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Organic Electronics

Organic Electronics. Wu Bin. Inorganic Vs. Organic Material Properties. Limitations At Early Stage. Organic materials have often proved to be unstable. Making reliable electrical contacts to organic thin films is difficult.

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Organic Electronics

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  1. Organic Electronics Wu Bin

  2. Inorganic Vs. OrganicMaterial Properties

  3. Limitations At Early Stage • Organic materials have often proved to be unstable. • Making reliable electrical contacts to organic thin films is difficult. • When exposed to air, water, or ultraviolet light, their electronic properties can degrade rapidly. • The low carrier mobilities characteristic of organic materials obviates their use in high-frequency (greater than 10 MHz) applications. These shortcomings are compounded by the difficulty of both purifying and doping the materials.

  4. Inorganic Vs. OrganicLEDs

  5. Molecular Orbitals

  6. Organic LED Energy Diagram

  7. Organic material Organic material Organic Thin Film Transistors (OTFTs)

  8. An Example of an I-V of OTFTs Lg = 20 µmW = 220 µm400 nm SiO2 50 nm organic

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