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TECHNOLOGY Research into organic electronic technology dates back to the 1970's when researchers discovered that certain organic compounds have special, complex molecular structures that could act as semiconductors. These plastics and their associated deposition processes are far cheaper than silicon. However, plastic chips do not match the performance of silicon. These performance limitations are likely to keep organic electronics from ever replacing silicon technology for all applications. Although, in markets where a lower transistor performance is acceptable, where a larger circuit size is tolerable, and where the circuit cost is absolutely paramount, organic electronic technology promises to have a bright future.
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