Übersetzung für 'output phase' von Englisch nach Deutsch

output phase

Ausgabephase {f}

Ausgangsphase {f}tech.

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open collector output <OC output>

Open-Collector-Ausgang {m} <OC-Ausgang>electr.

Werbung

slow-wave sleep phase <SWS phase>

Tiefschlafphase {f}med.

non-REM phase <NREM phase>

Nicht-REM-Phase {f} <NREM-Phase>med.

Non-REM-Phase {f} <NREM-Phase>med.

three-phase four-wire system <3-phase four-wire system, 3-phase 4-wire system>

Drehstrom-Vierleitersystem {n} [auch: Drehstromvierleitersystem]electr.

synthesis phase <S-phase>

Synthesephase {f} <S-Phase>biol.

three-phase induction machine <3-phase induction machine>

Drehstrominduktionsmaschine {f}tech.

Drehstrom-Induktionsmaschine {f}tech.

three-phase induction motor <3-phase induction motor>

Drehstrom-Asynchronmotor {m}tech.

Drehstromasynchronmotor {m}tech.

three-phase symbol <3-phase symbol, ③>

Dreiphasensymbol {n} <3-Phasen-Symbol, 3-Phasensymbol, ③>electr.

three-phase drive <3-phase drive>

Drehstromantrieb {m}

two-phase locking <2-phase locking>

Zwei-Phasen-Sperre {f} <2-Phasen-Sperre>

three-phase generator <3-phase generator>

Dreiphasengenerator {m} <3-Phasen-Generator, 3-Phasengenerator>electr.

three-phase stator <3-phase stator>

Drehstromstator {m}electr.

three-phase circuit <3-phase circuit>

Dreiphasenschaltung {f} <3-Phasen-Schaltung>electr.telecom.

three-phase three-wire system <3-phase three-wire system, 3-phase 3-wire system>

Drehstrom-Dreileitersystem {n} [auch: Drehstromdreileitersystem]electr.

solution-phase / solution phase synthesis

Flüssigphasensynthese {f} [auch: Flüssigphasen-Synthese]chem.

output

Ausstoß {m}

Produktionsleistung {f}

• This capturing allowed the tester to “play back” the testing process and compare the screens at the output phase of the test with expected screens.
• A phase-invariant amplifier preserves the phase of the input gain without drastic changes to the output phase mode.
• Keeping the input and output phase in lockstep also implies keeping the input and output frequencies the same.
• Simple controllers employ comparators working from the orientation sensors to determine when the output phase should be advanced.
• This is because (a) the feedback is implemented through the use of an inverting input that adds an additional −180° to the output phase making the total phase shift −360° and (b) the gain is sufficient to induce oscillation.

• The output phase of the oscillator is the integral of the instantaneous frequency.
• If the output phase matters, then one of the many other possible solutions for the capacitance and two inductances can be used instead.
• Rather than disciplining an oscillator via frequency adjustments, NCOs typically use a free-running, low-cost crystal oscillator and adjust the output phase by digitally lengthening or shortening the output phase many times per second in large phase steps assuring that on average the number of phase transitions per second is aligned to the GPS receiver reference source.
• Hence there can be no overlap between the input and output phases of a sort.