SEMICONDUCTIVE Meaning and
Definition
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Semiconductive is an adjective that pertains to or describes the ability of a material to conduct electricity to a limited extent, intermediate between that of a conductor and an insulator. A semiconductive material exhibits properties of both conductors and insulators, depending on various external factors such as temperature, intensity of an applied electric field, or impurities present in the material.
Semiconductive materials, also known as semiconductors, have a unique energy band structure. They possess a conduction band, where electrons can move freely, and a valence band that is occupied by electrons in their stable state. The energy gap between these two bands is relatively small compared to insulators, which allows the material to conduct electricity to some degree when an electric field is applied.
The conductivity of semiconductive materials can be modified by introducing impurities into their crystal structure through a process called doping. By adding elements with either excess or deficient electrons, known as dopants, the electrical properties of semiconductors can be manipulated. Doping can create either n-type semiconductor (with excess negatively charged electrons) or p-type semiconductor (with positively charged holes in the crystal structure).
Semiconductive materials form the backbone of modern electronics and technology, playing a crucial role in devices such as transistors, diodes, solar cells, and integrated circuits. The ability to control and manipulate the conductivity of semiconductors has revolutionized various fields, including telecommunications, computing, renewable energy, and many more.
Common Misspellings for SEMICONDUCTIVE
- aemiconductive
- zemiconductive
- xemiconductive
- demiconductive
- eemiconductive
- wemiconductive
- swmiconductive
- ssmiconductive
- sdmiconductive
- srmiconductive
- s4miconductive
- s3miconductive
- seniconductive
- sekiconductive
- sejiconductive
- semuconductive
- semjconductive
- semkconductive
- semoconductive
Etymology of SEMICONDUCTIVE
The word "semiconductive" is derived from the combination of two words: "semi" and "conductive".
"Semiconductor" is a combination of the Latin prefix "semi-" meaning half or partial, and the word "conductor", which comes from Latin "conducere" meaning to lead or bring together. The term "conductor" refers to a material that allows the flow of electric current.
By adding the suffix "-ive" to "conductive", the word becomes an adjective form indicating the capability or property of conducting. Therefore, "semiconductive" refers to the ability or property of partially conducting electric current.
The term "semiconductive" is commonly used in the field of electronics to describe materials, such as silicon or germanium, that have moderate electrical conductivity, lying between conductors and insulators.
Similar spelling words for SEMICONDUCTIVE
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