-
61 transformateur de sécurité
защитный разделительный трансформатор
Трансформатор, у которого первичная обмотка отделена электрически от вторичной обмотки изоляцией, по меньшей мере эквивалентной двойной или усиленной изоляции, и который предназначен для питания цепей безопасного сверхнизкого напряжения.
[ГОСТ IЕС 60730-1-2011]
безопасный разделительный трансформатор
Трансформатор, входная обмотка которого электрически отделена от выходной обмотки изоляцией, эквивалентной по крайней мере двойной или усиленной изоляции, и который предназначен для питания прибора или его цепей безопасным сверхнизким напряжением.
[ ГОСТ Р 52161. 1-2004 ( МЭК 60335-1: 2001)]
безопасный разделительный трансформатор
Разделительный трансформатор, предназначенный для питания цепей сверхнизким безопасным напряжением
[ ГОСТ 30030-93]EN
safety isolating transformer
transformer, the input winding of which is electrically separated from the output winding by an insulation at least equivalent to double insulation or reinforced insulation, that is intended to supply an appliance or circuit at safety extra-low voltage
[IEC 60335-1, ed. 4.0 (2001-05)]FR
transformateur de sécurité
transformateur dont l'enroulement primaire est séparé électriquement des enroulements secondaires par une isolation au moins équivalente à la double isolation ou à l'isolation renforcée et qui est destiné à alimenter un appareil ou un circuit à une très basse tension de sécurité
[IEC 60335-1, ed. 4.0 (2001-05)]Безопасный разделительный трансформатор является разновидностью разделительного трансформатора, у которого номинальное напряжение вторичной обмотки равно сверхнизкому напряжению. Безопасные разделительные трансформаторы применяют в электроустановках зданий для питания электрических цепей, содержащих электрооборудование класса III.
Требования к безопасным разделительным трансформаторам изложены в ГОСТ 30030–93 (МЭК 742–83) «Трансформаторы разделительные и безопасные разделительные трансформаторы», который введён в действие на территории России с 1 января 1998 г.
[ http://www.volt-m.ru/glossary/letter/%C1/view/4/]Тематики
Синонимы
EN
FR
Франко-русский словарь нормативно-технической терминологии > transformateur de sécurité
-
62 безопасный разделительный трансформатор
защитный разделительный трансформатор
Трансформатор, у которого первичная обмотка отделена электрически от вторичной обмотки изоляцией, по меньшей мере эквивалентной двойной или усиленной изоляции, и который предназначен для питания цепей безопасного сверхнизкого напряжения.
[ГОСТ IЕС 60730-1-2011]
безопасный разделительный трансформатор
Трансформатор, входная обмотка которого электрически отделена от выходной обмотки изоляцией, эквивалентной по крайней мере двойной или усиленной изоляции, и который предназначен для питания прибора или его цепей безопасным сверхнизким напряжением.
[ ГОСТ Р 52161. 1-2004 ( МЭК 60335-1: 2001)]
безопасный разделительный трансформатор
Разделительный трансформатор, предназначенный для питания цепей сверхнизким безопасным напряжением
[ ГОСТ 30030-93]EN
safety isolating transformer
transformer, the input winding of which is electrically separated from the output winding by an insulation at least equivalent to double insulation or reinforced insulation, that is intended to supply an appliance or circuit at safety extra-low voltage
[IEC 60335-1, ed. 4.0 (2001-05)]FR
transformateur de sécurité
transformateur dont l'enroulement primaire est séparé électriquement des enroulements secondaires par une isolation au moins équivalente à la double isolation ou à l'isolation renforcée et qui est destiné à alimenter un appareil ou un circuit à une très basse tension de sécurité
[IEC 60335-1, ed. 4.0 (2001-05)]Безопасный разделительный трансформатор является разновидностью разделительного трансформатора, у которого номинальное напряжение вторичной обмотки равно сверхнизкому напряжению. Безопасные разделительные трансформаторы применяют в электроустановках зданий для питания электрических цепей, содержащих электрооборудование класса III.
Требования к безопасным разделительным трансформаторам изложены в ГОСТ 30030–93 (МЭК 742–83) «Трансформаторы разделительные и безопасные разделительные трансформаторы», который введён в действие на территории России с 1 января 1998 г.
[ http://www.volt-m.ru/glossary/letter/%C1/view/4/]Тематики
Синонимы
EN
FR
Русско-французский словарь нормативно-технической терминологии > безопасный разделительный трансформатор
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63 winding
1) намотка2) обмотка4) виток; оборот5) поворот; изгиб-|| изогнутый; искривлённый6) спиральный•- bank winding
- banked winding
- bar winding
- basket winding
- bias winding
- bifilar winding
- bit winding
- bit-plane winding
- bit-sense winding
- bit-write winding
- bucking winding
- cage winding
- center-tapped winding
- chain winding
- coil winding
- commutating winding
- compensation winding
- concentrated winding
- control winding
- core plane winding
- cosine winding
- counter winding
- crisscross winding
- crisscross coil winding
- current winding
- Curtis winding
- cylindrical winding
- damper winding
- damping winding
- dc winding
- delay winding
- diamond winding
- differential winding
- digit winding
- digit-plane winding
- double winding
- drive winding
- drum winding
- duplex lap winding
- duplex wave winding
- exciting winding
- feedback winding
- field winding
- filament winding
- fractional-pitch winding
- frog-leg winding
- full-pitch winding
- gate winding
- Gramme winding
- herring-bone winding
- high-voltage winding
- holding winding
- honeycomb winding
- inhibit winding
- input winding
- interrogate winding
- lap winding
- layer winding
- long-pitch winding
- low-voltage winding
- magnet winding
- multiplex lap winding
- multiplex wave winding
- noninductive winding
- output winding
- parallel winding
- pie winding
- plate winding
- power winding
- preformed winding
- primary winding
- print winding
- push-through winding
- random winding
- read winding
- read-out winding
- reentrant winding
- regulating winding
- relay winding
- reset winding
- ring winding
- rotor winding
- secondary winding
- sense winding
- sense-digit winding
- series winding
- set winding
- shift winding
- short-pitch winding
- shunt winding
- signal winding
- simplex lap winding
- simplex wave winding
- single-layer winding
- spiral winding
- split winding
- split-throw winding
- stabilized winding
- starting winding
- stator winding
- superconducting winding
- tapped winding
- toroidal winding
- transformer winding
- waffle winding
- waffle-type winding
- wave winding
- Wenner winding
- write winding
- write-digital winding -
64 corrente
