-
1 parallel mode
параллельное включение
—
[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
EN
параллельный метод выполнения операций
параллельный режим работы
—
[Л.Г.Суменко. Англо-русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.]Тематики
Синонимы
EN
режим параллельной работы
параллельный режим
—
[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > parallel mode
-
2 parallel mode
Большой англо-русский и русско-английский словарь > parallel mode
-
3 parallel mode
-
4 parallel mode
-
5 parallel mode
1) Техника: параллельное включение, параллельный режим, параллельный режимы резания, режим параллельной работы2) Математика: метод параллельного действия3) Вычислительная техника: параллельный метод (выполнения операций)4) Метрология: параллельное включение (например, резисторов) -
6 parallel mode
English-Russian dictionary of computer science and programming > parallel mode
-
7 parallel mode
English-Russian dictionary of telecommunications and their abbreviations > parallel mode
-
8 parallel mode
1. параллельное включение2. режим параллельной работы; параллельный режимThe English-Russian dictionary on reliability and quality control > parallel mode
-
9 parallel-mode interference
помеха общего вида
-Кондуктивные помехи в цепях, имеющих более одного проводника, принято также делить на помехи «провод - земля» (синонимы − несимметричные, общего вида, Common Mode) и «провод-провод» (симметричные, дифференциального вида, Differential Mode).
В первом случае («провод-земля») напряжение помехи приложено, как следует из названия, между каждым из проводников цепи и землей.
Во втором - между различными проводниками одной цепи.
Обычно самыми опасными для аппаратуры являются помехи «провод-провод», поскольку они оказываются приложенными так же, как и полезный сигнал.
Реальные помехи обычно представляют собой комбинацию помех «провод-провод» и «провод-земля».
[Вербин В.С. Помехи.]
Помеха - внешнее или внутреннее воздействие, приводящее к искажению аналоговой или дискретной информации во время ее хранения, преобразования, обработки или передачи.
Различают помехи общего и нормального вида.
Помехи нормального вида - такие помехи, источник которых находится в цепях данного канала связи. Источниками помех нормального вида могут быть элементы цепи, генерирующие сигналы, точки соединения разнородных проводников.
Помехи общего вида - такие помехи, источник которых находится в сигнальных или силовых цепях, не относящихся к данному каналу связи. Источниками помех общего вида могут быть электрические цепи, электротехническое оборудование, системы заземления, токопроводящие элементы строительных конструкций.
Помехи общего вида могут проникать в канал передачи данных различными способами: электростатические и электромагнитные поля, общие участки цепи и т.д. Путь проникновения помехи в канал связи - это точно такой же канал связи, только паразитный и имеет такую же структуру, как и обычный канал связи:
Методы борьбы с помехами:
1) Воздействие на источники помех - предотвращение появления или уменьшение числа источников помех и уровня создаваемых ими помех.
2) Уменьшение или исключение паразитных связей источников помех с каналами передачи данных и увеличение затухания помех на пути их проникновения в канал передачи данных.
3) Выделение и фильтрация помех в приемнике.
Для исключения и ослабления паразитных связей используют:
1)Пространственное разделение цепей
- существует минимально допустимое расстояние между силовыми и сигнальными цепями, которое зависит от тока и напряжения в силовых цепях. Например для тока 10А и напряжения 220В - не менее 30 см.
- не следует располагать силовые и сигнальные линии параллельно, если пересекать, то под углом 90о.
- расстояние от сигнальных линий до металлических конструкций должно быть не менее 30 см.
- сигнальные линии следует прокладывать не ближе 10-15 см от помещений с интенсивным источником помех (машинные залы и т.д.)
2)Экранирование сигнальных цепей. Использование экранированных кабелей, а также прокладка кабелей в металлических трубах и желобах ослабляет влияние паразитных электромагнитных и электростатических полей.
3)Симметрирование. Например использование витой пары - это эффективное средство борьбы с помехами от внешних НЧ электромагнитных полей. ЭДС наводимое в составляющих пару проводах полностью компенсируется по знаку и модулю.
4)Гальваническое разделение канала связи на несколько контуров (трансформаторная или оптическая развязка). Обычно такое разделение используют в том случае, когда канал связи имеет несколько заземляющих устройств.
