Innovations in semiconductor materials and design are paving the way for diverse high-impactful current and futuristic applications across several industries.
FREMONT, CA: The semiconductor industry, propelled by the popularity of electronic devices and certain technology trends, is growing by leaps and bounds. While researchers are working towards new materials that can deliver better properties, semiconductor manufacturers are responsible for creating models that spark new applications. Developments in semiconductors are primarily responsible for making solar panels viable, enhancing the functionality and design of consumer electronics, and introducing advanced sensors in the market. Such has been the impact of specific applications of semiconductors that entire industries have been able to uncover new opportunities. Some of the top semiconductor applications are discussed in the current article.
• Sensors with Diverse Capabilities
The much-awaited IoT revolution is finally happening, and advancements in semiconductor technology have contributed significantly. The properties of sensors are derived from the semiconductors involved in several cases. Ranging from gas sensors that are used for environmental monitoring purposes to smartphone sensors that facilitate a range of smart capabilities, the applications of sensors have increased manifold owing to semiconductor innovations. Even autonomous cars are backed by sensors that leverage semiconductors. The integration of semiconductors into sensors has revolutionized today's devices.
• Advancements in Solar Cells
The energy sector is taking the sustainable route, and the capability of harnessing solar power has become vital. Semiconductors have been at the core of conventional solar cells. The current improvements in the efficiency of solar panels are also directly linked to enhanced semiconductor materials. Innovations in materials have enabled energy companies to generate more power from a lesser amount of solar panels, thereby impacting the capacity and reliability of solar facilities. Overall, advancements in solar cells are enhancing solar adoption and resulting in better revenues for energy providers.
An article published in Futurity discussed the emergence of organic semiconductors. The organic semiconductors display the characteristic of flexibility and are expected to boost semiconductor applications across sensors, as well as solar panels. Many such innovations are enabling a chain of optimizations and giving rise to diverse applications.
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