Magnetron: Perbedaan antara revisi
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* [http://www.tubecollector.org/list.php?L=-M&M=Y&H=Magnetrons Magnetron collection in the Virtual Valve Museum] |
* [http://www.tubecollector.org/list.php?L=-M&M=Y&H=Magnetrons Magnetron collection in the Virtual Valve Museum] |
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* [http://microwavecam.com/Videos/Grapes/index.htm MicrowaveCam.com] Videos of plasmoids created in a microwave oven |
* [http://microwavecam.com/Videos/Grapes/index.htm MicrowaveCam.com] Videos of plasmoids created in a microwave oven |
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* [http://www.tmd.co.uk/products/microwave_tubes/index.asp TMD Magnetrons] Information and PDF Data Sheets |
* [http://www.tmd.co.uk/products/microwave_tubes/index.asp TMD Magnetrons] {{Webarchive|url=https://web.archive.org/web/20080314042410/http://www.tmd.co.uk/products/microwave_tubes/index.asp |date=2008-03-14 }} Information and PDF Data Sheets |
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* [http://www.thehutchisoneffect.com/ws/Philadephia%20Experiment/radar-10.htm (Title is somewhat cryptic)] Concise, notably-excellent article about magnetrons; Fig. 13 is representative of a modern radar magnetron. |
* [http://www.thehutchisoneffect.com/ws/Philadephia%20Experiment/radar-10.htm (Title is somewhat cryptic)] Concise, notably-excellent article about magnetrons; Fig. 13 is representative of a modern radar magnetron. |
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Revisi per 27 Februari 2021 02.25
Magnetron adalah sebuah tabung vakum berkekuatan tinggi yang menggenerasikan gelombang mikro menggunakan interaksi aliran elektron dengan bidang magnetik saat memindahkan serangkaian rongga metal terbuka (resonator).
Bentuk awal dari tabung magnetron ditemukan oleh Albert Hull pada 1920, tetapi tidak memiliki kapabilitas berfrekuensi tinggi dan sangat sedikit digunakan. Perangkat yang sama dibuat oleh beberapa tim sepanjang 1920an dan 1930an. Pada 27 November 1935, Hans Erich Hollmann mengajukan paten terhadap magnetron berongga ganda pertama, yang ia raih pada 12 Juli, 1938,[1] namun klystron yang lebih stabil lebih banyak digunakan pada radar Jerman pada Perang Dunia II.
Referensi
- ^ US 2123728 « Magnetron » of Hans Erich Hollmann, requested by Telefunken GmbH
Pranala luar
Wikimedia Commons memiliki media mengenai Magnetrons.
- Informasi
- Magnetrons
- Magnetron collection in the Virtual Valve Museum
- MicrowaveCam.com Videos of plasmoids created in a microwave oven
- TMD Magnetrons Diarsipkan 2008-03-14 di Wayback Machine. Information and PDF Data Sheets
- (Title is somewhat cryptic) Concise, notably-excellent article about magnetrons; Fig. 13 is representative of a modern radar magnetron.
- Paten
- US 2123728 Hans Erich Hollmann/Telefunken GmbH: „Magnetron“ filed November 27, 1935
- US 2315313 Buchholz, H. (1943). Cavity resonator
- US 2357313 Carter, P.S. (1944). High frequency resonator and circuit therefor
- US 2357314 Carter, P.S. (1944). Cavity resonator circuit
- US 2408236 Spencer, P.L. (1946). Magnetron casing
- US 2444152 Carter, P.S. (1948). Cavity resonator circuit
- US 2611094 Rex, H.B. (1952). Inductance-capacitance resonance circuit
- GB 879677 Dexter, S.A. (1959). Valve oscillator circuits; radio frequency output couplings
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