[ http://kip-help.narod.ru/tau/pomehi.htm]Тематики
Синонимы
- несимметричная помеха
- помеха "провод-земля"
EN
Англо-русский словарь нормативно-технической терминологии > parallel-mode interference
-
10 parallel-mode interference
Техника: помеха общего видаУниверсальный англо-русский словарь > parallel-mode interference
-
11 mode
1) способ
2) мода
3) <electr.> вид колебаний
4) режим
5) метод
6) образ действия
7) форма
8) форма колебания
9) модус
10) тип
– adjacent mode
– angular mode
– anti-Stokes mode
– attenuate mode
– axial mode
– breathing mode
– control mode
– decay mode
– deform mode
– degenerate mode
– depletion mode
– dominant mode
– enhancement mode
– fission mode
– forward mode
– heat-extraction mode
– higher-order mode
– interaction mode
– interactive mode
– laser mode
– lasing mode
– lock mode
– map mode
– masing mode
– master mode
– mode discrimination
– mode A degenerates
– mode A vanishes
– mode changer
– mode chart
– mode conversion
– mode locking
– mode of disintegration
– mode of occurrence
– mode of operation
– mode of resonance
– mode pattern
– mode reconversion
– mode separation
– mode shifting
– mode structure
– mode suppression
– natural mode
– nonspiking mode
– normal mode
– off-line mode
– operating mode
– oscillation mode
– out-of-plane mode
– parallel mode
– parallel-serial mode
– parameter mode
– pin-test mode
– pinger mode
– pipeline mode
– principal mode
– program mode
– prompted mode
– pulse mode
– Q-spoiled mode
– quick-tear mode
– quiescent mode
– radiating mode
– real mode
– resonant mode
– rotate mode
– select mode
– series mode
– single mode
– single-shot mode
– spiking mode
– spurious mode
– suppress mode
– sustain mode
– transmission mode
– trapped mode
– twisted mode
– uncoupled mode
– wave mode
– waveguide mode
– whispering mode
charge storage mode — <electr.> режим накопления заряда
floating control mode — <comput.> способ регулирования астатический
oscillate in transverse mode — генерировать поперечные колебания
overlapped registers mode — режим с наложением регистровых операции
pass mode coding — <comput.> режим кодирования переходный, режим кодирования проходной
-
12 mode
1) способ; метод; принцип ( работы)3) состояние4) вид, класс5) стат. мода, наиболее вероятное значение•- access mode
- addressable mode of memory operation
- addressing mode
- alternate mode
- anticipation mode
- append mode
- attraction mode
- autodecrement mode
- autoecho mode
- autoincrement mode
- background mode
- back-to-back mode
- basic control mode
- batch mode
- batch-job mode
- biased coincident-current mode of operation
- binary mode
- bistable mode
- bit-image mode
- block mode
- block-multiplex mode
- boxed mode
- broadcast mode
- burst mode
- bypass mode
- byte mode
- byte-interleave mode
- byte-multiplex mode - capitals mode
- card mode
- CAS-before-RAS mode
- character mode
- circle-dot mode
- column binary mode
- command mode
- communication mode
- compatibility mode
- compute mode
- conceal mode
- concurrency mode
- concurrent mode
- connection mode
- connectionless mode
- console mode
- contention mode
- continuous-roll mode
- control mode
- convergent mode
- conversational mode
- cut-sheet mode
- cycle-lock mode
- cycle-steal mode
- dash-dot mode
- data-in mode
- data-pipeline mode
- defocus-focus mode
- destructive mode of operation
- dialog mode
- diffuse mode
- direct location mode
- disconnect mode
- displacement deferred mode
- display mode
- dot-dash mode
- dual-processor mode
- dumb-terminal mode
- edit mode
- exclusive usage mode
- executive guard mode
- extended text mode
- failure mode
- fallback mode
- file access mode
- file mode
- fixed-space character mode
- floating control mode
- fly-by mode
- fly-through mode
- focus-defocus mode
- foreground mode
- forms mode
- free running mode
- freeze mode
- full-screen mode
- go-ahead mode
- graphic mode
- graphics mode
- help mode
- hold mode
- idle mode
- inactivity mode
- increment mode
- initial condition mode
- input mode
- insert mode
- instruction burst mode
- interactive mode
- interactive query mode
- interleaved mode
- interpretive mode
- interrupt mode
- inverse video mode
- keyboard mode
- landscape mode
- learn mode
- left-entry mode
- lettergram mode
- line mode
- literal addressing mode
- load mode
- local mode
- locate mode
- location mode
- lock mode
- long modes
- man-machine mode
- manual mode
- mapping mode
- master mode
- master-slave mode
- memory-address mode
- mode of behavior
- mode of operation
- mode of priority
- monostable mode of operation
- move mode
- multijob mode
- multiplex mode
- multisystem mode
- multitask mode
- native mode
- nibble mode
- noisy mode
- nondestructive reading mode
- nonslotted mode
- nontransparent mode
- no-operation mode
- off mode
- off-line mode
- on-line mode
- on-link mode
- open-loop mode
- operating mode
- operative mode
- opposed mode
- output mode
- overview mode
- page mode
- panel mode
- parallel mode
- parallel-serial mode
- parameter mode
- partitioned mode
- pass-through mode
- pick-function mode
- pipeline mode