"current;Strom;corrente"* * *1. adj currentacqua runninglingua fluentdi uso corrente in common use2. m: essere al corrente know (di something)tenere qualcuno al corrente keep someone up to date, keep someone informed3. f currentfig di opinione trendfazione factioncorrente continua direct currentcorrente d'aria draught* * *corrente1 agg.1 ( che scorre) running, flowing: acqua corrente, running water // (mar.) manovre correnti, running rigging // (tip.) titolo corrente, running head (o running title)2 ( scorrevole) flowing, smooth, fluent: uno stile corrente, a smooth style; esprimersi in modo corrente, to speak fluently4 ( nelle specificazioni di tempo) present, current: mese corrente, current month; in risposta alla Vs. del 14 c.m., in reply to your letter of the 14th instant (o of this month); settimana corrente, current week6 ( comune) common, current, ordinary: nel linguaggio corrente, in common speech; opinione corrente, current opinion; parola di uso corrente, word in current (o common) use; secondo l'uso corrente, according to current use7 ( andante, dozzinale) common; ordinary; ( nella terminologia commerciale) middling: materiale corrente, common material; qualità corrente, middling quality◆ s.m.1 al corrente, informed (o up to date o well informed): lo mise al corrente della nostra decisione, he acquainted him with (o informed him of) our decision, essere al corrente di un fatto, to be well informed about (o to be acquainted with) a fact; tenere qlcu. al corrente di qlco., to keep s.o. well informed (o posted) on sthg.; tenersi al corrente, to keep up to date2 (arch., mar., aer.) stringer.corrente2 s.f.1 current, stream; ( molto veloce) race: corrente di marea, riptide; corrente di flusso, flood current; corrente di riflusso, ebb current; corrente di risucchio, rip current; corrente sottomarina, undercurrent; la corrente impetuosa del fiume, the river's strong current; il nuotatore fu travolto dalla corrente, the swimmer was swept away by the current; nuotare contro corrente, to swim against the current; andare contro corrente, to swim against the stream (anche fig.); seguire la corrente, to go (o to swim) with the tide (anche fig.) // la Corrente del Golfo, the Gulf Stream2 ( di aria) draught; current of air: entrò una corrente d'aria fredda quando apristi la finestra, a cold draught came in when you opened the window; non state nella corrente!, don't stand in the draught!; chiudi la porta: fa corrente!, close the door! there's a draught // (meteor.): corrente ascensionale, updraught; corrente a getto, jet stream; corrente di convezione, convection current; correnti occidentali, westerlies3 ( flusso) stream, flow: corrente laminare, laminar flow; corrente di traffico, traffic flow; la corrente dell'esportazione, the flow of exports4 (elettr.) current: corrente a bassa tensione, low-voltage current; corrente ad alta tensione, high-voltage current; corrente alternata, alternate current; corrente continua, direct current; corrente derivata, derived current; corrente di compensazione, equalizing current; corrente di ritardo, lagging current; corrente di spostamento, displacement current; corrente efficace, effective current; corrente indotta, induced current; corrente parassita, eddy current; presa di corrente, current tap (o socket); riduttore di corrente, instrument current transformer; siamo rimasti senza corrente per tutta la notte, we were without electricity all night; accidenti! è saltata la corrente!, damn! the power (o current) has gone!5 (fig.) ( usanza) fashion; ( tendenza) current, tendency, trend: corrente letteraria, literary current; le correnti del pensiero moderno, the tendencies of modern thought* * *[kor'rɛnte]1. agg1) (acqua del rubinetto) running2) (uso, anno) current, (moneta) validè opinione corrente che... — it is commonly believed that...
la vostra lettera del 5 corrente mese — (in lettere commerciali) in your letter of the 5th of this month, in your letter of the 5th inst. Brit frm
3) (ordinario: merce) ordinary4) (quotidiano: spese, affari) everyday2. smessere al corrente di — (notizia) to know about, (scoperte scientifiche) to be well-informed about
3. sfElettr, (di acque) current, (di aria) airstream, current of air, (spiffero) draught Brit, draft Am, (di opinioni) trendtagliare la corrente Elettr — to cut off the power
* * *I [kor'rɛnte]1) (diffuso, frequente) [pratica, errore, mentalità, parola] common, currentdi uso corrente — in current o common o everyday use
2) (ordinario) [ lingua] everyday; [procedura, funzionamento] usual, ordinary; [tariffa, tasso] going3) (con riferimento temporale) [settimana, mese, anno] currentil 5 del mese corrente — the 5th of this month, the 5th inst
4) (che scorre) [ acqua] running, flowing5) al correnteessere al corrente — to be in the know (di qcs. about sth.); to be aware (di qcs. of sth.)
mettere qcn. al corrente — to put sb. in the picture, to fill sb. in (di qcs. about sth.)
tenere qcn. al corrente — to keep sb. posted, to let sb. know (di qcs. about sth.)
II [kor'rɛnte]tenersi al corrente — to keep up to date (di qcs. on sth.)
sostantivo femminile1) (movimento dell'acqua) currentcontro corrente — [ nuotare] against the current o tide; fig. [ andare] against the tide o trend
seguire la corrente — to go with the tide o current, to go downstream; fig. to go with the flow
2) (d'aria) draught BE, draft AE3) aer. meteor. current4) el. currentstaccare la corrente — to switch o turn off the power o electricity
manca, è saltata la corrente — there's no power, the power has failed
5) (tendenza, movimento) trend, current•corrente atmosferica — aer. air flow; meteor. airstream
* * *corrente1/kor'rεnte/1 (diffuso, frequente) [pratica, errore, mentalità, parola] common, current; di uso corrente in current o common o everyday use2 (ordinario) [ lingua] everyday; [procedura, funzionamento] usual, ordinary; [tariffa, tasso] going; moneta corrente currency3 (con riferimento temporale) [settimana, mese, anno] current; il 5 del mese corrente the 5th of this month, the 5th inst.4 (che scorre) [ acqua] running, flowing5 al corrente essere al corrente to be in the know (di qcs. about sth.); to be aware (di qcs. of sth.); mettere qcn. al corrente to put sb. in the picture, to fill sb. in (di qcs. about sth.); tenere qcn. al corrente to keep sb. posted, to let sb. know (di qcs. about sth.); tenersi al corrente to keep up to date (di qcs. on sth.).————————corrente2/kor'rεnte/sostantivo f.1 (movimento dell'acqua) current; contro corrente [ nuotare] against the current o tide; fig. [ andare] against the tide o trend; seguire la corrente to go with the tide o current, to go downstream; fig. to go with the flow3 aer. meteor. current4 el. current; corrente elettrica electric current; staccare la corrente to switch o turn off the power o electricity; manca, è saltata la corrente there's no power, the power has failed5 (tendenza, movimento) trend, current; una corrente politica a political trend; una corrente di pensiero a current of thought6 (spostamento) le -i migratorie migratory movementscorrente alternata alternating current; corrente atmosferica aer. air flow; meteor. airstream; corrente continua direct current; corrente del Golfo Gulf Stream; corrente marina drift. -
65 вид компенсации реактивной мощности
вид компенсации реактивной мощности
-См. также компенсация реактивной мощности
Параллельные тексты EN-RU
CC: Central Compensation
GC: Group Compensation
IC: Individual Compensation
M: Motor LoadCC: Централизованная компенсация
GC: Групповая компенсация
IC: Индивидуальная компенсация
M: Нагрузка (электродвигатель)The location of low-voltage capacitors in an installation constitutes the mode of compensation, which may be central (one location for the entire installation), by sector (section-by-section), at load level, or some combination of the latter two.
