ORGANIC SEMICONDUCTOR Meaning and
Definition
-
An organic semiconductor refers to a class of materials that exhibit semiconducting properties and are composed of organic compounds. Unlike traditional semiconductors, which are primarily composed of inorganic materials like silicon or germanium, organic semiconductors are made up of carbon-based compounds. These compounds typically consist of long chains or conjugated structures, which give rise to their unique electrical properties.
Organic semiconductors are characterized by their ability to conduct electricity, albeit to a lesser extent than traditional semiconductors. They fall in between conductors, such as metals, which have high electrical conductivity, and insulators, which have low or negligible conductivity. This intermediate conductivity enables them to be used in various electronic applications, including transistors, light-emitting diodes (LEDs), solar cells, and flexible electronics.
The term "organic" in organic semiconductors signifies the presence of carbon in the compounds, which imparts a range of advantageous properties. These materials are typically lightweight, flexible, and easy to produce using low-cost, solution-based techniques like printing or coating. Additionally, organic semiconductors can exhibit tunable electronic properties, allowing researchers to tailor their functionality for specific applications.
Although organic semiconductors generally possess lower charge carrier mobility and stability than their inorganic counterparts, ongoing research and development efforts continue to enhance their performance and broaden their applications. The unique combination of electrical, optical, mechanical, and processing advantages makes organic semiconductors promising candidates for future electronics, particularly those involving flexible, large-area devices or wearable technologies.
Common Misspellings for ORGANIC SEMICONDUCTOR
- irganic semiconductor
- krganic semiconductor
- lrganic semiconductor
- prganic semiconductor
- 0rganic semiconductor
- 9rganic semiconductor
- oeganic semiconductor
- odganic semiconductor
- ofganic semiconductor
- otganic semiconductor
- o5ganic semiconductor
- o4ganic semiconductor
- orfanic semiconductor
- orvanic semiconductor
- orbanic semiconductor
- orhanic semiconductor
- oryanic semiconductor
- ortanic semiconductor
- orgznic semiconductor
- orgsnic semiconductor
Etymology of ORGANIC SEMICONDUCTOR
The etymology of the word "organic semiconductor" can be understood by breaking it down into its two components: "organic" and "semiconductor".
1. Organic: The term "organic" comes from the Greek word "organikos" meaning "pertaining to an organ". In chemistry, it refers to compounds that contain carbon atoms bonded to hydrogen atoms, often found in living organisms. These compounds can also be synthesized.
2. Semiconductor: The term "semiconductor" is derived from the Latin words "semi" meaning "half" and "conductio" meaning "to lead". A semiconductor is a material that has electrical conductivity between a conductor (such as copper or aluminum) and an insulator (such as glass or rubber). It can conduct electricity under certain conditions.
By combining the two terms, "organic semiconductor" refers to a type of semiconductor material that is composed of organic compounds.
Infographic
Add the infographic to your website:
