hardware:electronic_circuit:transistor [ともやん・どっと・ねっと]

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====== トランジスタ (Transistor) ======
**トランジスタ**（英: transistor）とは、電子回路において、信号を増幅またはスイッチングすることができる半導体素子である。\\
[[wpjp>トランジスタ|トランジスタ - Wikipedia]] より\\

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===== 参考文献 ======
[[https://edn.itmedia.co.jp/edn/articles/0903/08/news004.html|第8回　トランジスタを3分で理解する]]\\
[[https://electronic-circuit.com/transistor-symbol-arrow-direction/|トランジスタの回路図記号と矢印の向きの意味【トランジスタの種類も解説】]]\\
[[https://detail-infomation.com/complementary-transistor/|『コンプリメンタリ・トランジスタ』とは？特性比較や回路例を紹介 - Electrical Information]]\\
[[https://detail-infomation.com/transistor-ecb/|トランジスタの足配置について！ECB(エクボ)で覚えよう！ - Electrical Information]]\\
[[https://nw-electric.way-nifty.com/blog/2017/12/mos-fetmos-fet-.html|旧来のコンプリMOS-FETと、近代の大電流MOS-FETとの相違点 - new_western_elec]]\\
[[https://eman-physics.net/circuit/transistor.html|トランジスタ - EMANの電子回路]]\\
[[https://detail-infomation.com/bipolar-transistor-base-to-emitter-saturation-voltage/|ベースエミッタ間飽和電圧VBE(sat)とは？『VBE(sat)-IC特性』などを解説！]]\\

[[https://inagidenshi.amebaownd.com/posts/3788578/|No.7  トランジスタを使ったタイマー回路]]\\
[[https://electrelic.com/electrelic/node/888|2N3904と2N3906を買ってみた | Electrelic]]\\

[[https://www.circuitlab.com/circuit/9z5mm9zh8a9r/bjt-low-voltage-latch/|BJT low voltage latch - circuitlab.com]]\\
[[https://www.industrial-electronics.com/trans-ckt-mnl_13.html|TRANSISTOR AND DIODE OSCILLATORS]] ([[gtr>https://www.industrial-electronics.com/trans-ckt-mnl_13.html|翻訳]])\\
[[https://electronics.stackexchange.com/questions/135903/reducing-transistor-switching-time|Reducing transistor switching time - Electrical Engineering Stack Exchange]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_1|Bipolar Transistor Cookbook — Part 1 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_1|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_2|Bipolar Transistor Cookbook — Part 2 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_2|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_3|Bipolar Transistor Cookbook — Part 3 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_3|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_4|Bipolar Transistor Cookbook — Part 4 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_4|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_5|Bipolar Transistor Cookbook — Part 5 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_5|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_6|Bipolar Transistor Cookbook — Part 6 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_6|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_7|Bipolar Transistor Cookbook — Part 7 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_7|翻訳]]\\
[[https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_8|Bipolar Transistor Cookbook — Part 8 | Nuts & Volts Magazine]] [[gtr>https://www.nutsvolts.com/magazine/article/bipolar_transistor_cookbook_part_8|翻訳]]\\

[[http://www.loosweb.de/constant_current_sources/doc/en/index.html|Constant Current Sources with BJT]]\\

[[https://electronicsclub.info/transistorcircuits.htm|Transistor Circuits | Electronics Club]]\\
[[https://learn.sparkfun.com/tutorials/transistors/all|Transistors - SparkFun Learn]]\\
[[https://www.nutsvolts.com/magazine/article/some-simple-transistor-and-ic-circuits|Some Simple Transistor and IC Circuits | Nuts & Volts Magazine]]\\
[[https://electronics.stackexchange.com/questions/497540/diode-connected-bjt-instead-of-a-diode|transistors - Diode connected BJT instead of a diode - Electrical Engineering Stack Exchange]]\\
[[https://electronics.stackexchange.com/questions/577130/why-use-diode-connected-bjt-and-not-just-connect-two-bjt-back-to-back-for-curr|Why use diode connected BJT (and not just connect two BJT back-to-back) for current mirror circuit? - Electrical Engineering Stack Exchange]]\\

[[https://www.eleccircuit.com/experiment-with-parallel-transistors-for-more-current/|Experiment with Parallel Transistors for More Current | ElecCircuit]] [[gtr>https://www.eleccircuit.com/experiment-with-parallel-transistors-for-more-current/|翻訳]]\\
[[https://www.eeeguide.com/what-is-current-mirror-circuit-diagram-and-its-workings/|What is Current Mirror? - Circuit Diagram and its Workings]] [[gtr>https://www.eeeguide.com/what-is-current-mirror-circuit-diagram-and-its-workings/|翻訳]]\\
[[https://wiki.analog.com/university/courses/electronics/text/chapter-11|Chapter 11: The Current Mirror [Analog Devices Wiki]]] [[gtr>https://wiki.analog.com/university/courses/electronics/text/chapter-11|翻訳]]\\

[[https://electronics.stackexchange.com/questions/163930/alternative-ways-to-maintain-temperature-stability-of-silicon-bjt-circuits-other|diodes - Alternative ways to maintain temperature stability of silicon BJT circuits other than feedback resistors - Electrical Engineering Stack Exchange]] [[gtr>https://electronics.stackexchange.com/questions/163930/alternative-ways-to-maintain-temperature-stability-of-silicon-bjt-circuits-other|翻訳]]\\

==== 付録 ====
[[tw>tomoyan596/status/1435983115437023237|トランジスタの向きは…🤔 / Twitter]]\\
[[tw>tomoyan596/status/1481667212914335744|これはスイッチ1個のフリップフロップ❓❓🤔🤔🤔🤔🤔フリップフロップとは状態記憶回路の一種でSRAMの原理です🤔かたちは似てるけど違うような…🤔モーメンタリをオルタネイト化するには状態保持が必要だから、似た回路にはなるのかなぁ🤔マイコンなら簡単ですけどねぇ😅]]\\
[[tw>tomoyan596/status/1483776785825538055|このインド🇮🇳の昇圧回路は面白い🤔]]\\
[[tw>tomoyan596/status/1484676010683801602|うゎっ、海外のトランジスタ E C Bではなく、C B Eになってる😱マジか😅💦しらないで再現しようとおかしな回路に…😇 / Twitter]]\\
[[tw>tomoyan596/status/1489681070261895169|やっぱり、左からも右からも例外もあるトランジスタのえくぼECB😅]]\\
[[tw>tomoyan596/status/1489703525160394752|日本のトランジスタの始まりは、トランジスタラジオみたいですけど🤔この頃アメリカの特許技術を東京通信工業(現ソニー)が持ってきて、ゲルマニウムトランジスタでラジオが作られたけど、トランジスタの資料は残ってるかなぁ🤔]]\\