- playback mode
- point mode
- point-plotting mode
- portrait mode
- power-saving mode
- preaddressed mode
- preset mode
- privileged mode
- problem mode
- property-sheet mode
- protected mode
- protected usage mode
- pulse mode
- query mode
- question-answer mode
- quick-tear mode
- read-in mode
- read-mostly mode
- ready mode
- real mode
- real-time operation mode
- record mode
- reference-off mode
- register mode
- related modes
- repetitive mode
- replace mode
- reset mode
- revise mode
- right-entry mode
- ripple mode
- rotating fill-display mode
- safe mode
- saturated-off mode
- scan mode
- scanned sensor mode
- scheduled mode
- seek mode
- selector mode
- self-scanning mode
- serial mode
- short offset mode
- short-vector mode
- simplex mode
- single-octet mode
- single-step mode
- slave mode
- sleep mode
- slotted mode
- spontaneous mode
- standby mode
- start-stop mode
- static-column mode
- store-and-forward mode
- stream mode
- streaming mode
- subscription mode
- suspend mode
- system production mode
- system test mode
- test mode
- text mode
- timeout mode
- total-failure mode
- tracking-cross mode
- training mode
- transparent mode
- trapping mode
- typeover mode
- type-through mode
- under the cursor mode
- united modes
- unoperable mode
- usage mode
- user-operating mode
- vector mode
- vector-continue mode
- verification mode
- virtual mode
- waiting mode
- wake-up modeEnglish-Russian dictionary of computer science and programming > mode
-
13 parallel
1) параллель
2) параллельно
3) совмещенный
4) параллельный
5) сравнение
6) проводить параллель
7) сравнивать
– arc of parallel
– central parallel
– connect in parallel
– curvature of a parallel
– draw a parallel
– geodetic parallel
– in a parallel way
– in parallel
– parallel adder
– parallel axiom
– parallel blade
– parallel circuit
– parallel code
– parallel feed
– parallel knot
– parallel machine
– parallel memory
– parallel mode
– parallel of altitude
– parallel of declination
– parallel of latitude
– parallel operation
– parallel oscillatory
– parallel output
– parallel punch
– parallel rays
– parallel reaction
– parallel resonance
– parallel shears
– parallel testing
– parallel to grain
– parallel wing
– parallel with
– placed in parallel
– scale in parallel
– standard parallel
parallel distribution in the large — параллельностное распределение в целом
-
14 mode
2) мода, вид [форма, тип\] колебаний; вид [тип\] волн5) вчт. состояние6) швейн. мода•-
ablative pit-forming mode
-
abnormal mode
-
acceleration mode
-
access mode
-
accumulation mode
-
acoustic mode
-
acquisition mode
-
active mode
-
adaptive control mode
-
addressing mode
-
air-liquefaction mode
-
alternate mode
-
anticipation mode
-
approach mode
-
assemble mode
-
astable vibration mode
-
astable mode
-
automatic mode
-
automatic opening mode
-
automatic skinning mode
-
autopilot heading mode
-
autoposition mode
-
avalanche mode
-
axial mode
-
background mode
-
backward mode
-
backward propagating mode
-
backward scattering mode
-
backward scatter mode
-
backward traveling mode
-
bare resonator mode
-
basic mode
-
batch mode
-
birefringent mode
-
block mode
-
block-multiplex mode
-
bound modes
-
broadcast mode
-
buckling mode
-
burst mode
-
calibration mode
-
capture mode
-
cavity flipping mode
-
cavity mode
-
central mode
-
character generation mode
-
character mode
-
characteristic mode
-
charge-coupling mode
-
circularly polarized mode
-
cladding mode
-
clockwise polarized mode
-
coherently locked modes
-
cold mode
-
collective modes
-
command mode
-
common failure mode
-
common mode
-
compatibility mode
-
competing modes
-
compute mode
-
confined mode
-
constant cutting speed mode
-
constant speed mode
-
contention mode
-
continuous mode
-
continuous path mode
-
continuous-wave mode
-
contour modes
-
contradirectional modes
-
control mode
-
conversational mode
-
cooling mode
-
co-orbital mode
-
coplanar mode
-
core-guided mode
-
core mode
-
counterclockwise polarized mode
-
counterrotating circularly polarized modes
-
counting mode
-
coupled modes
-
cross polarized modes
-
cubic mode
-
current mode
-
current saving mode
-
cutoff mode
-
cutting mode
-
damped mode
-
data-processing mode
-
Debye-like mode
-
Debye mode
-
deceleration mode
-
deflected mode
-
degenerated mode
-
degenerate mode
-
depletion mode
-
design mode
-
dialog mode
-
difference mode
-
differential mode
-
diffraction-limited mode
-
diffusive mode
-
discrete mode
-
dispersion modes
-
display mode
-
distributed-feedback mode
-
DNC mode
-
dominant mode
-
double-pass mode
-
drift mode
-
dual-processing mode
-
duplex mode
-
dynamic mode
-
dynamic-scattering mode
-
E mode
-
edge mode
-
edit mode
-
eigen mode
-
electromagnetic mode
-
elementary mode
-
Emn mode
-
emulation mode
-
energy dissipating mode
-
enhancement mode
-
equal-loss modes
-
equally spaced modes
-
erase mode
-
evanescent mode
-
even mode
-
excited mode
-
exciting mode
-
executive mode
-
extensional mode
-
extraordinary mode
-
Fabry-Perot mode
-
face shear modes
-
fast mode
-
faulted mode
-
fiber mode
-
