Like semiconductors before them, optoelectronic components such as thin films and fibers are revolutionizing the field of electronics in a huge range of applications, and new design concepts and techniques are emerging all the time.
This book will describe several optoelectronic applications and the work done on the design, simulation and testing of specific types of component such as diode lasers and optical fibers. However, the books main focus will be on areas of fundamental optoelectronics, such as the properties of individual materials/alloys (e.g. gallium nitride, silicon oxide, hydrogenated amorphous silicon, zinc selenide and indium-doped tin oxide); types of structural defect; the influence of processes such as annealing; nanophotonics; the use of specific techniques (e.g. magnetron sputtering) to grow optoelectronic materials; the development of improved, more cost-effective crystal growth techniques; the development of new materials for alignment layers in LCDs; and the challenges associated with integrating photonic components into conventional semiconductor/CMOS circuitry.
Due to its broad approach, we believe this book will interest practitioners across a large range of applied disciplines, as well as those who are currently working, researching or studying in the field of optoelectronics itself.
| Specifications |
Descriptions |
| ISBN |
9789535113423 |
| Year |
2016 |
| Binding |
Hardcover |
| Subject |
Electrical & Electronics Engineering |
| Pages |
782 |
| Weight |
0.4 |
| Readership |
NA |
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