semiconductor: difference between revisions

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==English==
==English==
{{wikipedia}}
{{wikipedia|semiconductor|mul=semiconductor device}}


===Etymology===
===Etymology===
From {{prefix|semi|conductor|lang=en}}
From {{prefix|en|semi|conductor}}.


===Noun===
===Noun===
{{en-noun}}
{{en-noun}}


# {{lb|en|physics}} A substance with [[electrical]] properties intermediate between a good [[conductor]] and a good [[insulator]].
# {{senseid|en|substance with variable conductivity}} {{lb|en|physics}} A substance with [[electrical]] properties intermediate between a good [[conductor]] and a good [[insulator]].
#: {{hol|en|chip|microchip|integrated circuit}}
#* {{quote-book|lang=en|title=Natural Philosophy for General Readers and Young Persons|page=422|author=Adolphe Ganot|year=1876|passage=In this sense we are to understand the following table in which bodies are classed as ''conductors'', '''''semiconductors''''', and ''nonconductors''; those bodies being conveniently designated as conductors which, when applied to an electroscope charged with either kind of electricity discharge it almost instantaneously; '''semiconductors''' being those which discharge it in a short but measurable time, a few seconds, for instance; while nonconductors effect no discharge even, in the course of a minute.}}
#: {{ux|en|Integrated circuits are made from '''semiconductors''', especially silicon.}}
#* {{quote-book|lang=en|title=A System of Physiologic Therapeutics: Electrotherapy|author=George W. Jacoby|year=1901|passage=The following table of conductors may therefore be used in inverse order as a table of resistances, the good conductors being bodies of slight resistance, the '''semiconductors''' being bodies of great resistance, and the insulators being bodies of so great resistance that they almost effectually oppose the passage of any current.}}
#* {{quote-book|en|title=Natural Philosophy for General Readers and Young Persons|page=422|author=Adolphe Ganot|year=1876|passage=In this sense we are to understand the following table in which bodies are classed as ''conductors'', '''''semiconductors''''', and ''nonconductors''; those bodies being conveniently designated as conductors which, when applied to an electroscope charged with either kind of electricity discharge it almost instantaneously; '''semiconductors''' being those which discharge it in a short but measurable time, a few seconds, for instance; while nonconductors effect no discharge even, in the course of a minute.}}
#* {{quote-book|en|title=A System of Physiologic Therapeutics: Electrotherapy|author=George W. Jacoby|year=1901|passage=The following table of conductors may therefore be used in inverse order as a table of resistances, the good conductors being bodies of slight resistance, the '''semiconductors''' being bodies of great resistance, and the insulators being bodies of so great resistance that they almost effectually oppose the passage of any current.}}
# {{senseid|en|semiconductor device, elliptically}} {{lb|en|business|metonymic}} {{ellipsis of|en|{{w|semiconductor device}}}}
#: {{nearsyn|en|chip|microchip|integrated circuit}}
#: {{ux|en|The company supplies '''semiconductors''' to laptop, server, and smartphone manufacturers.}}
#* {{quote-journal |en |date=2024-04-10 |last=Goss |first=Louis |title=Chip maker TSMC posts sharpest increase in sales since 2022 following AI boom |journal=MarketWatch |url=https://www.marketwatch.com/story/chipmaker-tsmc-posts-sharpest-increase-in-sales-since-2022-following-ai-boom-c9dc16a2 |accessdate=2024-05-08 |passage=Taiwan Semiconductor Manufacturing Co. on Wednesday said its revenues increased more sharply in the first quarter of 2024 than in any previous quarter since 2022 following a surge in demand for microchips driven by the artificial-intelligence boom. TSMC, which supplies '''semiconductors''' to top companies including Apple and Nvidia, posted a 16.5% increase in its first-quarter sales to NT$592.64 billion ($18.54 billion), in a sign the global chip market has now started recovering from the major slump that hit sales in 2023.}}


====Derived terms====
====Derived terms====
Line 18: Line 24:


====Related terms====
====Related terms====
{{rel3|lang=en|semiconductance|semiconducting|semiconduction|semiconductive|semiconductivity}}
{{rel3|en|semiconductance|semiconducting|semiconduction|semiconductive|semiconductivity}}