filamentary mode
-
first mode
-
flexural mode
-
forced mode
-
force mode
-
foreground mode
-
foreground-background mode
-
forward mode
-
forward propagating mode
-
forward scattering mode
-
forward scatter mode
-
forward shear mode
-
forward traveling mode
-
fracture mode
-
free-running mode
-
free-space mode
-
frequency-division multiplex mode
-
frequency-shift-keying mode
-
full program mode
-
full-duplex mode
-
fundamental mode
-
gated mode
-
gate mode
-
Gaussian mode
-
generator mode
-
go-ahead mode
-
graphics mode
-
graphic mode
-
guidance mode
-
guided-wave mode
-
guided mode
-
half-duplex mode
-
heating mode
-
height-lock mode
-
higher-order mode
-
high-frequency mode
-
high-loss mode
-
high-pass mode
-
high-resolution mode
-
Hmn mode
-
horizontally polarized mode
-
idler mode
-
independent mode
-
index mode
-
injected mode
-
injection-locked mode
-
in-phase modes
-
in-plane mode
-
insert mode
-
integer mode
-
interacting modes
-
interactive mode
-
internally trapped mode
-
interpretive mode
-
interrupt mode
-
inverter mode
-
isolated mode
-
jog mode
-
kernel mode
-
keyboard mode
-
laser mode
-
lasing mode
-
lattice mode
-
launched mode
-
leaking mode
-
leaky mode
-
left-hand polarized mode
-
left polarized mode
-
length extentional mode
-
length flexural mode
-
length modes
-
length-width flexural mode
-
light mode
-
linearly polarized mode
-
load mode
-
local mode
-
locate mode
-
lock mode
-
long coherence length mode
-
long wavelength mode
-
longitudinal mode
-
loopback mode
-
low-frequency mode
-
low-pass mode
-
low-resolution mode
-
lugdown mode
-
macro-by-macro mode
-
magnetron mode
-
main mode
-
malfunction mode
-
manual mode
-
manual skinning mode
-
mapping mode
-
maser mode
-
master mode
-
matched mode
-
measurement mode
-
message mode
-
mirror image mode
-
mixed mode
-
mode of behavior
-
mode of deformation
-
mode of excitation
-
mode of failure
-
mode of functioning
-
mode of propagation
-
mode of test
-
mode of transport
-
mode-locked mode
-
mode-match mode
-
monopulse mode
-
move mode
-
multiple-frame mode
-
multiplexed mode
-
multiplex mode
-
multitask mode
-
native mode
-
natural mode
-
nonaxial mode
-
noncounting mode
-
nondegenerate mode
-
nondegenerative mode
-
nonoscillating mode
-
nonpropagating mode
-
nonradiative mode
-
nonresonant mode
-
nonspiking mode
-
nontransparent mode
-
normal mode
-
odd mode
-
off mode
-
off-axis mode
-
off-design mode
-
off-line mode
-
off-normal mode
-
on-line mode
-
on-link mode
-
opening fracture mode
-
opening mode
-
operating mode
-
optical mode
-
ordinary mode
-
original mode
-
orthogonally polarized modes
-
oscillating mode
-
oscillation mode
-
oscillatory mode
-
out-of-plane mode
-
overtype mode
-
parallel mode
-
parametric mode
-
parasitic mode
-
partially suppressed mode
-
path following mode
-
path modifying mode
-
penetration mode
-
periodic mode
-
perturbed mode
-
photographing mode
-
photon-counting mode
-
pipelined mode
-
plane mode
-
plane polarized mode
-
plasma mode
-
plasma-guide mode
-
playback mode
-
point-to-point path mode
-
polarization mode
-
polarization-bistable mode
-
polarized mode
-
posttrigger mode
-
power-down mode
-
p-polarized mode
-
pretrigger mode
-
principal mode
-
priviledged mode
-
propagating mode
-
propagation mode
-
pulse counting mode
-
pulsed mode
-
pump mode
-
push-pull mode
-
Q-spoiled mode
-
Q-switched mode
-
quadrupole mode
-
quantum noise limited mode
-
radial mode
-
radially polarized mode
-
radiating mode
-
radiation mode
-
rail mode
-
ranging mode
-
ready mode
-
real-time mode
-
receive mode
-
record mode
-
rectifier mode
-
reflected mode
-
reflection mode
-
reflective mode
-
refracted mode
-
refrigeration mode
-
repetitive Q-switched mode
-
request mode
-
resonant mode
-
resonator mode
-
retropropulsion mode
-
return beam mode
-
reverse bias mode
-
reversible recording mode
-
right-hand polarized mode
-
right polarized mode
-
run mode
-
sample-and-hold mode
-
satellite mode
-
saturation mode
-
scanning mode
-
scan mode
-
scope mode
-
screen mode
-
search mode
-
selected mode
-
selector mode
-
self-ammoniation mode
-
self-heating mode
-
self-locked mode
-
self-Q-switched mode
-
self-refresh mode
-
self-reporting mode
-
self-trapping mode
-
serial mode
-
series mode
-
setup mode
-
severe wear mode
-
shear mode of crack initiation
-
shear mode
-
side mode
-
signal mode
-
simplex mode
-
simulation mode
-
single block mode
-
single mode
-
single Q-switched mode
-
single-channel mode
-
single-character mode
-
single-pulse mode
-
single-step mode
-
slave mode
-
slightly coupled modes
-
spatial mode
-
spectral mode
-
spiking mode
-
split-screen mode
-
s-polarized mode
-
spurious mode
-
spurious pulse mode
-
square mode
-
stable mode
-
standby mode
-
standing-wave mode
-
start-stop mode
-
static mode
-
stationary mode
-
steady state mode
-
stiffened mode
-
still-frame mode
-
storage mode
-
store-and-forward mode
-
stretching mode
-
stripped cladding modes
-
strong mode
-
strongly excited mode
-
substrate mode
-
superradiant mode
-
supervisor mode
-
switching mode
-
symmetric modes