In principle, the ideal compensation is applied at a point of consumption and at the level required at any moment in time.
In practice, technical and economic factors govern the choice.
The location for connection of capacitor banks in the electrical network is determined by:
• the overall objective (avoid penalties on reactive energy relieve transformer or cables, avoid voltage drops and sags)
• the operating mode (stable or fluctuating loads)
• the foreseeable influence of capacitors on the network characteristics
• the installation cost.
[Schneider Electric]Вид компенсации определяется расположением конденсаторов низкого напряжения в электроустановке. Различают следующие виды компенсации: централизованная (одна конденсаторная батарея на всю электроустановку), групповая (по батарее на группу нагрузок), инидивидуальная или комбинированная - сочетание двух последних видов компенсации.
Теоретически, идеальной является компенсация, выполняемая в любой момент времени в требуемой точке электроустановки в требуемом количестве.
На практике выбор определяется техническими и экономическими соображениями.
Место подключения конденсаторных батарей к электрической сети определяется:
● общей задачей (избежать штрафов за потребление реактивной энергии, разгрузить силовой трансформатор и кабели, предотвратить падение и провалы напряжения);
● режимом работы (постоянные и переменные нагрузки);
● предполагаемым влиянием конденсаторов на характеристики электросети;
● стоимостью установки.
[Перевод Интент]Тематики
EN
Русско-английский словарь нормативно-технической терминологии > вид компенсации реактивной мощности
-
66 compensation mode
вид компенсации реактивной мощности
-См. также компенсация реактивной мощности
Параллельные тексты EN-RU
CC: Central Compensation
GC: Group Compensation
IC: Individual Compensation
M: Motor LoadCC: Централизованная компенсация
GC: Групповая компенсация
IC: Индивидуальная компенсация
M: Нагрузка (электродвигатель)The location of low-voltage capacitors in an installation constitutes the mode of compensation, which may be central (one location for the entire installation), by sector (section-by-section), at load level, or some combination of the latter two.
In principle, the ideal compensation is applied at a point of consumption and at the level required at any moment in time.
In practice, technical and economic factors govern the choice.
The location for connection of capacitor banks in the electrical network is determined by:
• the overall objective (avoid penalties on reactive energy relieve transformer or cables, avoid voltage drops and sags)
• the operating mode (stable or fluctuating loads)
• the foreseeable influence of capacitors on the network characteristics
• the installation cost.
[Schneider Electric]Вид компенсации определяется расположением конденсаторов низкого напряжения в электроустановке. Различают следующие виды компенсации: централизованная (одна конденсаторная батарея на всю электроустановку), групповая (по батарее на группу нагрузок), инидивидуальная или комбинированная - сочетание двух последних видов компенсации.
Теоретически, идеальной является компенсация, выполняемая в любой момент времени в требуемой точке электроустановки в требуемом количестве.
На практике выбор определяется техническими и экономическими соображениями.
Место подключения конденсаторных батарей к электрической сети определяется:
● общей задачей (избежать штрафов за потребление реактивной энергии, разгрузить силовой трансформатор и кабели, предотвратить падение и провалы напряжения);
● режимом работы (постоянные и переменные нагрузки);
● предполагаемым влиянием конденсаторов на характеристики электросети;
● стоимостью установки.
[Перевод Интент]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > compensation mode
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67 niskonaponski
adj el I niskonaponski generator low-voltage generator; niskonaponski transformator low-tension transformer -
68 Thomson, Elihu
SUBJECT AREA: Electricity[br]b. 29 March 1853 Manchester, Englandd. 13 March 1937 Swampscott, Massachusetts, USA[br]English (naturalized) American electrical engineer and inventor.[br]Thomson accompanied his parents to Philadelphia in 1858; he received his education at the Central High School there, and afterwards remained as a teacher of chemistry. At this time he constructed several dynamos after studying their design, and was invited by the Franklin Institute to give lectures on the subject. After observing an arc-lighting system operating commercially in Paris in 1878, he collaborated with Edwin J. Houston, a senior colleague at the Central High School, in working out the details of such a system. An automatic regulating device was designed which, by altering the position of the brushes on the dynamo commutator, maintained a constant current irrespective of the number of lamps in use. To overcome the problem of commutation at the high voltages necessary to operate up to forty arc lamps in a series circuit, Thomson contrived a centrifugal blower which suppressed sparking. The resulting system was efficient and reliable with low operating costs. Thomson's invention of the motor meter in 1882 was the first of many such instruments for the measurement of electrical energy. In 1886 he invented electric resistance welding using low-voltage alternating current derived from a transformer of his own design. Thomson's work is recorded in his technical papers and in the 700plus patents granted for his inventions.The American Electric Company, founded to exploit the Thomson patents, later became the Thomson-Houston Company, which was destined to be a leader in the electrical manufacturing industry. They entered the field of electric power in 1887, supplying railway equipment and becoming a major innovator of electric railways. Thomson-Houston and Edison General Electric were consolidated to form General Electric in 1892. Thomson remained associated with this company throughout his career.[br]Principal Honours and DistinctionsChevalier and Officier de la Légion d'honneur 1889. American Academy of Arts and Sciences Rumford Medal 1901. American Institute of Electrical Engineers Edison Medal 1909. Royal Society Hughes Medal 1916. Institution of Electrical Engineers Kelvin Medal 1923, Faraday Medal 1927.Bibliography1934, "Some highlights of electrical history", Electrical Engineering 53:758–67 (autobiography).Further ReadingD.O.Woodbury, 1944, Beloved Scientist, New York (a full biography). H.C.Passer, 1953, The Electrical Manufacturers: 1875–1900, Cambridge, Mass, (describes Thomson's industrial contribution).K.T.Compton, 1940, Biographical Memoirs of Elihu Thomson, Washington, DCovides an abridged list of Thomson's papers and patents).GW -
69 installation
2) оборудование; аппаратура3) размещение, расположение4) установка ( оборудования); монтаж5) ввод в эксплуатацию; внедрение•-
absorption installation
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acceleration installation
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air conditioning installation
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atomic installation
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automatic block installation
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blower installation
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blow-through carburetor installation
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boiler installation
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cable installation
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CAD/CAM installation
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car installation
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cathodic protection installation
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charcoal installation
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coke-discharging installation
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coke-oven installation
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computer installation
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control installation
-
converter installation
-
cooling installation
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cutting installation
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desalination installation
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diesel-electric propulsion installation
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diver-assisted installation
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diver-assist installation
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diverless installation
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DNC installation
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domestic electrical installation
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drier installation
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dry coke-quenching installation
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dry powder fire extinguishing installation
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drying installation
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dust-arrester installation
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EB casting installation
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EBM installation
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effluent filter installation
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electric installation
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electric power installation
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electrical propulsion installation
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electric propulsion installation
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electrochemical machining installation
