductivity. The element is monatomic and two-dimensional. Its cost of integration into established silicon structures limited practical application. Recent progress in cost-effective processing has led to a global reassessment of graphene’s attributes. Its use in high-speed processors now receives attention. The production challenges have been addressed, thereby allowing application on various substrates.
Reduced Constraints on PCB Area
A printed circuit board has limited area. Past materials required greater volume to minimise wear and to maintain resistance. Graphene requires less area and fewer material quantities. It exhibits high electrical conductivity. It transmits electrical energy with less loss than currently used materials.
Practical Application
Graphene maintains its form under deformation without compromising its crystalline lattice. Its bilayer structure facilitates adherence with minimal change. Graphene tolerates high thermal loads. It is expected to improve chip manufacturing and solar panel efficiency. Renewable energy systems depend on cost reduction. The specific properties of graphene enable production of durable, cost-effective panels. The technology is applicable on existing platforms.
Chin Trento