-
synchronously pumped mode
-
tape auto mode
-
teaching mode
-
tearing mode
-
thickness-extensional modes
-
time compression mode
-
time mode
-
time-difference mode
-
time-shared mode
-
torsional modes
-
track-and-hold mode
-
tracking mode
-
transcribe mode
-
transfer mode
-
transformed mode
-
transient mode
-
transit mode
-
transit-time mode
-
transmission mode
-
transparent mode
-
transverse mode
-
TRAPATT mode
-
trapped mode
-
trapped plasma avalanche transit time mode
-
traveling-wave mode
-
triggering mode
-
trimming mode
-
truncated mode
-
tuning mode
-
tunneling mode
-
twist mode
-
two-level mode
-
unattended mode
-
uncoupled modes
-
undamped mode
-
unmanned mode
-
unperturbed mode
-
unstable mode
-
unstiffened mode
-
vertically polarized mode
-
vibration mode
-
vibration-free mode
-
virtual mode
-
voting mode
-
waiting mode
-
walk-off mode
-
warped mode
-
wave mode
-
wavefront watched modes
-
waveguide mode
-
wavy slip mode
-
wear mode
-
whispering modes
-
whistler mode
-
width modes
-
write mode
-
zero-order mode -
15 mode
1) режим2) состояние3) мода, тип ( волны)•- acoustic mode
- active mode
- adaptive mode
- alternate mode
- ANS/FAX mode
- answering mode
- assemble mode
- asymmetrical mode
- asynchronous balanced mode
- asynchronous transfer mode
- authorized reception mode
- auto document mode
- autoinformer mode
- automatic mode
- automatic reception mode
- auto-night mode
- backup mode
- basic control mode
- biharmonical mode
- bound mode
- buffer mode
- byte mode
- center mark mode
- channel mode
- circuit-transfer mode
- cladding mode
- client-server mode
- coasting mode
- combined mode
- command mode
- common mode
- communication mode
- confidential mode
- continuous emission mode
- continuous mode
- conversational mode
- correction mode
- coupled modes
- cutoff mode
- data mode
- data-processing mode
- day/night mode
- delayed ARM mode
- DEMO mode
- detail mode
- detection mode
- direct sending mode
- display mode
- dual mode
- duplex mode
- erase mode
- evanescent mode
- executive mode
- expansion modes
- external synchronization mode
- Fax mode
- fine mode
- first-type oscillation mode
- forced mode
- frame mode
- fundamental mode
- generator mode
- ghost mode
- group mode
- guard mode
- half-duplex mode
- half-speed mode
- half-tone mode
- hierarchical mode
- high-power mode
- holding mode
- hollow-beam mode
- home-only mode
- hybrid mode
- idling mode
- instant ARM mode
- internal synchronization mode
- interrupt mode
- interruptible current mode
- inversed mode
- key mode
- landscape mode
- leaky mode
- light-tensioned mode
- limiting mode
- linear mode
- line-art mode
- line-hold mode
- line-holding mode
- listening mode
- local mode
- lock mode
- long-distance mode
- long-play mode
- long-time mode
- loudly mode
- low signal mode
- lugdown mode
- macroblock mode
- magnetostatic mode
- manual mode
- master mode
- matched operation mode
- matching mode
- memory lock mode
- minimal mode
- mode of behavior
- modulated mode
- monitor mode
- mono mode
- multicopy mode
- multiplex mode
- multipoint mode
- multisort document reception mode
- net mode
- nonpublic mode
- nontransparent mode
- normal mode
- off mode
- off-normal mode
- on-line mode
- on-link mode
- open-phase mode
- operating mode
- orthonormal modes
- overseas mode
- overtensioned mode
- parallel mode
- part load mode
- partial load mode
- peak mode
- periodic mode
- phone-only mode
- photo mode
- photodiode mode
- photogalvanic mode
- phototransistor mode
- pilot mode
- playback mode
- polling reception mode
- polling standby mode
- polling-transmission mode
- portrait mode
- potential mode
- precritical mode
- prediction mode
- printer mode
- private mode
- propagation mode
- pulsed mode
- quasi-cyclic mode
- quasi-key mode
- quick-record mode
- radiation mode
- rated power mode
- real-time mode
- receive mode
- recursive short-time mode
- redial mode
- remote-receiving mode
- rental mode
- rest mode
- reversing mode
- running-wave mode
- sample-and-hold mode
- saturation mode
- save dial mode
- scan mode
- second-type oscillation mode
- self-exciting oscillation mode
- self-oscillating mode
- send later mode
- sequential lossless mode
- serial mode
- series mode
- servicing mode
- setup mode
- shared fax mode
- short-time mode
- silence detection mode
- silently mode
- sleep mode
- soft self-exciting mode
- soft-control mode
- soft-controlling mode
- sound mode
- special scanning mode
- standard mode
- standby mode
- standing wave mode
- start mode
- starting mode
- start-stop mode
- stereo mode
- stop mode
- storage mode
- substitute reception mode
- superfine mode
- switching mode
- symmetrical mode
- synchronous-transfer mode
- synchronous-transmission mode
- TEL mode
- TEL/FAX mode
- telegraph mode
- telephone mode
- tensioned mode
- transfer mode
- transmission dead-line mode
- transmission mode
- transverse electric-and-magnetic mode
- transverse magnetic mode
- transverse-electric mode
- traveling wave mode
- triggering mode
- tuning mode
- uncoupled modes
- undertensioned mode