====Translations====
====Translations====
{{trans-top|substance with electrical properties between conductor and insulator}}
{{trans-top|substance with electrical properties between conductor and insulator}}
* Arabic: {{t|ar|شَبَه مُوَصِّل|m}}
* Albanian: {{t+|sq|gjysmëpërcjellës}}
* Arabic: {{t|ar|شِبْه مُوَصِّل|m}}
* Armenian: {{t+|hy|կիսահաղորդիչ}}
* Armenian: {{t+|hy|կիսահաղորդիչ}}
* Azerbaijani: {{t|az|yarımkeçirici}}
* Basque: {{t|eu|erdieroale}}
* Basque: {{t|eu|erdieroale}}
* Belarusian: {{t|be|паўправадні́к|m}}
* Bulgarian: {{t|bg|полупрово́дник|m}}
* Catalan: {{t|ca|semiconductor|m}}
* Catalan: {{t|ca|semiconductor|m}}
* Chinese:
* Chinese:
*: Mandarin: {{t+|cmn|半導體|sc=Hani}}, {{t+|cmn|半导体|tr=bàndǎotǐ|sc=Hani}}
*: Mandarin: {{t+|cmn|半導體|tr=bàndǎotǐ}}
* Czech: {{t|cs|polovodič|m}}
* Czech: {{t+|cs|polovodič|m}}
* Danish: {{t+|da|halvleder|c}}
* Danish: {{t+|da|halvleder|c}}
* Dutch: {{t+|nl|halfgeleider|m}}
* Dutch: {{t+|nl|halfgeleider|m}}
Line 35: Line 45:
* Finnish: {{t+|fi|puolijohde}}
* Finnish: {{t+|fi|puolijohde}}
* French: {{t+|fr|semiconducteur|m}}
* French: {{t+|fr|semiconducteur|m}}
* Georgian: {{t|ka|ნახევარგამტარი}}
* German: {{t+|de|Halbleiter|m}}
* German: {{t+|de|Halbleiter|m}}
* Greek: {{t+|el|ημιαγωγός|m}}
* Hungarian: {{t+|hu|félvezető}}
* Icelandic: {{t|is|hálfleiðari|m}}
* Icelandic: {{t|is|hálfleiðari|m}}
* Irish: {{t|ga|leathsheoltóir|m}}
* Irish: {{t|ga|leathsheoltóir|m}}
* Italian: {{t+|it|semiconduttore|m}}
* Italian: {{t+|it|semiconduttore|m}}
* Japanese: {{t+|ja|半導体|tr=はんどうたい, handōtai}}
* Japanese: {{t+|ja|半導体|tr=はんどうたい, handōtai}}
* Kazakh: {{t|kk|шалаөткізгіш}}
{{trans-mid}}
* Khmer: {{t|km|អង្គធាតុកន្លះចម្លង|tr=ang theat kan las chom long|sc=Khmr}}, {{t|km|សឺមីកុងឌុចទ័រ|tr=ser mi kong duch ter|sc=Khmr}}
* Khmer: {{t|km|អង្គធាតុកន្លះចម្លង|tr=?}}, {{t|km|សឺមីកុងឌុចទ័រ|tr=?}}
* Korean: {{t+|ko|반도체}}
* Korean: {{t+|ko|반도체(半導體)}}
* Latvian: {{t|lv|pusvadītājs|m}}
* Latvian: {{t|lv|pusvadītājs|m}}
* Lithuanian: {{t|lt|puslaidininkis|m}}
* Lithuanian: {{t|lt|puslaidininkis|m}}
* Macedonian: {{t|mk|полуспроводник|m}}
* Norwegian:
* Norwegian:
*: Bokmål: {{t|nb|halvleder|m}}
*: Bokmål: {{t|nb|halvleder|m}}
* Persian: {{t|fa|نیم‌رسانا|tr=nim-resânâ}}
* Polish: {{t+|pl|półprzewodnik|m}}
* Polish: {{t+|pl|półprzewodnik|m}}
* Portuguese: {{t+|pt|semicondutor|m}}
* Portuguese: {{t+|pt|semicondutor|m}}
Line 52: Line 67:
* Russian: {{t+|ru|полупроводни́к|m}}
* Russian: {{t+|ru|полупроводни́к|m}}
* Scottish Gaelic: {{t|gd|fo-ghiùlanair|m}}
* Scottish Gaelic: {{t|gd|fo-ghiùlanair|m}}
* Serbo-Croatian: {{t+|sh|poluvòdīč|m}}
* Serbo-Croatian:
*: Cyrillic: {{t|sh|полуво̀дӣч|m}}
*: Roman: {{t+|sh|poluvòdīč|m}}
* Slovak: {{t|sk|polovodič|m}}
* Slovene: {{t|sl|polprevodnik|m}}
* Spanish: {{t+|es|semiconductor|m}}
* Spanish: {{t+|es|semiconductor|m}}
* Swedish: {{t+|sv|halvledare|c}}
* Swedish: {{t+|sv|halvledare|c}}
* Tagalog: {{t|tl|malasaluyan}}
* Tagalog: {{t|tl|malasaluyan}}
* Tajik: {{t|tg|нимноқил}}
* Thai: {{t-needed|th}}
* Turkish: {{t+|tr|yarı iletken}}
* Turkish: {{t+|tr|yarı iletken}}
* Ukrainian: {{t|uk|напівпровідни́к|m}}
* Vietnamese: {{t|vi|chất bán dẫn}}
* Uzbek: {{t|uz|yarimoʻtkazgich}}
* Vietnamese: {{t+|vi|chất bán dẫn}}
* Welsh: {{t|cy|lled-ddargludydd|m}}
{{trans-bottom}}
{{trans-bottom}}


