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Statements

Subject Item
dbr:Mullard–Philips_tube_designation
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rdfs:label
Mullard–Philips tube designation ミュラード-フィリップス 真空管 規格 Codifica delle valvole termoioniche
rdfs:comment
In Europe, the principal method of numbering vacuum tubes ("thermionic valves") was the nomenclature used by the Philips company and its subsidiaries Mullard in the UK, Valvo(de, it) in Germany, Radiotechnique (Miniwatt-Dario brand) in France, and Amperex in the United States, from 1934 on. Adhering manufacturers include AEG (de), CdL (1921, French Mazda brand), CIFTE (fr, Mazda-Belvu brand), EdiSwan (British Mazda brand), Lorenz (de), MBLE(fr, nl) (be, Adzam brand), RCA (us), RFT(de, sv) (de), Siemens (de), Telefunken (de), Tesla (cz), Toshiba (ja), Tungsram (hu), and Unitra (pl; Dolam, Polam, Telam brands). This system allocated meaningful codes to tubes based on their function and became the starting point for the Pro Electron naming scheme for active devices (including tubes and transi ミュラード-フィリップス 真空管 規格（ミュラード-フィリップス しんくうかん きかく、Mullard-Philips tube designation）とは、ヨーロッパにおいて真空管の番号付けを英国の社の慣例に従ってつけるようにした規格である。このシステムは番号を読むだけで真空管の特性が把握出来る為、真空管の時代が終了するまで続いた。 同様の参照に用いられるシステムは米国のとがあり、軍用では英国で(CV)番号があり、米国ではが存在する。 軍用の特別な品質の真空管にはヒーターの電源と真空管の形式の間に番号が表記される。一例として、EF80が特別品質として設計された場合、'E80F'と表記される。全ての特別品質品に当てはまる訳ではない。EF91の特別品質品は'M8084'として表記される。('M'はMullardを意味する) A partire dal 1930 è stato introdotto un sistema di identificazione delle valvole elettroniche Mullard-Philips che ha avuto grande diffusione in Europa e da cui è successivamente nato il codice Europeo dei transistor e dei circuiti integrati. Detta codifica consiste in due o più lettere seguite da due numeri (e.g. AZ41, UBC42, EF41, etc); esistono le valvole EM4 la cui sigla è seguita da un solo numero in quanto lo zero precedente il quattro è sottinteso.
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In Europe, the principal method of numbering vacuum tubes ("thermionic valves") was the nomenclature used by the Philips company and its subsidiaries Mullard in the UK, Valvo(de, it) in Germany, Radiotechnique (Miniwatt-Dario brand) in France, and Amperex in the United States, from 1934 on. Adhering manufacturers include AEG (de), CdL (1921, French Mazda brand), CIFTE (fr, Mazda-Belvu brand), EdiSwan (British Mazda brand), Lorenz (de), MBLE(fr, nl) (be, Adzam brand), RCA (us), RFT(de, sv) (de), Siemens (de), Telefunken (de), Tesla (cz), Toshiba (ja), Tungsram (hu), and Unitra (pl; Dolam, Polam, Telam brands). This system allocated meaningful codes to tubes based on their function and became the starting point for the Pro Electron naming scheme for active devices (including tubes and transistors). ミュラード-フィリップス 真空管 規格（ミュラード-フィリップス しんくうかん きかく、Mullard-Philips tube designation）とは、ヨーロッパにおいて真空管の番号付けを英国の社の慣例に従ってつけるようにした規格である。このシステムは番号を読むだけで真空管の特性が把握出来る為、真空管の時代が終了するまで続いた。 同様の参照に用いられるシステムは米国のとがあり、軍用では英国で(CV)番号があり、米国ではが存在する。 軍用の特別な品質の真空管にはヒーターの電源と真空管の形式の間に番号が表記される。一例として、EF80が特別品質として設計された場合、'E80F'と表記される。全ての特別品質品に当てはまる訳ではない。EF91の特別品質品は'M8084'として表記される。('M'はMullardを意味する) * 1桁目: ヒーターの電源 * A 4V * B 180mA AC/DC * C 200mA AC/DC * D 0.5 - 1.5V * E 6.3V AC * F 12.6V car battery * G 5V * H 150mA AC/DC * I 20V * K 2V DC * L 450mA AC/DC * O Cold cathode * P 300mA AC/DC * T 7.4V; Misc. * U 100mA AC/DC * V 50mA AC/DC * X 600mA AC/DC * Y 450mA AC/DC * 末の桁: 素子の形式 * A diode (excluding rectifiers) * AA double diode with separate cathodes (excluding rectifiers) * B double diode with common cathode (excluding rectifiers) * C Triode (excluding power triodes) * D Power triode * E Tetrode (excluding power valves) * F Pentode (excluding power valves) * H Hexode or Heptode (of the Hexode type) * K Octode or Heptode (of the Octode type) * L Output tetrode, beam tetrode or pentode * M Tuning indicator * N Gas filled triode or thyratron * P Secondary emission * Q Nonode * S TV sync oscillator * T Beam tube * W Gas rectifier * X Gas fullwave rectifier * Y Halfwave rectifier * Z Fullwave rectifier * 特徴: 座金の種類 & シリアルNo. * 1-10 Various side contacts, octals, specials (exceptions are ECH3G, ECH4G, EK2G, EL3G, KK2G which have octal bases) * 11-19 8-pin German octal * 20-29 Loctal B8G; some octal; some 8-way side contact (Exceptions are DAC21, DBC21, DCH21, DF21, DF22, DL21, DLL21, DM21 which have octal bases) * 30-39 International Octal * 40-49 Rimlok B8A * 50-59 B9G; Loctal B8G; Octal; 3-pin glass; Disk-seal; German 10-pin with spigot; min. 4-pin; B26A; Magnoval B9D * 60-69 B9G; some submins * 70-79 Loctal Lorenz; wire submins * 80-89 Noval B9A * 90-99 B7G * 100-109 B7G; Wermacht base; German PTT base * 110-119 8-pin German octal; Rimlok B8A * 130-139 Octal * 150-159 German 10-pin with spigot; 10-pin glass with one big pin; Octal * 160-169 Flat wire submins; 8-pin German octal * 170-179 RFT 8-pin; RFT 11-pin all glass with one offset pin * 180-189 Noval B9A * 190-199 B7G * 200-209 Decal B10B * 230-239 Octal * 270-279 RFT 11-pin all glass with one offset pin * 280-289 Noval B9A * 300-399 Octal * 400-499 Rimlok B8A * 500-529 Magnoval B9D; Novar * 600-699 Flat wire-ended * 700-799 Round wire-ended * 800-899 Noval B9A * 900-999 B7G * 1000- Round wire-ended; special nuvistor * 2000- Decal B10B * 3000- Octal * 5000- Magnoval B9D * 8000- Noval B9A A partire dal 1930 è stato introdotto un sistema di identificazione delle valvole elettroniche Mullard-Philips che ha avuto grande diffusione in Europa e da cui è successivamente nato il codice Europeo dei transistor e dei circuiti integrati. Detta codifica consiste in due o più lettere seguite da due numeri (e.g. AZ41, UBC42, EF41, etc); esistono le valvole EM4 la cui sigla è seguita da un solo numero in quanto lo zero precedente il quattro è sottinteso. * La prima lettera codifica l'alimentazione del filamento; la seconda lettera e le successive codificano il tipo di valvola (e.g. diodo .. pentodo etc); * Il primo numero codifica la piedinatura della base; * Il secondo numero distingue le valvole all'interno dello stesso tipo;
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