- unlock mode
- unstable mode
- valve mode
- vibrating mode
- voice-call mode
- waiting mode
- winding mode
- wireless-access mode
- XX modeEnglish-Russian dictionary of telecommunications and their abbreviations > mode
-
16 mode
1) модаа) нормальный тип колебаний, собственный тип колебаний; нормальный тип волн, собственный тип волн3) способ; метод4) тип; форма ( выражения или проявления чего-либо)6) ак. лад; тональность•- π-mode- 1284 compliance mode
- 32-bit mode
- 32-bit transfer mode
- 8086 real mode
- accelerated transit mode
- accumulation-layer mode
- acoustic mode
- active mode
- address mode
- adjacent modes
- all points addressable mode
- alpha mode
- alphanumeric mode
- alternate mode
- AN mode
- analog mode
- angular dependent mode
- angular mode
- anomalous mode
- answer mode
- antiferrodistortive mode
- antiferromagnetic mode
- anti-Stokes mode
- antisymmetric mode
- APA mode
- aperiodic mode
- asymmetric mode
- asynchronous balanced mode
- asynchronous response mode
- asynchronous transfer mode
- auto-answer mode
- auto-dial mode
- avalanche mode
- axial mode
- background mode
- backward mode
- beam mode
- beam-waveguide mode
- Bi-Di mode
- bidirectional mode
- BIOS video mode
- birefringent mode
- bistable mode
- bitmap mode
- black-and-white mode
- block mode
- block-multiplex mode
- blow-up mode
- browse mode
- burst mode
- byte mode
- calculator mode
- central mode
- characteristic mode
- chat mode
- chip test mode
- CHS mode
- circle-dot mode
- circular mode
- circularly polarized mode
- circularly symmetric mode
- clockwise mode
- CMY mode
- CMYK mode
- collective modes
- color mode
- command mode
- common mode
- communications mode
- compatibility mode
- competing modes
- concert hall reverberation mode
- configuration mode
- constant-frequency mode
- contention mode
- continuous-wave mode
- contour modes
- control mode
- conversational mode
- cooked mode
- correlator mode
- counter mode
- counterclockwise mode
- coupled modes
- crossover mode
- current mode
- cutoff mode
- cw mode
- cyclotron mode
- cylinder-head-sector mode
- damped mode
- data-in mode
- data-out mode
- Debye mode
- Debye-like mode
- defocus-dash mode
- defocus-focus mode
- degenerate mode
- delayed domain mode
- depletion mode
- deposition mode
- difference mode
- differential mode
- diffusive mode
- digital mode
- dipole mode
- direct memory access transfer mode
- disk-at-once mode
- display mode
- dissymmetric mode
- DMA transfer mode
- domain mode
- dominant mode
- dot-addressable mode
- dot-dash mode
- doze mode
- draft mode
- drift mode
- ducted mode
- duotone mode
- duplex mode
- dynamic mode
- dynamic scattering mode
- E mode
- Emn mode
- ECHS mode
- ECP mode
- edge mode
- edit mode
- eigen mode
- electromagnetic mode
- elementary mode
- elliptically polarized mode
- embedded mode
- end-fire mode
- enhanced parallel port mode
- enhanced virtual 8086 mode
- enhanced virtual 86 mode
- enhancement mode
- EPP mode
- equiamplitude modes
- EV8086 mode
- EV86 mode
- evanescent mode
- even mode
- even-order mode
- even-symmetrical mode
- exchange mode
- exchange-dominated mode
- excited mode
- exciting mode
- extended capability port mode
- extended cylinder-head-sector mode
- extensional mode
- extraordinary mode
- FA mode
- face shear modes
- failure mode
- fast mode
- fast-forward mode
- ferrite-air mode
- ferrite-dielectric mode
- ferrite-guided mode
- ferrite-metal mode
- ferrodistortive mode
- ferroelectric mode
- file mode
- first mode
- FM mode
- forbidden mode
- force mode
- foreground mode
- forward mode
- forward-bias mode
- forward-propagating mode
- forward-scattered mode
- four-color mode
- four-output mode
- free-running mode
- full on mode
- fundamental mode
- gate mode
- Gaussian mode
- Goldstone mode
- graphic display mode
- graphic mode
- gray-level mode
- grayscale mode
- guided mode
- guided-wave mode
- Gunn mode
- gyromagnetic mode
- H mode
- Hmn mode
- half-duplex mode
- half-tone mode
- hard mode
- harmonic mode
- helicon mode
- Hermite-Gaussian mode
- higher mode
- higher-order mode
- HLS mode
- HSB mode
- HSV mode
- hybrid mode
- idling mode
- impact avalanche transit-time mode
- IMPATT mode
- indexed color mode
- inhibited domain mode
- initialization mode
- injection locked mode
- insert mode
- interactive mode
- internally-trapped mode
- interstitial diffusion mode
- ion-implantation channel mode
- ion-sound mode
- kernel mode
- kiosk mode
- L*a*b* mode
- landscape mode
- large disk mode
- lasing mode
- lattice mode
- laying mode
- LBA mode
- LCH mode
- leaky mode
- left-hand polarized mode
- left-handed polarized mode
- length modes
- letter mode
- LH mode
- limited space-charge accumulation mode
- line art mode
- local mode
- lock mode
- logical block addressing mode
- log-periodically coupled modes
- longitudinal mode
- loopback mode
- lowest mode
- lowest-order mode
- low-power mode
- LSA mode
- magnetic mode
- magnetodynamical mode
- magnetoelastic mode
- magnetosonic mode
- magnetostatic mode
- magnetron mode
- main mode
- masing mode