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electron-beam casting installation
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electron-beam melting installation
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electronic control fabric takedown installation
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electronic installation
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electronic patterning installation
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electroslag installation
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engine installation
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extinguishing installation
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factory installation
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field installation
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finger tight installation
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FMS related installation
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foam fire extinguishing installation
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gas-cleaning installation
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generator-transformer installation
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heating installation
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heat installation
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homogenization installation
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horizontal installation
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hydraulic multipurpose installation
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hydroelectric installation
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incineration installation
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indoor electrical installation
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industrial electrical installation
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influent filter installation
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interlocking installation
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internal installation
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inverter installation
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leaching installation
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lighting installation
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low-voltage installation
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magnetic stirrer installation
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multihead installation
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multimachine installation
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NC installation
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offset installation
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outdoor electrical installation
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pipe installation
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pouring ladle drying installation
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power installation
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process installation
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propulsion installation
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pumped-storage installation
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pumping installation
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racking installation
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radio installation
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recovery installation
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rectifying installation
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retrofit installation
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robot/conveyor installation
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robotic installation
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route installation
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sandblasting installation
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sandblast installation
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showering installation
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software installation
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steel-degassing installation
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suck-through carburetor installation
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takedown installation
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total-energy installation
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turbine installation
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turbo-electric propulsion installation
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turnout installation
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vacuum-treating installation
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ventilation installation
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vertical installation
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water-accumulator installation
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waterfront installation -
70 блок КТП с НКУ
-
71 LVDT
1) сокр. от linear variable differential transformer линейно регулируемый дифференциальный трансформатор- feedback LVDT
- very high accuracy LVDT2) сокр. от linear velocity displacement transducer линейный датчик скорости перемещения ( рабочего органа)3) сокр. от low voltage data transmissionEnglish-Russian dictionary of mechanical engineering and automation > LVDT
-
72 Niederspannungsstelltransformator
Niederspannungsstelltransformator m low-voltage regulating transformerDeutsch-Englisch Wörterbuch der Elektrotechnik und Elektronik > Niederspannungsstelltransformator
-
73 mains
электрическая сеть; силовая линия; магистраль; фидер -
74 непрерывность электроснабжения
непрерывность электроснабжения
-
[Интент]Параллельные тексты EN-RU
In public distribution, in the short term priority is given to continuity of service.
[Legrand]В сетях общего пользования приоритет отдается непрерывности электроснабжения.
[Перевод Интент]To guarantee maximum continuity of service even when there are overloads it is essential that the loads considered non-priority are managed and disconnected when needed by the transformer on the Low-Voltage side.
[Legrand]Для обеспечения максимальной непрерывности электроснабжения в условиях перегрузки, все нагрузки делят на основные, энергоснабжение которых не должно прерываться, и неприоритетные, электроснабжение которых можно при необходимости отключить на стороне низшего напряжения трансформатора.
[Перевод Интент]
Тематики
EN
Русско-английский словарь нормативно-технической терминологии > непрерывность электроснабжения
-
75 continuity of service
- непрерывность электроснабжения
- бесперебойность электроснабжения потребителей
- бесперебойность электроснабжения
- бесперебойность работы систем
- бесперебойность обслуживания
- бесперебойность газоснабжения
бесперебойность газоснабжения
—
[ http://slovarionline.ru/anglo_russkiy_slovar_neftegazovoy_promyishlennosti/]Тематики
EN
бесперебойность электроснабжения
-EN
continuity of supply
the quality of supply which is expressed by the extent to which the operation of an electrical system approaches the ideal state of freedom from interruption over a given period of time
[IEV ref 604-01-32]FR
continuité du service
qualité du service qui s'apprécie par la mesure dans laquelle l'exploitation du réseau s'est approchée de la situation idéale caractérisée par l'absence de toute interruption de fourniture pendant une période donnée
[IEV ref 604-01-32]2.1. Основными определяющими факторами при проектировании электроснабжения должны быть характеристики источников питания и потребителей электроэнергии, в первую очередь требование, к бесперебойности электроснабжения с учетом возможности обеспечения резервирования в технологической части проекта, требования электробезопасности.
4.4. Промышленное предприятие с электроприемниками I и II категорий должно обеспечиваться электроэнергией от двух независимых взаимно резервируемых источников питания. Выбор независимых источников питания осуществляет энергоснабжающая организация, которая в технических условиях на присоединение указывает характеристики внешних источников питания.
Из указанных характеристик разработчику проекта электроснабжения предприятия рекомендуется обратить особое внимание на ряд факторов, определяющих бесперебойность питания электроприемников при аварийном отключении одного из независимых источников питания.6.5.3. Внутрицеховые питающие силовые сети могут выполняться как магистральными, так и радиальными. Выбор вида сети зависит от планировки технологического оборудования, требований по бесперебойности электроснабжения, условий окружающей среды, вероятности изменения технологического процесса, вызывающего замену технологического оборудования, размещения цеховых ТП.
[НТП ЭПП-94]
Тематики
EN
DE
FR
непрерывность электроснабжения
-
[Интент]Параллельные тексты EN-RU
In public distribution, in the short term priority is given to continuity of service.
[Legrand]В сетях общего пользования приоритет отдается непрерывности электроснабжения.
[Перевод Интент]To guarantee maximum continuity of service even when there are overloads it is essential that the loads considered non-priority are managed and disconnected when needed by the transformer on the Low-Voltage side.
[Legrand]Для обеспечения максимальной непрерывности электроснабжения в условиях перегрузки, все нагрузки делят на основные, энергоснабжение которых не должно прерываться, и неприоритетные, электроснабжение которых можно при необходимости отключить на стороне низшего напряжения трансформатора.