Line 64: Line 88:
* {{l|en|silicium}}
* {{l|en|silicium}}
* {{l|en|silicon}}
* {{l|en|silicon}}

----


==Romanian==
==Romanian==

===Etymology===
{{bor+|ro|fr|semi-conducteur}}.


===Noun===
===Noun===
{{ro-noun|n|semiconductoare}}
{{ro-noun|n|semiconductoare}}


# {{lb|ro|physics}} [[#English|semiconductor]]
# {{lb|ro|physics}} {{l|en|semiconductor}}


====Declension====
----
{{ro-decl-adj}}


==Spanish==
==Spanish==


===Pronunciation===
===Pronunciation===
* {{es-IPA}}
{{es-pr}}


===Adjective===
===Adjective===
{{es-adj|f=semiconductora|mpl=semiconductores}}
{{es-adj}}


# [[semiconducting]]
# [[semiconducting]]


===Noun===
===Noun===
{{es-noun|m|semiconductores}}
{{es-noun|m}}

# {{lb|es|physics}} {{l|en|semiconductor}}


===Further reading===
# {{lb|es|physics}} [[#English|semiconductor]]
* {{R:es:DRAE}}

Latest revision as of 16:01, 9 May 2024

English

[edit]

Etymology

[edit]

From semi- +‎ conductor.

Noun

[edit]

semiconductor (plural semiconductors)

  1. (physics) A substance with electrical properties intermediate between a good conductor and a good insulator.
    Holonyms: chip, microchip, integrated circuit
    Integrated circuits are made from semiconductors, especially silicon.
    • 1876, Adolphe Ganot, Natural Philosophy for General Readers and Young Persons, page 422:
      In this sense we are to understand the following table in which bodies are classed as conductors, semiconductors, and nonconductors; those bodies being conveniently designated as conductors which, when applied to an electroscope charged with either kind of electricity discharge it almost instantaneously; semiconductors being those which discharge it in a short but measurable time, a few seconds, for instance; while nonconductors effect no discharge even, in the course of a minute.
    • 1901, George W. Jacoby, A System of Physiologic Therapeutics: Electrotherapy:
      The following table of conductors may therefore be used in inverse order as a table of resistances, the good conductors being bodies of slight resistance, the semiconductors being bodies of great resistance, and the insulators being bodies of so great resistance that they almost effectually oppose the passage of any current.
  2. (business, metonymically) Ellipsis of semiconductor device.
    Near-synonyms: chip, microchip, integrated circuit
    The company supplies semiconductors to laptop, server, and smartphone manufacturers.
    • 2024 April 10, Louis Goss, “Chip maker TSMC posts sharpest increase in sales since 2022 following AI boom”, in MarketWatch[1], retrieved 2024-05-08:
      Taiwan Semiconductor Manufacturing Co. on Wednesday said its revenues increased more sharply in the first quarter of 2024 than in any previous quarter since 2022 following a surge in demand for microchips driven by the artificial-intelligence boom. TSMC, which supplies semiconductors to top companies including Apple and Nvidia, posted a 16.5% increase in its first-quarter sales to NT$592.64 billion ($18.54 billion), in a sign the global chip market has now started recovering from the major slump that hit sales in 2023.

Derived terms

[edit]
[edit]

Translations

[edit]

See also

[edit]

Romanian

[edit]

Etymology

[edit]

Borrowed from French semi-conducteur.

Noun

[edit]

semiconductor n (plural semiconductoare)

  1. (physics) semiconductor

Declension

[edit]

Spanish

[edit]

Pronunciation

[edit]
  • IPA(key): /semikonduɡˈtoɾ/ [se.mi.kõn̪.d̪uɣ̞ˈt̪oɾ]
  • Rhymes: -oɾ
  • Syllabification: se‧mi‧con‧duc‧tor

Adjective

[edit]

semiconductor (feminine semiconductora, masculine plural semiconductores, feminine plural semiconductoras)

  1. semiconducting

Noun

[edit]

semiconductor m (plural semiconductores)

  1. (physics) semiconductor

Further reading

[edit]