- master/slave mode
- mixed mode
- mode of excitation
- mode of operation
- modified semistatic mode
- modulated transit-time mode
- module test mode
- mono mode
- mono/stereo mode
- monopulse mode
- moving-target indication mode
- MTI mode
- multi mode
- multichannel mode
- multimode mode
- multiple sector mode
- multiplex mode
- mutual orthogonal modes
- native mode
- natural mode
- near-letter mode
- nibble mode
- nondegenerated mode
- non-privileged mode
- nonpropagating mode
- nonresonant mode
- nonuniform processional mode
- normal mode
- normal-incidence mode
- odd mode
- odd-order mode
- odd-symmetrical mode
- off mode
- off-axial mode
- off-line mode
- omni mode
- on mode
- on-line mode
- operation mode
- optical mode
- ordinary mode
- original mode
- originate mode
- orthogonal modes
- OS/2 compatible mode
- overdamped mode
- overtype mode
- packet mode
- packet transfer mode
- page mode
- parallel port FIFO mode
- parametric mode
- parasitic mode
- pedestal-current stabilized mode
- penetration mode
- persistent-current mode
- perturbated mode
- phonon mode
- pi mode
- PIO mode
- plane mode
- plane polarized mode
- plasma mode
- plasma-guide mode
- playback mode
- polarized mode
- poly mode
- portrait mode
- preferred mode
- principal mode
- privileged mode
- programmed input/output mode
- promiscuous mode
- protected mode
- protected virtual address mode
- proton mode
- pseudo-Rayleigh mode
- pseudospin mode
- pseudospin-wave mode
- pulse mode
- quadrupole mode
- quadtone mode
- quasi-degenerated mode
- quenched domain mode
- quenched multiple-domain mode
- quenched single-domain mode
- question-and-answer mode
- radial mode
- radiating mode
- radiation mode
- Raman active mode
- ranging mode
- rare mode
- raw mode
- RB mode
- read multiple mode
- read-mostly mode
- real address mode
- real mode
- real-time mode
- receive mode
- reflected mode
- reflection mode
- refracted mode
- rehearse mode
- relaxational mode
- resonant mode
- return-beam mode
- reverberation mode
- reverse-bias mode
- rewind mode
- RGB mode
- RH mode
- rho-rho mode
- right-hand polarized mode
- right-handed polarized mode
- safe mode
- saturated-off mode of operation
- saturation mode
- saving mode
- scan mode
- search mode
- secondary-emission pedestal mode
- second-breakdown mode
- self-localized mode
- self-locked mode
- semistatic mode
- shear mode
- shutdown mode
- side modes
- simplex mode
- single mode
- single-vortex cycle mode
- slave mode
- sleep mode
- slow mode
- small room reverberation mode
- soft mode
- softened mode
- sorcerer's apprentice mode
- space-charge feedback mode
- space-charge mode
- spatially orthogonal modes
- special fully nested mode
- spiking mode
- spin mode
- spin-wave mode
- SPP mode
- spurious mode
- spurious pulse mode
- stable mode
- stable-negative-resistance mode
- standard parallel port mode - stationary mode
- Stokes mode
- stop clock mode
- stop mode
- stream mode
- subharmonic mode
- substitutional-diffusion mode
- subsurface mode
- sum mode
- superradiant mode
- supervisor mode
- surface skimming mode
- surface-wave mode
- suspend mode
- SVGA mode
- switching mode
- symmetric mode
- symmetry breaking mode
- symmetry restoring mode
- system management mode
- system test mode
- Tmnp wave resonant mode
- task mode
- TE mode
- TEmnp wave resonant mode
- tearing mode
- telegraph mode
- TEM mode
- terminal mode
- test mode
- text mode
- thermal mode
- thickness modes
- three-color mode
- through mode
- time-difference mode
- time-sharing mode
- TM mode
- TMmnp wave resonant mode
- torsional modes
- total-internal reflection mode
- track-at-once mode
- transfer mode
- transient mode
- transit-time domain mode
- transit-time mode
- transmission mode
- transmitted mode
- transmitting mode
- transverse electric mode
- transverse electromagnetic mode
- transverse magnetic mode
- transverse mode
- transversely polarized mode
- transverse-symmetrical mode
- TRAPATT mode
- trapped mode
- trapped plasma avalanche transit-time mode
- trapped-domain mode
- traveling space-charge mode
- traveling-wave mode
- tristate test mode
- tritone mode
- truncated mode
- twist mode
- twisted nematic mode
- TXT mode
- typeover mode
- uncoupled modes
- undamped mode
- underdamped mode
- unguided mode
- unidirectional mode
- unilateral mode
- unperturbed mode
- unreal mode
- unstable mode
- unwanted mode
- user mode
- V8086 mode
- V86 mode
- VGA mode
- vibration mode
- video mode
- virtual 8086 mode
- virtual 86 mode
- virtual real mode
- volume magnetostatic mode
- wait for key mode
- waiting mode
- Walker mode
- walk-off mode
- wave mode
- waveguide mode
- whispering-gallery mode
- whistler mode
- width modes
- write mode
- write multiple mode
- zero-frequency mode
- zero-order modeThe New English-Russian Dictionary of Radio-electronics > mode
-
17 parallel operation
- работа в параллельном режиме
- параллельный режим работы
- параллельная работа (буровых насосов)
- параллельная работа
параллельная работа
-
[IEV number 314-05-05]EN
parallel operation