[Перевод Интент]
Тематики
EN
Англо-русский словарь нормативно-технической терминологии > continuity of service
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76 amplifier
1) усилитель2) приемник ( прямого усиления)•- acoustic amplifier
- adder amplifier
- all-pass amplifier
- all-purpose amplifier
- all-radial amplifier
- antenna amplifier
- aperiodic amplifier
- audio-distribution amplifier
- audio-frequency amplifier
- audio-video amplifier
- automatic stereophonic recording amplifier
- auxiliary amplifier
- AV-amplifier
- average power amplifier
- backward-wave amplifier
- B-amplifier
- bandpass amplifier
- base amplifier
- beam-parametric amplifier
- binaural-power amplifier
- bioelectric-potential amplifier
- bistable amplifier
- bootstrap amplifier
- branching amplifier
- bridge magnetic amplifier
- bridging amplifier
- broadband amplifier
- broadcasting amplifier
- buck-boost amplifier
- buffer amplifier
- bullet amplifier
- burst amplifier
- calibrated amplifier
- camera amplifier
- capacitor-coupled amplifier
- carrier amplifier
- cascade-coupled amplifier
- cascaded amplifier
- cathode-coupled amplifier
- cavity-type diode amplifier
- ceramic amplifier
- channel amplifier
- choke amplifier
- chopper-stabilized amplifier
- chroma-bandpass amplifier
- chrominance amplifier
- clamped amplifier
- class-A amplifier
- class-AB amplifier
- class-B amplifier
- class-C amplifier
- class-D amplifier
- class-E amplifier
- class-F amplifier
- clipper amplifier
- coaxial amplifier
- coherent-light amplifier
- coincidence amplifier
- cold-cathode amplifier
- color-burst amplifier
- common-collector amplifier
- common-drain amplifier
- common-emitter amplifier
- common-gate amplifier
- common-source amplifier
- compensated amplifier
- compressor amplifier
- conference amplifier
- continuous-signal amplifier
- controlled amplifier
- controlling amplifier
- convertor amplifier
- correcting-antenna amplifier
- coupling amplifier
- cross-field amplifier
- current amplifier
- dc amplifier
- dc power amplifier
- dc restoration amplifier
- deflection amplifier
- degenerate amplifier
- degenerative amplifier
- delay amplifier
- dielectric amplifier
- differential amplifier
- differentiating amplifier
- differentiation amplifier
- digital sound processor amplifier
- digital sound-field processor amplifier
- digitally-controlled amplifier
- diode amplifier
- direct resistance-coupled amplifier
- direct-communication amplifier
- distribution amplifier
- DMB-amplifier
- Doherty amplifier
- double-circuit amplifier
- double-stream amplifier
- double-tuned amplifier
- drift-compensated amplifier
- drift-corrected amplifier
- drift-free amplifier
- driver amplifier
- dual-operational amplifier
- dual-trace amplifier
- duct amplifier
- duplex amplifier
- earlike-response amplifier
- electric-organ amplifier
- electrometric amplifier
- electron-beam amplifier
- electronically-tunable amplifier
- electron-tube amplifier
- elementary amplifier
- end amplifier
- error amplifier
- error-signal amplifier
- extender amplifier
- fader amplifier
- fast-operating amplifier
- feedback amplifier
- feedforward amplifier
- ferrite amplifier
- ferromagnetic amplifier
- fiber-optic system amplifier
- field amplifier
- field-input amplifier
- filter amplifier
- final amplifier
- fixed-gain amplifier
- flat amplifier
- flat-staggered amplifier
- flip-flop amplifier
- follow-up amplifier
- forming amplifier
- forward-wave amplifier
- four-channel power amplifier
- four-stage amplifier
- frame amplifier
- frequency-selective amplifier
- functional amplifier
- gain-matched amplifier
- gain-stabilized amplifier
- galvanic amplifier
- G-amplifier
- gated amplifier
- generator amplifier
- grounded-anode amplifier
- grounded-base amplifier
- grounded-cathode amplifier
- grounded-collector amplifier
- grounded-drain amplifier
- grounded-emitter amplifier
- grounded-gate amplifier
- grounded-grid amplifier
- grounded-plate amplifier
- group amplifier
- group reception amplifier
- group transmission amplifier
- guitar amplifier
- Gunn amplifier
- half-wave amplifier
- head amplifier
- heterodyne amplifier
- Hi-Fi amplifier
- high-current power amplifier
- high-frequency amplifier
- home theater amplifier
- horizontal amplifier
- IF amplifier
- image amplifier
- image-rejecting intermediate amplifier
- IMPATT amplifier
- inductance amplifier
- input amplifier
- instrumentation amplifier
- integrated amplifier
- integrating amplifier
- intensity amplifier
- intermediate-frequency amplifier
- intermediate-power amplifier
- interphone amplifier
- inverting amplifier
- isolating amplifier
- klystron amplifier
- laser amplifier
- launch amplifier
- light amplifier
- limiter amplifier
- limiting amplifier
- line amplifier
- line frequency amplifier
- line power amplifier
- line voltage amplifier
- linear amplifier
- lin-log amplifier
- listening amplifier
- lock-in amplifier
- locomotive receiver amplifier
- logarithmic amplifier
- loud-speaking announcement amplifier
- low-frequency amplifier
- low-noise amplifier
- low-power amplifier
- luminance amplifier
- magnetic amplifier
- magnetron amplifier
- main amplifier
- maser amplifier
- master oscillator amplifier
- matched amplifier
- matrix amplifier
- measuring amplifier
- microphone amplifier
- microstrip amplifier
- microwave amplifier
- mixing amplifier
- modulated amplifier
- monaural power amplifier
- monitoring amplifier
- monolithic amplifier
- multichannel amplifier
- multistage amplifier
- narrow-band amplifier
- narrow-gate amplifier
- n-channel amplifier
- negative resistance amplifier
- negatron amplifier
- noiseless amplifier
- noise-suppressing amplifier
- noncooled amplifier
- nondegenerate amplifier
- noninverting amplifier
- nonlinear amplifier
- note amplifier
- n-stage amplifier
- operating amplifier
- operation amplifier
- optical amplifier
- optoelectronic amplifier
- output amplifier
- overdriven amplifier
- packaged amplifier
- paging amplifier
- parallel amplifier
- paramagnetic amplifier
- parametric amplifier
- paraphase amplifier
- peaked amplifier
- personal tone amplifier
- phase sensor amplifier
- photocurrent amplifier
- pip amplifier
- plasma amplifier
- playback amplifier
- plug-in amplifier
- power amplifier
- precision amplifier
- printed-circuit amplifier
- processing amplifier
- program amplifier
- pulse-distribution amplifier
- push-pull electret amplifier
- push-pull magnetic amplifier
- quadrature amplifier
- quantum amplifier
- radio-frequency amplifier
- Raman amplifier
- R-amplifier
- RC-coupled amplifier
- reactance amplifier
- read amplifier
- reception amplifier
- reciprocal amplifier
- recording amplifier
- recuperative amplifier
- reflecting amplifier
- regenerative amplifier
- remote-tuned amplifier
- repeating amplifier
- reproducing amplifier
- resistance-capacitance amplifier
- resonance amplifier
- resonant amplifier
- reversed-feedback amplifier
- RF-amplifier
- rotary amplifier
- rotating amplifier
- running wave lamp amplifier
- saturated amplifier
- selective amplifier
- self-feedback amplifier
- sense amplifier
- separate amplifier
- series amplifier
- sharpener amplifier
- SHF-amplifier
- signal-shaping amplifier
- simplest amplifier
- simplex amplifier
- single-ended amplifier
- single-frequency amplifier
- single-section amplifier
- single-sideband amplifier
- single-sided amplifier
- single-stage amplifier
- single-step amplifier
- single-tuned amplifier
- slicer amplifier
- solid-state amplifier
- sound frequency amplifier
- source-follower amplifier
- speech amplifier
- square-low amplifier
- square-wave amplifier
- stabilized amplifier
- stable amplifier
- stagger-tuned amplifier
- stereo/mono power amplifier
- straight amplifier
- strip-line amplifier
- studio amplifier
- subscriber amplifier
- Suhl amplifier
- summing amplifier
- super-recuperative amplifier
- supersonic amplifier
- surface-acoustic-wave amplifier
- sweep amplifier
- tandem amplifier
- tapered amplifier
- telephone-repeater amplifier
- terminal amplifier
- TFT-amplifier
- threshold amplifier
- time-shared amplifier
- track-and-hold amplifier
- transceiving amplifier
- transferred-electron amplifier
- transformer amplifier
- transformer-coupled amplifier
- transimpedance amplifier
- transistor amplifier
- transmission-type amplifier
- transmitter amplifier
- traveling wave amplifier
- tuned amplifier
- tunnel diode amplifier
- TV-antenna amplifier
- two-channel playback amplifier
- two-step amplifier
- two-way amplifier
- ultralinear amplifier
- unloading amplifier
- untapered amplifier
- utility video amplifier
- vacuum-tube amplifier
- valve amplifier
- variable transmitter amplifier
- video amplifier
- video-frequency amplifier
- voltage amplifier
- voltage-controlled amplifier
- volume-limiting amplifier
- vortex amplifier
- wide-band amplifier
- writing amplifier
- X-amplifier
- X-axis amplifier
- Y-amplifier
- Y-axis amplifier
- zero-phase drift amplifierEnglish-Russian dictionary of telecommunications and their abbreviations > amplifier
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77 сельсин
synchro
индукционное электрическое устройство, преобразующее угловое перемещение ротора в синхронный эл. сигнал, или входной эл. сигнал в синхронный поворот ротора. — an inductive device, containing а stater and a rotor, capable of transforming an angular-position input into an electrical output or an electrical input into an angular output.
- (классификация)
к основным типам с. относятся: сельсины моментные, управляющие cкt и индуктивные потенциометры, — main classes of synchros include torque synchros, control synchros, resolvers, and induction potentiometer (linear synchro transmitters)
- (-) датчик — synchro-torque transmitter
датчик, вырабатывающий сигнал для отработки (поворота) ротора (вала) соответствующего сельсина-приемника. — а positioning device that generates electrical information to drive а suitable torque receiver.
- (-) датчик) — synchro (control) transmitter (cx), transmitting synchro
сельсин, ротор которого поворачивается механически для выдачи электрических сигналов, соответствующих угловому положению ротора, — а synehro, the rotor of which is mechanically positioned, for transmitting electrical information corresponding to angular positions of the rotor.
- (-) датчик "грубого отсчетa" (гироагрегата га курсовой системы) — synchro coarse torque transmitter
- (-) датчик "точного отсчета" (гироагрегата гa курсовой системы) — synchro fine torque.transmitter
- (-) датчик вертикальной наводки (грубый, точный) — (rough, fine) elevation aiming synchro-torque transmitter
- (-) датчик горизонтальной наводки (грубый, точный) — (rough, fine) azimuth aiming synchro-torgue transmitter
- (-) датчик, дифференциальный — control differential transmitter (cdx)
the cdx operates with control transformers.
- (-) датчик, дифференциальный cкt (синусно-косинусного трансформатора) — resolver control differential transmitter, resolver differential (rd)
- (-) датчик крена — roll synchro control transmitter, roll transmitter, roll cx
- (-) датчик, линейный (индуктивный потенциометр) — linear synchro transmitter
- (-) датчик cкt (синусно-косинусного трансформатора) — resolver control transmitter (rx)
- (-) датчик тангажа — pitch synchro control transmitter, pitch transmitter, pitch cx
- десяток (счетчика) — tens synchro
-, дифференциальный — differential synchro
-, дифференциальный (приемник трансформаторного типа) — (synchro) control differential transmitter (cdx)
- единиц (счетчика) — units synchro
- (-) индикатор — synchro indicator, indicating synchro
сельсин-приемник, служащий только для перемещения стрелки прибора, — а receiver with low torque and low reaction which is used solely to drive a pointer
- (-) приемник — synchro-torque receiver, receiving synchro
приемник углового положения с относительно малым полным сопротивлением, угол поворота ротора которого соответствует углу поворота ротора сельсина-датчика. — а relatively low impedance positioning device that genetates its own torque when driven by а synchro-torque transmitter.
- (-) приемник вертикальной наводки (грубый, точный) — (rough, fine) elevation aiming synchro-torque receiver
- (-) приемник горизонтальной наводки (грубый, точный) — (rough, fine) azimuth aiming synchro-torque receiver
- (-) приемник (отработки) заданного курса (прибора нпп) — heading /compass card/ control transformer
- (-) приемник крена (приборов пкп, кпп) — roll control transformer, roll ст
- (-) приемник курса (стрелки положения курса прибора нпп) — localizer (pointer) control transformer
- (-) приемник, работающий в индикаторном режиме — synchro indicator
- (-) приемник, работающий в трансформаторном режиме — synchro control transformer
- (-) приемник cкt (синуснокосинусного трансформатора) — resolver control transformer (rc)
- (-) приемник тангажа (приборов пкп, кпп) — pitch control transformer, pitch ct
- (-) приемник (отработки) текущего курса (прибора hпп) — heading /compass card/ control transformer
- крена — roll synchro
- ckt (типа синусно-косинусного трансформатора) — resolver
- тангажа — pitch synchro
- (-) трансформатор — synchro control transformer
сельсин, первичная обмотка которого запитываетея электрическим сигналом, соответствующим угловому перемещению (от управляющего датчика),a со вторичной обмотки снимается напряжение пропорциональное разности между сельсинным и электрическим углом. — а synchro, whose primary is supplied with electrical angular information (from a connected control transmitter) and whose secondary supplies а voltage pr tional to the difference between the synchro angle and electrical angle.
-(-)трансформатор, датчик — (synchro) control transmitter (cx)
- (-) трансформатор, переходный (пст) — intermediate synchro control transformer
- (-) трансформатор, приемник — (synchro) control transformer (ст)
сельсин, статорная обмотка которого получает эл. сигнал, соответствующий угловому положению ротора датчика, — the ст stator is supplied with electrical angular information. operates with control or differential transformers.