mode of operation of stabilized power supplies in which all similar output terminals are connected together and arranged so that the total load is shared by all the supplies
Source: 551-19-11 MOD
[IEV number 314-05-05]FR
fonctionnement en parallèle
mode de fonctionnement des alimentations stabilisées dans lequel les bornes de sortie homologues sont connectées ensemble et agencées de telle sorte que la charge totale est répartie entre toutes les alimentations
Source: 551-19-11 MOD
[IEV number 314-05-05]Тематики
- измерение электр. величин в целом
EN
DE
FR
параллельная работа (буровых насосов)
—
[ http://slovarionline.ru/anglo_russkiy_slovar_neftegazovoy_promyishlennosti/]Тематики
EN
параллельный режим работы
—
[Л.Г.Суменко. Англо-русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.]Тематики
EN
работа в параллельном режиме
—
[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
EN
Англо-русский словарь нормативно-технической терминологии > parallel operation
-
18 parallel UPS system
параллельная система ИБП
-
[Интент]Parallel Operation: The system shall have the option to install up to four (4) UPSs in parallel configuration for redundancy or capacity.
1. The parallel UPS system shall be of the same design, voltage, and frequency. UPS modules of different size ratings shall be permitted to be paralleled together for purposes of increased capacity or UPS module redundancy. The UPSs in the parallel configuration shall not be required to have the same load capacity rating.
2. Parallel Capacity: With N+0 system-level redundancy, up to 2MW of load can be supported by the system.
3. Parallel Redundancy: With N+1 system-level redundancy, up to 1.5MW of load can be supported by the system, and only the UPS being replaced must be isolated from the source (bypass operation is not required for the entire system during the UPS replacement procedure).
4. Output control: A load sharing circuit shall be incorporated into the parallel control circuits to ensure that under no-load conditions, no circulating current exists between modules. This feature also allows each UPS to share equal amounts of the total critical load bus. The output voltage, output frequency, output phase angle, and output impedance of each module shall operate in uniformity to ensure correct load sharing. This control function shall not require any additional footprint and shall be an integral function of each UPS. The static bypass switches shall be connected in parallel.
5. Parallel System Controls: To avoid single points of failure, the UPS system shall have no single dedicated control system designed to control the operation of the parallel UPS system. Control of and direction of parallel UPSs shall take place via a master/slave relationship, where the first UPS to receive logic power asserts itself as a master. In the event of a master failure, a slave UPS shall take the role of master and assume the responsibility of the previous master UPS. Regardless of which UPS is master or slave, user changes to the system status, such as request for bypass, can be done from any UPS connected to the bus and all UPS on the bus shall transfer in simultaneously.
6. Communication: Communication between modules shall be connected so that the removal of any single cable shall not jeopardize the integrity of the parallel communication system. Load sharing communications shall be galvanically isolated for purposes of fault tolerance between UPS modules. A UPS module's influence over load sharing shall be inhibited in any mode where the UPS inverter is not supporting its output bus. Transfers to and from bypass can be initiated from any online UPS in the system.
7. Display: Each UPS multi-color LCD touch screen user interface shall be capable of using an active touch screen mimic bus to show the quantity of UPS(s) connected to the critical bus, as well as the general status of each UPS, such as circuit breaker status information. Any touchscreen display shall support the configuration of the [entire parallel] system and shall provide event and alarm data for all UPSs in the parallel configuration. A Virtual Display Application shall be available for download to the customer’s computer and shalll support remote monitoring of a complete system with up to 4 UPSs in parallel.
8. Battery runtime: Each UPS must have its own battery solution. The battery solution for the entire system can be a combination of standard and third-party batteries, but each UPS must use only one battery solution – either standard or third-party batteries.
9. Switchgear: A custom switchgear option shall be required for parallel operation.
[Schneider Electric]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > parallel UPS system
-
19 mode
1) метод, способ2) режим; состояние3) мода5) тип; вид6) форма волны, волна•- folded phonon mode- map mode -
20 parallel-serial mode
параллельно-последовательный метод выполнения операций
—
[Л.Г.Суменко. Англо-русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > parallel-serial mode
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