-, четырехобмоточный (типа ckt) — four-wire synchro (of resolvertype)
работать в индикаторном режиме (о сельсине) — operate as synchro indicator
работать в трансформаторном режиме — operate as synchro (control) transformerРусско-английский сборник авиационно-технических терминов > сельсин
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78 импульсный источник электропитания с коммутацией тока на первичной стороне
импульсный источник электропитания с коммутацией тока на первичной стороне
-In primary switch mode power supplies, the AC mains voltage is first rectified and smoothed and then chopped ("switched"). Chopping means that the DC voltage is switched periodically at a frequency of 40 to 200 kHz using a power transistor.
In contrast to linearly regulated power supplies, the power transistor does not act as a variable resistor but as a switch instead. This generates a square-wave AC voltage that is transformed to the secondary circuit using a high-frequency transformer. In the secondary circuit, the voltage is rectifi ed and smoothed. The quantity of energy transformed to the secondary circuit is controlled, depending on the load, by varying the chopping rate. The longer the transistor is conductive, the higher is the quantity of energy transformed to the secondary circuit ( pulse width modulation).
Due to the use of high-frequency AC voltage, primary switch mode power supplies have the decisive advantage that their transformer can be of much smaller size than required for the transformation of low frequencies. This reduces the weight and the dissipation inside the unit. The effi ciency of these units is between 85 and 95 %. Since the output voltage does not directly depend on the input voltage, these units can be used for a wide input voltage range and can even be supplied with DC voltage. Furthermore, it is possible to buffer short-time mains voltage breakdowns up to 200 ms. However, the power failure buffering time is limited by the size of capacitor C1 since a longer buffering time requires a higher capacity and thus a bigger size of the capacitor. Especially in case of small power supplies this is not desirable.
Therefore, a practicable compromise has to be made between the size of the power supply and the buffering time.
Primary switch mode power supplies can be used for all purposes. For example, they are suitable for the supply of all kind of electronics as well as for electromechanical applications.
[ABB]Тематики
EN
Русско-английский словарь нормативно-технической терминологии > импульсный источник электропитания с коммутацией тока на первичной стороне
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79 primary switch mode power supply
- импульсный источник электропитания с коммутацией тока на первичной стороне
импульсный источник электропитания с коммутацией тока на первичной стороне
-In primary switch mode power supplies, the AC mains voltage is first rectified and smoothed and then chopped ("switched"). Chopping means that the DC voltage is switched periodically at a frequency of 40 to 200 kHz using a power transistor.
In contrast to linearly regulated power supplies, the power transistor does not act as a variable resistor but as a switch instead. This generates a square-wave AC voltage that is transformed to the secondary circuit using a high-frequency transformer. In the secondary circuit, the voltage is rectifi ed and smoothed. The quantity of energy transformed to the secondary circuit is controlled, depending on the load, by varying the chopping rate. The longer the transistor is conductive, the higher is the quantity of energy transformed to the secondary circuit ( pulse width modulation).
Due to the use of high-frequency AC voltage, primary switch mode power supplies have the decisive advantage that their transformer can be of much smaller size than required for the transformation of low frequencies. This reduces the weight and the dissipation inside the unit. The effi ciency of these units is between 85 and 95 %. Since the output voltage does not directly depend on the input voltage, these units can be used for a wide input voltage range and can even be supplied with DC voltage. Furthermore, it is possible to buffer short-time mains voltage breakdowns up to 200 ms. However, the power failure buffering time is limited by the size of capacitor C1 since a longer buffering time requires a higher capacity and thus a bigger size of the capacitor. Especially in case of small power supplies this is not desirable.
Therefore, a practicable compromise has to be made between the size of the power supply and the buffering time.
Primary switch mode power supplies can be used for all purposes. For example, they are suitable for the supply of all kind of electronics as well as for electromechanical applications.
[ABB]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > primary switch mode power supply
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80 amplifier
-
ac amplifier
-
adder amplifier
-
AGC amplifier
-
all-pass amplifier
-
amplitron amplifier
-
amplitude-limiting amplifier
-
antenna amplifier
-
aperiodic amplifier
-
audio amplifier
- audio distribution amplifier -
audio-frequency amplifier
-
automatic gain control amplifier
-
automatic stereophonic recording amplifier
-
backward-wave amplifier
-
backward-wave magnetron amplifier
-
backward-wave parametric amplifier
-
balanced amplifier
-
bandpass amplifier
-
band amplifier
-
baseband amplifier
-
beam parametric amplifier
-
bistable amplifier
-
Blumlein's ultralinear amplifier
-
booster amplifier
-
bootstrap amplifier
-
bridge amplifier
-
bridging amplifier
-
broadband amplifier
-
buck-boost amplifier
-
buffer amplifier
-
bullet amplifier
-
burst amplifier
-
calibrated amplifier
-
camera amplifier
-
capacitor transmitter amplifier
-
cascaded amplifier
-
cascade amplifier
-
cascode amplifier
-
cathode-coupled amplifier
-
cathode amplifier
-
cavity-type amplifier
-
charger amplifier
-
charge amplifier
-
choke-capacitance coupled amplifier
-
chopper amplifier
-
chopper-stabilized amplifier
-
chrominance amplifier
-
clamped amplifier
-
class-A amplifier
-
class-B amplifier
-
class-C amplifier
-
class-D amplifier
-
clipper amplifier
-
coincidence amplifier
-
cold cathode amplifier
-
color-burst amplifier
-
color-difference amplifier
-
color-stabilizing amplifier
-
common-base amplifier
-
common-collector amplifier
-
common-drain amplifier
-
common-emitter amplifier
-
common-gate amplifier
-
common-source amplifier
-
compensated amplifier
-
complementary amplifier
-
contact-modulated amplifier
-
control amplifier
-
coupling amplifier
-
crossed-field amplifier
-
cryogenicaliy cooled amplifier
-
cryogenic amplifier
-
current amplifier
-
Darlington amplifier
-
dc amplifier
-
dc machine amplifier
-
dc restoration amplifier
-
deflection amplifier
-
delayed-channel amplifier
-
differential-input amplifier
-
differential amplifier
-
differentiating amplifier
-
digitally controlled amplifier
-
digital-proportional fluid amplifier
-
direct-coupled amplifier
-
display intensity amplifier
-
distributed amplifier
-
distributing amplifier
-
double-ended amplifier
-
drift-compensated amplifier
-
drift-correcting amplifier
-
drift-free amplifier
-
driver amplifier
-
dual operational amplifier
-
dynamoclectric amplifier
-
echo amplifier
-
electrochemical amplifier
-
electrometric amplifier
-
electron wave magnetron amplifier
-
electronic amplifier
-
electronically tunable amplifier
-
emitter-follower amplifier
-
erase amplifier
-
error amplifier
-
extender amplifier
-
fader amplifier
-
fast amplifier
-
feedback amplifier
-
feedback stabilized amplifier
-
feed-forward amplifier
-
ferrite amplifier
-
ferromagnetic amplifier
-
field amplifier
-
filter amplifier
-
final amplifier
-
fixed-gain amplifier
-
fixed-tuned amplifier
-
flat amplifier
-
flat-staggered amplifier
-
flip-flop amplifier
-
fluid amplifier
-
follow-up amplifier
-
forward wave amplifier
-
frame amplifier
-
frequency-elimination amplifier
-
frequency-rejection amplifier
-
frequency-selective amplifier
-
front-end amplifier
-
front amplifier
-
gain-controlled amplifier
-
gain-matched amplifier
-
gain-stabilized amplifier
-
gamma amplifier
-
gate amplifier
-
gated amplifier
-
grounded anode amplifier
-
grounded-base amplifier
-
grounded-cathode amplifier
-
grounded-collector amplifier
-
grounded-drain amplifier
-
grounded-emitter amplifier
-
grounded-gate amplifier
-
grounded-plate amplifier
-
grounded-source amplifier
-
head amplifier
-
head-end amplifier
-
heterodyne amplifier
-
hi-fi amplifier
-
high-frequency amplifier
-
high-gain amplifier
-
high-voltage amplifier
-
horizontal amplifier
-
hybrid amplifier
-
hydraulic amplifier
-
image amplifier
-
image-rejecting intermediate amplifier
-
injection beam amplifier
-
instrumentation amplifier
-
integrated amplifier
-
integrating amplifier
-
intensity amplifier
-
intermediate-frequency amplifier
-
interphone amplifier
-
in-turret amplifier
-
inverting amplifier
-
isolating amplifier
-
klystron amplifier
-
laminar proportional amplifier
-
lap dissolve amplifier
-
laser amplifier
-
launch amplifier
-
light amplifier
-
limited-gain amplifier
-
limiting amplifier
-
line amplifier
-
linear amplifier
-
lock-in amplifier
-
logarithmic amplifier
-
log amplifier
-
longitudinal beam amplifier
-
low-current amplifier
-
low-distortion amplifier
-
low-drift amplifier
-
low-frequency amplifier
-
low-noise amplifier
-
luminance amplifier
-
magnetic amplifier
-
magnetron amplifier
-
masking amplifier
-
master oscillator power amplifier
-
matched amplifier
-
matching amplifier
-
matrix amplifier
-
metal interface amplifier
-
microphone amplifier
-
microstrip amplifier
-
microwave amplifier
-
mix-effects amplifier
-
modulated amplifier
-
monitoring amplifier
-
monitor amplifier
-
mono amplifier
-
M-type amplifier
-
multichannel amplifier
-
multimode amplifier
-
multiple-loop feedback amplifier
-
multistage amplifier
-
muscle voltage amplifier
-
narrow-band amplifier
-
narrow-gate amplifier
-
neutralized amplifier
-
noise immune amplifier
-
noiseless amplifier
-
noise-suppressing amplifier
-
noisy amplifier
-
noninverting amplifier
-
nonlinear amplifier
-
note amplifier
-
one-port amplifier
-
operational amplifier
-
optical amplifier
-
optic amplifier
-
optoelectronic amplifier
-
overdriven amplifier
-
packaged amplifier
-
panoramic amplifier
-
paramagnetic amplifier
-
parametric amplifier
-
parametric varactor amplifier
-
paraphase amplifier
-
peaked amplifier
-
phase linear amplifier
-
phase-sensitive amplifier
-
photocurrent amplifier
-
picture intermediate frequency amplifier
-
pilot amplifier
-
pip amplifier
-
playback amplifier
-
plug-in amplifier
-
polarity-inverting amplifier
-
portable amplifier
-
power amplifier
-
pressure-to-flow amplifier
-
prime amplifier
-
printed-circuit amplifier
-
processing amplifier
-
program amplifier
-
programmable gain amplifier
-
public-address amplifier
-
pulse distribution amplifier
-
pulsed amplifier
-
pulse amplifier
-
push-pull amplifier
-
quadrature amplifier
-
quantum amplifier
-
quiescent amplifier
-
radio-frequency amplifier
-
RC amplifier
-
reactance amplifier
-
reciprocal amplifier
-
recircufation zone amplifier
-
recording amplifier
-
reference amplifier
-
reflex amplifier
-
regenerative amplifier
-
repeating amplifier
-
reproducing amplifier
-
resistance amplifier
-
resistance-capacitance amplifier
-
resistance-coupled amplifier
-
resonance amplifier
-
reversed-feedback amplifier
-
rf amplifier
-
rotary amplifier
-
rotating magnetic amplifier
-
rotating amplifier
-
sample-and-hold amplifier
-
sampling amplifier
-
saturated amplifier
-
selective amplifier
-
self-balancing amplifier
-
self-feedback amplifier
-
self-saturating magnetic amplifier
-
sense amplifier
-
servo amplifier
-
sharpener amplifier
-
signal-frequency amplifier
-
single-ended amplifier
-
single-section amplifier
-
single-sideband amplifier
-
single-sided amplifier
-
single-stage amplifier
-
single-tuned amplifier
-
small-signal amplifier
-
source-follower amplifier
-
space charge wave amplifier
-
speech amplifier
-
square-law amplifier
-
squaring amplifier
-
stabilized amplifier
-
steffer amplifier
-
step-up amplifier
-
stereo amplifier
-
straight amplifier
-
summing amplifier
-
superregenerative amplifier
-
supersonic amplifier
-
sweep amplifier
-
switched gain amplifier
-
synchronizing amplifier
-
sync amplifier
-
tandem amplifier
-
tapered amplifier
-
temperature-compensated amplifier
-
threshold amplifier
-
time-base amplifier
-
torque amplifier
-
track-and-hold amplifier
-
transconductance amplifier
-
transducer amplifier
-
transferred electron amplifier
-
transformer-coupled amplifier
-
transimpedance amplifier
-
transistor amplifier
-
transmission-type amplifier
-
transmission amplifier
-
traveling wave tube amplifier
-
trigger amplifier
-
trunk amplifier
-
tube amplifier
-
tuned amplifier
-
tunnel diode amplifier
-
turbulence amplifier
-
ultralincar amplifier
-
uncompensated amplifier
-
unity gain amplifier
-
untapered amplifier
-
untuned amplifier
-
utility video amplifier
-
valve amplifier
-
variable-gain amplifier
-
velocity-modulated amplifier
-
vertical amplifier
-
video amplifier
-
video distribution amplifier
-
video frequency amplifier
-
voltage amplifier
-
voltage-controlled amplifier
-
vortex amplifier
-
wide dynamic range amplifier
-
wide-band amplifier
-
X-axis amplifier
-
X amplifier
-
Y-amplifier
-
YIG parametric amplifier
-
zero-phase drift amplifier
См. также в других словарях:
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